CN109775501B

CN109775501B - Projection touch Internet of things rescue system applied to elevator

Info

Publication number: CN109775501B
Application number: CN201711106973.3A
Authority: CN
Inventors: 刘波; 李昌泽
Original assignee: Guangdong Gongjiang Special Equipment Co ltd
Current assignee: Guangdong Gongjiang Special Equipment Co ltd
Priority date: 2017-11-10
Filing date: 2017-11-10
Publication date: 2020-10-27
Anticipated expiration: 2037-11-10
Also published as: CN109775501A

Abstract

The invention discloses a projection touch Internet of things rescue system applied to an elevator, which comprises a fault detection processing module, a health detection module, an emergency rescue module, an advertisement pushing module and an elevator Internet of things projection system, wherein the fault detection processing module, the health detection module, the emergency rescue module and the advertisement pushing module are integrated in the elevator Internet of things projection system and acquire, display and feed back corresponding information or instructions by the elevator Internet of things projection system, the elevator Internet of things projection system carries out internal processing on the information or instruction data and then displays the information or instruction data, or sends the information or instruction data to a cloud end through a wired network or a wireless network, and sends the result to the elevator Internet of things projection system for receiving and displaying after software analysis. The elevator internet of things automatic fault detection processing, health detection, emergency rescue and advertisement pushing are achieved, and the artificial intelligence of the elevator is achieved by matching with APP software.

Description

Projection touch Internet of things rescue system applied to elevator

Technical Field

The invention relates to an elevator system, in particular to a projection touch Internet of things rescue system applied to an elevator.

Background

The elevator belongs to a basic riding tool widely used in the prior art, modern life basically cannot leave the use of the elevator, and the elevator can be contacted almost every day no matter whether the elevator works or lives, learns and the like. Therefore, the safety function of the elevator is very important, most of the traditional elevator safety functions aim at the self-operation safety of the elevator, and the safety problem that elevator passengers can be caused by self bodies when taking the elevator is not considered, for example, a user with heart diseases needs to know and pass through an emergency rescue mechanism at the first time when taking the elevator, and the accident happens when the user with heart diseases takes the elevator. Such safety problems are almost not considered in the prior art, and the problem of the self-operation safety of the non-elevator is particularly important along with the continuous improvement of the operation level of the elevator. In addition, the elevator becomes a tool which can be taken by everyone almost every day, so that the elevator is actually used as a very important business model popularization tool, the conventional elevator only posts certain fixed advertisements in the business model popularization, the business popularization value is very limited, a dynamic business operation platform is not established through the elevator in the prior art, the connection with the Internet of things is not realized through projection touch, the artificial intelligence of the functions of fault detection processing, health detection, emergency rescue, advertisement and the like of the elevator is not realized, and the artificial intelligence demand of the elevator is increased along with the continuous diversification and development of the business operation model.

Disclosure of Invention

The invention provides a novel projection touch Internet of things rescue system applied to an elevator, which is characterized in that an elevator Internet of things projection system is innovatively added in a traditional elevator, artificial intelligence of fault detection processing and emergency rescue is realized through the elevator Internet of things projection system, the complete operation function of the elevator is perfected, and the safety of the elevator and passengers thereof is comprehensively guaranteed; the artificial intelligence of health detection and advertisement pushing is realized through the elevator Internet of things projection system, the commercial popularization value of the elevator is further utilized, a brand-new artificial intelligence commercial mode is combined in the elevator, the commercial value of the elevator is improved, and the functions of the elevator are greatly enriched.

The technical scheme adopted by the invention for solving the technical problems is as follows:

the utility model provides a projection touch-control thing networking rescue system for elevator, includes: the system comprises a fault detection processing module, a health detection module, an emergency rescue module, an advertisement pushing module and an elevator Internet of things projection system, wherein the fault detection processing module, the health detection module, the emergency rescue module and the advertisement pushing module are integrated in the elevator Internet of things projection system and acquire, display and feed back corresponding information or instructions by the elevator Internet of things projection system; the health detection module is used for identifying the identity of an elevator user, acquiring human health data of the elevator user and generating health condition analysis result information of the elevator user; the emergency rescue module is connected with the health detection module and provides health abnormity reminding and/or emergency rescue measures for the elevator user based on the health condition analysis result information of the elevator user; the advertisement pushing module is connected to the health detection module and pushes corresponding health product advertisement information to the elevator user based on the health condition analysis result information of the elevator user, the elevator Internet of things projection system carries out internal processing on the information or the instruction data and then shows the information or the instruction data, or sends the information or the instruction data to the cloud end through a wired network or a wireless network, and the result is sent to the elevator Internet of things projection system to be received and shown through software analysis.

Preferably, the elevator internet of things projection system comprises a projection and detection device which is arranged above an elevator car door or on a car roof or on a wall plate behind the car or on a car side plate and has projection, infrared night vision, camera shooting, picture taking, face recognition, iris detection, odor recognition and human body induction functions, the front of the projection and detection device is right opposite to an elevator door or a space in a throwing panel or an elevator, the elevator internet of things projection system is used for playing videos, pictures and music and receiving touch instructions through fingers or a touch pen, then touch information is transmitted to corresponding contacts of the elevator internet of things and corresponding contacts are triggered to act, one-key rescue docking or artificial intelligent talkback docking of the elevator internet of things is achieved, and the touch instructions are transmitted to an elevator manager terminal through a network.

Preferably, the fault detection processing module includes: the elevator maintenance system comprises a working state acquisition module, a fault judgment module, a warranty service module and a maintenance recommendation module, wherein the working state acquisition module is connected with the fault judgment module, the fault judgment module is connected with the warranty service module, the warranty service module is connected with the maintenance recommendation module, the fault judgment module, the warranty service module and the maintenance recommendation module are simultaneously connected with an elevator management server, and the warranty service module and the maintenance recommendation module are simultaneously connected with an elevator manager terminal.

Preferably, the working state acquiring module is configured to acquire working state information of the elevator in real time and transmit the working state information to the fault determining module, where the working state information includes at least one of elevator motor rotation speed information, elevator lifting speed information, and elevator working temperature information; the fault judgment module judges whether the elevator has a fault or not based on the working state information of the elevator, and if so, generates corresponding fault information and sends the fault information to the elevator management server and the maintenance service module; the maintenance service module is used for acquiring maintenance information of the elevator and sending the maintenance information to the maintenance recommendation module, wherein the maintenance information comprises at least one of elevator maintenance package information, remaining maintenance time information and elevator location information; the maintenance recommending module acquires information of a maintainer corresponding to the elevator, recommends a maintainer list to an elevator manager terminal, determines the door-to-door maintenance time, sends an elevator maintenance list to the to-be-determined maintainer and confirms a target maintainer.

Preferably, the fault determination module establishes a working state file according to the received working state information of the elevator, then compares the currently acquired working state information recorded by the working state file with a preset normal working state value, determines that the elevator has a fault if the currently acquired working state information deviates from the preset normal working state value, or compares the currently acquired working state information recorded by the working state file with the previous working state information recorded by the working state file, and determines that the elevator has a fault if the currently acquired working state information is different from the previous working state information recorded by the working state file; after the elevator is judged to have a fault, generating corresponding fault information and sending the fault information to the elevator management server and the maintenance service module;

the maintenance service module firstly acquires basic parameter information of the elevator through a basic data module of the elevator, wherein the basic parameter information comprises one or more of elevator brand information, elevator name information, elevator model information and elevator selling price information; then obtaining purchase time information of the elevator and elevator warranty package information during purchase according to the basic parameter information of the elevator; then determining a fault part according to fault information sent by a fault determination module, determining residual warranty time information corresponding to the fault part by combining elevator warranty package information, determining whether a warranty period limit is passed, and if the warranty period limit is passed, automatically reminding an elevator manager terminal of the passed warranty period limit and recommending corresponding delayed purchasing package information; then, the elevator location information is determined through the position information positioned or input by the elevator manager terminal; finally, basic parameter information of the elevator, elevator warranty package information, residual warranty time information of the fault component and elevator location information are transmitted to a maintenance recommendation module;

the maintenance recommending module acquires information of a maintainer corresponding to the elevator in the following mode: the maintenance recommendation module uploads basic parameter information of an elevator to an elevator management server, the elevator management server searches a prestored maintenance provider list with government certification qualification to obtain maintenance provider information corresponding to the elevator, or the maintenance recommendation module uploads the basic parameter information of the elevator to the elevator management server, and the elevator management server takes a recorded maintenance provider which maintains the elevator before as maintenance provider information corresponding to the elevator; the maintenance recommending module recommends a maintenance dealer list in the following mode: the maintenance recommending module determines the information of the maintainers with the top three ranks according to one or more factors of four factors of maintenance quality scores, maintainer grades, maintenance prices and distances between the maintainers and elevator places in the obtained information of the maintainers, and sends the information of the maintainers as recommended maintainer lists to the elevator manager terminal; the maintenance recommendation module determines the door-to-door maintenance time by: taking the vacant time in the schedule arrangement of the elevator manager terminal or the maintenance time actively input by the elevator manager terminal as the door-to-door maintenance time; the maintenance recommendation module sends an elevator maintenance order to the pending maintenance dealer by the following method: the maintenance recommending module receives at least two maintenance providers selected by an elevator manager terminal in the recommended maintenance provider list as pending maintenance providers and sends an elevator maintenance list to the pending maintenance providers, and the content of the elevator maintenance list comprises: parameter information of the elevator, fault information of the elevator, warranty information of the elevator, and door-to-door maintenance time information of the elevator; the repair recommendation module identifies a targeted maintainer by: the maintenance recommending module takes a to-be-determined maintenance provider feeding back maintenance confirmation information aiming at the elevator maintenance list as a target maintenance provider, and sends the confirmed target maintenance provider and the maintenance confirmation information fed back by the target maintenance provider to the elevator manager terminal, wherein the maintenance confirmation information comprises contact information and address information of the target maintenance provider, a service period and relevant information of maintenance personnel.

Preferably, after the fault detection processing module sends the fault information to the elevator management server, the elevator management server establishes the operating condition file of the elevator according to the fault information, and outputs information corresponding to the identity information of the visitor according to the identity information: if the maintenance provider visits the operating condition file, specific fault information and elevator parameter information are output; if the elevator user accesses the operating condition file, outputting information of whether the elevator is currently out of order and when a maintenance provider is going to maintain the elevator; if the elevator manager terminal accesses the operation state file, the information of whether the elevator is failed at the present time, when the maintenance provider is in the future maintenance and the cost of the maintenance at the present time is output.

Preferably, the health detection module comprises an identity recognition module, a face recognition module, an iris detection module, an odor recognition module, a human health data acquisition module and a health data analysis module, the identity recognition module is connected to the human health data acquisition module, the human health data acquisition module is connected to the health data analysis module, and the health data analysis module is connected to the elevator management server; the identity recognition module is used for recognizing the identity of an elevator user, establishing identity information corresponding to the elevator user and sending the identity information to the human health data acquisition module; the human health data acquisition module is used for acquiring human health data of an elevator user and sending the human health data to the health data analysis module, and the human health data correspond to identity information of the elevator user; the health data analysis module is used for generating health condition analysis result information of an elevator user and sending the health condition analysis result information of the elevator user to the advertisement pushing module and the emergency rescue module, the face recognition module is used for recognizing gender and identity information of men and women and sending the information to the human health data acquisition module, the iris detection module is used for detecting iris characteristics of eyes and sending the information to the human health data acquisition module, and the odor recognition module is used for recognizing human odor and sending the information to the human health data acquisition module.

Preferably, the identity identification module comprises at least one of a detection camera, a fingerprint detector and a radio frequency card reader, and identifies the identity of the elevator user through at least one of the following modes: the method comprises the steps that the face information, iris information, position information and/or gesture information of a user entering the elevator are detected through a camera arranged in the elevator, so that the identity information of the corresponding user is obtained; the fingerprint detector arranged on the elevator button or the fingerprint detector arranged on the elevator handrail detects the fingerprint information of the user to acquire the identity information of the corresponding user; reading an identity card carried by a user through a radio frequency card reader arranged in the elevator to acquire identity information of the corresponding user;

the human health data acquisition module comprises a weighing scale, a heart rate monitor, a fat detector and/or a blood pressure detector, and the human health data comprises a weight parameter, a heart rate parameter, a fat parameter and/or a blood pressure parameter; the human health data acquisition module acquires human health data of an elevator user through at least one of the following modes: the weight parameter of a user is obtained by arranging a plurality of independent weighing machines on an elevator bottom plate, the heart rate parameter, the fat parameter and/or the blood pressure parameter of the user are respectively detected and obtained by arranging a plurality of independent heart rate monitors, fat detectors and/or blood pressure detectors on an elevator handrail, and the corresponding relation between the human health data of the user and the identity information of the user is realized by at least one of the following modes: acquiring positions and identities of different users in the elevator through a camera, and matching weight parameters acquired by corresponding weighing scales at the positions in the elevator according to the positions of the users with different identities to serve as weight parameters of the corresponding users; acquiring positions and identities of different users in the elevator through a camera, and matching heart rate parameters, fat parameters and/or blood pressure parameters acquired by corresponding heart rate monitors, fat detectors and/or blood pressure detectors in the positions according to the positions of the users with different identities in the elevator to serve as the heart rate parameters, fat parameters and/or blood pressure parameters of the corresponding users; after the identity information of the user is successfully read by setting the radio frequency card reader, detecting a weight parameter, a heart rate parameter, a fat parameter and/or a blood pressure parameter which belong to the identity information by using a weighing machine, a heart rate monitor, a fat detector and/or a blood pressure detector;

the health data analysis module generates health condition analysis result information of an elevator user in the following mode: firstly, uploading human health data to an elevator management server; the elevator management server establishes a corresponding health data file for each elevator user, and analyzes the health condition of each elevator user in the following way on the basis of the health data file of each elevator user: the newly obtained human health data of a certain user is contrasted and analyzed with the human health standard recognized by the medical field, or the newly obtained human health data of the certain user is contrasted and analyzed with the last human health data of the user, and the contrasted and analyzed result is used as the health condition analysis result information of the user and fed back to the health data analysis module.

Preferably, the emergency rescue module provides a health abnormity reminder and/or an emergency rescue measure for the elevator user by the following modes after acquiring the health condition analysis result information of the elevator user: the emergency rescue module firstly determines the difference grade between the current human health data of the user and the human health standard acknowledged by the medical field or the human health data measured last time by the user according to the obtained health condition analysis result information of the elevator user, judges that the user is abnormal in common health if the difference grade is less than or equal to a preset standard, and provides abnormal health reminding for the elevator user in one or more modes of carrying out voice prompt in the elevator, carrying out visual prompt in the elevator, sending corresponding reminding information to a social account of the corresponding user and sending corresponding reminding information to a mobile phone of the corresponding user; if the difference level is greater than the preset standard, the user is judged to be seriously abnormal in health, and at the moment, the emergency rescue module automatically contacts an emergency rescue mechanism and provides emergency rescue measures for the elevator user in the following mode: the emergency rescue module carries out voice and visual reminding on other users through the elevator, automatically contacts a rescue mechanism meeting preset conditions to carry out emergency rescue on the users, and sends identity and position information of the users and serious health abnormal data to the rescue mechanism.

Preferably, the advertisement pushing module pushes the advertisement information of the health product to the elevator user in the following mode after acquiring the health condition analysis result information of the elevator user: the advertisement pushing module firstly confirms unhealthy indexes of users according to health condition analysis result information of the elevator users, then searches for health product advertisement information corresponding to the unhealthy indexes through the Internet or a preset health product advertisement database, and finally pushes the health product advertisement information to the elevator users in one or more modes of carrying out voice prompt in the elevator, carrying out visual prompt in the elevator, sending corresponding health product advertisement information to social account numbers of the users, sending corresponding health product advertisement information to mobile phones of the users and sending corresponding health product advertisement information to intelligent wearable equipment of the users.

The technical scheme of the invention can at least achieve the following technical effects:

the invention provides a novel projection touch Internet of things rescue system applied to an elevator, which is characterized in that an elevator Internet of things projection system is innovatively added in a traditional elevator, artificial intelligence of fault detection processing and emergency rescue is realized through the elevator Internet of things projection system, the complete operation function of the elevator is perfected, and the safety of the elevator and passengers thereof is comprehensively guaranteed; the artificial intelligence of health detection and advertisement pushing is realized through the elevator Internet of things projection system, the commercial popularization value of the elevator is further utilized, a brand-new artificial intelligence commercial mode is combined in the elevator, the commercial value of the elevator is improved, and the functions of the elevator are greatly enriched. The elevator internet of things automatic fault detection processing, health detection, emergency rescue and advertisement pushing are achieved, and the artificial intelligence of the elevator is achieved by matching with APP software. The invention improves the safety performance of the elevator, is more convenient for the maintenance of the elevator and is beneficial to the management and supervision of the maintenance.

Drawings

Fig. 1 is an overall composition structure block diagram of a projection touch internet of things rescue system applied to an elevator;

FIG. 2 is a block diagram of a fault detection processing module in an elevator according to the present invention;

fig. 3 is a block diagram of the health detection module in the elevator according to the present invention.

The meanings of the reference symbols in the figures are as follows:

101-fault detection processing module, 102-health detection module, 103-emergency rescue module, 104-advertisement pushing module, 105-standby power supply module and 106-elevator Internet of things projection system.

Detailed Description

In order that the above objects, features and advantages of the present invention can be more clearly understood, a more particular description of the invention will be rendered by reference to the appended drawings. In addition, the features of the embodiments of the present application may be combined with each other without conflict.

In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, the described embodiments are merely some embodiments, rather than all embodiments, and the present invention may be practiced in other ways than those specifically described herein, and thus the scope of the present invention is not limited to the specific embodiments disclosed below. In order that the above objects, features and advantages of the present invention can be more clearly understood, a detailed description of the present invention will be given below with reference to the accompanying drawings and specific embodiments. The expression "at least one of" in the overall aspects of the present invention includes all of the technical aspects of "any one of", combinations of "any two of" and "any combination of plural of" and "including all of the kinds/numbers". All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

Fig. 1 is a schematic structural diagram of a functional module of the projection touch internet of things rescue system applied to an elevator. As shown in fig. 1, the projection touch internet of things rescue system applied to the elevator comprises: the system comprises a fault detection processing module 101, a health detection module 102, an emergency rescue module 103, an advertisement pushing module 104 and an elevator Internet of things projection system 106, wherein the fault detection processing module, the health detection module, the emergency rescue module and the advertisement pushing module are integrated in the elevator Internet of things projection system and acquire, display and feed back corresponding information or instructions by the elevator Internet of things projection system, and the fault detection processing module 101 is used for acquiring working state information of an elevator in real time, generating elevator fault information when the elevator breaks down, acquiring elevator warranty information and recommending elevator maintenance service; the health detection module 102 is used for identifying the identity of an elevator user, acquiring human health data of the elevator user, and generating health condition analysis result information of the elevator user; the emergency rescue module 103 is connected to the health detection module 102, and provides health abnormity reminding and/or emergency rescue measures for the elevator user based on the health condition analysis result information of the elevator user; the advertisement pushing module 104 is connected to the health detection module 102, and pushes corresponding health product advertisement information to an elevator user based on the health condition analysis result information of the elevator user, the elevator internet of things projection system performs internal processing on the information or instruction data and then displays the information or instruction data, or sends the information or instruction data to the cloud through a wired network or a wireless network, and the information or instruction data is analyzed by software and then sends the result to the elevator internet of things projection system to be received and displayed. The basic data module and the basic data information of the existing control unit of the elevator are the same as or similar to those of the common elevator in the prior art, are not used as the main innovative content of the invention, are directly introduced without repeated description, and the technical personnel in the field can understand the invention by combining the related data of the control unit of the common elevator in the prior art, so that the technical innovation of the invention and the completeness and independence of the innovative technical scheme are not influenced. The following provides specific composition structures and implementation functions of modules included in the projection touch internet of things rescue system applied to the elevator.

Preferably, the elevator internet of things projection system comprises a projection and detection device which is arranged above an elevator car door or on a car roof or on a wall plate behind the car or on a car side plate and has projection, infrared night vision, camera shooting, picture taking, face recognition, iris detection, odor recognition and human body induction functions, the front of the projection and detection device is right opposite to the elevator door or a space in a throwing panel or an elevator, the elevator internet of things projection system is used for playing videos, pictures and music and receiving touch instructions through fingers or a touch pen, then touch information is transmitted to corresponding contacts of the elevator internet of things and corresponding contacts are triggered to act, one-key rescue docking or artificial intelligent talkback docking of the elevator internet of things is achieved, and the touch instructions are transmitted to an elevator manager terminal through a network. The projection can be projected to any place in the elevator or in the air.

The fault detection processing module 101 specifically includes: the elevator maintenance system comprises a working state acquisition module, a fault judgment module, a warranty service module and a maintenance recommendation module, wherein the working state acquisition module is connected with the fault judgment module, the fault judgment module is connected with the warranty service module, the warranty service module is connected with the maintenance recommendation module, the fault judgment module, the warranty service module and the maintenance recommendation module are simultaneously connected with a server, and the warranty service module and the maintenance recommendation module are simultaneously connected with an elevator manager terminal.

The working state acquisition module is used for acquiring the working state information of the elevator, preferably connected to a basic sensor of the elevator, and the working state information of each component of the elevator can be acquired through the basic sensor, such as the motor rotating speed of the elevator, the lifting speed of the elevator, the working temperature of the elevator and the like, and the temperature and fire sensors are arranged to further improve the safety monitoring of the elevator.

And the fault judgment module is used for judging whether the elevator has a fault or not, specifically, the fault judgment module judges whether the elevator has the fault or not according to the elevator working state information provided by the working state acquisition module, and if so, corresponding fault information is generated and sent to the remote server. The fault judgment module specifically establishes a working state file for archiving according to the obtained working state information of the elevator, and the working state file records the working state information of the elevator; then comparing the working state information with a preset normal working state value to judge whether the elevator has a fault or not, or comparing the currently acquired working state information with the previous working state information recorded in the working state file, and if the currently acquired working state information is different from the previous working state information recorded in the working state file, judging that the elevator has a fault; and if the elevator is judged to have a fault, generating corresponding fault information and sending the fault information to the server and the maintenance service module for further processing.

The maintenance service module is used for acquiring the maintenance information of the elevator, and preferably the maintenance information of the elevator can be acquired through the following modes: firstly, basic parameter information of an elevator is obtained through a basic data module of the elevator, wherein the basic parameter information of the elevator comprises: one or more of the brand of the elevator, the name of the elevator, the model of the elevator, the selling price of the elevator and the like. Then, the maintenance information of the elevator is obtained according to the basic parameter information of the elevator and the fault information sent by the fault judgment module, the purchase time information, the purchase maintenance package information and the residual maintenance time information of the elevator can be preferably obtained through the Internet based on the basic parameter information and the fault information of the elevator, the purchase time information and the maintenance package information during purchase of the elevator can be preferably obtained according to the brand and the model of the elevator, which component has a fault is judged according to the fault information, and then the basic maintenance information such as the residual maintenance time of the component is calculated by combining the time information of purchasing the elevator and the maintenance policy of purchasing the elevator. Then, providing warranty service information according to the obtained basic warranty information, preferably comprising: (1) firstly, judging whether a warranty period is passed or not, if the warranty period is not passed, then not processing, if the component is judged to have passed the warranty period, then automatically recommending corresponding information of a delay purchase package to an elevator manager terminal, wherein the delay purchase package is a paid package for prolonging the warranty of certain components of an elevator, for example, a one-year-prolonged warranty service package with the price of 10000 yuan for the elevator; (2) obtaining the location information of an elevator, preferably obtaining the position information of a current elevator manager through one or more methods of GPS positioning, wireless network positioning or base station positioning, and taking the position information as the elevator location information; or the elevator manager obtains the location information of the elevator through voice input or manual input; (3) and transmitting the basic parameter information and the warranty information of the elevator to be maintained to the maintenance recommending module.

The maintenance recommending module at least has one of the following functions: (1) the method comprises the steps that maintenance provider information corresponding to an elevator is obtained, the maintenance recommendation module uploads basic parameter information of the elevator to a server, the server searches maintenance providers corresponding to the elevator in a pre-stored maintenance provider list with government certification qualification and sends the maintenance provider information corresponding to the elevator obtained through searching to an elevator manager terminal, or the maintenance recommendation module uploads the basic parameter information of the elevator to the server, and the server sends recorded maintenance providers which maintain the elevator before to the elevator manager terminal as maintenance provider information corresponding to the elevator. (2) Further, a recommended maintenance provider list can be determined according to the maintenance provider information; the method specifically comprises the following steps: in the maintenance provider information acquisition, displaying maintenance provider information of 3 at the top of the rank as a recommended maintenance provider list according to one or more factors of maintenance quality scores, maintenance provider grades, maintenance prices and the distance between the maintenance providers and the elevator, and sending the recommended maintenance provider list to the elevator manager terminal, wherein for example, the 3 maintenance provider information with the cheapest maintenance prices can be used as the recommended maintenance provider list by a maintenance price ascending method; for another example, the information of 3 maintainers nearest to the elevator can be used as the recommended maintainer list in the ascending order of the distance between the address of the maintainer and the elevator location, so that an elevator manager can conveniently select the maintainers capable of going to the door quickly; for another example, 3 maintenance provider information with the highest grade is displayed in a descending order according to the grade information of each maintenance provider to serve as recommended maintenance provider information; optionally, the recommended maintainer list is displayed at the top of the maintainers having maintenance records with the elevator manager, so that the elevator manager can conveniently select the cooperative and familiar maintainers, for example, whether the maintainers having maintenance records with the elevator manager exist in the recommended maintainer list can be judged by searching the elevator manager information and the recommended maintainer list on a server. (3) Acquiring door-to-door maintenance time; the method specifically comprises the following steps: the maintenance recommending module analyzes possible vacant time of an elevator manager according to schedule information on a mobile phone of the elevator manager as the expected visiting maintenance time of the elevator manager, for example, the schedule software of the mobile phone of the elevator manager records and displays that no to-be-processed items exist after five pm of the elevator manager, and if the elevator manager is likely to wait for the elevator manager to have a vacant time to receive the mental maintenance of the maintenance manager after five pm of the elevator manager, the five pm of the elevator manager is used as the expected visiting maintenance time of the elevator manager; or the maintenance recommending module is used as the expected door-to-door maintenance time of the elevator manager based on the time input by the elevator manager in a voice mode or a manual mode. (4) Sending an elevator maintenance list to a pending maintenance dealer; specifically, the maintenance recommendation module receives at least two maintenance providers selected by an elevator manager terminal in the recommended maintenance provider list as pending maintenance providers, and sends an elevator maintenance list to the pending maintenance providers, where the content of the elevator maintenance list includes: parameter information of the elevator, fault information of the elevator, warranty information of the elevator, location information of the elevator, and door-to-door maintenance time expected by an elevator manager; therefore, the problem that the elevator manager selects other maintainers repeatedly due to the fact that the maintainers just cannot provide service when the elevator manager selects only one maintainer can be effectively solved. Further optionally, the elevator service order information also includes elevator manager pricing information, e.g. an elevator manager may bid on the basis of a service provider offer for the elevator to be serviced, having prompted service providers to actively handle the service request order of this elevator manager. (5) Confirming a target maintenance provider; the maintenance recommending module receives information of confirming acceptance of the maintenance order fed back by the undetermined maintenance provider after sending the elevator maintenance order to the undetermined maintenance provider, and preferably, the maintenance recommending module selects a first undetermined maintenance provider confirming acceptance of the maintenance order from the feedback information of the undetermined maintenance provider as a target maintenance provider, and the target maintenance provider can become a unique maintenance provider capable of maintaining the elevator in the service period, simultaneously receives maintenance confirming information fed back by the target maintenance provider, and sends the confirmed target maintenance provider and maintenance confirming information fed back by the target maintenance provider to the elevator manager terminal. The maintenance confirmation information comprises a contact way, address information, a service cycle, maintenance personnel related information and the like of a target maintenance provider, wherein the service cycle refers to a time period from the generation of the target maintenance provider to the termination of the maintenance. Further optionally, the service confirmation information fed back by the target service provider may further include the information of the price added by the target service provider, for example, if the target service provider considers that it is too difficult to service the elevator and requires to increase the service fee or the current serviceman is insufficient to increase the service fee if the service is required to be maintained according to the time expected by the elevator manager, the target service provider may feed back the service fee required to be increased along with the confirmation of the service provider feedback to accept the service order information, at this time, if the elevator manager does not agree with the price added by the target service provider, the rejection may be selected, and one of the other pending service providers that have fed back the confirmation to accept the service order information is reselected as the target service provider. Further, the relevant information of the maintenance personnel included in the maintenance confirmation information refers to personal information and a real-time position of the maintenance personnel dispatched by a target maintenance dealer, and the information is convenient for an elevator manager terminal to timely know whether the target maintenance dealer is available or not and when the target maintenance dealer dispatches the personnel to carry out maintenance.

Further preferably, after the failure detection processing module 101 sends the failure information determined by the failure determination module to the server, the server also performs the following functional processing: and establishing an operation condition file of the elevator according to the fault information, and outputting the operation condition file content of the elevator corresponding to the identity information of the visitor according to the identity information of the visitor. For example, if a maintenance company accesses the operating condition file of the server, specific fault information and elevator parameter information are displayed; if the user accesses the operating condition file, the information of whether the elevator is in failure currently and when the maintenance provider is in maintenance in the future is displayed; if the elevator manager visits the operation state file, the information such as whether the elevator is failed at the present time, when the maintenance provider is going to maintain the elevator, the maintenance cost at the present time and the like can be displayed. The server may preferably be used as an elevator remote management server, and may also be used as a component of the fault detection processing module, which is not limited in the present invention.

The health detection module 102 comprises an identity recognition module, a face recognition module, an iris detection module, an odor recognition module, a human health data acquisition module and a health data analysis module, wherein the identity recognition module is connected with the human health data acquisition module, the human health data acquisition module is connected with the health data analysis module, and the health data analysis module is connected with an elevator management server; the identity recognition module is used for recognizing the identity of an elevator user, establishing identity information corresponding to the elevator user and sending the identity information to the human health data acquisition module; the human health data acquisition module is used for acquiring human health data of an elevator user and sending the human health data to the health data analysis module, and the human health data correspond to identity information of the elevator user; the health data analysis module is used for generating health condition analysis result information of an elevator user and sending the health condition analysis result information of the elevator user to the advertisement pushing module 104 and the emergency rescue module 103, the face recognition module is used for recognizing gender and identity information of men and women and sending the information to the human health data acquisition module, face recognition can monitor and compare information required to be known by public safety systems such as lost people, wanted men and criminals, criminals and the like and send the information to relevant contacts in real time through the Internet of things, face recognition monitoring can be achieved through the online public safety system, information required to be searched by the public safety system is provided in real time, and the information required to be known by the lost people, the criminals and the like is screened and filtered by the public safety system. The iris detection module is used for detecting the iris characteristics of eyes of a human eye and transmitting the information to the human health data acquisition module, and the odor identification module is used for identifying the odor of the human body and transmitting the information to the human health data acquisition module.

The identity recognition module is used for recognizing the identity of a user entering the elevator and establishing identity information corresponding to the user. Preferably, the identity recognition module comprises a plurality of identity recognition devices such as a detection camera, a fingerprint detector and a radio frequency card reader, and identity information of users entering the elevator is acquired from one or more aspects through the identity recognition devices, and identity information corresponding to each user is established. Some preferred identity recognition methods are given below, and optionally when the elevator door is opened, the number and the identity of users entering the elevator are acquired according to one or more methods of facial recognition, iris detection, fingerprint information, preset gestures, input destination floor information and identity card recognition; for example, the camera disposed in the elevator detects facial information, iris information and numerical information of a user entering the elevator to obtain identity information of the corresponding user, for example, the camera recognizes that 5 users enter the elevator, the camera confirms the identity information of the 5 users through facial scanning recognition or iris recognition, and for example, the fingerprint detector disposed on an elevator button or the fingerprint detector disposed on an elevator handrail detects fingerprint information of the user to obtain identity information of the corresponding user, and when the user presses the elevator button with a finger or the user holds the elevator handrail with a hand, the fingerprint detector disposed on the elevator button or the fingerprint detector disposed on the elevator handrail detects fingerprint information of the user to obtain identity information of the corresponding user. For another example, the gesture information of the user may be obtained through the camera or the gesture information of the user may be obtained through a touch pad in the elevator, so as to obtain corresponding identity information, for example, it is preset that the recognition gesture of the first user a is to be a right stroke, and the recognition gesture of the second user b is to be a downward slide, then, when the user enters the elevator and then strokes a hand down in the air, the camera captures the gesture and then recognizes the user as the second user b, or when the user enters the elevator and then strokes a hand down on the touch pad in the elevator, and then the user may be recognized as the first user a. In addition, the radio frequency card reader can read the identity card information carried by the user to acquire the corresponding identity information.

The human health data acquisition module is used for acquiring human health data of a user, and the human health data corresponds to identity information of the user. The human health data preferably comprise a weight parameter, a heart rate parameter, a fat parameter and a blood pressure parameter of a user, and the human health data acquisition module comprises a weighing machine, a heart rate monitor, a fat detector and a blood pressure detector. The weight parameters of different users are weighed by arranging a plurality of independent weighing meters on the bottom plate of the elevator, and the heart rate parameters, the fat parameters and the blood pressure parameters of different users are respectively detected by arranging a plurality of independent heart rate monitors, fat detectors and blood pressure detectors on the handrail in the elevator. Preferably, the corresponding relation between the obtained human health data of the user and the identity information of the user can be realized by firstly obtaining the positions and identities of the users with different identities in the elevator through the camera, and then matching the weight parameters obtained by the corresponding weight scales at the positions according to the positions of the users with different identities in the elevator to be used as the weight parameters of the users with corresponding identities; the positions and identities of different users in the elevator can be positioned through the camera, and heart rate parameters, fat parameters and blood pressure parameters acquired by the heart rate monitor, the fat detector and the blood pressure detector corresponding to the positions are matched according to the positions of the different users in the elevator to serve as the heart rate parameters, the fat parameters and the blood pressure parameters of the users corresponding to the identities; the health data of the corresponding identity can be acquired after the identity is confirmed, if the user can be required to firstly brush the information of the identity card carried by the user on the radio frequency card reader in the elevator, after the card is successfully brushed, the weight, the heart rate, the fat, the blood pressure and the like of the identity of the user are detected, and the human health data and the like corresponding to the user are acquired. Therefore, confusion of the human health data of different users can be avoided, the human health data of different users can be rapidly distinguished, the human health data which is special for each user is established, and the obtained human health data is sent to the health data analysis module.

The health data analysis module uploads the human health data transmitted by the human health data acquisition module to the server for analysis, specifically, the human health data of each user is transmitted to the server, the server establishes a corresponding health data file for each user, records the weight parameter, the heart rate parameter, the fat parameter and the blood pressure parameter obtained by each measurement of each user, and analyzing the health condition of the user based on the health data file of each user, wherein the analysis comprises the step of comparing and analyzing the currently obtained human health data with the human health standard recognized in the medical field, and the step of carrying out differentiation comparison and analysis on the current human health data of a certain user and the last human health data of the user to obtain a health condition analysis result, and sending the obtained health condition analysis result information to a health data analysis module. The server may be a server on the internet or a local server, and optionally, the server may be a part of the health detection module 102.

And the emergency rescue module 103 is connected to the health data analysis module of the health detection module 102, acquires the health condition analysis result information of the user, judges whether emergency rescue is needed or not based on the health condition analysis result information of the user, and starts emergency rescue measures if needed. The specific emergency rescue module 103 firstly judges the health abnormal level to which the difference between the current human health data of the user and the human health standard acknowledged by the medical field or the human health data measured last time by the user is attributed based on the obtained health condition analysis result information of the user, if the difference is less than or equal to the preset standard and belongs to the common abnormal level, the emergency rescue module 103 informs the corresponding user of the health abnormal problem by one or more of voice prompt in the elevator, visual prompt in the elevator, sending corresponding reminding information to the social account of the corresponding user, and sending corresponding reminding information to the mobile phone of the corresponding user, and also can preferably display the possible health abnormal problem and processing suggestion of the corresponding user on the display screen in the elevator or play the possible health abnormal problem and processing suggestion of the corresponding user through the broadcaster in the elevator, the abnormal health problem under these circumstances does not basically belong to the category of diseases, and it is only necessary to alert the corresponding user to the abnormal health problem. If the difference is greater than the preset criterion and belongs to a serious abnormal level, the emergency rescue module 103 will automatically contact the emergency rescue mechanism, specifically, if it is determined that the abnormal health data of the user belongs to a situation in a preset serious situation list based on the user health condition analysis result information, for example, when it is determined that a certain user first breaks an acute heart disease, the emergency rescue module 103 will prompt other users to help the user first through voice and visual prompts to the other users through an elevator, and the emergency rescue module 103 will automatically contact the rescue mechanism meeting the preset condition to perform emergency rescue to the user, optionally, the emergency rescue module 103 will search the rescue mechanism closest to the user in a prestored rescue mechanism list and send the abnormal health data of the corresponding user to the rescue mechanism so that the rescue mechanism can timely and accurately rescue the user, for example, the emergency rescue module 103 may search for a rescue organization having a cardiac rescue condition within a range of 1000 meters from the user a and send the human health data of the first to the rescue organization to rescue the first in time, but the preset distance range may be different according to different serious situations, for example, for a heart disease belonging to a serious situation, the preset distance range may be less than or equal to 1000 meters, so as to facilitate timely rescue on site, and for a fracture situation belonging to a serious situation, the preset distance range may be less than or equal to 3000 meters, because the fracture is not urgent as if the fracture comes from a heart disease. Or, the emergency rescue module 103 may also search for the first three rescue mechanisms ranked in the preset distance range by networking, and issue a rescue demand form to the three rescue mechanisms, where the rescue demand form includes user identity information, abnormal health data, and user location information, and then receive confirmation of feedback from the three rescue mechanisms to receive the rescue demand form information, and a first rescue mechanism in the three rescue mechanisms confirming the acceptance of the rescue demand form may serve as a rescue mechanism for performing this rescue, so that a delayed rescue problem caused when only one rescue mechanism is selected and cannot be rescued before.

The advertisement pushing module 104 is connected to the health data analysis module of the health detection module 102, obtains the health condition analysis result information of the user, confirms the unhealthy index of the user based on the health condition analysis result information of the user, searches for a health product corresponding to the unhealthy index through the internet, and pushes the advertisement information corresponding to the health product to the user. For example, if the health condition analysis result information of the first user indicates that the weight of the first user exceeds the standard, the advertisement pushing module 104 searches for health product advertisement information related to the weight, such as diet tea advertisement, gym advertisement, etc., via the internet, or searches for health product advertisement information related to the weight in a pre-stored health product advertisement database, where the pre-stored health product advertisement database may include advertisements provided by health product providers having a cooperative relationship with the elevator owner. The advertisement pushing module 104 pushes advertisement information of corresponding health products to the user by one or more of voice prompt in the elevator, visual prompt in the elevator, sending advertisement information of corresponding health products to a social account of the user, sending advertisement information of corresponding health products to a mobile phone of the user, and sending advertisement information of corresponding health products to intelligent wearable equipment of the user; more specifically, the unhealthy indexes and corresponding health product advertisement information which may exist in the user can be displayed on a display screen in the elevator, or the unhealthy indexes and corresponding health product advertisement information which may exist in the user can be played through a broadcaster in the elevator, or the unhealthy indexes and corresponding health product advertisement information of the user can be sent to a social contact account number of the user or a mobile phone or intelligent wearing equipment of the user. The advertisement can be played at regular time, fixed point and by fixed persons, and the advertisement can be put in by self according to the mobile phone APP software. Intelligence wearing equipment includes intelligent bracelet or intelligent glasses, for example, after the user gets into the elevator, elevator discernment user's identity to judge whether the user has worn intelligent glasses through the camera, if yes, the elevator passes through the intelligent glasses that the user's information connection user wore of prestoring of user, and demonstrates corresponding healthy product advertising information on user's intelligent glasses. When the corresponding advertisement information of the health products is pushed to the user, if a plurality of advertisement information of the health products need to be pushed, the advertisement information of the health products can be sequentially pushed according to a preset rule: if the advertisement information of the health products can be pushed in a descending order according to the relevance degree of the advertisement information of the health products and the user; the health product advertisements can be pushed in a descending order according to the priority of the health product providers, for example, the priority of the health product providers is in direct proportion to the amount of the advertisement fees paid by the health product providers; the pushing maintaining time of the advertisement information of the corresponding health product can be adjusted according to the priority of the health product provider, for example, the advertisement information of the health product corresponding to the health product provider with the highest payment advertising fee has the longest display time; the advertisement information of the health products matched with the current time point can be preferentially pushed, or the advertisement information of the health products related to the weight is taken as an example, when the time when the user enters the elevator is twelve noon, the advertisement of the diet tea can be pushed, because the time belongs to the dining time, and when the time when the user enters the elevator is eight evening, the advertisement of the gymnasium can be pushed, because the time is suitable for body building.

The standby power supply module 105, which may be a solar battery or a lithium battery, is disposed at the top of the elevator, and is configured to provide standby power for the fault detection processing module 101, the health detection module 102, and the emergency rescue module 103 when a main power supply externally connected to the elevator is powered off.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention. It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned. Furthermore, it is obvious that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. Several units or means recited in the apparatus claims may also be embodied by one and the same item or means in software or hardware. The terms first, second, etc. are used to denote names, but not any particular order.

The functional modules of the invention can realize linkage and corresponding control, thereby realizing the internet of things. The projection and detection device of the elevator Internet of things projection system is in controllable connection with the Internet, so that safety supervision and fault detection can be carried out timely, and the projection and detection device has the Internet of things function of a screen. When the elevator is out of order, the elevator system and the related part sensors of the elevator, the internet of things projection system immediately sends related data of the elevator to the cloud end through a mobile network or a wireless network, the result is sent to the elevator projection system to be received through software analysis, and then the elevator projection system is delivered to the door. The whole process realizes the projection and the internet of things of the elevator. When the elevator runs normally or has a fault, the elevator system or a sensor at a related part of the elevator collects related elevator running information at any time, and after the related elevator information is analyzed by the internet of things projection system, the related elevator data is sent to the internet, a mobile phone end and other receiving ends through a mobile network or a wireless network to inform related personnel of processing the elevator by reference information, and the elevator internet of things projection system can deliver the related elevator information to a projection display end. One example of the application is as follows: the elevator maintenance information, annual inspection information, safety information and the like are pushed to other parts of an elevator car door, a door frame, a door lintel and an elevator car, and the result can be obtained by scanning the two-dimensional code.

The elevator Internet of things projection system provided by the invention comprises a projection part, an infrared distance measurement part, a camera and an Internet of things communication part, and can realize multipoint virtual touch, wherein one application example comprises the following steps: when the elevator is trapped by people and the fault occurs, the virtual one-key rescue button can be touched, trapped people can talk with background people or contact with the background people, and meanwhile, a soothing video is projected and played. The whole process realizes the projection and thing networking of the elevator, and can be matched with mobile phone APP software to realize the artificial intelligence of the elevator.

Finally, it should be noted that the above embodiments are only for illustrating the technical solutions of the present invention and not for limiting, and although the present invention is described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions may be made on the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention.

Claims

1. The utility model provides a projection touch-control thing networking rescue system for elevator which characterized in that includes: the system comprises a fault detection processing module (101), a health detection module (102), an emergency rescue module (103), an advertisement push module (104) and an elevator Internet of things projection system (106), wherein the fault detection processing module, the health detection module, the emergency rescue module and the advertisement push module are integrated in the elevator Internet of things projection system and acquire, display and feed back corresponding information or instructions by the elevator Internet of things projection system, and the fault detection processing module (101) is used for acquiring working state information of an elevator in real time, generating elevator fault information when the elevator breaks down, acquiring elevator warranty information and recommending elevator maintenance service; the health detection module (102) is used for identifying the identity of an elevator user, acquiring human health data of the elevator user and generating health condition analysis result information of the elevator user; the emergency rescue module (103) is connected to the health detection module (102) and provides health abnormity reminding and/or emergency rescue measures for elevator users based on the health condition analysis result information of the elevator users; the advertisement pushing module (104) is connected to the health detection module (102) and pushes corresponding health product advertisement information to an elevator user based on the health condition analysis result information of the elevator user, the Internet of things projection system of the elevator internally processes the information or instruction data and displays the information or instruction data, or the information or instruction data is sent to the cloud end through a wired network or a wireless network, and the result is sent to the Internet of things projection system of the elevator to be received and displayed after software analysis; the elevator internet of things projection system comprises a projection and detection device which is arranged above an elevator car door or on a car top or a wall plate behind the car or a car side plate and has projection, infrared night vision, camera shooting, picture taking, face recognition, iris detection, smell recognition and human body induction functions, the front of the projection and detection device is right opposite to the elevator door or a space in a throwing panel or an elevator, the elevator internet of things projection system is used for playing videos, pictures and music and receiving touch instructions through fingers or touch pens, then touch information is transmitted to corresponding contacts of the elevator internet of things and corresponding contacts are triggered to act, one-key rescue butt joint or artificial intelligent talkback butt joint of the elevator internet of things is achieved, and the touch information is transmitted to an elevator manager terminal through a network.

2. The projection touch Internet of things rescue system applied to an elevator according to claim 1, characterized in that: the fault detection processing module (101) comprises: the elevator maintenance system comprises a working state acquisition module, a fault judgment module, a warranty service module and a maintenance recommendation module, wherein the working state acquisition module is connected with the fault judgment module, the fault judgment module is connected with the warranty service module, the warranty service module is connected with the maintenance recommendation module, the fault judgment module, the warranty service module and the maintenance recommendation module are simultaneously connected with an elevator management server, and the warranty service module and the maintenance recommendation module are simultaneously connected with an elevator manager terminal.

3. The projection touch Internet of things rescue system applied to an elevator according to claim 2, characterized in that: the working state acquisition module is used for acquiring the working state information of the elevator in real time and transmitting the working state information to the fault judgment module, wherein the working state information comprises at least one of elevator motor rotating speed information, elevator lifting speed information and elevator working temperature information; the fault judgment module judges whether the elevator has a fault or not based on the working state information of the elevator, and if so, generates corresponding fault information and sends the fault information to the elevator management server and the maintenance service module; the maintenance service module is used for acquiring maintenance information of the elevator and sending the maintenance information to the maintenance recommendation module, wherein the maintenance information comprises at least one of elevator maintenance package information, remaining maintenance time information and elevator location information; the maintenance recommending module acquires information of a maintainer corresponding to the elevator, recommends a maintainer list to an elevator manager terminal, determines the door-to-door maintenance time, sends an elevator maintenance list to the to-be-determined maintainer and confirms a target maintainer.

4. The projection touch Internet of things rescue system applied to an elevator according to claim 3, characterized in that: the fault judging module establishes a working state file according to the received working state information of the elevator, then compares the currently acquired working state information recorded by the working state file with a preset normal working state value, judges that the elevator has a fault if the currently acquired working state information deviates from the preset normal working state value, or compares the currently acquired working state information recorded by the working state file with the previous working state information recorded by the working state file, and judges that the elevator has a fault if the currently acquired working state information is different from the previous working state information recorded by the working state file; after the elevator is judged to have a fault, generating corresponding fault information and sending the fault information to the elevator management server and the maintenance service module;

5. The projection touch Internet of things rescue system applied to the elevator according to any one of claims 1 to 4, characterized in that: after the fault detection processing module (101) sends the fault information to an elevator management server, the elevator management server establishes an operation state file of the elevator according to the fault information and outputs information corresponding to the identity information of an accessor according to the identity information: if the maintenance provider visits the operating condition file, specific fault information and elevator parameter information are output; if the elevator user accesses the operating condition file, outputting information of whether the elevator is currently out of order and when a maintenance provider is going to maintain the elevator; if the elevator manager terminal accesses the operation state file, the information of whether the elevator is failed at the present time, when the maintenance provider is in the future maintenance and the cost of the maintenance at the present time is output.

6. The projection touch Internet of things rescue system applied to elevator as claimed in claim 5, characterized in that: the health detection module (102) comprises an identity recognition module, a face recognition module, an iris detection module, an odor recognition module, a human health data acquisition module and a health data analysis module, wherein the identity recognition module is connected with the human health data acquisition module, the human health data acquisition module is connected with the health data analysis module, and the health data analysis module is connected with an elevator management server; the identity recognition module is used for recognizing the identity of an elevator user, establishing identity information corresponding to the elevator user and sending the identity information to the human health data acquisition module; the human health data acquisition module is used for acquiring human health data of an elevator user and sending the human health data to the health data analysis module, and the human health data correspond to identity information of the elevator user; the health data analysis module is used for generating health condition analysis result information of an elevator user and sending the health condition analysis result information of the elevator user to the advertisement pushing module (104) and the emergency rescue module (103), the face recognition module is used for recognizing gender and identity information of men and women and sending the information to the human health data acquisition module, the iris detection module is used for detecting iris characteristics of eyes of people and sending the information to the human health data acquisition module, and the odor recognition module is used for recognizing human odor and sending the information to the human health data acquisition module.

7. The projection touch Internet of things rescue system applied to elevator as claimed in claim 6, characterized in that: the identity identification module comprises at least one of a detection camera, a fingerprint detector and a radio frequency card reader, and identifies the identity of the elevator user through at least one of the following modes: the method comprises the steps that the face information, iris information, position information and/or gesture information of a user entering the elevator are detected through a camera arranged in the elevator, so that the identity information of the corresponding user is obtained; the fingerprint detector arranged on the elevator button or the fingerprint detector arranged on the elevator handrail detects the fingerprint information of the user to acquire the identity information of the corresponding user; reading an identity card carried by a user through a radio frequency card reader arranged in the elevator to acquire identity information of the corresponding user;

8. The projection touch Internet of things rescue system applied to an elevator according to claim 7, characterized in that: the emergency rescue module (103) provides health abnormity reminding and/or emergency rescue measures for the elevator user by the following modes after acquiring the health condition analysis result information of the elevator user: the emergency rescue module (103) firstly determines the difference level between the current human health data of the user and the human health standard acknowledged by the medical field or the human health data measured last time by the user according to the obtained health condition analysis result information of the elevator user, judges that the user is abnormal in ordinary health if the difference level is less than or equal to a preset standard, and provides abnormal health reminding for the elevator user in one or more modes of carrying out voice prompt in the elevator, carrying out visual prompt in the elevator, sending corresponding reminding information to the social account of the corresponding user and sending corresponding reminding information to the mobile phone of the corresponding user; if the difference level is larger than the preset standard, the user is judged to be seriously abnormal in health, and at the moment, the emergency rescue module (103) automatically contacts an emergency rescue mechanism and provides emergency rescue measures for the elevator user in the following modes: the emergency rescue module (103) carries out voice and visual reminding on other users through the elevator, then automatically contacts a rescue mechanism meeting preset conditions to carry out emergency rescue on the users, and sends identity and position information of the users and serious health abnormal data to the rescue mechanism.

9. The projection touch Internet of things rescue system applied to elevator as claimed in claim 8, characterized in that: the advertisement pushing module (104) pushes advertisement information of health products to the elevator user in the following mode after acquiring the health condition analysis result information of the elevator user: the advertisement pushing module (104) firstly confirms unhealthy indexes of users according to health condition analysis result information of the elevator users, then searches for health product advertisement information corresponding to the unhealthy indexes through the Internet or a preset health product advertisement database, and finally pushes the health product advertisement information to the elevator users in one or more modes of carrying out voice prompt in the elevator, carrying out visual prompt in the elevator, sending corresponding health product advertisement information to social account numbers of the users, sending corresponding health product advertisement information to mobile phones of the users and sending corresponding health product advertisement information to intelligent wearable equipment of the users.