CN209168354U

CN209168354U - One kind being based on Internet of Things stand alone type fire-alarm

Info

Publication number: CN209168354U
Application number: CN201822134507.2U
Authority: CN
Inventors: 周国华; 代文海; 王伟韬; 王剑秋
Original assignee: Shanghai Jindun Fire-Fighting Intelligent Technology Co Ltd
Current assignee: Shanghai Jindun Fire-Fighting Intelligent Technology Co Ltd
Priority date: 2018-12-19
Filing date: 2018-12-19
Publication date: 2019-07-26
Anticipated expiration: 2028-12-19

Abstract

The utility model relates to one kind to be based on Internet of Things stand alone type fire-alarm, including a host node device, at least one terminal device and at least two sub-node equipments.The utility model has the beneficial effects that can be improved the efficiency of fire fighting, fire bring injures and deaths are reduced.

Description

One kind being based on Internet of Things stand alone type fire-alarm

Technical field

The utility model relates to fire-fighting domains, it particularly relates to which a kind of be based on Internet of Things stand alone type fire-alarm.

Background technique

With the development of society, building is also higher and higher, and when a fire, due to not known about to fire concrete condition, The fire fighting reasons such as not in time, often will cause a series of tragic incident.People such as in disaster-stricken building, because not knowing specific Position occurs for fire, it will usually which choosing causes injures and deaths more not to escape route；When fire occurs, correlation cannot be notified in time Put out a fire unit, fire fighting unit cannot rush to rapidly, and fire fighting unit will the specifying information to devastated analyze etc. disappearing The a large amount of time has been consumed, has caused injures and deaths more；To devastated whether somebody, how to select suitable fire-fighting mode, and unrestrained It is time-consuming, cause injures and deaths more.

For the problems in the relevant technologies, currently no effective solution has been proposed.

Utility model content

For above-mentioned technical problem in the related technology, the utility model proposes one kind to be based on Internet of Things stand alone type fire report Alert device, can be improved the rescue efficiency of fire, reduces disaster-stricken casualty rate.

To realize the above-mentioned technical purpose, the technical solution of the utility model is achieved in that a kind of only based on Internet of Things Vertical fire-alarm, including a host node device, at least one terminal device and at least two sub-node equipments, the son Node device includes MCU1, smoke alarm, environment temperature monitor, two-way switch, display screen, GPS and breaker, the cigarette Fog siren, environment temperature monitor, two-way switch, display screen, GPS and breaker are connect with MCU1 respectively, the two-way opened Closing is manual switch, and one end access is someone, and other end access is for nobody, and the breaker is connected with alternating current wires, the cigarette Fog siren, environment temperature monitor, two-way switch and GPS be respectively used to acquisition smokescope data, ambient temperature value, have/ Nobody and position information are sent to MCU1, are shown by display screen by data are acquired, are led between the sub-node equipment It crosses MCU1 to be connected, the data that acquisition is come are interconnected by display screen and shown；

The host node device includes MCU0, wireless module and cloud server, the wireless module and cloud server It is connect respectively with MCU0；

The MCU1 is connect with MCU0, and the MCU1 is by the data transmission collected to MCU0, and the MCU0 is by data Information is transferred to cloud server terminal, and by cloud comparing, conflagration area information is sent to cloud server terminal meter by wireless module The terminal device of the optimal processing of calculating.

Further, the smoke alarm and environment temperature monitor can set I and II threshold values, when the number of acquisition When according to being higher than any one level-one threshold values, data are transferred to another sub- section by connected MCU1 by the sub-node equipment for crossing threshold values Point device shows through corresponding display screen, when the data of acquisition are higher than any one second level threshold values described in cross the child node of threshold values The MCU1 control breaker starting of equipment, the alternating current open circuit accessed.

Further, the breaker is connected with MCU0.

Further, after the data of acquisition are compared the cloud server, by the specific landform of conflagration area with Specific route between terminal device is generated.

Further, the model of the MCU1 and MCU0 is M68HC12, the model JTY- of the smoke alarm GD-HA302, the environment temperature monitor model MIK-1100.

The utility model has the beneficial effects that can be improved the efficiency of fire fighting, fire bring injures and deaths are reduced.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model Some embodiments for those of ordinary skill in the art without creative efforts, can also be according to this A little attached drawings obtain other attached drawings.

Fig. 1 is a kind of child node based on Internet of Things stand alone type fire-alarm according to the utility model embodiment Device structure schematic diagram.

Fig. 2 is a kind of whole knot based on Internet of Things stand alone type fire-alarm according to the utility model embodiment Structure schematic diagram.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art's every other embodiment obtained, all belongs to In the range of the utility model protection.

The utility model aims to solve the problem that following problem:

1, when fire occurs, the people for being in disaster area does not know the concrete condition that fire occurs；

2, fire occur when, cannot timely cut off disaster area source, caused by fire further spread；

3, after fire occurs to, relevant information cannot be sent to optimal fire fighting unit in time；

4, fire occur after, it is not known that disaster area whether someone, cannot reasonably select fire extinguishing mode.

The specific embodiment of solution: one kind as shown in Figs. 1-2 is based on Internet of Things stand alone type fire-alarm, including one A host node device, at least one terminal device and at least two sub-node equipments, the sub-node equipment include MCU1, smog Alarm, environment temperature monitor, two-way switch, display screen, GPS and breaker, the smoke alarm, environment temperature monitoring Device, two-way switch, display screen, GPS and breaker are connect with MCU1 respectively, and the two-way switch is manual switch, one end access For someone, other end access is for nobody, and the smoke alarm, environment temperature monitor, two-way switch and GPS are respectively used to adopt Collection smokescope data, ambient temperature value are sent to MCU1 with/without people and position information, will acquire number by display screen According to being shown, it is connected between the sub-node equipment by MCU1, the data that acquisition is come are interconnected by display screen and shown；

The MCU1 is connect with MCU0, and the MCU1 is by the data transmission collected to MCU0, and the MCU0 is by data Information is transferred to Cloud Server, and by cloud comparing, conflagration area information is sent to cloud server terminal meter by wireless module The terminal device of the optimal processing of calculating.It can be rapid by smoke alarm, environment temperature monitor, two-way switch and GPS Acquire the smokescope of conflagration area, temperature, whether someone and specific location, agree to tidal data recovering being sent to master by MCU1 Node device and other sub-node equipments, other sub-node equipments receive relevant information can be shown on its display screen it is related Data are acquired, helps the people in same building that can understand fire information, conveniently makes emergency measure；It is received in MCU0 After the relevant information that MCU1 transmission comes, MCU1 drives breaker open circuit, by the dump of conflagration area, effectively prevents fire Possible sprawling mode, related data is transferred to Cloud Server and carries out big data comparison by MCU0, by the specific of devastated Building structure figure and devastated are packaged at a distance of information unifications such as nearest contact method, the real-time traffics of fire fighting unit It is transmitted to MCU0, personnel is facilitated to be further processed, personnel have end after receiving cloud data, by information wireless transmission End, the terminal can for owner, unit of suing and labouring etc., compared to tradition fire fighting because do not know catch fire region whether someone, and cause to rescue The means of fire are restricted, and by manual operation two-way switch, the information of Yes/No someone can be carried out to advance notice in advance, energy Enough greatly improve the efficiency of fire fighting.

Preferably, the smoke alarm and environment temperature monitor can set I and II threshold values, when the data of acquisition When higher than any one level-one threshold values, data are transferred to another child node by connected MCU1 by the sub-node equipment for crossing threshold values Equipment shows through corresponding display screen, when the data of acquisition are higher than any one second level threshold values described in cross the child node of threshold values and set Standby MCU1 control breaker starting, the alternating current open circuit accessed.By the way that two-stage threshold values is arranged, it can guarantee any one data When crossing the first threshold values, related data can be transferred on host node device and other sub-node equipments, can allow the external world The specific situation for understanding fire, when any one data cross second level threshold values, MCU1 drives rapidly breaker breaking.Wherein level-one Threshold values and second level threshold values, which separate, to be not easy too greatly, to be easy greatly very much to cause breaker power-off not in time, lead to the sprawling of the intensity of a fire, one-step valve Value and second level threshold values, which separate, is also not easy too small, too small to cause data that transmit in time, the difficulty for causing fire fighting and escaping.

Preferably, the breaker is connected with MCU0.MCU1 accidental damage can be prevented, bring power-off causes not in time Fire spreading consequence, by MCU0 drive breaker work, cut off all power supplies of conflagration area.

Preferably, after the data of acquisition are compared the cloud server, by the specific landform of conflagration area and end Specific route between end equipment is generated.

The MCU1, smoke alarm, environment temperature monitor, two-way switch, display screen, GPS, breaker, MCU0 It is not limited to a concrete model with wireless module, said effect can be reached.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims

1. one kind is based on Internet of Things stand alone type fire-alarm, which is characterized in that including a host node device, at least one end End equipment and at least two sub-node equipments, the sub-node equipment include MCU1, smoke alarm, environment temperature monitor, Two-way switch, display screen, GPS and breaker, the smoke alarm, environment temperature monitor, two-way switch, display screen, GPS It is connect respectively with MCU1 with breaker, the two-way switch is manual switch, and one end access is someone, and other end access is nothing People, the smoke alarm, environment temperature monitor, two-way switch and GPS are respectively used to acquisition smokescope data, environment temperature Angle value is sent to MCU1 with/without people and position information, is shown by display screen by data are acquired, the child node Equipment room is connected by MCU1, and the data that acquisition is come are interconnected by display screen and shown；

The host node device includes MCU0, wireless module and cloud server, and the wireless module and cloud server are distinguished It is connect with MCU0；

The MCU1 is connect with MCU0, and the MCU1 is by the data transmission collected to MCU0, and the MCU0 is by data information It is transferred to Cloud Server, by cloud comparing, conflagration area information is sent to cloud server terminal by wireless module and is calculated Optimal processing terminal device.

2. according to claim 1 a kind of based on Internet of Things stand alone type fire-alarm, which is characterized in that the smog report Alert device and environment temperature monitor can set I and II threshold values, when the data of acquisition are higher than any one level-one threshold values, cross Data are transferred to another sub-node equipment by connected MCU1 by the sub-node equipment of threshold values, are shown through corresponding display screen, when The MCU1 control breaker starting of the sub-node equipment of threshold values, institute are crossed described in when the data of acquisition are higher than any one second level threshold values The alternating current open circuit of access.

3. according to claim 1 a kind of based on Internet of Things stand alone type fire-alarm, which is characterized in that the breaker It is connected with MCU0.

4. according to claim 1 a kind of based on Internet of Things stand alone type fire-alarm, which is characterized in that the cloud clothes After the data of acquisition are compared business device, the specific route between the specific landform and terminal device of conflagration area is given birth to At.

A kind of be based on Internet of Things stand alone type fire-alarm 5. according to claim 1, which is characterized in that the MCU1 and The model of MCU0 is M68HC12, and the model JTY-GD-HA302 of the smoke alarm, the environment temperature monitors type Number be MIK-1100.