ES2662706A1 - PROCEDURE AND INDIVIDUALIZED COORDINATED GEOLOCATION SYSTEM OF REMOTE MULTISENSOR AND MULTI-AGING PORTABLE DEVICES (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Procedure and individualized coordinated geolocalized management system of portable multisensor and remote multi-actuator devices that allows the collection of information about the environment, the representation of figures and generation of interactions, formed by devices (1) and server (4) that exchange information (2) through communication network (3) allowing an individual and coordinated management of the devices (1). System that also exchanges information (9) with external users (11) and external systems (12) through an external communications network (10) being information of devices (1), of carriers (7) of the same or of the management area of external systems (12). This results in a greater immersive experience by increasing the interaction between the environment and the bearer (7) of the device (1). It improves the existing systems in a more individualized, flexible and precise management and with a lower consumption of electrical and radioelectric resources and of preparation and operation time. (Machine-translation by Google Translate, not legally binding)

Description

COORDINATED GEOLOCALIZED MANAGEMENT PROCEDURE AND SYSTEM INDIVIDUALIZED MULTISENSOR PORTABLE DEVICES and REMOTE MULTIACTUATOR

SECTOR OF THE TECHNIQUE

The present invention applies to the field of geo-localized management procedures and systems of

remote portable devices.

Summary of the Invention

Individualized coordinated geolocation management procedure and system of remote multi-sensor and multi-function portable devices that allows the collection of environmental information and representation of figures and generation of interactions with the environment based on a system consisting of portable multi-sensor devices and

remote multiactuator and a server configured to communicate with such devices via network

communications that allow individual and coordinated behavior management of the devices resulting in greater immersion of the device holder in

he

environment in  he that be find via the actuators of the

device .

This

system also exchange information with users

external and external systems through an external network of communications being said information, in an enunciative and non-limiting way, of the devices, of the bearers of the devices or related to the management performed by the external systems in their scope of action, enriching the experience Immersive and increased interaction between the environment and the device carrier via the device actuators.

This procedure and system provides more management

individualized, flexible and precise and generates a greater immersive experience to the bearer of the device in the environment of use than currently existing systems due, in an enunciative and non-limiting way, to the use of actuators of varied nature and to that individualized treatment of

dispositives

also from with a consumption Minor from means

electric

Y radioelectric So how from a Minor weather from

Preparation and operation

A

example from use from East system, from shape enunciative Y

not limiting, it is in a music concert:

To increase the interaction between concert attendees, music, the environment and musicians, a device is provided to each attendee.

Said device may have the form, by way of enunciative and non-limiting examples, scarf, shirt or cap, that is to say in direct contact with the wearer, the concert attendant.

The device has several actuators, in an enunciative and non-limiting manner, lights, vibrators or mini-speakers.

The system manages the states of the different actuators of the device.

During the concert the singer points to an area where there is asistent is to invite them to follow the song: the server sends the appropriate orders to the devices of that area so that the devices light up and vibrate with the patterns that are considered appropriate what It makes the audience feel even more that they are participating in the concert and the singer who is interacting with the audience.

The illumination of the devices in an individual coordinated way allows the representation of images (such as the album cover of the

concert) or figures (for example waves) that

Accompany the concert.

Having communication with external systems such as, but not limited to, networks

social,

It allows to enrich the information

available

for the definition from the new

Actions,

how could be represent images by

the coordination of the lighting of the devices based on the information extracted from the activity of the social networks.

The information received by the server comes from the device itself or from external users or external systems.

The information received by the server sent by the device is both specific to the device and its environment, being, but not limited to:

device location support

device environment settings

status of the devices and elements of the device

device status

The information received by the server sent by external users or external systems is, but not limited to:

control, assignment and synchronization information related to the device

environment information not included in the system server

information managed by the external system within its scope of action

device bearer information not included in the system server

historical device behavior information

historical information about the behavior of the device carrier

The management system also allows you to configure different aspects of the operation and actions of the remote devices by transmitting information from the server to the managed devices.

The management system allows the operation and actions of the managed devices to be specific to each of them, it is an individualized treatment.

The management system allows the operation and actions of the managed devices to be specific to each one and in turn to be coordinated between groups or all managed devices, said groups being created dynamically or statistically in function, in an enunciative way and not limitation, of the location of each device at any time, the value of any of the sensors of the device.

The information of the devices allows to know and represent, in an enunciative and non-limiting way:

your location

its parameters

your state

its environment .

The information generated on the server for each device is generated based on the combination of:

the information received from each device, in an enunciative and non-limiting manner, the information supporting the location, value of any of the sensors of the device.

the information available on the server of each device coming, in an enunciative and non-limiting manner, from the device itself, from external users or external systems.

action that you want to execute on each device, of

enunciative and non-limiting way, to interact with the holder of the portable device by means of actuators

coordinated action that you want to perform between the different devices

The information that is sent from the server to the devices allows the devices to behave:

individual or

coordinated with groups of devices or

coordinated with all devices

The information sent from the server to the devices allows the devices, but not limited to:

change state

have an interaction with the bearer through the different actuator means based on, in an enunciative and non-limiting manner,

or light media

or vibrating means

or acoustic media. Additionally, the system is designed so that through the modules and elements included in the design of the device as well as by the procedures and algorithms included an optimization of the necessary resources is achieved, in an enunciative and non-limiting manner:

electrical consumption of the device consumption of radio resources configuration time

operating times

BACKGROUND OF THE INVENTION

The conventional device management system has certain limitations, mainly due to its procedures for entering location information, which is usually static or manual introduction. This feature has the consequence that any change in the position of the devices must be updated manually or semi-automatically, impacting on preparation and operation time and in general the consumption of electrical and radio resources and therefore makes it a very rigid system. And as an additional consequence is that the operation of non-updated devices will not be

coordinated

with he rest from the dispositives losing he

objective sought by the invention

on.

Further ,

he mode from management of the set from

Devices is not individualized, but the same behavior is assigned to all devices or if the assignment is in groups the change of group by a device is not possible except if the device is stopped and the assignment change is made manually.

In addition, current systems are based on a location with insufficient precision or with an improvement in precision at a very high cost, for some of the uses such as those proposed by the system object of this invention.

Also indicate that they do not include automatic mechanisms that allow a better management of the consumption of electrical resources then limits the time of use of the devices.

Additionally, the interaction between the remote device and its carrier is usually carried out with only light means.

and finally the current systems, if they have a management server, it is not sized for a large number of devices or even manages only one and is isolated since it has no communication either with external users or with external systems that would allow an enrichment of the interaction of the device with the carrier.

Patent application W0200S084477 describes a bead necklace with an audio reception system for controlling lighting of one or several LEDs simultaneously. Depending on the volume of the audio, the LEDs illuminate with greater or lesser intensity producing a lighting effect synchronized with the external sound, the collar does not make any interpretation of the audio that reaches the device.

Therefore, it lacks

a management system

Individualized behavior management of each bead necklace, that is, all bead necklaces have the same behavior

It does not take into account any variation in the environment which can lead to the device to have a wrong behavior from the moment in which the variation occurs

a zone assignment, all devices have the same behavior

several of means of interaction with the carrier since it is only by means of light, by means of one or several LEOs.

Patent application US9318043 describes a management system for remote portable devices such as, without limitation, computers, laptops, smartphones or tablets in order to decompose an image in as many parts as devices are managed and thus represent the entire image when joining the devices. It does not make a device management based on its position and environment so that each managed device is a point of the image or figure that you want to represent, it is a whole part of the image. That as a lack.

further

indicate that East system no search a

interaction

with he bearer of device alone represent

a

image .

Patent application W02013021209Al describes a bracelet with a radio frequency system for communications and one

or several LEDs as luminic means.

These bracelets are assigned a specific area, area where the bracelet will be found throughout its use and having a limited number of defined areas in the work area of the bracelet.

Via the radio frequency system, coded information is sent to the bracelet. The encoded information includes what the LED (s) should do depending on the area assigned to the bracelet.

Therefore, it lacks, but not limited to:

a ge ::; LIl of compoL-LamìIl Lo .iIld.iv .idual.i zado of each

device, that is to say all the devices have the same behavior or at most by zones, being a limited number of zones and the zone assigned to the device being a fixed zone

a variable behavior due to changes in the environment since the behavior during the entire period of use is pre-programmed in the device so that any variation in the environment is not taken into account and can lead to the device having a wrong behavior from the moment in which the variation occurs

dynamic location information since the location is manually assigned at the beginning of the configuration process

a dynamic assignment of the area to the device, so

or the assignment is done only once

or if the device moves outside the assigned zone entering another operating zone, the zone assignment of said zone is not changed

device and therefore its behavior will not be according to the area in which it is located.

an automatic, simple and fast zone assignment as it must go through a manual process during which the device cannot be used.

several means of interaction with the carrier since

it is only by light means, by one or

several LEO.

connection with users or external systems for information exchange.

Patent application US2017048951 also describes a remote portable device management system.

The deficiencies it has are the same as those described for US20140184386

Therefore, it lacks, but not limited to:

individualized behavior management of each device, that is to say, all devices have the same behavior or at most by zones, being a limited number of zones and the zone assigned to the device being a fixed zone

dynamic location information since the location is manually assigned at the beginning of the configuration process

a dynamic assignment of the area to the device, so

or the assignment is done only once

or if the device moves outside the assigned zone entering another operating zone, the zone assignment of said device is not changed and therefore its behavior will not be in accordance with the zone in which it is located.

an automatic, simple and fast zone assignment as it must go through a manual process during which the device cannot be used.

several means of interaction with the carrier since it is only by means of light, by means of one or several LEOs.

connection with users or external systems for information exchange.

Being the improvements of this patent with respect to US20140184386:

better management of possible areas to which a large number of areas are already defined, smaller but also the carriers of the devices must be in fixed positions, in an enunciative and non-limiting manner, in areas where they are sitting.

better management of the device's behavior since information can be sent to the device to modify its behavior based on external parameters so that any variation in the environment is taken into account and can prevent the device from having a wrong behavior from the moment the device is that the variation occurs

U820090184837 patent application describes a remote portable device management system. The devices are luminous panels managed by the carrier. The location information is used as another element for the generation of the information necessary for the management of the actions of the device elements for the generation of images or figures by coordinating the state of each luminous panel.

Via the radio frequency system, coded information is sent to the light panel. The encoded information includes what the LED (s) should do depending on the location of the

panel.

Therefore, it lacks, in an enunciative and non-limiting manner,

motion, relative position or audio sensors

several of means of interaction with the carrier since it is only by means of light, by means of one or several LEOs.

connection with users or external systems for information exchange

Patent application US20090230895 describes a remote portable device management system. The devices are luminous devices managed by the wearer. The location information is used as an element for the generation of the information necessary for the management of the actions of the device elements for the generation of images or figures by coordinating the status of each managed device.

Via an RF unit, encoded information is sent to the light device. The encoded information includes what the LEO should do or depending on the position of the device. For the location it proposes several methods, both based on visible information captured with cameras and by radiofrequency, of the devices themselves or of external radiating elements.

Therefore, it lacks

motion, relative position or audio sensors

several of means of interaction with the carrier since it is only by means of light, by means of one or several LEOs.

connection with users or external systems for information exchange

Patent application W02007147223 describes a system of

Management of portable light or audio devices. The devices are spotlights or speakers normally used in shows. The location information is used as another element for the generation of the information necessary for the management of the actions of the spotlights or loudspeakers.

This system is not intended as a solution for interaction with the device carrier (in fact, the focus or the speaker once installed is fixed and the carrier no longer handles it).

This system is not intended to generate images or figures through the coordinated lighting of the spotlights.

This system does not communicate with external users or external systems.

Patent application US9538608 describes a management system for remote portable devices aimed at turning on or off luminous means integrated in elements worn by the user such as, for example, caps, scarf or coat. Additionally, it includes other elements to be controlled, such as smoke generators, but which are not carried by the user but are located around them.

The set of definitions included in said patent are related to one or several devices managed by a user or several from a portable or several equipment, such as smart mobile phone, tablet to or laptop but without a coordinated action between them.

Means mentioned that are under the control of the proposed system and that interact with the carrier are only luminous means and in only two lighting states.

Means of capturing object features are included

exLenlO ::;

to the say ::; po ::; iLivo (::; ensoL-es). The i n [ountion obLeni da ::;and

uses

only for define Actions related with bliss

characteristic .

Therefore, it lacks a management of large amounts of devices

a single device management server as it is based on one user or several users managing one or more devices

a coordinated management of the devices to generate synchronized interactions between the set

or groups of devices since when there are several users managed the devices do not establish communication between managers to perform coordinated management functions

system to generate images or figures by coordinating the lighting of the devices' light

several means of interaction with the carrier only luminous means are identified

various lighting states since sun or mention two possible states

motion, relative position or audio sensors

configuration and generation of actions of the actuator means based on information not related to the actuator itself or by combined information from several of the sensors plus status or environment or carrier information

connection with users or external systems for information exchange

Patent application KR20157011550 describes clothing with a

adhered device consisting of actuators and sensors.

It includes a system management element. Said element of

management, type smartphone or tablet, manages a single

device and can communicate with another management element,

only one .

There are two ways of use:

l. representation of text, images or videos on the clothes by means of a luminous panel adhered to the clothes, being

the information to represent provided by the

management element.

2 . Reproduction of the interactions detected in one device in another device. If a device detects, for example, an increase in mechanical pressure, this increase is sent to the management element of said device which in turn shares it with another management element and it transmits the necessary control information to the device it manages. , which allows, by means of the appropriate actuator means, to reproduce that change in pressure on the carrier of this second device.

The means of interaction described:

luminous panel integrated in the clothes for the representation of text, images or videos

inflation mechanisms to transmit pressure on the wearer of the clothes

mini-speaker for sound generation at different frequency and intensity

The sensor means described:

mechanical pressure sensor

microphone for audio collection of the clothing environment

video camera that allows the capture of images (still or static) images that are then reproduced on the light panel

Therefore, it lacks:

a single management server of more than one device since it is based on a management element that manages a single device

a coordinated management of the devices to generate synchronized interactions between the set

or groups of devices since when there are several users or management elements, each device managed does not establish communication between managers to perform coordinated management functions except in pairs, that is to say a device with its management element and it is a in turn with another management element with a single device.

system to generate images or figures by means of the coordinated lighting of the light means of the devices, since each device represents an image without relation to others

of localization information for the preparation of the actions to be performed by the device

motion sensors, relative position

As a summary, indicate that the usual operation of the systems described, based on the assignment of a unique behavior for all the devices it manages or a few groups, without the possibility of dynamic group change, without taking into account the possible change of Location of the device and without sufficient accuracy completely lose the flexibility offered by the system object of the invention presented here. And besides being the interaction with the carrier of the device with a single medium, the level of immersion offered by the present invention is not achieved. and additionally the systems described if you have a management system it does not exchange information with users

or external systems, which means that the experience of the bearer is not as rich and interactive as that offered by the system object of the invention presented here.

In the present invention, the information supporting the location of the remote device that it sends to the server automatically generates the relative and absolute position of the portable device without the need for intervention in it.

This as the first distinguishing feature: the location of the remote devices is automatic, there is no

that execute additional tasks on the device that stops its operation.

As a second feature: the location information is updated dynamically as it is done every time the device sends its location support information to the server so that the device can be tracked without the need for intervention in the device .

As a third feature: using a combination of techniques for generating location support information achieves a more precise location.

This regarding location: it is automatic, dynamic and more precise.

Regarding the management of remote devices there are three differentiating characteristics in the present invention: the first is that the management of the behavior of portable devices is individualized since the server, and in some cases the device itself, decides the actions of each device individually . As a second feature is the management of the devices that is dynamic, that is, every time a characteristic of a device changes, but not limited to, the battery charge level of the portable device or the value of any of the sensors, the control, allocation and synchronization information sequences are sent to the portable device from the server or the device makes decisions, in both cases, according to the new circumstances. and the third is that the behavior that defines the server can be the same for all devices or for only a set of them or one at a time because that definition of groups of portable devices is done in a dynamic way depending on, enunciative and non-limiting way, of the location of the device or its status. This does

that each device is assigned a behavior based on the individual information of each portable device of each moment and said assignment can be made

also to groups of devices generating a coordinated behavior of one or more groups.

A seventh differentiating feature that brings the

System object of this invention is that the device interacts with the carrier thereof by various means, in an enunciative and non-limiting manner, light means, vibrators

or acoustic being said interaction with different colors, frequencies or intensities and durations compared to other systems that do so with a single medium, normally light and with few states, maybe only two on and off.

Therefore, depending on the position of each portable device individually, the server decides what control, assignment and synchronization information should be sent by having the remote device through its actuating means (luminous, vibrating or acoustic) generated in the carrier of the device an additional sensory experience.

and if stema allows the experience to be communal among all the bearers of the remote devices since the server can also, as indicated, decide the actions so that this behavior is the same for all devices or for only a set or of them depending on the individual information of each device.

This system behavior is based on the information contained in the server but the system of the present invention also includes, as an additional distinguishing feature, communications with users or

EXTERNAL SYSTEMS THAT CAN SUPPLY LR-AR-.L.N [OUNAC.L.ON ADI C.L.ONAL

and allows the server to make new decisions and therefore define and send different control, assignment and synchronization information to the device. Likewise, with the information provided by the server of the present invention to external users or systems, its behavior can be conditioned, which includes coordinated behavior between systems.

EXPLANATION OF THE INVENTION

The present invention solves the aforementioned problems by means of a procedure that thanks to the combination of portable multi-sensor devices and

Multiactuator, different technologies and calculation functions achieves an individualized and coordinated management system of remote multisensor and multiactuator portable devices with greater precision, lower start-up costs and lower operating costs and with greater flexibility based on the automatisms implemented and the individualized control of each device and also allowing coordinated actions among all the devices giving the portable device carriers greater interaction with the environment.

Multisensor and multiactuator portable device

In one aspect of the present invention, a portable multi-sensor and remote multi-actuator device is provided comprising:

Long-range transmission and reception means configured to connect to a communications network and receive and send through it, from or to the server or the portable multi-sensor device and remote multiactuator, at least, information on environment, location and operation that includes control, assignment and synchronization;

short-range transmission and reception means configured to connect to electronic equipment with the same means of communication and exchange at least, information on the environment, location and operation that includes control, assignment and synchronization;

actuator means, in an enunciative and non-limiting manner, for the emission of light, vibrators, acoustics;

light emitting means of different colors, different intensities and different durations

o These light-emitting means, in an enunciative and non-limiting manner, comprise an electroluminescent diode (LED) or a combination of them or other light elements with shapes and technologies according to the use of the system.

vibrating means of different intensities and different durations

o These vibrating means, in an enunciative and non-limiting manner, comprise a motor or a piezoelectric

or a combination of them.

acoustic media for different frequencies and tones, different intensities and different

durations

o These acoustic means preferably comprise a loudspeaker or a piezoelectric or a combination thereof.

various main sensor means; these sensor means

they will be sound, movement, relative position and

of light

o These sound sensing means preferably comprise a microphone or a combination thereof.

o These motion sensing means comprise an accelerometer or a combination of them.

o These relative position sensing means comprise an inclinometer or an electronic compass

or a combination of them.

o These light sensing means preferably comprise a photodetector or a combination thereof.

additional sensing means, enunciatively and not

limiting, they laugh: chemical, moisture, turbidity, temperature, infrared;

Said sensor means are capable of capturing usable information for the initiation of actions, in an enunciative and non-limiting manner, of alert, of change of the generation of light signals, change of vibration, change of the emitted sound, change of state, in function of absence or presence, intensity or

duration of what is detected by the portable device

multi-sensor and remote multi-actuator;

The device also comprises a battery.

Also preferably, the device further comprises an access interface, preferably a USB port.

Preferably, it also includes visual means for indicating the status of the battery, of the transmission and reception means and the status of the portable multi-sensor device and remote multi-actuator. It preferably comprises a visual means to indicate the state of the location means.

The device further comprises microcontroller or microprocessor capable of controlling the various modules and elements of the portable device: the radio communications means, the light emission means, the vibrating means, the emission means of

Sound, sensor media and internal storage memory, visual status media and battery.

The device also purchases a GPS module to receive

Y

process the signal GPS since a net from satellites

GPS,

that help in the obtaining from the infor mation from

support

to the location

Server

The invention provides a server and a portable device comprising: at least one portable multi-sensor and remote multi-device device such as the aforementioned, and a server, configured to communicate with the portable multi-sensor device and remote multi-actuator via a communications network.

In an enunciative and non-limiting manner, the server comprises of:

a sub-system of information and control treatment

responsible for the preparation, processing and exchange of control information between the server and the device. It also includes a database capable of storing such information,

a sub-system of information and allocation treatment responsible for the preparation, processing and exchange of the allocation and location information between the server and the device. It also includes a database capable of storing such information,

a synchronization information and processing sub-system responsible for the preparation, processing and exchange of synchronization information between the server and the device. It also includes a database capable of storing such information,

a sub-system of cartographic information that is configured to manage tasks related to cartography requests, positioning on said cartography of the location of the device, the defined areas and the associated events and actions. It also includes a cartographic database capable of storing maps or graphic representations of work areas,

a sub-system of information and graphic treatment that is configured to manage tasks related to requests for images or predefined forms, positioning of said images or predefined forms on the work areas. It also includes a database capable of storing predefined images or shapes,

an effects sub-system which in turn comprises a database capable of storing effects, where said effects subsystem is configured to manage tasks related to requests for interactions, used for the representation of predefined images or shapes,

generation of light, acoustic or

vibration,

a sub-system for managing a portable multi-remote multisensor device that is configured to manage the identification, registration, cancellation, characterization and temporal preferences of remote multi-sensor and multi-actuator portable devices. It also includes a database capable of storing information associated with the portable device, multi-sensor and remote multi-actuator,

a sub-system of control of portable multi-sensor device and remote multi-actuator that is configured to manage the identification, status, allocation of zones, actions and configuration of the portable multi-sensor multi-device and remote device. It also includes a database capable of storing said information associated with portable multisensor and multiactuator portable devices,

a user management sub-system that is configured to manage the registration, cancellation, permissions, privacy, security and temporary preferences of the users. It also includes a database capable of storing said information associated with users.

Procedures

The server of the present invention is configured to communicate with portable devices directly or deferred through a communications network.

The procedure for exchanging information between the portable device and the server through the communications network is described, being the environment, technical, location support, control, allocation and synchronization information.

Communication can be direct or deferred depending on the availability of the communications network or the optimization made of its use.

The information exchanged on the server is stored

and processed for the definition of the actions associated with each device and thus synchronize and assign the operation mode and the actions to be executed by each remote portable device.

The portable device, based on said information exchanged with the server, performs the necessary actions, in an enunciative and non-limiting manner, activating or deactivating its modules and elements, including in the actuator means.

In the same way, the device can perform some actions without the intervention of the server, actions, by way of example and not limitation, to help optimize the use of the communications network, device resources or server resources.

One of the important information components of the present invention is the location of each of the devices. The location is calculated from the information exchanged between the portable device and the server that includes, among other components, information on other portable devices or radiant support elements.

The location of each device is calculated either on the device or on the server as decided in each use case by an optimization of resources of the device, the communications network or the server.

if the portable device moves, the travel information containing the change of position as the main information is exchanged with the server

A procedure to be highlighted in the present invention is the optimization of resources. In an enunciative and non-limiting manner, for the optimization of electricity consumption the portable multi-sensor device and remote multi-actuator can go to rest. The transition to idle status can be initiated by the portable device autonomously or by control information sent from the server. The step to the REST state is mainly to activate the low consumption mode

or rest in the modules and appropriate elements of the device.

-

24

If the device is reactivated once it has had its

systems at rest activates all modules and elements and

inform

to the server from the activation from sayings modules Y

elements.

TO continuation he device collect all the

information

from environment, technique, support to the location Y

operational

that It includes the from control, assignment Y

sync and exchange it with the server.

if the reactivation of the portable device is carried out from the server, it will ask the device for all the environment, technical, location and operational support information, which includes control, assignment and synchronization, and will notify the portable device of the control information, necessary allocation and synchronization that the server had stored.

The portable device can be turned off, in an enunciative and non-limiting manner, by depletion of the battery of the device itself, by manipulation of the device's carrier or by request sent from the server. Before shutting down the device collects and exchanges with the server all the environment, technical, location and operational support information, which includes control, assignment and synchronization. And then the device turns off all its modules and elements.

When the multi-sensor portable device and mulL.l.acLuador-r-emoLo is acL .l. on-by-your-side! "all the modules and elements of the device are activated; when the device has its modules and elements activated the device, check their status, collect and exchange with the server all the environment information, technical, location and operational support, which includes control, assignment and synchronization.

The collection and exchange with the server of all the environment, technical, location and operational support information, which includes control, assignment and synchronization, can also be carried out by a timely request from the server, in a "low" mode. demand. "

Yes, with all the modules and elements of the device

activated, you cannot obtain any of the information components reliably, the portable device sends the server an indication that the information obtained is not reliable and can disable any of its elements.

Each time the portable multisensor and remote multiactuator device sends any of the information collected to the server, it also includes the moment of information collection (day / hour / minutes / seconds).

If all the systems of the multi-sensor portable device and remote multi-actuator are activated, the server cannot be communicated, the device retries it, a defined number of times and time, and the laptop is stored without communication in the device's internal memory. the environment, technical, location and operational support information that includes the control, assignment and synchronization available on the device until communication with the server is restored. When communications between the device and the server are retrieved, all the information stored in the device is sent to the server and the device receives the information that was pending from the server.

The user on the server defines and assigns the multi-sensor portable devices and mulL.l.acLuador-r-emoL ZAIlas to the total coverage area. Examples enunciate L.L.vos and

Non-limiting of possible areas would be: lines, circles, circumferences, sectors, circular stripes, parallel stripes, squares, regular or irregular polygons and predefined shapes. The use of the zones will be a function of the management needs of the coordinated actions of the remote multisensor and multiactuator portable devices.

The user on the server can define and assign an action or combination of actions to a zone or a combination of zones. Enunciative and non-limiting examples of actions: compilation of environmental information, activation of light actuators and vibrating actuators.

The user on the server can define an action or

combination of actions to a zone or a combination of

zones that are activated by an event or combination of events. Enunciative and non-limiting examples of events: the device enters or leaves the area, change of value in the operational information, change of value in the audio actuators.

Depending on the definition of the zones, actions and events, individually or in combination of some or all of these parameters, each device may be assigned to one or more zones.

After the detection of an event or combination of events defined and assigned to the zone or combination of zones, either by the multi-sensor portable device and remote multi-actuator by the server, the action or combination of actions that have been defined can be triggered and associated according to the event or combination of events, the device and the zone or combination of zones.

Furthermore, by managing the information under the different conditions mentioned, the method and system of the present invention allows, under certain conditions, always to send the latest available information on the environment, technique, location, control, assignment and synchronization of the portable multisensor device and remote multiactuator from the server to a user even when the device is in standby, switched off or communicated, it is not necessary to establish a communication at that moment with the device. The information shown will indicate whether it is information recently captured or stored, indicating at both the time of its collection.

Additionally, the exchange of information via short-range transmission and reception modules between the portable device and electronic devices that have the same short-range communications means is contemplated. The information, in an enunciative and limiting way, of the environment, technique, support to the location, control, assignment and synchronization.

Each time the multi-sensor portable device and

remote multiactuator sends to the electronic equipment mentioned any of the information collected also includes the time of information collection

(day / hour / minutes / seconds).

The portable device, based on said information exchanged with the electronic equipment, performs the necessary actions, in an enunciative and non-limiting manner, activating or deactivating its modules and elements, including the actuating means.

If all the systems of the portable multi-sensor device and remote multi-actuator are activated, the electronic equipment cannot be communicated, the device retries it, a defined number of times and time, and the portable device is still stored without communication in the internal memory of the device all the environment, technical, location and operational support information that includes the control, assignment and synchronization available on the device until communication with the electronic equipment is restored. When communications between the device and the electronic equipment are recovered, all the information stored in the device is sent to the electronic equipment and the device receives the information that was pending from the electronic equipment.

The system object of this invention contains

communication :; with t :; .l. t:; slogans or ut:; uar-iot :; exLenlOs, that t:; e

described in subsequent sections of this report. The variety of the nature of the information, the users and the external systems with which it can be communicated makes the procedures and uses thereof equally varied and specific to each case. They would be procedures to support, in an enunciative and non-limiting manner:

to access to the system by external users

(eleven)

for server management tasks (4)

(eleven)

for device management tasks (1)

to access to the system by external users

to the notification to external systems (12) of the state

current or historical device (1)

to the notification to external systems (12) of the current or historical status of the carrier (7) of the device

(one)

access from the server (4) to external systems

(12) to obtain environment information not included in the server (4)

access from the server (4) to external systems

(12) to obtain information from the carrier (7) of the device (1) not included in the server (4)

to the management of coordinated tasks between the server

(4) and its interaction with the devices and the external system (12) and its scope.

Additional considerations

Thanks to the fact that the multisensor portable device of the present invention is equipped with the latest technologies of position calculation, battery consumption, reception and emission of sound, reception and emission of light and communications as well as collection of environmental information by Its sensor means allow you to achieve high flexibility in the definition and execution of the actions that are carried out.

The quality of service of this individualized coordinated geolocated management system of remote multisensor and multiactuator portable devices is measured through

installation and commissioning time

the flexibility of operation taking into account the precision and flexibility of the location

the variety of environment information

the variety of zones, actions and events and combination thereof

the variety of interaction with the device environment

Optimization of battery consumption of devices.

The reliability and accuracy of the information managed

In short, a system is obtained that has a quality of service superior to a coordinated individualized geolocated management system of conventional multi-sensor and remote multi-actuator portable devices. In addition, the high autonomy of the device does not harm the performance of the device or the high quality of service achieved, represented by the rapid response to requests for status and the high probability of reliable response.

Additionally, this system is even capable of executing certain actions without the need for active communication between the device and the server.

DETAILED DESCRIPTION OF THE INVENTION

Next, using the included figures, a detailed description of the procedure and individualized coordinated geolocation management system of remote multi-sensor and multi-actuator portable devices is given.

Brief description of drawings

In order to help a better understanding of the features of the invention according to a preferred example of practical realization thereof and to complement this description, a set of drawings is attached as an integral part thereof, the character of which is illustrative and not limiting . The drawings included are descriptive and not limiting. In the drawings, the size of some of the elements could be disproportionate and not drawn to scale with mere illustrative intent.

In these drawings:

Figure 1 shows a scheme of the management system

Coordinated individualized geolocation of remote multisensor and multiactuator portable devices according to an embodiment of the present invention and according to a practical embodiment.

Figure 2 shows a diagram of a portable multi-sensor and remote multi-actuator device that can be used by the method and system of the present invention for, in an enunciative and non-limiting manner, the representation of images, sound emissions and vibrations in a coordinated and controlled being the recipient of those actions the

device carrier.

The

figure 3 sample a scheme from a server of the

process

Y system from the Present invention according a

practical realization.

The

figure 4 It represents he diagram from state of the

algorithm

from functioning of the device laptop

multisensor and remote multiactuator of the method and system of the present invention.

Figure 5 represents the state diagram of the operation algorithm of the server of the method and system of the present invention in the process of sending information from the server to the device being this sending on demand or scheduled.

Figure 6 represents the state diagram of the operating algorithm of the server of the procedure and system of the present invention in the process of receiving information on the server being the sending from the device for being in "continuous" mode or for some circumstance Device special.

Figure 7 represents the state diagram of the operation algorithm of the server of the method and system of the present invention in the process of requesting information to the device being this request on demand or programmed.

Preferred Embodiment of the Invention

High level vision Figure 1 shows a scheme of the management system

geolocated

coordinated individualized from dispositives

multi-sensor laptops

and multiactuator remote

He

system understands a server (4) Y one or various

portable multi-sensor and multi-actuator devices (1) that can be located and controlled. A single device (1) is illustrated in Figure 1 but the system and its various components have the capacity to manage large amounts of devices (1), in a scalable manner, on the order of tens of thousands.

Communication between the server (4) and the device

(one)

it is established, through a communications network (3). Examples, but not limited to, of possible communications networks are Wifi, WiMAX, LPWAN, RFIO, Bluetooth, GSM, GPRS, COMA, PHS, EOGE, UMTS, LTE, CDMA2000, TD-SCDMA, HSDPA, HSUPA, as well as audio systems at different frequencies.

The information (2) that is exchanged between the server

(4)

and the device (1) is, in an enunciative and non-limiting manner, of environment, technique, support for the location and operation that includes control, assignment and synchronization.

The system user (5) will interact with each of the devices (1) through the server (4).

For better operation and accuracy of the location information, radiant support elements (6) can be used. A single radiant support element is illustrated in Figure 1

(6) but the system and its various components have the capacity to manage several radiant support elements

(6).

According to a preferred example of practical embodiment thereof, the device (1) can be carried by a user (7) that will interact with the device (1) of

different forms, in an enunciative and non-limiting way:

by the activation of the vibrating means of the device (1)

by device access interface (1)

The device (1) can also establish communication via short-range communications with electronic equipment (8) that also have said short-range communications means.

Enunciative and non-limiting examples of possible short-range communication technologies are Bluetooth, RFID, NFC, infrared or any other form of short-range communication.

Enunciative and non-limiting examples of possible electronic equipment (8) possessing the same means are other devices (1) and, outside the invention, access lathes to buildings or facilities, tablets, mobile phones, portable management terminals, maintenance control .

Examples and not limited to possible uses of these short-range communications via electronic equipment (8):

cont access role to a defined area to the bearer (7) of the device (1)

maintenance of

device (one)

device programming

(one)

The (send

server or receive) (4) can through int exchange networks external infor (10) macal ion (9) system.

Examples of external networks, but not limited to, are Internet, local area networks (LAN).

Communications to exchange information (9) through external networks (10) will be using the technologies and protocols associated with the network used. In an enunciative and non-limiting manner, these technologies can be cable, fiber or wireless. and the protocols according to each case, in an enunciative and non-limiting manner, HTTP, HTTPS, WebServices, API,

CPR

The information exchanged (9) will be varied, enunciative and non-limiting:

control, assignment and synchronization information related to the device (1)

environment information not included in the system server (4)

information managed by the external system (12)

Bearer information (7) of the device (1) not included in the system server (4)

historical information on device behavior (1)

historical information on the behavior of the device carrier (7)

The information (9) exchanged can be received or sent to users (11) or external systems (12).

Enunciative and non-limiting examples of external users (11):

server administrators (4) device administrators (1) carriers (7) of the device (1) but in an environment

remote from the environment in which the system is being used Examples, but not limited to, of external systems (12):

public information services information services related to the time of use of the system

information services related to social networks

management system of other representation systems

of information

Examples, but not limited to, uses of these communications with external networks (10):

Access to the system by external users (11) for server management tasks (4)

Access to the system by external users (11) for device management tasks (1)

notification to external users (11) or to external systems (12) of the current or historical status of the devices (1)

notification to external users (11) or to external systems (12) of the current or historical status of the carrier (7) of the device (1)

access from the server (4) to external systems (12) to obtain environment information not included in the server (4)

access from the server (4) to external systems (12) to obtain information from the carrier (7) of the device (1) not included in the server (4)

Management of tasks coordinated between the server (4) and the scope of the external system (12) for the management of the actions of the devices (1).

Device: components

Figure 2 illustrates a scheme of the portable multi-sensor device and remote multi-actuator (1)

The device (1) comprises radio communication modules (1.05), and may comprise a long-range transmission and reception module (1.05.01) and / or a short-range transmission and reception module (1.05.02).

The long-range transmission and reception module

(1.05.01) is through which the device (1) communicates as a priority with the server (4). This module

(1. 05.01) includes the conventional elements for

Establish a wireless communication over a communications network (3), such as a communications modem, a transmitter! radio receiver and a radiating element and receiver. Enunciative and non-limiting examples of possible long-range radio communications modules are for Wifi, WiMAX, LPWAN, GSM,

GPRS,

COMA, PRS, EDGE, UMTS, LTE, CDMA2000, TD-SCDMA, HSDPA,

HSUPA

TO

through from East module from issue Y reception

(1.05.01), the device (1) is able to receive information

(2) from the server (4), containing control information (2.03), assignment (2.04) and synchronization (2.05). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01) The information received may influence the behavior of the device (1).

Through this module of emission and reception

(1.05.01), the device (1) is able to send information

(2) to the server (4), containing information, but not limited to location support

(2.02), control (2.03), assignment (2.04) and synchronization

(2.05) and the technical information of the device (2.06) based on the information, in an enunciative and non-limiting manner, generated by the microprocessor (L. ol), the memory (1.02), the battery (1.03) and the state of the actuators (the lights

(1.15), acoustics (1.16), vibrators (1.17 »and environment information, in an enunciative and non-limiting manner, formed by the values of the main sensors (audio (1.07), motion (1.08), relative position ( 1.09) And of light

(1.10 »and of the auxiliaries (1.11), (1.12), (1.13) and (1.14» and any other information that had to be sent. All the information will take, when appropriate, the moment of its generation (2.10) And the Device identification

(2.01). The information sent can influence decision making on the server (4).

Through the short range emission and reception module

(1.05.02) I can send information from the device

(1) to electronic equipment that have the same means (8). This information will be, but not limited to, location support (2.02), cont (2.03), assignment (2.04) and synchronization (2.05) and technical information of the slide (2.06) based on the information, in an enunciative and non-limiting way, generated by my croprocessor (1.01), the memory (1.02), the battery (1.03)

and the state of the actuators (the lighting (1.15), acoustic (1.16), vibrators (1.17 »and environment information, in an enunciative and non-limiting way, formed by the values of the main sensors is (audio ( 1.07), of movement (1.08), of relative position (1.09) and of light (1.10 ”and of the assistants“ 1.11), (1.12), (1.13) Y (1.14 ”and any other pending information The entire information will take, when appropriate, the moment or its generation (2.10) and the identification of the device.

(2.01)

Possible and non-limiting examples of possible short-range communication technologies are Bluetooth, RFI D, NFC, infrared or any other form of conventional short-range communication.

Enunciative and non-limiting examples of possible electronic equipment (8) possessing these same means are other devices (1) and, outside the invention, access lathes to buildings or facilities, tablets, mobile phones, portable management terminals , I keep on keeping.

The device (1) also comprises a microcontroller or microprocessor (1.01), which

preferably it includes all the operation of the device

(1), activation or deactivation of the actuators, management of

modules

Y The elements, states (10 0, 110, 120 Y 130) Y the

transition

is between the my smos that be schematics izan in the

figure

Four .

The device (1) also comprises a memory or information storage means (1.02). Is in memory

(1.02) serves to maintain the information of the role (2.03),

assignment (2.04) And synchronization (2.05) sent from the server (4) to the device (1), as well as information on the premises generated by the device (1) and not sent to the server (4) due to various circumstances, such as not having coverage of the communications network (3) or due to the design of the operation of the device (1) that performs local storage.

The portable multi-sensor device and remote multi-actuator (1) also has a power battery (1.03), to power the modules or elements of the device (1) that require it. The system extends the life of the battery

(1.03) by means of the state of REST described or later schematized in figure 4 and thus increase the autonomy of the device (1).

Preferably, the device (1) also includes visual status means (1.06.01), (1.06.02) AND

(1.06.03) that provide the holder (7) of the device (1) with information on the status of some elements thereof. For example, but not limited to, they can report on the battery status (1.03), on the coverage of the emission and reception module (1.05.01), on the status of the device (1). Preferably, these visual indicators are electroluminescent diodes (LEO).

In a particular embodiment, the visual state media "1.06.01), (1.06.02), (1.06.03) have the following functions:

If in a first visual medium (1.06.01)

or a green light is flashing long, it means the battery charge level

(1. 03) is sufficient for correct operation of the device (1).

o If the green light is steady, it means that the device (1) has a battery power supply (1.03) connected to the access interface (1.18) and the battery

(1.03) is loaded.

or

If a red level light is fixed, it means that the battery charge (1.03) is insufficient for proper operation and runs the risk of switching off.

or

If that the red light is blinking, battery (1.03) is it meant charging

through a power supply and not

it still has the sufficient level of load to

a correct functioning of the device

(one) .

If in a second visual medium (1.06.02)

or a green light is fixed, it means that the device (1) has coverage of the communications network (3).

or a green light is flashing short, it means that the device (1) is exchanging information with the server

(').

or a red light is flashing long, it means that the device (1) is without communication network coverage (3).

yes in a third visual medium (1.06.03)

or a green light is flashing short, it means that the device (1) is ACTIVE

(100)

or a green light is fixed, it means that the device (1) is in the STANDBY state (110)

or a green light is flashing long the device is in the REST state (120).

The device (1) comprises a set of actuator means that interact with the carrier (7) of the device (7). In an enunciative and non-limiting manner, these actuators are luminous, acoustic and vibrating.

The device (1) also comprises an element

light or set of high luminescence and color and intensity control (1.15). The light element

(1.15) is, without limitation, an electroluminescent diode (LED) or a combination of them or other light elements with shapes and technologies according to the use of the system.

Preferably, the device (1) also comprises an acoustic element or set of them (1.16) with intensity and frequency control. The acoustic element (1.16) is preferably a loudspeaker or a piezoelectric or a combination thereof.

The device (1) also comprises a vibrating element or set of them (1.17) with intensity control. The vibrating element (1.17) is preferably a motor or a piezoelectric or a combination thereof.

The device (1) comprises an audio sensor (1.07), capable of measuring, in an enunciative and non-limiting manner, the variation and intensity of sounds around the portable multi-sensor and remote multi-actuator device (1). The audio sensor (1.07) is preferably a microphone or combination thereof.

The device (1) comprises a motion sensor

(1.08), capable of measuring, in an enunciative and non-limiting manner, the acceleration of the device (1) and thus determine whether the device is moving or stopped and where it is moving. The motion sensor (1.08) is preferably an accelerometer.

In addition, preferably the device (1) comprises a relative position sensor (1.09), capable of measuring, so

enunciative

Y no limiting, the position relative Y

orientation

of the device (one) Y So decide yes he

device

is in position Y orientation optimal for its

functioning .

He sensor from position relative (1.09) is

preferably an inclinometer or a digital compass or a combination of them.

In addition, preferably the device (1) comprises a

light sensor (1.10), capable of measuring, in an enunciative and non-limiting manner, the variation and light intensity around

of the

device laptop multisensor Y multi-actuator remote

(one)

. He sensor from light (1.10) is preferably a

photodetector

or combination from they .

The information generated by the main sensors (audio (1.07), motion (1.0B), relative position

(1.09) And light (1.10 », individually or in combination, allows the status and operation of the device to be changed from a microcontroller (1.01) in addition to sending the information obtained to the server (4) for decision making.

Preferably, the device (1) also comprises a GPS module (1.04) for receiving and processing the GPS signal from a network of GPS satellites, which helps in obtaining the location support information (2.02).

The conventional GPS model can be improved with the use of A-GPS technology (Assisted GPS, Assisted GPS), which provides an improvement, but not limited to, in the TTFF (acquisition time of GPS signals ) and the sensitivity of the receivers, extending reception to areas without direct visibility. A-GPS technology is based on, in addition to the information received from GPS satellites, the use of certain additional or assistance information that is received by other means or external elements (such as the server

(4) ) .

This assistance information includes, but is not limited to, approximate device position information, satellite position information and / or clock information. Depending on the manufacturer and the system, the assistance information is composed of the three types of information mentioned or only one of them.

The assistance information has a temporary validity and is therefore downloaded periodically from

the server (4) to the device (1).

Preferably, the device (1) also comprises an access interface (1.18). Preferably this access interface (1.18) is a USB port. This access interface

(1.18) can be used as access to various elements, such as, but not limited to, the connector of a power supply and battery charge (1.03) or an encrypted key (1.19) to turn off the device (1) safely and without risk of manipulation or shutdown by unauthorized persons to turn it off or to review and configure the portable multi-sensor device and remote multi-actuator (1) by authorized persons.

In an enunciative and non-limiting manner, the microprocessor (1.01), the emission and reception module

(1.05.01) And the GPS module (1.04) can be in three possible states: off state, which implies zero energy consumption, activated state, which implies normal energy consumption, or low consumption or rest state, which It implies a lower energy consumption than the previous state and therefore the battery life (1.03) of the device (1) is extended. In the low power or idle state, the emission module and

reception

(1.05.01) neither receives neither send information

from / to the

server (4) by these media .

In

he context from the Present invention, be understands

by

"repose" to the state in he that a device (one) or module

or element of a device is in low operating activity and minimum energy consumption.

In this sense, in the context of the present invention, "step-by-step of a device" means the action of passing said device (1) to a state in which they are not carried out, inter alia, in an enunciative and non-limiting, the following actions: sending or receiving information about radio support or information analysis. In this way, energy consumption is minimized.

Therefore, in the context of the present invention, "step-by-step of an emission and reception module (1.05.01)" means the action of passing said module to a

state in which communication with the server is not established

(4) via the communications network (3) and therefore there is no radio transmission and reception of information between server (4) and device (1). In this way, energy consumption is minimized.

Likewise, in the context of the present invention it is understood as "step-by-step of a microprocessor of a device" to the action of passing to said module or to a state in which the only activity performed by the microprocessor is to wait if there A signal from the main sensors is (audio (1.07), motion

(1.08) f of relative position (1.09) or of light (1.10 »in whose

I

In case the microprocessor (1.01) becomes ACTIVE and sends an activated order to the modules and elements that were switched off or in low consumption, such as, but not limited to, the emission and reception module (1.05.01). In this way, energy consumption is minimized.

It should be clarified that the switching of a device from standby to activated has a much lower energy consumption than the switching from off to on, which has a peak of energy consumption and evade.

In the context of the present invention, it is understood to "activate" the action of passing a device (1) to a state of normal activity or full performance, with the consequent energy consumption {shown in Figure 4 with the reference 100) This term "activate" applies to both a device (1) and the modules and elements included in said device (1).

Finally, in the context of the present invention, Uapagar is understood as "the action of passing a device (1) to a state of null activity and therefore with a null energy consumption (shown in Figure 4 with the reference 130) This term "shut down" applies to both a device (1) and the modules and elements included in said device (1).

Also optionally, the system allows the definition of zone alerts defined and assigned on the server (4) and

sent through the communications network (3) and loaded on the device itself (1) stored in its memory

(1.02) The device (1) I being able to know its environment and state, and after the detection of a defined event and associated to the defined area, will trigger the action assigned according to the event, in an enunciative way and not limiting: change of operating mode, activation of light or sound or vibration signals, inform the server

In addition, the device (1) is of dimensions, shapes and characteristics according to the application that is going to be easily portable, manageable, and operable. Non-limiting examples: bracelet, cap, scarf, shirt, backpack, dial, cube, pyramid and cone.

Finally, the mechanical, electromagnetic or chemical tightness and robustness characteristics of the portable multi-sensor and remote multi-actuator device (1) will depend on the use and the environment of use.

Types of information

To support the procedure and system of the present invention for its different states, configurations, modes and actions, various types of information are used (represented in Figure 1 by reference 2), in an enunciative and non-limiting manner:

Device Identification Information

Operational information

or control

or assignment

or sync

Location Support Information

Technical information of the device

I nformation of the sensors

o Main

o Auxiliary

Information on the moment of data generation

Below is a detailed description of each type of information, in an enunciative and non-limiting manner:

The device identification information

allows unique identification of the device (1)

and is included in all communications of the

device . It will be identified from now on with the

reference (2.01).

The location support information allows you to manage the aspects related to the position of the device (1). This information allows the calculation of the position with high precision and individually of the device (1). This information is obtained by several sources, in an enunciative and non-limiting way, radio signals from the environment of the device (1) comprising the communication network (3), radiating support elements

(6), other devices (1) as well as the information generated by the GPS module (1.04). It will be identified hereinafter with the reference (2.02).

The control information allows managing the aspects related to the management of the actuators of the device (1) as well as the mode of operation of the device itself. It will be identified hereinafter with the reference (2.03).

The allocation information allows managing the aspects of the zones assigned to each device

(one)

are therefore the actions and events that impact on the behavior of the device

(one)

. It will be identified from now on with the reference

(2.04).

Synchronization information allows you to manage the coordination aspects between the devices

(one) . It will be identified from now on with the reference

(2.05).

The technical information of the device, which will be identified hereinafter with the reference (2.06), gives information on the technical aspects of the device (1) being information of, in an enunciative and non-limiting way:

o Load and temperature of the microprocessor (L 01).

o Percentage of memory occupation (1.02).

o Battery level and temperature (1.03).

o Status of the light actuators (1.15).

o Status of acoustic actuators (1.16).

o Status of vibrating actuators (1.17).

The information of the main sensors is that, as a whole, it will be identified hereinafter with reference (2.08), it gives information on the sensors of the device (1) that help the operation of the device (1) being information, of enunciative and not imitative, of:

o Audio sensor (1.07). It will be identified hereinafter with the reference (2.07.01).

o Motion sensor (1.08). It will be identified hereinafter with the reference (2.07.02).

o Relative position sensor (1. 09). It will be identified hereinafter with the reference. It will be identified from now on with the reference

(2.07.03).

o Light sensor (1.10). It will be identified hereinafter with the reference (2.07.04).

The information of the auxiliary sensors (1.11),

(1.12), (1.13) AND (1.14) that allows to know the state of the environment outside the device (1) that

your set will be identified hereinafter with the

reference (2.09).

The grouped information of all the main and auxiliary sensors will be identified hereinafter with the reference (2.07).

and all this information (in an enunciative and non-limiting manner, from (2.01) to (2.09 »always accompanied by the information of the moment in which the data was generated, which will be identified hereinafter with reference (2.10) including, of enunciative and non-limiting form:

or correlative numbering

or date (day / month / year),

or time,

or minute and

or second

Server: components

Figure 3 illustrates a schematic of the server (4) of the present invention. The server (4) comprises a processor or processors

(4.10), depending on the needs of each moment, which controls the rest of the server elements (4). In a usual configuration of this type of equipment, it has additionally, but not limited to, memory

(4.11) and a storage sub-system (4.12), preferably this storage sub-system will be a disk or disks depending on the needs of each moment.

The server (4) communicates mainly with the device (1) through a communications network (3).

Through this communication network (3) the server (4) can

provide the device (1) with control information (2.03), assignment (2.04) and synchronization

(2.05). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

receive from the device (1) information, in an enunciative and non-limiting manner, from location support (2.02), from control (2.03), assignment (2.04) and synchronization (2.05) And the technical information from the device (2.06) based on the information, in an enunciative and non-limiting way, generated by the microprocessor

(1.01), memory (1.02), battery (1.03) And the state of the actuators (the light (1.15) and acoustic (1.16), vibrators (1.17 »and environment information (2.07), in an enunciative way and not limiting, formed by the values of the main sensors (audio (1. 07), motion (1.08), relative position (1. 09)

And of light (1.10 »and auxiliary« 1.11),

(1.12), (1.13) and (1.14)) and any other information that was pending shipment. All

the

information carry, when correspond, he

moment

from its generation (2.10) Y the

Device identification

(2.01).

launch specific requests to the device (1) for information, but not limited to location support (2.02), for control

(2.03), allocation (2.04) and synchronization (2.05) and the technical information of the device (2.06) based on the information, in an enunciative and non-limiting manner, generated by the microprocessor

(1.01), memory (1.02), battery (1.03) and the state of the actuators (the lights (1.15), acoustics (1.16), vibrators (1.17 »and environment information (2.07), in an enunciative way and not limiting, formed by the values of the main sensors (audio (1. 07), motion (1.08), relative position (1. 09) Y

of light (1.10 »and auxiliary« 1.11),

(1.12), (1.13) and (1.14)) and any other

information that would be pending shipping.

The server (4) also comprises a control information sub-system (4.01), which in turn comprises a database capable of storing the control information (2.03). This sub-system manages all tasks related to obtaining, processing, sending, receiving and storing control information (2.03) exchanged between the server

(4) and the device (1), which allows the management of the states, modes and actions of the remote multisensor and multiactuator portable devices (1). This sub-system therefore manages all actions, in an enunciative and non-limiting manner, related to the activation and configuration of the light emission means, vibrating means and acoustic means of the device (1).

The server (4) also comprises an allocation information sub-system (4.02), which in turn comprises a database capable of storing the location information

(2.02)

and allocation (2.04). This sub-system manages all tasks related to obtaining, processing, sending, receiving and storing location information.

(2.02)

and assignment (2.04) exchanged between the server (4) and the device (1), which allows the handling of the aspects related to the location and the zones assigned to each device (1). This sub-system therefore manages all actions and zonal events assigned to the device (1) that impact on the behavior of the device (1).

He

server (4) understands too a subsystem from

information

from synchronization (4.03), that to its time understands

a

base from data able from to stock the information from

synchronization

(2.05). This subsystem manages all the

chores

related with the obtaining, treatment, Shipping,

reception and storage of synchronization information

(2.05) i exchanged between the server (4) and the device

(one) . This sub-system therefore manages all actions and

coordinated events between all devices (1)

managed by the server. The server (4) also comprises a sub-system of cartographic information (4.04), which in turn comprises a cartographic database capable of storing maps or graphical representations of work areas. This sub-system manages all tasks related to the preparation and handling of cartography requests or work areas, positioning on said cartography or work areas of the location of the device (1), as well as the areas defined together with their associated events and actions,

The server (4) also comprises a sub-system of information and graphic processing (4.05), which in turn comprises a database capable of storing images. This sub-system manages all tasks related to the preparation of predefined images or shapes and the handling of your requests. This sub-system therefore manages all tasks related to these predefined images or forms: their treatment, selection, positioning on work areas and representation sequence,

The server (4) also comprises an effects sub-system (4.06), which in turn comprises a database capable of storing effects. This sub-system manages all the tasks related to the definition, assignment and integration of the effects used in the interaction with the carrier (7) of the device (1) through the patterns of control information sequences (2.03) and synchronization ( 2.05) for the devices (1), based, in an enunciative and non-limiting manner, in the defined work areas and areas and the actions related to the actuating elements, in an enunciative and non-limiting manner, the luminous (1.15), acoustic

(1.16), vibrators (1.17).

The server (4) also includes a multi-sensor portable device remote management sub-system and sub-system.

(4.07), which in turn comprises a database capable of storing information associated with the device (1). This subsystem manages the high, low, typology, permits,

privacy, security and temporary and special device configurations. This sub-system manages all the tasks related to the creation of the categories, permissions and lists of devices that allow the correct use of the devices (1).

The server (4) also comprises a control sub-system of portable multi-sensor device and remote multi-actuator (4.08), which in turn comprises a database capable of storing information associated with the devices (1). This sub-system manages the identification, activation, deactivation and characterization of the devices (1). This sub-system manages all tasks related to the identification, assignment of categories, states and modes, assignment of zones, actions and configuration of portable multi-sensor devices and remote multi-actuator (1).

The server (4) also comprises a user management sub-system (4.09), which in turn comprises a database capable of storing information associated with users.

(5), external users (11) and external systems (12). This subsystem is configured to manage high, low, permissions, privacy, security and temporary and special preferences of users (5), external users (11) and external systems (12). This sub-system manages all tasks related to the creation of the categories, permissions and user lists (5) I external users (11) and if external systems (12) that allow the correct use of the server (4) and devices (1).

Device: global algorithm

Figure 4 exemplifies the state diagram and its transitions of the device operation algorithm.

(one) .

The device (1) can be in one of the following states, which are explained below:

ACTIVE state (100) STANDBY state (110)

REST state (120)

OFF state (130)

The causes of the transitions between states 10, 110, 120 and 130 are the following:

receiving information via the modules

radio communications (1.05) or any of the

main sensors (audio (1.07), motion

(1.08), relative position (1.09) and light (1.10) or auxiliary sensors (1.11), (1.12), (1.13) and (1.14 ”of the device (1);

sending information to the server (4) via the cO / llunicacioIle :: network; (3) i

exchange of information via the emission module and

short range reception (1. 05.02) with equipment

electronics that have the same means (8);

absence / recovery of movement of the device (1), detected through the information obtained from the motion sensor (1.08);

device shutdown, either due to an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by action received in the control information (2.03) or by manipulation of the access interface (1.18) by Carrier part (7) of the portable device (1).

The actions that can be carried out by the device (1) are, but not limited to:

on / off / standby of the send and receive module

(1.05.01);

turn off the device (1) or by having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by manipulation of the device holder (7);

wait for the signal recovery of the communications network (3), if it has been lost;

wait for the signal recovery from the GPS satellite network, if it has been lost;

storage in local memory (1.02) of the information generated because no coverage is obtained from the communications network (3) and the device (1) retries it, a number of times and a time defined by the user (5), and it is still without coverage;

storage in local memory (1.02) of the information generated or by the mode of operation of the device (1) or because it has been defined according to the process;

exchange via the short-range transmission and reception module (1.05.02) of the latest control information (2.03), assignment (2.04) and synchronization

(2.05) available. All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

sending via the short-range transmission and reception module (1.05.02) of the latest information of the main (audio (1.07), motion sensors

(1.08), relative position (1.09) and light (1.10) and auxiliary sensors «1.11), (1.12), (1.13) AND (1.14». All the information will take, when appropriate, the moment of its generation (2.10 ) And the identification of the device (2.01).

sending via the short-range transmission and reception module (1.05.02) of the latest technical information

(2.06) of the device (1). All the information will take, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01).

storage in local memory (1.02) of the information generated because communication is not achieved via the short-range transmission and reception module

(1.05.02) with electronic devices that have the same means (8) and the device (1) retries, a number of times and a time defined by the user

(5), and it continues without communication;

connection to the server (4) to:

•

Sending the latest support information to the location (2.02) available. All information will, when appropriate, the time of its generation (2.10) and the identification of the device (2.01)

•

Sending support information to the location

(2.02) that existed stored in local memory

(1.02) of the device (1) (this happens when communication network coverage (3) has been lost and the device (1), due to the operating mode it has, continues to store locations locally, or because it has been defined so according to the process). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

•

Exchange of the latest control information

(2.03), allocation (2.04) and synchronization (2.05) available. All information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

•

Sending control information (2.03) I allocation (2.04) and synchronization (2.05) that existed stored in the local memory (1.02) of the device (1) (this happens when there is no coverage of the communications network (3) and the device (1) I by the mode of operation that

have, keep storing such information locally, or because it has been defined according to the process). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

•

Receipt of the control information (2.03), assignment (2.04) and synchronization (2.05) that was stored on the server (4) (this happens when the device (1) had no coverage of the communications network (3) or was in REST state

(120) or OFF (130) in previous attempts to send by the server (4 ». In that case the server continues to store this information locally, or why it has been defined according to the process). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

•

Sending the latest information of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10 »Y

auxiliary sensors ((1.11), (1.12), (1.13) and (1.14 ». All the information will take, when

correspond, the moment of its generation (2.10) and the identification of the device (2.01).

•

Sending the information of the main sensors (audio (1.07), motion (1. 08), relative position (1. 09) and light (1.10 »and auxiliary sensors« 1.11), (1.12), (1.13 ) And (1.14 »stored in the local memory (1. 02) of the device (1) (this happens when there is no coverage of the communications network (3) and the device (1), by the operating mode that you have, keep storing sensor information locally, or because it has been defined according to the process.) All the information will take, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

•

Sending the latest technical information of the device (2.06) available. All the

information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01)

•

Sending the technical information of the device

(2.06) that existed stored in local memory

(1.02) of the device (1) (this happens when coverage of the communications network (3) has been lost and the device (1), due to its operating mode, continues to store the technical information of the device locally or because has been defined according to the process) All the information will take, when appropriate, the moment of its generation (2.10) and the identification of the

device (2.01).

•

Sending a change of device status (1), in

in case of such transition between states.

•

Check if there is pending in the server (4) a control information (2.03), assignment (2.04) or synchronization (2.05).

Each of the four states, represented in Figure 4, is explained in detail below.

ACTIVE STATUS (100)

This ACTIVE state (100) is one in which the device (1) has all its modules and elements activated.

The actions performed by the device (1) upon entering the ACTIVE state (100) are as follows, but not limited to:

activate the microprocessor (1.01),

activate radio communications modules

(1.05) and the GPS module (1. 04),

activate all sensors

activate all actuators

check the status of all modules and elements

check communications network coverage (3)

exchange with the server (4) support information to the location (2.02), control (2.03), assignment

(2.04) and synchronization (2.05) All information will, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01)

sending to the server (4) all the technical information of the device (2.06) based on the information, in an enunciative and non-limiting way, generated by the microprocessor (1.01), the memory (1.02), the battery

(1.03) And the state of the actuators {the lights

(1.15), acoustics (1.16), vibrators (1.17 »and environment information (2.07), in an enunciative and non-limiting manner, formed by the values of the main sensors (audio (1.07), motion (1.08), of relative position (1.09) Y of light (1.10 »Y of the auxiliaries ((1.11), (1.12), (1.13) Y (1.14)) And any other information that had to be sent. All the information will carry, when appropriate,

the one of

moment of its generation device (2.01). (2.10) And the ID

From possible

this state ACTIVE transitions 101, 1 02, (100) there are 103 and 108: the following

1) Transition 101: the modules and elements of the device (1) are included, which include, but are not limited to:

check the status of the microprocessor (1. 01)

(101.01), check the battery status (1.03) (101.02),

check the status of the radio communications modules (1.05) and the communications network

(3): long-range transmission and reception module

(1.05.01) and / or short-range reception and reception module (1.05.02) (101.03),

check the status of the memory module (1.02)

(101.04),

check the status of the main sensors

(101.05) (audio (1.07), motion (1. 08), relative position (1.09) and light (1.10 »,

It also checks the status of the auxiliary sensors (101.06) (1.11), (1.12), (1.13) and (1.14).

check the status of the actuators (101.07) such as the lighting (1.15), acoustic (1.16), vibrators

(1.17),

check the status of the other elements of the device (101.08), in an enunciative and non-limiting way, the access interface (1.18), the state visual means "1.06.01), (1.06.02), (1.06.03"

check the status of the GPS module (1.04) (101.09)

2) Transition 102: Once the verification of all the modules and components of the device (1) (shown in Figure 4 by reference 101) is completed, the information collected is sent to the server (4) or stored in memory local (1.02).

3) Transition 102.01: if the coverage of the communications network (3) is obtained, the device (1) connects with the server (4) to inform you of the new ACTIVE state (100) to which the device (1) switches and send to the server (4) all the information, so

enunciation and non-limitation, support and location (2.02), control (2.03), assignment (2.04) and synchronization (2.05) and information

device technique (2.06) based on the information, in an enunciative way and not limited to tiva, generated by the microprocessor (1.01), the memory

(1.02), the battery (1.03) and the state of the actuators (the lighting (1.15) and acoustic (1.16), vidores (1.17 »and environment information (2.07), in an enunciative and non-limiting manner, formed by values of the main sensors (of audio (1.07), of movement (1.08) I of relative position (1.09) and of light (1.10)) And of the auxiliary ((1 .11), (1.12) I

(1.13) AND (1.14 »and any other information that would have to be sent. All the information l will evacuate, when appropriate, the moment of its generation (2.10) And the identification of the device

(2.01).

4) Transition 102.02: if coverage of the communications network (3) is not obtained, the device (1) retries it a number of times and a time defined by the user (5) and if it remains without coverage it is stored in local memory ( 1.02) all information, in an enunciative and non-limiting manner, of support to the location (2.02), control (2.03), assignment

(2.04) And synchronization (2.05) and the technical information of the device (2.06) based on the information, but not limited to, generated by the microprocessor (1. 01) I memory

(1.02), the battery (1. 03) and the state of the actuators (the luminaires (1.15), acoustics (1.16), vi bradores (1.17 »and entor no information (2.07), in an enunciative and non-limiting manner , formed by the values of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10)) and auxiliary (1.11), (1.12),

(1.13) AND (1.14)} And any other information that was pending delivery. All the information l l evava, when appropriate, the time of its generation (2.10) and the identification of the device

(2.01).

5) Transition 103: once the information of the

device (1) (represented in figure 4 by reference 101) and sent to the server (4) or stored in the device memory (1.02) (represented in figure 4 by reference 102), is checked if there has been a request to change the mode of operation of the device (1) on the server (4) and the device (1) can go to the STANDBY state (110) or to the OFF state (130).

It goes to WAIT state (110) or OFF state

(130) as a function of the previous transitions (represented in Figure 4 by references 116, 118, 131). The transition to OFF status (130) will be activated via transition 108. The transition to the STANDBY state (110) is done without these intimate means.

6) Transition 108: it is when by previous transitions (represented in Figure 4 by reference 118) the device (1) is switched to the OFF state

(130)

. The device (1) goes to the OFF state

(130)

because the device (1) runs out of battery

(1.03) (represented in Figure 4 by reference 118.01) or by manipulation of its carrier

(7)

through the use of the access interface (1.18) (represented in figure 4 by reference

118. 02) that is to say that the device (1) passes a state of zero activity and therefore with zero energy consumption.

7) Transition 108.01: If the coverage of the communications network (3) is obtained, the device (1) connects to the server (4) to inform you of the new OFF status (130). The actions that are carried out are: connect to the server (4) to send all the information generated (represented in figure 4 as reference 101), in an enunciative and non-limiting way, to support the control location (2.02) I (2.03), assignment (2.04) and synchronization

(2.05) and the technical information of the device (2.06)

based on information, enunciatively and not

limiting, generated by the microprocessor (1.01), memory (1.02), battery (1.03) and the state of the actuators (the lights (1.15), acoustics (1.16), vibrators (1.17 »and environment information (2.07 ), in an enunciative and non-limiting manner, formed by the values of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10 »Y of the auxiliary ((1. 11), (1.12),

(1.13) AND (1.14 »and any other information that would have to be sent. All the information will take, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01). And then the server (4) is informed about the OFF status (130) which is passed by having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by manipulation of the carrier (7 ) of the device (1), it is checked if there has been a request to change the mode of operation of the device (1) on the server (4) and all the modules and elements of the device (1) are turned off. If, for example, the device

(1) it is left with an insufficient level of battery charge (1.03) for the correct functioning of the device (1), it is interesting that the server (4) knows it, just in case a user (5) is trying to communicate with the device (1), to be informed of it.

8) Transition 108.02: If coverage of the communications network is not obtained (3) the device (1) retries it a number of times and a time defined by the user (5) and if the device is still not covered

(1) stores in the local memory (1.02) all the information generated (represented in figure 4 as reference 101), in an enunciative and non-mitigative manner, to support localization (2.02), control (2.03 ), assignment (2.04) and synchronization

(2.05) and the technical information of the device (2.06)

based on information, enunciatively and not

limiting, generated by the microprocessor (1.01), memory (1.02), battery (1.03) and the state of the actuators (the lights (1.15), acoustics (1.16), vibrators (1.17 »and environment information (2.07) , in an enunciative and non-limiting manner, formed by the values of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10 »Y of the auxiliary ((1 .11 ), (1.12),

(1.13) and (1.14 »and any other information that would have to be sent. All the information will take, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01). And then it goes to OFF mode (130) and all the modules and elements of the device (1) are turned off.

STANDBY state (lID) This STANDBY state (110) is one in which the device (1) has all the modules and sensors active and waiting for information to be received by the radio communications modules: emission and reception module Long-range (1.05.01) and / or short-range transmission and reception module (1.05.02) by either the main or auxiliary sensors.

The actions that are carried out are: if coverage of the communications network (3) is obtained, the device (1) connects to the server (4) to inform you that its status transits to that of WAITING (110) and is left to listen for New information

The possible state transitions are: 111, 112, 113, 114, 115, 116, 117 and 118

1) Transition 111: If the device (1) receives information, it is via the radio communications modules, either by one of the sensors. The information received may be from the server (4) or from

2)

3. 4)

5)

6)

7)

terminals or electronic equipment or external elements that have technological capacity to generate with the necessary technology the information to be received by the device (1).

Transition 111.01: the information is received by the long-range transmission and reception module (1.05.01) or the short-range transmission and reception module

(1.05.02).

Transition 111.02: the information is received by one of the sensors of the device (1).

Transition 112: once the information is received (represented in Figure 4 by reference 111), it is analyzed and the actions derived are defined.

Transition 113: once the analysis (which is represented in Figure 4 by reference 112) of the information received (which is represented in the figure by reference 111) is completed, the various actions that have been determined after said analysis of the information received, but not limited to, the change in configuration of the device (1) (represented in figure 4 by reference 113.01) or the collection of information from the different sensors of the device (1) (represented in figure 4 by reference 113.02) or activation of any of the actuators of the device (1) (represented in figure 4 by reference 113.03)

Transition 114: when all the actions have been completed (represented in figure 4 by reference 113), their results are collected and sent to whoever started the process, whether the server (4) is an electronic device that has those Same short-range communication media (8) for storage and processing or are stored locally and passed to the STANDBY (110) or OFF (130) state.

Transition 114.01: if the coverage of the

communications network (3), the device (1) connected to the server (4) to send all the information of the results of the actions carried out (represented in Figure 4 by reference 113) and any other information that would be pending delivery. All the information will, when appropriate, the moment or its generation (2.10) and the identification of the device (2.01). and then it waits for this WAIT (110).

8) Transition 114.02: if coverage of the communications network is not obtained (3) the device (1) retries it a number of times and a time defined by the user (5) and if it is without communication, to the macena in the local memory (1.02) all the information of the results of the actions carried out (represented in figure 4 by reference 113). All the information will, when appropriate, the moment or of its generation (2.10) and the identification of the device (2.01) and then it is passed on to this WAIT (110).

9) Transition 114.03: if communication is achieved via the short-range transmission and reception module (1.05.02) with electronic equipment that has the same means

(8) All information on the results of the actions carried out (which are represented in Figure 4 by reference 113) and any other information that would be pending submission is sent to you. All information will, when appropriate, the moment or its generation (2.10) and the identification of the device (2.01). And then it goes back to this WAIT (110).

10) Transition 114.04: if communication is not achieved via the module of transmission and reception of cut or range

(1.05.02) with electronic equipment that has the same means (8) the device (1) retries a

number of times and a user defined time

(5) and if it continues without communication it is stored in the

local memory (1. 02) all the information on the results of the actions carried out (represented in figure 4 by reference 113). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01). And then it goes back to WAIT state (110)

11) Transition 115: if the device (1) detects, through the motion sensor (1. 08) the absence of movement and if after a time, defined by the user (5), the situation persists and the device

(1) is not performing any action, it goes into the REST state (120). Before entering this REST state (120), the device (1) connects to the server (4) to inform you that its status passes to REST (120) and sending any other information

that was pending delivery and check if there has been a request to change mode

operation of the device (1) on the server (4). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01). And then proceed to switching as a low consumption or shut down, as appropriate, of the modules of the device (1) that

correspond,

especially module from issue Y

reception

from long scope (1.05.01), he

microprocessor

(1.01) And the GPS module (1.04).

12) Transition 116: If the device is in "continuous" mode, it has a certain period of time defined by the user (5) to send the device information (1) to the server (4). This transition takes the device to the ACTIVE state (100).

Then, from this state, all the stages and transitions defined, in an enunciative and non-limiting manner, check the status of the device (1) (shown in Figure 4 by reference 101), send to the server ( 4) or

local storage in memory (1.02) (represented in Figure 4 by reference 102) the information collected and then the device

(1) enters the STANDBY state (110)

13) Transition 117: when the actions taken (represented in Figure 4 by reference 113)

or its results or by the information collected (represented in Figure 4 by reference 113.03), the device (1) must be switched to the OFF state

(130). The device (1) is completely switched off, the device (1) goes to the OFF state (130) that is to say that the device (1) is completely turned off, that is, both the modules and the elements of the device (1) they are turned off or disconnected and goes into a state of zero activity and therefore with zero energy consumption.

14) Transition 117.01: if the coverage of the communications network (3) is obtained, the device (1) connects to the server (4) to inform you of the new OFF status (130). The steps that are carried out are: connect to the server (4) to inform you about the status of OFF (130) to which it is switched, send any information that was pending to be sent, check if there has been a request to change the operating mode of the device (1) on the server (4) and turn off all modules and device elements

(one) . All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01). If, for example, the actions to determine the power off of the device (1) it is interesting that the server (4) is informed, so that when a user (5) is trying to communicate to the device (1), he can be informed of said state OFF (130).

15) Transition 117.02: if communication network coverage is not obtained (3) the device (1) retries it a number of times and a time defined by

the user (5) and if it is still without coverage it goes to

OFF state (130).

16) Transition 118: state in STANDBY state (110), the device (1) must be turned off either by having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by manipulation of the carrier ( 7) of the device (1). This transition takes the device to the ACTIVE state.

(100) carrying out all the stages and transitions from that state, that is, in an enunciative and non-limiting manner, the state of the device (1) (represented in the figure by reference 101) is sent, sending to the server (4) or by storing in the memory (1. 02) (represented in figure 4 by reference 102) the information collected, check if there has been a request to change the mode of operation of the device (1 ) on the server (4) (shown in Figure 4 by reference 103) and the device

(1) goes to the OFF state (130) (shown in Figure 4 by reference 108).

17) Transition 118.01: being in the STANDBY state (110), due to an insufficient level of battery charge (1.03) for the correct functioning of the device (1) And before its battery power-down (1.03) is exhausted, the stages for that it is a controlled shutdown leaving the device in the OFF state (130). That is to say that the device (1) goes into a state of

activity

null Y by so much with a consumption from Energy

null

The stages that be made an be start with he

He passed

to ACTIVE state (100)

18) Transition 118.02: being in the STANDBY state (110), by manipulation of its carrier (7) through the use of the access interface (1.18) the device (1) must be turned off and the stages are initiated to be a controlled shutdown leaving the device in the OFF state (130). That is to say that the device (1)

It goes into a state of null activity and therefore with zero energy consumption. The stages that are carried out begin with the change to ACTIVE status (100).

STANDBY state (120)

This STANDBY state (120) is one in which the device (1) has, in an enunciative and non-limiting way, the long-range transmission and reception module (1.05.01), the microprocessor (1.01) and the GPS module ( 1.04) in idle operation mode (low consumption), but, in an enunciative and non-limiting manner, the motion sensor (1.08) and the audio sensor (1.07) are active and working in mode

normal

To the to be the modules convenient in mode from low

consumption

energetic, be lengthens the autonomy of the device

(one) .

TO

East REPOSE (120) be arrives since he state WAIT

(110) if the device (1) detects, through the motion sensor (1.08), the absence of movement and if after a time, defined by the user (5), the situation persists and the device (1) is not performing any action, it goes to the STANDBY state (120) (represented in figure 4 by reference 115)

It is important to note that, in this state REST

(120), the system has an optimized operation, since if a request arrives from a user (5) (represented in figure 7 by reference 221), the server

(4) carries out the following tasks:

indicate to the user (5) that the device is in the STANDBY state (120) and supplies all available information of the device (1) before entering the STANDBY state (120), even though express communication with even the same .

activate the device by means of an audio signal when the audio sensor (1.07) is active and not the emission and reception module (1.05.01)

In this state REST (120) there are the following

possible transitions 121 and 128:

one )

Transition 121: the device (1) recovers the

movement or receive any action request for

audio or both cases. In these cases the device (1)

enters the ACTIVE state (100).

2)

Transition 121.01: state in REST state (120), the

device (1) detects that it is moving to

through the motion sensor (1.08) and go to

ACTIVE state (100).

3)

Transition 121.02; state in REST state (120), and l

device (1) receives an action request by

an audio signal that the audio sensor detects (1.07)

and goes to the ACTIVE state (100).

4)

Transition 128: state in REST state (120), is due

turn off the device (1) for one level

insufficient battery charge (1.03) for the

correct operation of the device (1) or by a

Carrier manipulation (7) of the device (1).

This transition takes the device to the ACTIVE state.

(100) performing all stages and transitions

from that state that is, in an enunciative way and not

limiting, we proceed to check the status

of the device (1) (shown in Figure 4

by reference 101), sending to the server (4) or

stored locally in memory (1.02) (which is

represented in figure 4 by reference 102) the

information collected, check if there has been a

request to change the operating mode of the

device (1) on the server (4) (represented

in figure 4 by reference 103) and the device

(1) goes to the state in OFF (130).

5)

Transition 128.01: being in the REST state (120), by

have an insufficient level of battery charge (1.03)

for the correct operation of the device (1) it

you must turn off the device (1) before turning it off by

battery (1.03) depleted so that the stages are started so that it is a controlled shutdown leaving the device in the OFF state (130). In other words, the device (1) goes into a state of zero activity and therefore with zero energy consumption. The stages that are carried out start with the change to ACTIVE status

(100)

6) Transition 128.02: being in the STANDBY state (120), by manipulation of its carrier (7) through the use of the access interface (1.18) the device (1) must be turned off and the stages are started so that it is a shutdown controlled leaving the device in the OFF state (130). In other words, the device (1) goes into a state of zero activity and therefore with zero energy consumption. The stages that are carried out begin with the change to ACTIVE status (100).

OFF status (130)

This OFF status (130) is one in which the device (1) is completely turned off, that is, both the modules and the elements of the device (1) are turned off or disconnected. In an enunciative and non-limiting manner:

the modules associated with processing and storage (microcontroller / microprocessor (1.01) and memory

(1. 02 »

radio communications modules (module

from

issue Y reception  from long scope (1.05.01) I

module

from issue Y reception n from short scope

(1. 05.02 »

the GPS module (1.04)

the main (audio (1.07), motion (1.0B), relative position (1.09) and light sensors

(1.10)) auxiliary sensors ((1.11), (1.12), (1.13) and

(1.14))

visual media status «1.06.01), (1.06.02),

(1.06.03))

the actuating means (the light (1.15), acoustic

(1.16), vibrators (1.17 »)

are off or disconnected (making zero energy consumption)

In this OFF state (130) there is only one possible transition: the one that occurs when the device (1) is turned on and the device switches to the ACTIVE state (100). This transition is represented in Figure 4 by reference 131.

1) Transition 131: by manipulation of the carrier (7) of the device (1) through the use of the interface

access

(1.18) be turn on he device (one) Y be pass

of the

state OFF (130) to the state ACTIVE (100) that

entails

he switched on Y activation from everybody the

modules

Y device items (one) .

In summary

When the device (1) is in ACTIVE state (100), all the modules and elements of the device (1) are switched on and active.

When the device (1) is in the STANDBY state

(110) the device (1) has all the modules and active elements and the device (1) is waiting to receive information from the server (4) or detect changes that occur in the different sensors of the device (1) (so but not limited to: the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10 ») as well as auxiliary sensors« 1.11),

(1.12), (1.13) AND (1.14 »so that it executes the stages and actions according to what has been received.

When the device (1) is in the REST state

(120) the device (1) has, in an enunciative and non-limiting manner, both the emission and reception module

(1.05.01) as the microprocessor (1.01) and the GPS module (1.04) in the low-power mode of operation, but, but not limited to, the motion sensor (1.08) and the audio sensor (1.07 ) are active and work in normal mode.

When the device (1) is in the OFF state (130) I the device (1) is completely switched off, that is, all the modules and all the elements of the

device (1) are turned off or disconnected (making zero energy consumption)

So far, the possible states in which the device (1) may be and the transitions to which it can pass have been described.

Server: algorithms

The server (4) performs three main tasks for the desired operation of the system, in relation to the device (1), group of them or all the devices (1) that are under management of the system:

send information (2) to the device (1)

receive information (2) from the device (1)

send information request (2) to the device

(1) by the user (5) -mode or by scheduled system tasks

"low demand"

The server (4) can be, from the point of operation of the present invention, in one of the following states, which are explained below:

of of view the of three

been WAITING FOR

SHIPPING (200)

WAIT state

FROM RECEPTION (210)

WAITING FOR APPLICATION (220)

Server: sending algorithm

Figure 5 exemplifies the state diagram and its transitions of the server operating algorithm (4) of the method and system of the present invention in the process of sending information to the device (1), group of them or all the devices ( 1) that are under system management, this shipment being on demand or scheduled.

This algorithm starts from the STANDBY DELIVERY state (which in figure 5 is identified as 200)

This STANDBY DELIVERY state (200) is one in which the server (4) has the active communication systems and the device (1) is covered by the communication network (3), in the ACTIVE (100) or WAIT state. (110) so that if the server (4) wants to send information to the device (1) everything is ready for it. If these circumstances do not occur and they persist, the information prepared to send is stored in the server storage sub-system (4.12) until communication with the device (1) can be established.

The information (2) to be sent to the device

(1) will be, but not limited to, control information (2.03), assignment (2.04) and synchronization (2.05).

From this SEND WAITING state (200) there are the following possible transitions 201, 202, 203, 204, 205 and 208,

1) Transition 201: the user (5) or by scheduled tasks of the server (4) is going to send information to the device (1) being this information, but not limited to control

(2.03), assignment (2.04) and synchronization (2.05).

2) Transition 201.1: the user (5) for the operation of the device (1) wants to update the operation of the device (1) so he wants to send information.

3) Transition 201.2: the server (4) in its tasks

programmed for the coordinated operation of the device

(1) you have to update the operation of the device (1) so you have to send it information.

4) Transition 202: by accessing the different subsystems of the server (4) necessary, the information is prepared, but not limited to control, (2.03), assignment (2.04) and synchronization

(2.05) that you want to send to the device (1). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01).

5) Transition 203: before sending the prepared information (represented in Figure 5 by reference 202), the communication of the server (4) with the device (1) is ensured. The circumstances that may prevent this communication are that the device (1) is:

no communications network coverage (3)

in REST state (120)

in OFF state (130)

Appropriate tasks are carried out so that communication with the device can be established

(1) to be able to send to the device (1) from the server (4) the prepared information (represented in Figure 5 by reference 202).

if communication is established between the server (4) and the device (1) everything is ready to send the prepared information (represented in figure 5 by reference 202) to the device (1) from the server (4) ).

In the event that such communication could not be established, all the information prepared (represented in Figure 5 by reference 202) is stored in the storage sub-system (4.12),

pending delivery until the next

communication with the device (1).

6) Transition 203.01: the device (1) does not obtain coverage of the communication network (3) so that the server (4) cannot communicate with it.

If the device (1) obtains coverage in the communications network (3), the server (4) manages to establish communication with the device (1), everything is prepared for sending the prepared information (represented in Figure 5 by the reference

202).

If the device (1) is still not covered in the communications network (3), the server (4) cannot establish communication with the device (1). The server (4) retries it a number of times and a time defined by the user (5) and if all the prepared information (which is represented in figure 5 by reference 202) remains uncovered, it is stored in the sub-system storage (4.12), pending delivery until the next communication with the device

(one) .

7) Transition 203.02: the device (1), for the information contained in the server sub-systems

(4), it is in the STANDBY state (120) so the server (4) will activate the device by means of an audio signal that the device (1) can receive since in the STANDBY state (120) the audio sensor (1.07) It is active .

if the server (4) receives from the device (1) the results of the request to change the status of the device (1) (represented in figure 4 by reference 114.01) everything is prepared for sending the prepared information (represented in figure 5 by reference 202).

If the server (4) does not receive from the device (1) the results of the request to change the status of the

device (1) (represented in figure 4 by reference 114.01) the server (4) retries it a number of times and a time defined by the user

(5) and if you still do not receive confirmation of the change of status of the device (1) all the prepared information (represented in figure 5 by reference 202) is stored in the storage sub-system (4.12), remaining pending delivery until the next communication with the device

(one) .

8) Transition 203.03: the device (1), for the information contained in the server sub-systems

(4)

, is in the OFF state (130) so the server (4) cannot communicate with the device

(one)

so the information cannot be sent

prepared (shown in Figure 5 by reference 202) and this is stored in the storage sub-system (4.12), pending delivery until the next communication with the device

(one) .

9) Transition 204: if communication with the device (1) (represented in figure 5 by reference 203) has been secured, the prepared information (shown in figure 5 is sent to the device (1) by reference 202). In the device (1) the information is received (represented in Figure 4 by reference 111.01).

10) Transition 205: the device (1) sends to the server

(4)

the result (represented in figure 4 by reference 114.01) of the actions carried out (which are represented in figure 4 by reference 113) after the analysis of the information received (represented in figure 4 by references 112 and

111. 01 respectively). Once finished it goes to the STANDBY DELIVERY state (200)

11) Transition 208: if the communication of the server (4) with the device (1) could not be secured

(which is represented in figure 5 by reference 203) the prepared information (which is represented in figure 5 by reference 202) is stored in the server storage sub-system (4.12), the user is notified (5 ) of this situation and pending delivery until the next communication with the device (1) and goes to the STANDBY WAITING state

(200) .

Server: receive algorithm

Figure 6 exemplifies the state diagram and its transitions of the server operation algorithm (4) of the method and system of the present invention in the process of receiving information (2) from the device (1) at the server (4). ), group of them or of all the devices (1) that are under management of the system being the shipment from the device (1), group of them or of all the devices (1) that are under management of the system, for being in "continuous" mode or for some special circumstance of the device (1).

This algorithm starts from the RECEPTION WAITING state (which in figure 6 is identified as 210)

This RECEPTION WAITING state (210) is one in which the server (4) has the active communication systems

from

mode that yes he device (one) via the net

from

communications

(3) send information (2 ) he server (4 ) the

may

to receive .

The

information (2) that be goes to to receive of the device

(1), a group of them or of all the devices (1) that are under management of the system will be, in an enunciative and non-limiting way, the one to support the location (2.02), control (2.03), assignment (2.04) and synchronization (2.05) and the technical information of the device (2.06) based on the information, in an enunciative and non-limiting manner, generated by the microprocessor (1.01), the memory (1.02), the battery

(1.03) And the status of the actuators (the light (1.15), acoustic (1.16), vibrators (1.17 »and environment information

(2.07), in an enunciative and non-limiting manner, formed by the values of the main (audio (1.07), motion (1.08), relative position (1.09) and light sensors

(1.10 »And of the auxiliaries (1.11), (1.12), (1.13) and (1.14» and any other information that had to be sent. All the information will take, when appropriate, the moment of its generation (2.10) and the Device identification

(2.01)

From this STATUS OF RECEPTION (210) there are the following possible transitions 211, 212, 213, 214, 215, 216, 217 and 218:

1) Transition 211: the device (1) has sent information (2) to the server (4).

The information (2) received on the server (4) has been sent from the device (1), group of them or all the devices (1) that are under management of the system, for different reasons such as, enunciatively and non-limiting:

The device (1) is in "continuous" mode: it sends the information (2) from time to time defined by the user (5) so that the set time has been fulfilled (represented in figure 4 by reference 116) , the device (1) collects and sends the information (2) (represented in figure 4 by reference

102 .01).

The device (1) was in the REST state (120): it exits the same (shown in figure 4 by reference 121), collects and sends the information (2) (represented in figure 4 by reference 102.01 ).

The device (1) will go to the OFF state

(130): in any of the states in which the device is located (1) (with the exception of OFF (130 »either due to battery drain)

(1.03) or per share received by the information of

control or manipulation by the carrier (7) of the portable device (1) through the use of the access interface (1.18) (represented in figure 4 by references 118 device (1) collects and sends the and 128) the information (2) (represented in figure 4 by references 108.01 and 117.01).

2)

Transition 212: Once received on the server (4) the information (2) of the device (1) I group of them or all the devices (1) that are under management of the system (represented in Figure 6 by the reference 211) This is analyzed for the preparation of the tasks that are derived.

3)

Transition 213: Once the information of the device (1) I group of them or all the devices (1) that are under system management (represented in 211) is received, the server management (4) is updated. Figure 6 by the reference control sub-systems and

4)

Information transition 213.01: the control sub-system (4.01) of the server (4) is updated. from

5)

Information transition 213.02: Assignment update (4.02) of the the server sub-system (4). from

6)

Transition 213.03: the sub-system multi-sensor portable remote device control device (4.08) sub-system is updated (4). of y

7)

Transition 214: Once the information of the device (1) I group of them or all the devices (1) that are under management of the system (represented in Figure 6 by reference 211) is received, the Sub-systems for representing server information (4).

8)

Transition 214.01: Cartographic update (4.04) of the server (4) is updated. he subsystem

9)

Transition 214.02: be update he subsystem graphic

-79

-

(4.04) of the server (4).

Server: request algorithm

Figure 7 exemplifies the state diagram and its transitions of the server operating algorithm (4) of the method and system of the present invention in the process of requesting information to the device (1) being this request on demand or scheduled.

This algorithm is based on the WAIT FOR APPLICATION status (which in figure 7 is identified as 220)

This WAIT FOR APPLICATION (220) state is one in which the server (4) has the active communication systems so that if the server (4) wants to request information

to the device (1), devices (1) that everything prepared for the

group of are under it. they management or of of all system, he is

The

information (2 ) that be goes to apply for of the

device (1), group of them or all devices

(1) that are under system management, will be, but not limited to, location support

(2.02), control (2.03), assignment (2.04) and synchronization

(2.05) and the technical information of the device (2.06) based on the information, in an enunciative and non-limiting manner, generated by the microprocessor (1.01), the memory (1.02), the battery (1.03) and the state of the actuators ( the lights

(1.15), acoustics (1.16), vi bradores (1.17 »and environment information (2.07), in an enunciative and non-limiting way, formed by the values of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light

(1.10 "and of the auxiliaries" 1.11), (1.12), (1.13) AND (1.14 "and any other information that had to be sent. All the information will take, when appropriate, the moment of its generation (2.10) And the Device identification

(2.01)

From this WAIT FOR APPLICATION state (220) there are the following possible transitions 221, 222, 223, 224, 225,

226, 227 and 228:

one)

Transition 221: the user (5) or by t programmed areas of the server (4) or by external users (11) or external systems (12) prepares an information request to the device (1), group of them or all devices (1) that are under system management, this information being, but not limited to, location support (2.02), control (2.03), assignment (2.04) and synchronization (2.05) or technical information device (2.06) or environment (2.07).

2)

Transition 221.01: the (11) or the external user system (5) or the external user (12) to know the location of the device (1) prepare a request for information.

3)

Transition 221.02: the server (4), in its scheduled tasks for the maintenance and operation of the device (1) and the system or by external users (11) or external systems (12), prepares a request for information to send to the device (one)

4)

Transition 222: before sending the prepared information (which is represented by a request in Figure 7 by reference 221), the communication of the server (4) with the device (1), group of the device or all the devices ( 1) That they are under system management. The circumstances that may prevent this communication are that the device (1) is:

without

Coverage of the network of communications (3)

in

REST state (120)

in

turned off (130)

The appropriate tasks are carried out so that communication can be established with the device (1), group of them or all devices (1)

that are under management of the system, to be able to send to the device (1) I group of them or all the devices (1) that are under management of the system, from the server (4) the request for prepared information (represented in Figure 7 by reference 221).

If communication is established between the server (4) and each device (1) everything is ready to send the request for prepared information (represented in figure 7 by reference 221) to the device (1) from the server (4) .

In the case that said could not be established

communication the request for prepared information (represented in figure 7 by reference 221) is stored in the server storage sub-system (4.12), the user (5) is notified of this situation and pending delivery until the next communication with each device (1) and it goes to the STANDBY APPLICATION state (220).

5) Transition 222.01: the device (1) does not obtain coverage of the communications network (3) so that the server (4) cannot communicate with it.

If the device (1) obtains coverage in the communications network (3), the server (4) manages to establish communication with the device (1), everything is prepared to send the request for prepared information (shown in Figure 7). by reference 221).

If the device (1) is still not covered in the communication network (3), the server (4) cannot establish communication with the device (1). The server (4) retries it a number of times and a time defined by the user (5) and if the request for prepared information (which is represented in Figure 7 by reference 221) remains uncovered, it is stored in the sub- server storage system (4.12), the user (5) is notified of this situation,

shows the user (5) the information available in the server sub-systems (4) and the information will take, when appropriate, the moment or its generation (2.10) and the device identification

(2.01), the application pending delivery until the next communication with the device (1) and the WAIT FOR APPLICATION (220) state.

6) Transition 222.02: the device (1), for the information contained in the server sub-systems

(4), it is in the STANDBY state (120) so the server (4) will activate the device (1) by means of an audio signal that the device (1) can receive since in the STANDBY state (120) the audio sensor (1.07) is active.

if the server (4) receives from the device (1) the results of the request to change the status of the device (1) (represented in figure 4 by reference 114.01) everything is prepared for sending the Request for prepared information (represented in Figure 7 by reference 221).

If the server (4) does not receive from the device (1)

the results of the request to change the state of the device (1) (represented in figure 4 by reference 114.01) the server (4) retries it a number of times and a time defined by the user

(5)

and if it still does not receive confirmation of the change of status of the device (1) the request for prepared information (represented in figure 7 by reference 221) is stored in the server storage sub-system (4.12), notify the user (5) of this situation, the user is shown

(5)

the information available in the server sub-systems (4) and the information will, when appropriate, the moment of its generation (2.10) and the identification of the deposit (2.01), leaving the

pending request until the next communication with the device (1) and passed to

WAITING FOR APPLICATION (2 20).

7) Transition 222.03: the device (1), for the information contained in the server sub-systems

(4)

, is in the OFF state (130) so the server (4) cannot communicate with the device

(one)

therefore, the request for prepared information cannot be sent (represented in figure 7 by reference 221) and it is stored in the server storage subsystem (4.12), the user (5) of this situation, the user (5) is shown the information available in the subsystems of the server (4) and the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01), leaving the pending request of sending until the next one and communication with the device (1) and it goes to the WAITING OF APPLICATION state (220).

8) Transition 223: if the communication with the device (1) (which is represented in figure 7 by reference 222) has been ensured, the request for prepared information (which is represented in the figure is sent to the device (1)) 7 by reference 221). In the device (1) the request for information is received (which is represented in Figure 4 by reference 111.01).

9) Transition 224: The response of each device (1) is received upon request for information sent to each device (1) (represented in Figure 4 by reference 114. 01)

10) Transition 225: Once the information requested to each device (1) (represented in Figure 7 by reference 224) is received, it is analyzed for the preparation of the tasks that are derived.

11) Transition 226: Once the information of each device (1) (represented in Figure 7 by reference 224) is received, the control and management sub-systems of the server (4) are updated.

12) Transition 226.01: the sub-system is updated

information of

control (4.01) of the server (4) .

13) Transition 226.02: assignment information (4.02) of the

the server subsystem (4). from

14) Transition 226.03: the sub-system multi-sensor remote device portable control sub-system (4.08) of the server (4) is updated.

of y

15) Transition 227: Once the information of each device (1) (which is represented in Figure 7 by reference 224) is received, the sub-systems representing the information of the server (4) are updated.

Once these transitions have been completed, the WAIT FOR APPLICATION (220) is passed.

16) Transition 227.01: the cartographic sub-system (4.04) of the server (4) is updated.

17) Transition 227.02: the graphic sub-system is updated

(4.04) of the server (4).

18) Transition 228: if after a time defined by the user (5) the device (1) does not send the requested information (represented in figure 4 by reference 114.01 and in figure 7 by reference 224) the server (4) resets it a number of times and a time defined by the user (5). if there is still no response to the request sent (represented in figure 7 by reference 223), it is stored in the server storage sub-system (4.12), the user (5) is notified of this situation, the user is shown

(5) the information available in the server's sub-systems (4) and the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01), with the request pending delivery until the next communication with the device (1) and it goes to the WAITING APPLICATION state (220).

Operating modes

The two possible operating modes of the complete system are described below, from the point of view of when the information is exchanged between the server

(4) and each device (1). These two modes are: "on demand" and "continuous."

"On demand" mode

In this mode "on demand" the server (4) responds to specific requests for information (2) about the device

(one)

or groups of devices or all devices by the user, but not limited to the user

(5)

or external users (11) or external systems (12)

The information (2) to be requested from each device (1) will be, but not limited to, support for location (2.02), control (2.03), assignment (2.04) and synchronization (2.05) and the technical information of each device (2.06) based on the information, in an enunciative and non-limiting way, generated by the microprocessor (1.01), the memory (1.02), the battery (1.03) and the state of the actuators (the lights ( 1.15), acoustics (1.16), vibrators (1.17 »and environment information

(2.07), in an enunciative and non-limiting manner, formed by the values of the main (audio (1.07), motion (1.08), relative position (1.09) and light sensors

(1.10 »And of the auxiliaries« 1.11), (1.12), (1.13) AND (1.14 »And any other information that had to be sent

or that the user (5) requires.

Figure 7 exemplifies the state diagram and its transitions of the server operating algorithm (4) of the method and system of the present invention in the process of requesting information to the devices (1) which includes the "on demand" mode, which is represented in figure 7 with reference 221. 01.

As a summary: the user (5) or external user

(eleven)

or external system (12) through server access

(4)

request the information of a portable device (1) or a group of them or all the devices (1) that are under system management. The server (4) communicates with each device (1). Each device (1) then collects what is necessary and sends the requested information via the communications network (3) to the server (4).

The server (4) responds to the user (5) or external users (11) or external system (12) or with the information received from each device (1) (represented in Figure 7 with reference 224) or, if it would not have been possible to communicate with any device (1), with a corresponding message that it was not possible to communicate with said device (1) at that time and the latest available information is provided, obtained from the different server subsystems (4) and the information will take, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01). This information can be shown by means of color codes and object shapes or represented in addition to the information in text / numerical mode.

"Continuous" mode

This mode is used to track the behavior of the device (1), group of them or all devices (1) that are under system management, continuously. That is, the system is continuously monitoring each device (1) since each device

(1) is continuously sending your information (2)

The information (2) that each device (1) will collect for regular delivery, in an enunciative and non-limiting manner, will support location (2.02), control (2.03), assignment (2.04) and synchronization (2.05 ) and the technical information of the device (2.06) based on the information, but not limited to, generated by the microprocessor (1.01), the memory (1.02), the battery

(1.03) And the status of the actuators (the light (1.15), acoustic (1.16), vibrators (1.17 »and environment information

(2.07), in an enunciative and non-limiting manner, formed by the values of the main (audio (1.07), motion (1.08), relative position (1.09) and light sensors

(1.10 »And of the auxiliaries (1.11) I (1.12) I (1.13) Y (1.14» and any other information that had to be sent. All the information will take, when appropriate, the moment of its generation (2.10) and the Device identification

(2.01)

In this mode, the device (1), group of them or all the devices (1) that are under management of the system, collects all the information that is defined every certain period of time "Tx" defined by the user (5) and then send it to the server (4). This mode also supports any additional request from the user (5)

or

Username outside (eleven)  or system outside (12), is tell,

It allows

equally the possibilities offered by he mode

"on demand" .

If the device (1) loses coverage of the communications network (3), so that it is not possible to send the information to the server (4), the device (1) continues to collect the information every period "Tx" previously defined and stores it in your local memory (1.02), for later, when you recover the coverage of the communications network (3), to be able to communicate with the server (4) and send the pending delivery information stored in the local memory (1.02 ). The device is currently sending you

(one)

to the server (4) all the information stored in the memory (1.02) of the device (1). In that same communication after the recovery of the coverage of the communications network (3) the server (4) will send to the device (1) the information that was pending to be sent to the device (1), in an enunciative and non-limiting way, control information (2.03), assignment (2.04) and synchronization (2.05) or user information requests

(5)

and the information will, when appropriate, the moment of its generation (2.10) and the identification of the device

(2.01)

Optionally, in this "continuous" mode, instead of

the information is sent every time a periodic information collection is carried out (that is, each "Tx" period) the information can be stored locally in memory (1.02) every "Tx" interval, but the communications network (3) only a certain greater time interval "Ty" (Ty> Tx) is used and each group of information (2) can be sent simultaneously and compressedly to reduce the battery consumption (1.03) of the device (1) and thus increase its autonomy and also reduce the consumption of communications network resources

(3) and server (4).

The user (5) can, therefore, in real time, obtain information from one or more devices (1), from the server

(4)

, every certain time interval ("Tx" or "Ty") by tracking in real time or simply making specific requests to the portable device (1).

The user (5) or external user (11) or external system

(12)

, you can switch between both modes, according to your needs. The server (4) informs the device (1) when a "on demand" to "continuous" mode switching occurs, or vice versa.

In view of this description and set of figures, the person skilled in the art will be able to understand that the invention has been described according to some preferred embodiments thereof, but that multiple variations in the information obtained from the sensors, from the actuators, from the external systems, etc. they can be introduced into said preferred embodiments, without leaving the object of the invention as claimed.

Claims (94)

l. Coordinated individualized geolocated management system of remote multi-sensor and multi-actuator portable devices, characterized by: portable multi-sensor remote devices and multi-actuator (~) server (4) configured to communicate with said devices (1) communication between the device (1) and the server (4) through a communications network (3) carriers (7) of the devices (1) system users (5) via server (4) Radiant support elements (6), for better operational and accuracy of location support information which allows individual and coordinated behavior management of all devices (1) that are under system management resulting in greater immersion of the device holder (7) (1) in the environment in which it is located via the actuators of the device .

2 . System according to claim 1 which also comprises external communications (10) for the exchange of information (9) with external users (11) and external systems (12).

3 . Coordinated individualized geolocated management procedure according to the system of claims 1 and 2, wherein the procedure comprises the steps of:

device power up (1) and activation of all modules and elements device step (1) to ACTIVE state (100) device step (1) to STANDBY state (110) execution of actions by the device (1), actions defined by the combination of control information (2.03) I assignment (2.04) and synchronization (2.05) and the state and environment of the device (1) (113) device step (1) to STANDBY state (120) device step (1) to OFF state (130)

step of

server (4 ) to been WAITING FOR SHIPPING (200)

He passed

of the server ( 4) to state WAIT FROM RECEPTION

(210)

He passed

of the server ( 4) to state WAIT FROM REQUEST

(220)

exchange of information (9) between the server (4) via external communications network (10) with external users (11) or external systems (12) which allows an individual and coordinated behavior management of all devices (1) that are under management of the system resulting in a greater immersion of the carrier (7) of the device (1) in the environment in which it is located. Procedures

Four . Procedure according to claim 3 of switching on and activating all the modules and elements of the device

(1) by action of the bearer (7) thereof through the access interface (1.18) preferably using the coded key (1.19).

5 . Procedure for switching to ACTIVE status (100) according to claim 3 once the actions of the

claim 4, the following steps occur: compilation of the status information of all the modules and elements of the device (1). collection of values of each of the sensors of the device (1). establishment of communication between the device (1) and the server (4) via the communications network (3) . Sending to the server (4) the notification of passage to the ACTIVE state (100) via established communications (102.01). sending to the server (4) of the information collected via the established communications (102.01) collection of information associated with the device (1) stored on the server (4) via established communications (103).

6. Local storage procedure in memory

(1.02) of the information collected and the change to ACTIVE status (100) according to claim 5 if there is no coverage of the communications network (3) (102.02).

7. STAND-UP PROCESS (110) according to claim 3 once the procedures of claims 4 to 6 have been completed, the following steps occur:

establish communication between the device (1) and the server (4) via the communication network (3), notify the server (4) that the device (1) goes to the STANDBY state (110), step of the long send and receive module range (1. 05.01) by listening mode, pending information from the server (4) passing of the short send and receive module range (1.05.02) by listening mode, pending information from electronic equipment (8) switching the audio sensor (1.07) to listen mode, pending information from the server (4), main sensor step is (audio (1.07), of movement (1.08), relative position (1.09) and light (1.10 »and of the auxiliary« 1.11), (1.12), (1.13) and (1.14)) by listening mode, pending information from the device environment (one) , activation of the visual media of this system ((1.06.01), (1.06.02), (1.06.03 »to show the status of the modules and elements of the device (1), according to claim 9

8. Local memory storage procedure

(1.02) of the change to the WAIT state (110) according to claim 7 if there is no coverage of the communications network (3).

9. Procedure for demonstrating the various elements and modules of the device (1) according to claim 7, in a particular embodiment, the visual means of study "1.06.01), (1.06.02), ( 1.06.03 »have the following functions, in an enunciative and non-limiting manner:

If in a first visual medium (1.06.01)

or a green light is flashing long, it means that the battery charge level

(1. 03) is sufficient for a correct or functional operation of the device (1).

or if the green light is fixed, it means that the device (1) has a power supply of the battery (1.03) connected to the access interface (1.18) and the battery

(1.03) is charged.

o If a red light is steady, it means that the battery charge level (1. 03) is insufficient for proper operation and runs the risk of switching off.

or if the red light is blinking, it means that the battery (1. 03) is charging

through a source of food and not the level still has its load capacity to a correct operation of the device ('). If in a second visual medium (1.06.02)

or a green light is fixed, it means that the device (1) has coverage of the communication network (3).

or a green light is flashing short, it means that the device (1) is exchanging information with the server

('). or a red light is blinking long, it means that the device (1) is without communications network coverage (3). If in a third visual medium (1. 06.03)

or a green light is flashing short, it means that the device (1) is ACTIVE

(100)

or a green light is fixed, it means that the device (') is in the STANDBY state (110)

or a green light is flashing long the device is in the REST (> 20) state.

10. Procedure according to claim 7 of reception in the information device (1) sent from the server (4) via the long-range transmission and reception module (L05.0 ').

eleven . Procedure according to claim 7 of reception on the GPS satellite information device (1) via the GPS module (1.04).

12. Method according to claim 7 of receiving information sent from the server (4) in the device

(1) via the audio sensor (1.07).

13. Procedure according to claim 7 of reception in the

device environment information device (1) (1) via the audio sensor (1.07).

14. Method according to claim 7 of receiving in the device (1) information captured by the motion sensor (1.08).

fifteen . Method according to claim 7 of receiving in the device (1) information captured by the relative position sensor (1.09).

16. Method according to claim 7 of reception in the device (1) of device environment information

(1) via the light sensor (1.10).

17. Method according to claim 7 of reception in the device (1) of device environment information

(1) via auxiliary sensors «1.11), (1.12), (1.13) AND (1.14 ».

18. Method according to claim 7 of receiving in the information device (1) via the short-range transmission and reception module (1.05.02) sent from electronic equipment having the same means (8)

19. Execution procedure on the device (1) of the

Actions

to run a time finished the procedures

according

the claim nes 10 to 18, be produce the

following stages:

analysis of the information received according to claims 10 to 18 and definition of the actions to be executed (112) by the device (1). execution of the actions related to the configuration of the device (1) (113.01), depending on the analysis and previous definition. execution of actions related to actuators (lighting (1.15), acoustic (1.16), vibrators (1.17 »(113.02), depending on the analysis and definition above. execution of the actions related to the collection of information from the main sensors (audio (1.07), of movement (1.08), of relative position (1.09) And of light (1.10)) And auxiliary sensors «1.11), (1.12), (1.13) AND (1.14») of the device (1) (113.03), depending on the analysis and definition above. execution of the actions related to the collection of information of the different modules and elements of the device (1) (113.03), depending on the analysis and previous definition.

twenty . Procedure for executing the actions of the actuators (the lighting (1.15), acoustic (1.16), vibrators (1.17 »according to claim 19 in a coordinated manner between the set of devices (~) or sub-assemblies of devices (1) under the management of the system of the present invention that allows the carrier (7) of the device (1) to have a greater interaction with its environment,

its environment being both other devices (1) and received by the different sensors of the device (1).

twenty-one . Procedure for executing the actions according to claim 19 in a coordinated manner between the set of devices (1) or sub-assemblies of devices (1) under the management of the system of the present invention that allows a greater knowledge of the environment, being its environment

so much

others dispositives (one) how the received by the

different

sensors of the device (one) .

22 Process

from notification of the device (one) to the

end server (4) and results of the actions according to claims 19 to 21, the following steps occur: establish communication between each device (1) and the server (4) via the communications network (3). sending from each device (1) to the server (4) the notification of end of actions, sending from each device (1) to the server (4) the result of the actions. 2. 3 . Storage procedure in local memory (1.02) of each device (1) of end and result of the actions, according to claims 19 to 21, if the communication network coverage (3). 24. Procedure for notification of the device (1) via the short-range transmission and reception module (1.05.02) to electronic equipment having the same means (8) for the end and results of the actions according to claims 19 to 21, are produced the following stages: establish communication between the device (1) via the short-range transmission and reception module (1.05.02) with electronic equipment that has the same means (8). sending from each device (1) to the electronic equipment (8) notice of end of actions, sending from each device (1) to the electronic equipment (8) of the result of the actions.

25. Procedure for storing in the local memory (1.02) of each device (1) for the purpose and result of the actions, according to claims 19 to 21 r if communication is not achieved via the short-range transmission and reception module (1.05.02) with electronic equipment that has the same means (8)

26. Procedure for passing to STANDBY state (110) once the procedures of claims 22 to 25 have been completed, the following steps occur:

establish communication between the device (1) and the server (4) via the communication network (3), notify the server (4) that the device (1) goes to the STANDBY state (110), transition of the long-range transmission and reception module (1. 05.01) to listen mode, transition of the short-range transmission and reception module (1.05.02) to listen mode, switching the audio sensor (1.07) to listen mode, visual status media activation ((1.06.01), (1.06.02), (1.06.03 »to show the status of modules and device elements (1) according to claim 9

27. Local memory storage procedure

(1. 02) of the change to the STANDBY state (110) according to claim 26 if there is no coverage of the communications network (3).

28. Procedure for entering the REST state (120) according to claim 3 when the device (1) detects that it has not moved, by means of the motion sensor (1.08), during a period of time defined by the user (5), the following stages:

establish communication between the device (1) and the server (4) via the communication network (3), Notify the server (4) that the device (1) goes to the STANDBY state (120), transition to standby mode, low consumption, in an enunciative and non-limiting way, the emission and reception module (1.05.01), the microprocessor (1.01) and the GPS module (1.04), as a battery optimization aid (1. 03), switching the audio sensor (1.07) to listen mode activation of visual media status «1.06.01), (1.06.02), (1.06.03» to show the status of modules and device elements (1) according to claim 9

29. Procedure for storing in the local memory (1.02) of the device (1) of the notification of the passage to the REST state (120), according to claim 28, if the coverage of the communications network (3) is not obtained.

30 Procedure of activating the modules and elements of the device (1) that are at rest, low consumption, according to

claim 28, if the device (1) begins to move, detected by the motion sensor (1.08), after being in the REST state (120), the steps of: activate the modules and elements that were in mode

repose,

low consumption, according claim 28, from

shape

enunciative Y no limiting, he module from

issue

Y reception (1. 05.01), he microprocessor

(1.01)

And the GPS module (1.04),

go to ACTIVE state

(100), according claim 5,

collect

he state from the different modules Y

device elements (1), collect the values of the different sensors of the device (1), establish communication between the device (1) and the server (4) via the communication network (3), inform the server (4) of the passage to the ACTIVE state (100), inform the server (4) of the information collected and the result of the checks, collection of information associated with the device (1) stored on the server (4), step of the device (1) to STANDBY state (110) according to claim 7. 31. Procedure of activating the modules and elements of the device (1) that are at rest, low consumption, according to claim 28, if the device (1) receives a control information via the audio sensor (1.07), after being in the STANDBY state (120), the stages of: activate the modules and elements that were in standby mode, low consumption, according to claim 28, in an enunciative and non-limiting way, the emission and reception module (1.05.01), the microprocessor (1.01) And the GPS module (1.04), enter the ACTIVE state (100) according to claim 5, collect the status of the different modules and elements of the device (1), collect the values of the different sensors of the device (1), establish communication between the device (1) and the server (4) via the communication network (3) I inform the server (4) of the passage to the ACTIVE state (100), inform the server (4) of the information collected and the result of the checks, collection of information associated with the device (1) stored on the server (4), step of the device (1) to STANDBY state (110) according to claim 7.

32 Local memory storage procedure

(1.02) of the information collected according to claims 30 and 31 if there is no coverage of the communications network (3).

33. Sending management procedure from each device (1) to the information server (4) (2) when the device (1) is in "continuous" mode. If the device (1) is in "continuous" mode, it has a certain period of time defined by the user (5) to send to the server (4) the

information of its modules and elements, in an enunciative and non-limiting manner, will be location support information (2.02), control (2.03), assignment (2.04) And synchronization (2.05) And the technical information of the device (2.06) based on the information, but not limited to, generated by the microprocessor (1.01) I the memory (1.02) I the battery (1.03) and the state of the actuators (the lights (1.15), acoustics (1.16), vibrators (1.17 »and information of environment (2.07), in an enunciative and non-limiting way, formed by the values of the main sensors (of audio (1.07), motion (1.08), relative position (1.09) and of l uz (1.10 »and of the auxiliaries« 1.11), (1.12) I (1.13) AND (1.14 »And any other information that had to be sent. All the information will take, when appropriate, the moment of its generation (2.10) And the identification of the device (2.01). The following are produced stages: go to ACTIVE state (100) check the status of the different modules and elements of the device (1), collect the values of the different sensors of the device (1), inform the server (4) of the step to the ACTIVE status (100), inform the server (4) of the result of the checks, collection of information associated with the device (1) stored on the server (4), step of the device (1) to the STANDBY state (110) according to claim 7.

3. 4 . Procedure for storing in the local memory (1.02) of the device (1) of the result of the checks, according to claim 33, if the coverage of the communications network (3) is not obtained.

35 Procedure for switching to OFF status (130), according to claim 3, upon receiving the device information from the server (4) or electronic equipment (8) and having as a result of its analysis (according to claim 19) the action of turning off the device, The following stages occur:

e ::; LableceL communication enLLe on d.i ::; po ::; iLivo (1) And the server (4) via the communications network (3) or the electronic equipment (8) via the broadcast module and short range reception (1.05.02), notify the server (4) or the electronic equipment (8) that the device (1) goes to the OFF state (130), collection of the status information of the modules and elements of the device (1), collection of values of each of the sensors of the device (1), sending the information collected to the server (4) or to the electronic equipment (8), collection of information associated with the device (1) stored on the server (4), shutdown of all modules and device elements (1)

36. Procedure for storing in the local memory (1.02) of the device (1) of the information and values collected, according to claim 35, if the coverage of the communications network (3) is not obtained.

37. Procedure for switching to OFF status (130), according to claim 3, the device (1) being in the ACTIVE state (100), for having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or for decision of the carrier user (7) of the device (1) by manipulating the access interface (1.18), the following steps occur:

establish communication between the device (1) and the server (4) via the communication network (3), notify the server (4) that the device (1) goes to the OFF state (130), collect the status information of the modules and elements of the device (1), collect the values of each of the sensors of the device (1), send the collected information to the server (4), collect the information associated with the device (1) stored on the server (4),

to turn off

everybody the modules Y elements of device

(one)

38. Process

from He passed to state OFF (130), according

claim 3, being in the STANDBY state (110), for having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by decision of the carrier user (7) of the device (1) by manipulating the device (1) via the access interface (l.lB), the following stages occur: go to ACTIVE state (100), establish communication between the device (1) and the server (4) via the communication network (3), notify the server (4) that the device (1) goes to the OFF state (130), collect the status information of the modules and elements of the device (1), collect the values of each of the sensors of the device (1), send the collected information to the server (4), collect the information associated with the device (1) stored on the server (4), turn off all modules and device elements (one) 39. Procedure for switching to OFF status (130), according to claim 3, being in the REST state (120), for having an insufficient level of battery charge (1.03) for the correct operation of the device (1) or by decision of the carrier user ( 7) of the device (1) by manipulating the access interface (1.18), the following steps occur: activate the modules and elements that were in standby mode, low power consumption, in an enunciative way and not

l imitative,

he modul o from issue Y reception

(1.05.01), the microproces

ador (1.01) Y the module GPS

(1. 04),

go to ACTIVE state (100), establish communication between the device (1) and the server (4) via the communications network (3), notify the server (4) that the device (1) goes to the OFF state (130), collect the status information of the modules and elements of the device (1), collect the values of each of the sensors of the device (1), send the collected information to the server (4), collect the information associated with the device (1) stored on the server (4), turn off all modules and device elements (one)

40 Procedure for storing in the local memory (1.02) of the device (1) of the notification, of the information and values collected, according to any of claims 37 to 39, if the coverage of the communications network (3) is not obtained ).

41. Procedure to send the user (5) or external user

(eleven)

or external system (12), according to claim 3, device information (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -the device (1) being covered by the communications network (3) and in state or ACTIVE (100) or WAIT (110), produce the following et apas:

consult the server (4) for the information available on the device (1) establish communication between the server (4) and the device (1) via the communications network (3), send to the device (1) the device information request (1) made by user (5), or external user (11) or external system (12), collect the requested information on the device (1), sending the information collected from the device (1) to the server (4), storage of the information received from the device (1) in the server sub-systems (4), sending to the user (5) or external user (11) or external system (12) the requested information of the device (one) . 42 Procedure of sending to the server (4), according to claim 3, information of the devices (1) requested by programmed tasks of the system being in the device (1) under communications network coverage (3) and in state or ACTIVE (100) (according to claim 5) or WAIT (110) (according to claim 26), the following steps occur: check on the server (4) for the available device information (1) establish communication between the server (4) and the device (1) via the communication network (3), send to the device (1) the device information request (1) made by user (5), or external user (11) or external system (12), collect the requested information on the device (1), sending the information collected from the device (1) to the server (4), storage of the information received from the device (1) in the server sub-systems (4). 43 Procedure to send the user (5) or external user

(eleven)

or external system (12), according to claim 3, device information (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -and the device (1) being in the OFF state (130) (according to claims 35 or 37 or 38 or 39), the following steps occur:

the user information request is stored (5) in the server storage sub-system

(4.12),

remaining Pending Shipping until the

next

communication of the server with he

device

(one) ,

the server (4) sends to the user (5) the last information of the device (1) that the server (4) has stored in its different sub-systems the server (4) informs the user (5) that the device (1) is in the OFF state (130), The server (4) sends to the user (5) that the information, in an enunciative and non-limiting way, of support for the location (2.02), of control (2.03), assignment (2.04) and synchronization (2.05) or technical information of the device (2.06), sent may not correspond to the current information of the device (1). All the information will, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01) 44. Procedure to send the user (5) or external user

(eleven)

or external system (12), according to claim 3, device information (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -and being the device (1) without coverage of the communications network (3), the server (4) cannot establish communication with the device ( 1), be

produce

the following stages:

the communication server

(4) retry the establishment with the device (1), from

set device

communication (1), send between request server, receive (4) in and the

server (4) the requested information from the device (1), store on the server (4) and send the information to the user (5) or external user (11) or external system (12), according to claim 41. if the server (4) fails to establish communication with the device (1) the server (4) retries it a number of times and a time defined by the user (5). Four. Five . Procedure to send the user (5) or external user

(eleven)

or external system (12), according to claim 3, information of the device (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -and being the device (1) without coverage of the communications network (3), the server (4) cannot establish communication with the device ( 1) and if it remains uncovered after retries according to claim 44, the following steps occur:

the user information request is stored (5) or external user (11) or external system (12) in the server storage sub-system

(4.12),

remaining Pending Shipping until the

next

communication of the server with he

device

(one) ,

the user (5) or external user (11) or external system (12) is notified that the device is outside the coverage of the communications network, the user (5) or external user (11) or external system (12) is shown the information available in the server sub-systems (4), the information, of enunciative form and not limited to support location (2.02) I control (2.03), assignment (2.04) And synchronization (2.05) or technical information of the device (2.06), sent may not correspond to the current information of the device (1). the user (5) or external user (11) or external system (12) is shown the available information that will take, when appropriate, the moment of its generation (2.10) and the identification of the device (2.01). 46. Procedure to send the user (5) or external user

(eleven)

or external system (12) I according to claim 3, information of the device (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -and when the device (1) is in the STANDBY state (120), the server (4) cannot communicate with the device (1) , the following stages occur:

the server (4) tries to activate the device (1) by means of an audible signal or that the device (1) will be able to receive since in the STANDBY state (120) the audio sensor (1.07) is active, The device (1) according to claim 31 is activated, establish communication between server (4) and device (1), send from the server (4) to the device (1) the request for information, receive on the server (4) the requested information from the device (1), store in the server (4) and send the information to the user (5) or external user (11) or external system (12), according to claim 41. if the server (4) does not receive from the device (1) the results of the device status change request (1) the server (4) lo retry a set number of times and time by the user (5). 47 Procedure to send the user (5) or external user

(eleven)

or external system (12), according to claim 3, device information (1) requested by the user

(5)

or external user (11) or external system (12) -mode "on demand" -and with the device (1) in the STANDBY state (120), the server (4) cannot establish communication with the device (1) AND If the status device (1) remains unchanged after retries according to claim 46, the following steps occur:

the user information request is stored (5) or external user (11) or external system (12) in the server storage sub-system (4.12), the user (5) or external user (11) or external system (12) is notified that the device (1) has not been activated the user (5) or external user (11) or external system (12) is shown the information available in the server sub-systems (4), the information, in an enunciative and non-limiting way, of location support ( 2.02), control (2.03), assignment (2.04) Y!:; IIlCL-oIlizacióIl (2.05) or .l. n [OL "nlac.l. a Device's Phone (2.06), sent may not correspond to the current device information (1). is shown to the user (5) or external user (11) or

system

e xterno (12) the information available that

carry,

when correspond , he moment from its

generation

(2.10) Y the ID of the

device

(2.01)

remaining the request for user information (5) or external user (11) or external system (12) pending delivery until the next communication of the server (4) with the device (1) 48. Procedure to send to the server (4), according to claim 3, information of the device (1) requested by the programmed areas of the system and the device being (1) in the OFF state (130), the following stage occurs: The information request is stored by scheduled system tasks in the server storage sub-system (4.12), pending delivery until the next communication of the server with the device (1). 49. Procedure of sending to the server (4), according to claim 3, information of the device (1) requested by scheduled tasks of the system and the device being (1) without coverage of the communications network (3), the server (4) cannot establish communication with the device (1), the following steps occur: the server (4) retries the establishment of communication with the device (1), establish communication between server (4) and device (1), send request, receive on the server (4) the requested information from the device (1) and store on the server (4), according to claim 42. if the server (4) fails to establish communication with the device (1) the server (4) l or re-establish at a number of times and a time defined by the user (5) fifty . Procedure of sending to the server (4), according to claim 3, information of the device (1) requested by scheduled tasks of the system and the device being (1) without coverage of the communications network (3), the server (4) will not be able to communicate with the device (1) and if it remains without coverage after retries according to claim 49, the following step occurs: the task information request is stored programmed in the server storage sub-system (4.12), pending delivery until the next server communication with the device (1). 51. Procedure for sending to the server (4), according to claim 3, device information (1) requested by scheduled system tasks and the device being available.

(one)

in state REPOSE (120), he server (4) no may

establish

communication with he device (one) , be

produce

the following stages:

the server (4) tries to c t i var the device (1) by means of an audio signal that the device (1) will be able to receive since in the STANDBY state (120) the audio sensor (1.07) is active, the device (1) according to claim 31 is activated, establish communication between server (4) And device (1), send the request for information from the server (4) to the device (1), receive on the server (4) the requested information from the device (1) and store on the server (4), according to claim 42 . if the server (4) does not receive from the device (1) the results of the request to change the status of the device (1) the server (4) retries a number of times and a time defined by the user (5). 52 Procedure of sending to the server (4), according to claim 3, information of the device (1) requested by scheduled tasks of the system and the device being (1) in the REST state (120), the server (4) will not be able to communicate with the device (1) and if it still does not change the status device (1) after retries according to claim 51, the next step occurs : the information request for scheduled tasks of the system is stored on the server storage sub-system (4.12), with the request for information remaining by the programmed areas of the pending delivery system until the next communication between the server (4) and the device (one) . 53. Procedure for sending to the external user (11) or to the external system (12), according to claim 3, information (9) managed by the server (4) by scheduled tasks either from the server (4) or from the external system (12) ) or at the request of the external user (11), the following et als occur: the server (4) generates the information (9) to send, communication with the external network (10) is established from the server (4) if the information (9) is for the external system (12) communication is established with the external system (12) the information is sent to the recipient of the information (9) to the external user (11) or to the external system (12) once confirmed the reception of the information in the recipient is the external user (11) or the if external stema (12) the communication is closed 54 Procedure to receive in the server (4) information (9) sent by the external user (11) or the external system (12), according to claim 3, for the programmed areas of the server (4) of the external system (12) or by the action of the external user (11), the following et als occur: The external user (11) or the external system (12) generates the information (9) communication with the external network (10) is established from the external user (11) or the external system (12) communication with the server is established (4) Information is sent to the server (4) once the reception of the information on the server (4) is confirmed, the communication is closed The server (4) will analyze the information received and execute 1 The tasks required depending on the result of the analysis, but not limited to, preparation of control information (2.03), assignment (2.04) and synchronization (2.05) for devices (1) Device 55. Portable device (1), according to claim 1, comprising: sending and receiving means (1.05.01) configured to connect to a communications network (3) and receive through the network, from a server (4) I in an enunciative way and not limited to information control (2.03), assignment (2.04) and synchronization (2.05); broadcasting and receiving media (1.05.01) configured for connect to a communications network (3) and receive through it, from a server (4) requests, from user (5) or external user (11) or external system (12) -mode "on demand" -o programmed in the system, of information, in an enunciative way and not l mitative, localization support (2.02), of control (2.03), thus management (2.04) and synchronization (2.05) or technical information of the device (2.06); sending and receiving means (1.05.01) configured to connect to a communications network (3) and send through it, with destination to the server (4), in an enunciative way and not limitative, information media support motion sensors (1.08) configured to collect information on the mechanical activity of the device (1) capable of capturing information

location

(2.02), from control (2.03), assignment

(2.04)

Y synchronization (2.05) or information technique

of the

device (2.06);

can be used to enter the REST state (120) (according to claim 28) or to interrupt this state (according to claim 30), going to rest or low consumption or activating modules and the elements as, without limitation, the emission and reception module

(1.05.01),

he microprocessor (1.01), he modul o GPS

(1. 04)

in function from the absence or presence from

device movement (1)

audio sensing means (1.07) capable of capturing a sound information from the server (4) that can be used, after its analysis to define next stages (according to claim 19), such as, in an enunciative and non-limiting way, to pass to the OFF status (130) (according to claim 35) or to interrupt the REST state (120) (according to claim 31); audio sensor means (1. 07) configured to collect information from the device environment (1); light actuator means (1.15) configured to interact with the outside of the device, capable of presenting different colors and intensities

l uminosas

in function from the information recently

preferably

of the server (4 ) or of means, medium sensor from

Audio

(1.07);

media

actuators from Audio (1.16) configured for

interact with the outside of the device, capable of presenting with different frequencies and acoustic audiences depending on the information received, in an enunciative and non-limiting manner, from the server (4) or from the audio sensor medium (1.07); vibrating actuator means (1.17) configured to interact with the outside of the device (1) preferably with the carrier (7) of the device with different intensities and patterns depending on the information preferably received from the server (4) or the audio sensor medium ( 1.07); a battery (1.03) that powers all the modules and elements of the device (1); a memory or local storage media (1.02) of information (2). This memory or local storage media (1.02) is used to store the information generated by the device (1) and not sent to the server (4) for various circumstances, in an enunciative and non-limiting manner, not having coverage of the communications network (3) (according to claims, in an enunciative and non-limiting manner, 6, 8, 23, 25, 27, 29, 32, 34, 36, 40) or by the operation of the device (l) that performs local storage. This information will be, but not limited to, support for localization (2.02), control (2.03), assignment (2.04) and synchronization (2.05) and the technical information of the device (2.06) based on the i nformation, in a detailed way and not limited, generated by the microprocessor (1.01), the memory (1.02), the battery (1.03) and the state of the actuators (the light (1.15), acoustic (1.16), vibrators (1.17 ») and environment information (2.07), in an enunciative and non-limiting manner, formed by the values of the main sensors (audio (1.07), motion (1.08), relative position (1.09) and light (1.10 »And of the auxiliaries« 1.11), (1.12), (1.13) AND (1.14)) And any other information that was pending to be sent to the server (4). All information will, when appropriate, the moment or its generation (2.10) and the device identification (2.01). a memory or local storage media of information (1. 02). This memory or local storage media (1. 02) serves to store the information received from the server (4), as claimed, in an enunciative and non-limiting manner, 10 or 12. This information will be, but not limited to, control (2.03), assignment (2.04) and synchronization (2.05) and any other information that would have been pending receipt. All information will, when appropriate, the time of its generation (2.10) and the identification of the device (2.01) where said device (1) generates information that allows the calculation of its position as well as control information (2.03), assignment (2.04), synchronization (2.05) and environment (2.07) that allows the server (4) to define the new configurations and actions of the devices (1) and tasks on the server (4);

56. Device (1) according to claim 55, wherein said audio sensing means (1.07) comprise a microphone or combination thereof.

57. Device (1) according to claim 55, wherein said motion sensing means (1.08) comprise an accelerometer.

58. Device (1) according to claim 55, wherein said light actuating means (1.15) preferably comprise an electroluminescent diode (LED) or a combination thereof or other luminous elements with shapes and technologies according to the use of the system.

59. Device (1) according to claim 55, wherein said acoustic actuator means (1.16) preferably comprise a loudspeaker or an ezoelectric pi or a combination thereof.

60 Device (1) according to claim 55, wherein said vibrating actuator means (1.17) preferably comprise a motor or a rich piezoelectric vibrator.

61. Device (1) according to any one of claims 55 to 60, further comprising relative position sensing means (1.09) configured for information collection

of the device status (1).

62 Device (1) according to claim 61, wherein said relative position sensing means (1.09) comprise an inclinometer and an electronic compass or a combination thereof.

63. Device (1) according to any one of claims 55 to 62, further comprising auxiliary sensor means

«1.11), (1.12), (1.13) AND (1.14» configured to collect information from the device environment (1)

64. Device (1) according to claim 63, wherein said auxiliary sensor means "1.11), (1.12), (1.13) and (1.14" include, without limitation, chemical, humidity, turbidity, temperature sensors , infrared.

65 Device (1) according to any one of claims 55 to 64, further comprising light sensing means (1.10) configured for collecting information on the state of the environment.

66. Device (1) according to claim 65, wherein said light sensing means (1.10) preferably comprise a photodetector or a combination thereof.

67. Device (1) according to any one of claims 55 to 66, further comprising an access interface (1.18).

68. Device (1) according to claim 67, wherein said access interface (1.18) is preferably a USB port.

69. Device (1) according to any one of claims 55 to 68, further comprising visual status means

"1.06.01), (1.06.02), (1.06.03" to indicate, in an enunciative and non-limiting manner, the state of the battery (1.03), of the means of transmission and reception (1.05.01) (1.05 .02) And general condition of the device according to claim 9.

70. Device (1) according to claim 69, wherein said visual means of state "1.06.01), (1.06.02), (1.06.03" preferably comprise an electroluminescent diode

(LED) each of them. 71. Device (1) according to any one of claims 55 to 70, which also includes a GPS module (1.04) to receive and process the GPS signal from a network of GPS satellites, which helps in obtaining location support information (2.02).

72. Device (1) according to any one of claims 55 to 71, which also comprises a microcontroller or microprocessor (1.01) capable of controlling the means, modules and elements and their actions according to claims 55 to 71.

73 Device (1) according to any of claims 55 to 72, whose dimensions, shapes and characteristics will be dependent on the use and the environment of use, being easily portable, manageable, and operable. Non-limiting examples: bracelet, cap, scarf, shirt, backpack, dial, cube,

Pyramid and cone.

74. Device (1) according to any one of claims 55

to

73, whose features from tightness Y sturdiness

mechanics,

electromagnetic or chemistry will be in function

of the

use Y  of the environment of use

Server

75. Server (4) of the individualized coordinated geolocation management system of portable multisensor and remote multiactuator devices (1) (according to claim 1) configured to communicate through a communications network (3) with portable devices

(1) according to any of claims 55 to 74 to automatically or on demand exchange, in an enunciative and non-limiting manner, control information (2.03), assignment (2. 04) and synchronization (2.05) as well as technical information (2.06) and environment (2.07) of the device (1).

76 Server (4) according to claim 75 further comprising a

control information sub-system (4.01), which in turn comprises a database capable of storing the control information (2.03). This sub-system manages all tasks related to the preparation, processing, sending, receiving and storage of control information (2.03) exchanged between the server (4) and the device (1), which allows the management of the states and portable device modes remote multisensor and multiactuator (1). This sub-system therefore manages all actions related to the activation and configuration of, in an enunciative and non-limiting manner, the light emission means, vibrating means and acoustic means of the device (1).

77. Server (4) according to claim 76, further comprising an allocation information sub-system (4.02), which in turn comprises a database capable of storing location information (2.02) and allocation (2.04). This sub-system manages all tasks related to obtaining, processing, sending, receiving and storing location information (2.02) and assignment (2.04) exchanged between the server (4) and the device (1), which allows the management of the aspects related to the location and the zones assigned to each device (1). This sub-system therefore manages all actions and zonal events assigned to the device (1) that impact on the behavior of the device (1).

78. Server (4) according to any of claims 76 to 77, further comprising a sub-system of information and treatment of the synchronization (4.03) of the devices

(1), which in turn comprises a database capable of storing synchronization information (2.05). This subsystem manages all tasks related to the preparation, processing, sending, reception and storage of synchronization information (2.05) exchanged between the server (4) and the device (1). This sub-system therefore manages all coordinated actions and events among all devices (1) managed by the server,

79. Server (4) according to any of claims 76 to

78, which also includes an information sub-system

cartographic

(4.04), that to its time understands a base from

data

cartographic able from to stock maps or

representations

graphics from areas from job . This sub

system manages all tasks related to the preparation and handling of cartography requests or work areas, positioning on said cartography or work areas of the location of the device (1), as well as the areas defined together with their events and associated actions,

80. Server (4) according to any one of claims 76 to 79, further comprising a sub-system of information and graphic processing (4.05), which in turn comprises a database capable of storing images. This sub-system manages all tasks related to the preparation of predefined images or shapes and the handling of your requests. This sub-system manages for all tasks related to these predefined images or forms: their treatment, selection, position on the work areas and representation sequence,

81. Server (4) according to any one of claims 76 to 80, further comprising an effect sub-system (4.06), which in turn comprises a database capable of handling effects. This sub-system manages all the tasks related to the definition, assignment and integration of the effects used in the interaction with the carrier (7) of the device (1) through the patterns of control information sequences (2.03) and synchronization ( 2.05) for the devices (1), based, in an enunciative and non-limiting manner, in the defined work areas and areas and the actions related to the actuating elements, in an enunciative and non-limiting manner, the light (1.15), acoustic ( 1.16), vibrators (1.17),

82. Server (4) according to any one of claims 76 to 81, further comprising a sub-system for managing multi-sensor portable device and remote multi-actuator

(4.07), which in turn comprises a database capable of macerating information associated with the device (1). This sub system manages the high, low, typology, permissions, privacy, security and temporary and special configurations of the devices. This sub-system manages all tasks related to the creation of categories, permissions and lists of devices that allow the correct use of the devices (1), 83. Server (4) according to any of claims 76 to 82, further comprising a device control sub-system (1) (4.08), which in turn comprises a base of data capable of storing information associated with the devices (1). This sub-system manages the identification, activation, deactivation and characterization of the devices (1). This sub-system manages all tasks related to the identification, assignment of categories, states and modes, assignment of zones, actions and configuration of portable multi-sensor devices and remote multi-actuator (1),

84. Server (4) according to any one of claims 76 to 83, further comprising a user management sub-system (4.09), which in turn comprises a database capable of storing information associated with users (5), users external (11) and external systems (12). This subsystem is configured to manage the high, low, permissions, privacy, security and temporary preferences and special is the users (5), external users (11) and external systems (12). This sub-system manages all tasks related to the creation of categories, permissions and user lists (5), external users (11) and external systems (12) that allow the correct use of the server (4) and devices ( one) .

85. Server (4) according to any of claims 76 to 84, which allows, by the combined action of the different sub-systems and the coordinated sending of information

(2) to the devices (1), the devices (1) work in an automatic or managed coordinated manner.

86. System according to claim 2 and server (4) according to claims 75 to 85, wherein said server (4)

through external networks (10) you can exchange information (9) with external users (11) or external systems (12) 87. System according to claim 86, wherein the information exchanged (9) will be of a varied nature, enunciative and not limiting: control, assignment and synchronization information related to the device (1) environment information not included in the server (4) information managed by the external system (12) in its scope of action Bearer information (7) of the device (1) not included in the system server (4) historical information on the behavior of the device (1) historical information of carrier behavior

of the

device (7)

88. System

according the vindication ions 86 Y 87, where the

users

external (eleven) will be, from shape enunci ativa Y no

limiting:

server administrators (4) device administrators (1) carriers (7) of the device (1) but in a remote environment with respect to the environment in which the system is being used 89. System according to claims 86 to 88, wherein the external systems (12) will be, but not limited to: public information services information services related to the time of use of the system network related information services social management system of other information representation systems 90. System according to claims 86 to 89, wherein the uses of these external communications (10) for the exchange of information (9) with external users (11) and external systems (12) will be, but not limited to: Access to the system by external users (11) for server management tasks (4) Access to the system by external users (11) for device management tasks (1) notification to external users (11) or to external systems (12) of the current or historical status of the devices (1) notification to external users (11) or systems external (12) of the current or historical state of the pOL-LadoL- (7) of the Live Device (1) access from the server (4) to external systems (12) to obtain environment information not included in the server (4) access from the server (4) to external systems (12) to obtain information from the carrier (7) of the device (1) not included in the server (4) access from the server (4) to external systems (12) to obtain information from the fields of performance of these external systems (12) Management of coordinated tasks between the server (4) and the external system (12) and its scope of action for the management of the actions of the devices (1). 91. System according to claims 1 to 90, wherein the coordinated behavior of the devices (1) and the collection of information, in an enunciative and non-limiting manner, of the devices (1), of the users (5), of the bearers (7), external users (11) and the external systems (12) and their fields of action, allow the representation of images or figures and interactions with the carrier (7) of the device (1), via the actuators, in an enunciative and non-limiting manner, the acoustic lights (1.15) I (1.16), vibrators (1.17), results in greater immersion of the carrier (7) of the device (1) in the environment in which it is located.

92. System according to claims 1 to 90, wherein the collection of coordinated information from the devices (1) allows detailed knowledge of the environment of the devices (1) via the information, in an enunciative and non-limiting manner, of the main sensors (2.08) AND the auxiliaries (2.09), the users (5), the carriers (7), external users

(11) and external systems (12)

93. System according to claims 1 to 90, wherein the collection of coordinated information from the devices (1) allows a detailed knowledge of the behavior of the devices (1) and their carriers (7) via the information, in an enunciative and non-limiting manner, of the main sensors (2.08) and the auxiliary (2.09) of the users

(5), of carriers (7), external users (11) and external systems (12).

94. System according to claims 1 to 90, which allows the generation of current and historical information

reports

Y analysis how help to the taking from decisions

during

he use of the system or applications futures so much of the

behavior

of the system how from performances in he

environment of

the dispositives (one) .