CN113753702A - Digital elevator for intelligent community management - Google Patents

Abstract

A digital elevator for intelligent community management comprises a background management platform, an elevator control module, an in-car camera and an out-car calling module, wherein the background management platform and the out-car calling module are connected with the elevator control module, the in-car camera is connected with the background management platform, the background management platform is connected with a digital management system, and the digital management system comprises an information storage module, an in-car face recognition module, a non-inductive calling system, a cloud fee deduction system, a security monitoring system, a behavior recognition system and an elevator fault rescue system. The invention has the characteristics of automatic calling in a non-contact way, diversified calling modes and the like, can meet the requirements of calling in different groups, different occasions and different requirements, can automatically identify the dangerous behaviors of passengers in the car, and can make corresponding countermeasures, thereby ensuring the safety of passengers taking the elevator, and is suitable for wide application.

Description

Digital elevator for intelligent community management

Technical Field

The invention relates to the field of elevators, in particular to a digital elevator for intelligent community management.

Background

With the development of social economy, the elevator as an important vehicle is integrated into our lives and closely related to our daily lives, and more residential districts are installed and used with the elevator. In order to improve the safety of the living environment of the residents, elevators which can reach the appointed floors only by swiping cards appear on the market at present, but the residents need to carry the elevator cards when using the elevators in daily life, otherwise, the elevators cannot be used normally, and the elevators are very inconvenient. In addition, in the current life, many elevator safety accidents are caused by some dangerous behaviors, such as jumping and alarming in the elevator car, knocking the car wall and the car door by using objects such as hands, feet, sticks and the like or pushing the electric car into the elevator car, because a small number of people do not obey the safety management system. Therefore, in view of the problems existing at present, it is necessary to improve the conventional elevator, and an elevator capable of automatic calling and automatic management and having high safety is proposed.

Disclosure of Invention

In order to overcome the defects of the prior art, the invention provides a digital elevator for intelligent cell management.

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

a digital elevator for intelligent community management comprises a background management platform, an elevator control module, an in-car camera and an out-car calling module, wherein the background management platform and the out-car calling module are both connected with the elevator control module, the in-car camera is connected with the background management platform, and the digital elevator is characterized in that: the background management platform is connected with a digital management system, the digital management system comprises an information storage module for storing elevator information and passenger archive information, an in-car face recognition module for face recognition, an noninductive calling system capable of realizing face recognition calling, a cloud fee deduction system capable of carrying out calling and fee deduction according to face recognition, a security monitoring system capable of recognizing whether an electric vehicle enters a car or not, a behavior recognition system capable of judging dangerous behaviors of passengers according to passenger actions and car vibration recognition, and an elevator fault rescue system for rescuing passengers with elevator faults.

In the invention, the background management platform is also connected with a background alarm module for sending alarm information to workers and an in-car alarm module for sending alarm information in the car.

In the invention, the non-sensory calling system comprises an in-car elevator taking judgment module which can identify the passenger destination layer according to the face image information, the in-car elevator taking judgment module is connected with the information storage module through a background management platform, and the in-car elevator taking judgment module is connected with the elevator control module.

The elevator calling module outside the elevator car comprises an outside-car camera for shooting passengers waiting for the elevator hall, an outside-car face recognition module for recognizing face image information of the passengers shot by the outside-car camera, and an outside-car elevator taking judgment module for judging an uplink or downlink operation instruction according to the face image information, wherein the outside-car face recognition module is connected with the outside-car camera, and the outside-car elevator taking judgment module is connected with the information storage module, the elevator control module and the outside-car face recognition module through a background management platform.

In the invention, the cloud fee deduction system comprises a face recognition fee deduction module which can carry out fee deduction when a passenger takes a staircase according to the face image information of the passenger, and the face recognition fee deduction module is connected with an information storage module and an in-car face recognition module through a background management platform.

The security monitoring system comprises an electric vehicle identification module for identifying an electric vehicle and a security reaction module for taking a countermeasure after an elevator is identified, wherein the security reaction module is connected with an elevator control module and the electric vehicle identification module through a background management platform.

The behavior recognition system comprises a behavior recognition module for recognizing passenger actions, a vibration sensing module for detecting abnormal vibration of a lift car and a behavior judgment module for judging dangerous behaviors, wherein the behavior recognition module and the vibration sensing module are both connected with the behavior judgment module through a background management platform, and the behavior judgment module is connected with an elevator control module through the background management platform.

In the present invention, an elevator malfunction rescue system includes: the emergency button is arranged in the lift car and used for passengers to press and start the elevator fault rescue system; the in-car advertisement playing device is used for playing advertisements and playing automatic first-aid videos and emotion soothing audios after the emergency button is started; the biological monitoring device is used for detecting whether passengers exist in the lift car or not after the emergency button is started; the landing identification device is used for detecting a landing where the car stops due to a fault after the emergency button is started; the remote service platform is used for receiving the distress message after the emergency button is started; the emergency reaction device is connected and controlled by an emergency button, connected with the background management platform, the in-carriage advertisement playing device, the in-carriage camera, the biological monitoring device, the landing identification device and the remote service platform, and used for driving the in-carriage advertisement playing device, the in-carriage camera, the biological monitoring device and the landing identification device to work after the emergency button is started and sending distress call information to the background management platform and the remote service platform.

In the invention, the elevator fault rescue system also comprises an emergency guarantee device which is connected and controlled by an emergency reaction device and used for illuminating the interior of the lift car and conveying air after an emergency button is pressed.

In the invention, the digital management system further comprises an escape system, the escape system comprises an escape personnel judging module and a cloud server, and the escape personnel judging module is connected with the background management platform through the cloud server.

The invention has the beneficial effects that:

1. the target layer is automatically registered through face recognition, an elevator button does not need to be contacted in the middle, the use is convenient, the face recognition precision is high, and the contact with an infection source can be avoided as far as possible;

2. passengers in the elevator car are identified through the faces, the elevator taking cost of the passengers is deducted automatically, and the purpose of rapidly paying the elevator taking cost is achieved, so that the passengers can go out conveniently, and the economic benefit of an elevator operator is greatly increased;

3. the passengers need to establish passenger files to obtain the elevator taking authority and can send elevator operation instructions to the elevator control module through the elevator taking judgment module in the elevator car, and the information of each passenger can be recorded by the method, so that the probability of using the elevator by lawless persons is reduced, and the safety is high;

4. the method comprises the steps that images in a car are captured through a camera in the car, whether an electric car enters the car or not is identified through an electric car identification module, after an electric car target in an elevator is automatically identified, a language warning and a light warning are sent out, the elevator is controlled to pause, and when the electric car is pushed out of the elevator, the elevator can be recovered to normally run, so that potential safety hazards are eliminated;

5. the passenger face image is captured, so that the on-flight person judgment module is combined with the cloud server to identify on-flight persons to form an escape pursuing system, favorable conditions for capturing the on-flight persons can be created, and the method is powerful supplement for social security;

6. can combine together through motion capture discernment and vibrations response both, judge whether the passenger really makes dangerous action in the car, after the dangerous action is made to the passenger of action judgement module automatic identification, the operation of automatic control elevator pause, give the passenger sound and light warning simultaneously.

In conclusion, the invention has the characteristics of automatic calling in a non-contact way, diversified calling modes and the like, can meet the requirements of calling in different groups, different occasions and different requirements, can automatically identify the dangerous behaviors of passengers in the elevator car and take corresponding countermeasures, thereby ensuring the safety of passengers taking the elevator, and is suitable for wide application.

Drawings

The invention is further illustrated by the following figures and embodiments:

FIG. 1 is an overall block diagram of the present embodiment;

FIG. 2 is a partial block diagram of the present embodiment;

fig. 3 is a block diagram of a structure of an elevator malfunction rescue system;

fig. 4 is a block diagram of the escape system.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention.

In the description of the present application, it should be understood that the connection of each functional unit is a communication manner such as wired connection through a cable, wireless connection through a wireless communication module, and the like, so as to implement communication between the functional units, and each functional unit may set different communication manners according to the actual application environment. In addition, each functional unit in the present invention may be integrated into one processing unit, or each unit may exist alone physically, or two or more units may be integrated into one unit.

Referring to fig. 1-4, a digital elevator for intelligent community management comprises a background management platform 1 located in a monitoring room, an elevator control module 2 used for controlling elevator operation, an in-car camera 3 located in a car, an out-of-car calling module 4 located in a waiting hall and a five-party communication system used for realizing five-party communication, wherein the background management platform 1 is used for managing elevator information, passenger file information and executing a fee deduction instruction for workers; the elevator control module 2 is used for controlling the operation of the elevator and can control the operation of the elevator according to the operation instruction; the in-car camera 3 is connected with the background management platform 1, the in-car camera 3 is arranged in the elevator car, and the in-car camera 3 is used for shooting images of passengers in the car and transmitting the images to the background management platform 1. The background management platform 1 and the elevator calling module 4 outside the elevator car are connected with the elevator control module 2 to realize communication and data transmission; the five-way communication system includes an in-car intercom 118. The background management platform 1 is connected with a digital management system, the digital management system comprises an information storage module 5 used for storing elevator information and passenger archive information, an in-car face recognition module 6 used for face recognition, an noninductive calling system 7 capable of realizing face recognition calling, a cloud fee deduction system 8 capable of carrying out calling and fee deduction according to face recognition, a security monitoring system 9 capable of recognizing whether an electric car enters the car or not, a behavior recognition system 10 capable of judging dangerous behaviors of passengers according to passenger actions and car vibration recognition, and an elevator fault rescue system 11 used for elevator fault passenger rescue.

In this embodiment, the information storage module 5 is configured to record and store elevator information and passenger profiles, where the elevator information includes elevator location information, elevator maintenance information, and the like, and the passenger profile information includes passenger information, destination floor information of each passenger, and passenger deduction account information. Backstage management platform 1 is connected with backstage display module, and backstage display module is the backstage display, and it is used for inside image of car, passenger's archives, elevator information etc to the staff that is located the monitor looks over passenger's condition, passenger's archives etc.

In a preferred embodiment, referring to fig. 1 and 2, the non-sensory call system 7 includes an elevator-taking judgment module 701 capable of identifying a passenger destination floor according to face image information, the elevator-taking judgment module 701 is connected to the information storage module 5 through the background management platform 1, and the elevator-taking judgment module 701 is connected to the elevator control module 2, so as to identify the passenger destination floor, and then send a control command to the elevator control module 2, so that the elevator control module 2 controls the elevator to transport passengers to the destination floor. In addition, the non-sensory calling system 7 further comprises an in-car voice recognition module 702, which is used for receiving and recognizing a voice instruction sent by a passenger in the car, converting the recognition result into an operation instruction and transmitting the operation instruction to the elevator control module 2, wherein the voice instruction of the in-car voice recognition module 702 is prior to the operation instruction given by the in-car passenger judgment module 701; when the passenger presets a plurality of different destination floors, the passenger can select the destination floor that the passenger wants to reach through the in-car voice recognition module 702, so that the passenger can reach different destination floors.

As a preferred embodiment, referring to fig. 1 and 2, the car hall calling module 4 includes a car outside camera 401 for recording passengers waiting in the hall, a car outside face recognition module 402 for recognizing face image information of the passengers recorded by the car outside camera 401, and a car outside boarding judgment module 403 for judging an up or down running instruction according to the face image information, wherein the car outside face recognition module 402 is connected with the car outside camera 401, and the car outside boarding judgment module is connected with the information storage module 5, the elevator control module 2 and the car outside face recognition module 402 through the background management platform 1. The car calling module 4 further comprises a car foreign language voice recognition module 404, which is used for receiving the voice command sent by the passenger in the elevator waiting hall, converting the recognition result into an operation command and transmitting the operation command to the elevator control module 2, so that the passenger can select to replace the uplink or downlink command, and the voice command of the car foreign language voice recognition module is prior to the operation command given by the car taking elevator judgment module.

As a preferred embodiment, referring to fig. 1 and 2, the cloud fee deduction system 8 includes a face recognition fee deduction module 801 capable of deducting fees for taking the elevator according to the face image information of the passenger, the face recognition fee deduction module 801 is connected to the information storage module 5 and the in-car face recognition module 6 through a background management platform 1, and the background management platform 1 starts an in-car elevator taking judgment module 701 after the fees are deducted to perform destination layer recognition.

As a preferred embodiment, referring to fig. 1 and fig. 2, the security monitoring system 9 includes an electric vehicle identification module 901 for identifying an electric vehicle, and a security response module 902 for taking a countermeasure after identifying an elevator, and the security response module 902 is connected to the elevator control module 2 and the electric vehicle identification module 901 through the background management platform 1.

As a preferred embodiment, the invention further comprises a two-dimensional code display module, which is used for enabling passengers to scan codes through a mobile phone to be connected with the background management platform 1, and enabling data such as personal facial image information, passenger preset destination layer information and the like to be registered in the information storage module 5 through the background management platform 1 to form a passenger file, so that owners and foreign persons can conveniently register as passengers, and obtain the authority to take the elevator. In this embodiment, two-dimensional code display module is the two-dimensional code poster of setting in car or/and elevator waiting hall, and owner and exotic personnel can utilize the two-dimensional code on the cell-phone scanning two-dimensional code poster, establish passenger's archives. Certainly, not limited to above-mentioned structure, the two-dimensional code display module can also be the advertisement play device of setting in car or/and elevator waiting room, through the advertisement play device advertisement of taking the two-dimensional code of broadcast to when being convenient for register passenger's archives, obtain the advertisement profit through the broadcast advertisement.

As a preferred embodiment, the background management platform 1 is further connected with a background alarm module 12 for sending alarm information to workers, and an in-car alarm module 13 for sending alarm information in the car. The background alarm module 12 is arranged in the monitoring room, the in-car alarm module 13 is arranged in the elevator car, and both the background alarm module 12 and the in-car alarm module 13 comprise a voice playing device for playing voice and a light flashing device for emitting flashing light.

As a preferred embodiment, the behavior recognition system 10 includes a motion recognition module 101 for recognizing passenger motions, a vibration sensing module 102 for detecting abnormal vibrations of the car, and a behavior judgment module 103 for judging dangerous behaviors, where the motion recognition module 101 and the vibration sensing module 102 are both connected to the behavior judgment module 103 through a background management platform 1, the behavior judgment module 103 is connected to an elevator control module 2 through the background management platform 1, and the vibration sensing module 102 is disposed on each car wall of the car to improve vibration detection accuracy.

When the action recognition module 101 recognizes that a passenger has actions of knocking a car wall or a car door and the like, and the car vibration sensing module 102 senses abnormal vibration of the car, the action judgment module 103 immediately sends a control instruction of suspending operation to the elevator control module 2 to enable the elevator to temporarily operate, meanwhile, the background alarm module 12 sends an alarm sound and twinkling light to a worker to remind the worker that the passenger has dangerous actions, so that the worker can timely make countermeasures and check the damage condition of the elevator, and the countermeasures can be that the worker communicates with the passenger in the car through a five-way communication system to stop the dangerous actions; and the warning module 13 in the car sends out warning voice and twinkles light to warn passengers to stop the behavior of damaging the car in time.

The steps of the behavior recognition system 10 for implementing behavior recognition are as follows:

step S1, setting an identification area, wherein the identification area is a space inside the car;

and S2, pushing the video data acquired by the camera 3 in the carriage to the background management platform 1 in real time.

Step S3, the action recognition module 101 recognizes the position and/or action of the passenger, and outputs the action recognition data of the passenger to the action judgment module 103, and the vibration sensing module 102 outputs the vibration data of the lift car to the action judgment module 103 in real time;

step S4, the behavior determining module 103 determines whether the passenger really makes a dangerous motion by combining the motion recognition data of the passenger and the vibration data of the car;

step S5, when a passenger makes a dangerous action in an identification area, the behavior judgment module 103 sends a control signal for automatically closing and stopping the elevator to the elevator control module 2 to stop the elevator car from running, meanwhile, the behavior judgment module 103 sends a starting signal to the background alarm module 12 and the in-car warning module 13 respectively, the background alarm module 12 sends an alarm to a worker after receiving the starting signal to remind the worker of making a dangerous action in the car and enable the worker to make a response measure in time, and the in-car warning module 13 sends a warning to the passenger after receiving the starting signal to warn the passenger of stopping the dangerous action in time; action judgment module 103 calls out this passenger's passenger archives simultaneously through railway carriage or compartment internal face identification module 6 to the staff is follow-up carries out the safety education to this passenger, in order to avoid the passenger still to make dangerous action in elevator car backward.

In the above structure, the dangerous actions include jumping, alarming, and striking the car wall or car door with hands, feet, sticks, etc., and these dangerous actions can be stored in the information storage module 5 through learning settings, and the behavior determination module 103 can call the information of the information storage module 5 through the background management platform 1 when working, and the implementation manners of face recognition and action recognition are the prior art, so no principle description is made. In addition, in this embodiment, a first vibration threshold and a second vibration threshold are preset in the behavior determination module 103, where the first vibration threshold is greater than the second vibration threshold, and at least two determination rules are set simultaneously, where the first determination rule is: when the elevator car conveys passengers each time, the behavior judgment module 103 learns that the passengers recognize at least one action in the same stroke from the behavior recognition data, and judges that the passengers really do dangerous actions when the elevator car is accompanied by at least one abnormal vibration exceeding a first vibration threshold; the second judgment rule is: when the car conveys passengers each time, the behavior judgment module 103 learns that the passengers are identified at least twice in the same stroke from the behavior identification data, and judges that the passengers really do dangerous motions when the car is accompanied by abnormal vibrations which exceed the second vibration threshold value at least twice.

Referring to fig. 1 and 3, an elevator malfunction rescue system 11 includes: the emergency button 111 is arranged in the car, and passengers can press and start the elevator fault rescue system 11; an in-car advertisement playing device 112 for playing advertisement and playing automatic playing emergency video and emotion soothing audio after the emergency button 111 is activated; the biological monitoring device 113 is used for detecting whether passengers exist in the car or not after the emergency button 111 is started, the biological monitoring device 113 is an infrared sensing device or a human body detector installed in the car, and in the embodiment, the biological monitoring device 113 is an infrared sensing device installed in the car; a landing recognition device 115 for detecting a landing where a car is stopped due to a failure after the emergency button 111 is activated; the remote service platform 116 is used for receiving the distress call information after the emergency button 111 is started, the remote service platform 116 is a device arranged in an elevator factory, and workers of the elevator factory can remotely control the in-car interphone 118, the in-car advertisement playing device 112, the in-car camera 3 and the like according to the remote service platform 116; the emergency response device 114 is connected and controlled by an emergency button 111, the emergency response device 114 is connected with the background management platform 1, the in-car interphone 118, the in-car advertisement playing device 112, the in-car camera 3, the biological monitoring device 113, the landing identification device 115 and the remote service platform 116, and the emergency response device 114 is used for driving the in-car interphone 118, the in-car advertisement playing device 112, the in-car camera 3, the biological monitoring device 113 and the landing identification device 115 to work after the emergency button 111 is started and sending distress call information to the background management platform 1 and the remote service platform 116. In addition, due to the arrangement of the biological detection device, after the emergency button is started, the emergency reaction device can firstly detect whether passengers really exist in the car by using the biological detection device, then drive the car interphone, the advertisement playing device, the car camera and the landing recognition device to work, and send distress messages and other actions to the back management platform and the remote service platform.

In a preferred embodiment, the landing recognition device 115 includes a laser distance meter for measuring the distance from the bottom of the car to the pit, and a landing information conversion module for receiving data detected by the laser distance meter and converting the data into the landing where the car is located, the landing recognition device 115 is disposed at the bottom of the car or in the pit of the elevator, in this embodiment, the laser distance meter is disposed at the bottom of the car, and both the laser distance meter and the landing information conversion module are electrically connected to the emergency response device 114. After the emergency button 111 is started, the landing recognition device 115 is started to work by the emergency reaction device 114, so that the distance from the bottom of the car to the pit is detected by the laser range finder, and then the landing recognition device is converted into the landing position where the elevator stays through the landing information conversion module, so that workers can quickly reach the corresponding landing to rescue trapped passengers. Of course, the elevator trouble-relief system 11 is not limited to the above-described configuration, and the elevator trouble-relief system further includes the leveling detection device 119, the leveling detection device 119 is composed of a magnetic sensor provided in the hoistway and a magnetic shield provided on the car side, the magnetic sensor has a plurality of stages corresponding to different landings, and when the magnetic shield is inserted into the magnetic sensor, the actual position of the elevator is calculated, and the leveling detection device 119 is a conventional technique and will not be described in detail. According to the invention, the stop position of the car can be determined through the combination of the landing recognition device 115 and the landing detection device 119, so that the detection accuracy is effectively improved, and rescue workers can rapidly reach the corresponding landing for rescue.

As a preferred embodiment, the in-car advertisement playing device 112 includes a display screen, a speaker, a playing control module, and a content storage module, where the display screen, the speaker, and the content storage module are all connected to the playing control module, the playing control module is connected to the emergency response device 114, and the content storage module stores advertisement information, emergency videos, emotion soothing audio, and the like. When the emergency button 111 is pressed, the in-car advertisement playing device 112 automatically plays the emergency video or the mood-soothing audio to relieve the tension of the passengers.

As a preferred embodiment, the elevator failure rescue system 11 further comprises an emergency guarantee device 117, wherein the emergency guarantee device 117 is connected and controlled by the emergency response device 114 and is used for illuminating the interior of the car and conveying air after the emergency button 111 is pressed. The emergency guarantee device 117 comprises an emergency storage battery arranged at the top of the lift car, an emergency ventilator and an emergency lighting lamp arranged at the top of the inner cavity of the lift car, and the emergency reaction device 114, the emergency lighting lamp, the emergency ventilator and the emergency storage battery are electrically connected; when emergency button 111 presses the back, emergency battery starts to supply power to emergency lighting lamp and emergency fan, and emergency lighting lamp circular telegram lights and throws light on to car inside, and emergency fan work is toward the interior transport air of car, provides sufficient oxygen and supplies people to breathe to good lighting environment, ventilation environment have in making the car, in order to alleviate passenger's mood, reach the purpose that reduces elevator trouble and to passenger's psychological injury. In the present embodiment, the car camera 3, the car interphone 118, the car advertisement playing device 112, the emergency response device 114, the biological monitoring device 113, the emergency button 111, and the landing identification device 115 are all electrically connected to the emergency battery to ensure that the devices can work normally after an accident occurs.

When the elevator is trapped and has a fault, trapped people in the elevator car can trigger an elevator emergency reaction device 114 through an emergency button 111 in the elevator car, the emergency reaction device 114 automatically sends an alarm to a remote service platform 116, and a customer service seat is automatically allocated to receive alarm information through the switch technology of the remote service platform 116; personnel trapped in the elevator car can directly communicate with workers of the remote service platform 116 through a wireless network through an in-car interphone in the elevator car, the workers can observe the condition in a fault elevator through videos, workers of an elevator manufacturer can also automatically acquire relevant information (personnel information, elevator position, fault time and the like) of the trapped elevator, the in-car camera 3 can acquire the personnel information, and the personnel number information can be acquired through the biological monitoring device 113 when the in-car camera 3 fails; the emergency lighting lamp can provide a light source for the elevator; trapped people in the elevator car can be pacified in a voice and character mode through the in-car advertisement playing device 112, and meanwhile, the trapped people in the elevator car can be guided through the elevator remote alarm system to wait patiently according to the guidance of workers, so that the worry of the trapped people is eliminated.

As a preferred embodiment, the elevator trouble-shooting system 11 further includes a user terminal 110, where the user terminal 110 is a handheld device of a owner, such as a mobile phone, and the user terminal 110 is connected to the remote service platform 116 through a network, and after the remote service platform 116 automatically identifies information of a trapped passenger through the in-car camera 3, the user terminal 110 and the like automatically send help-calling information to the user terminal 110 and the like of owners (such as owners, relatives, friends and the like associated with the trapped passenger) related to the trapped passenger, so that friends and relatives of the trapped passenger can quickly know the information.

As a preferred embodiment, the remote service platform 116 is connected to the in-car camera 3 and the background management platform 1 through a network, and the remote service platform 116 records and stores elevator information, maintenance information, position information and owner information uploaded by the background management platform 1; the remote service platform 116 can call the car camera 3 and the car face recognition module 6 through the background management platform 1 to acquire the number of passengers and passenger information, and send the passenger information to the user terminal 110 and the background management platform 1 after the passenger information is successfully acquired, so that related personnel can quickly acquire the information of the trapped passengers. The remote service platform 116 further comprises a remote alarm module for giving an alarm after the emergency button 111 is activated, and reminding workers of an elevator company that an elevator has a fault, so that the elevator workers can deal with the fault in time.

As a preferred embodiment, referring to fig. 1 and 4, the digital management system further includes an escape system 14, the escape system 14 includes an escaping personnel judgment module 141 and a cloud server 142, the escaping personnel judgment module 141 is connected to the background management platform 1 through the cloud server 142, the cloud server 142 is connected to an escaping personnel face database 143 of the related system, and the cloud server 142 downloads and stores the escaping personnel data of the escaping personnel face database 143 of the related system in real time and establishes an escaping personnel file. The implementation method of the pursuit evasion system 14 comprises the following steps:

step S1: the in-car camera 3 collects images of passengers entering the car, and the images are analyzed and identified through the in-car face identification module 6, or the out-car camera 401 collects images of passengers entering the car, and the out-car face identification module 402 analyzes and identifies the information of the images of the passengers faces, or when the passengers establish passenger files to input the information of the images of the passengers faces, the information is wirelessly transmitted to the cloud server 142 through the background management platform 1;

step S2: the cloud server 142 compares the received passenger face image with the face image information of the person in flight of the in-flight person in the in-flight person file through the in-flight person judgment module 141 to identify whether the passenger in the car has the in-flight person;

step S3: if the passengers in the car have escaped persons, the cloud server 142 sends feedback signals to the background management platform 1, then the background management platform 1 utilizes the background alarm module 12 to send alarms to the staff, and displays the warning that the passengers in the car have escaped persons and the face pictures of the escaped persons through the background display module, so that the staff in the monitoring room can give an alarm and take the best measures; of course, the background management platform 1 may also be wirelessly connected to the alarm device 144 of the relevant system, and when there is an escaped person in a passenger in the car, the background management platform 1 directly alarms the relevant system.

As a preferred embodiment, the in-car camera 3 comprises a first camera and a second camera which respectively take images towards the front inner wall and the rear inner wall of the car, and the accuracy of human image recognition is improved through the first camera and the second camera, so that the running accuracy of the elevator is ensured. The principle is as follows: when a passenger enters the car from the car door, the first camera shoots a portrait of the passenger entering from the car door, transmits the portrait to the face recognition module in the car for face feature recognition, and transmits a recognition result to the elevator taking judgment module in the car; after a passenger enters the car, the passenger usually turns to face the car door, at the moment, the second camera shoots a portrait of the passenger facing the car door, and transmits the portrait to the face recognition module in the car for face feature recognition, and then transmits a recognition result to the elevator taking judgment module in the car; the elevator taking judgment module in the car accurately judges the passenger information in the car by combining the twice image pickup of the passenger, thereby improving the working quality of the elevator taking judgment module. In addition, the in-carriage camera 3 further comprises at least one in-carriage temperature measuring camera for measuring the body temperature of the passenger, so that the staff of the background management platform 1 can find out the abnormal body temperature of the passenger in time and take corresponding countermeasures in time.

The operation steps of the digital elevator are as follows:

s1, the passengers in the elevator waiting hall are connected with the background management platform 1 through mobile phone code scanning, then the mobile phone is used for registering data such as personal facial image information, passenger preset destination layer information and the like into the information storage module 5 through the background management platform 1 to form passenger files, the elevator taking authority is obtained, and after the passengers are registered once to form the passenger files, the passengers do not need to repeatedly register in the subsequent elevator taking process;

step S2, after the passenger in the waiting hall obtains the authority, the elevator calling module 4 sends an elevator ascending or descending operation instruction to the elevator control module 2 outside the elevator car, so that the elevator car reaches the floor of the waiting hall where the passenger is;

step S3, passengers enter the elevator car and take images inside the elevator car through the in-car camera 3, when the electric car identification module 901 identifies that an electric car is in the elevator car, the security protection reaction module 902 stops the elevator car, sends alarm information to workers through the background alarm module 12, sends alarm information to the passengers who do dangerous behaviors through the in-car alarm module 13, stops the passengers, and the elevator car normally runs after the passengers push the electric car out of the elevator car; when the electric car identification module 901 identifies that no electric car exists in the elevator car, the elevator car normally runs;

step S4, when a passenger enters the car and the elevator car operates normally, the face recognition fee deduction module 801 judges and obtains passenger information according to the recognition result of the in-car face recognition module 6 and the passenger file recorded by the information storage module 5, and outputs the passenger' S boarding fee deduction instruction to the back management platform 1 according to the passenger information;

step S5, after the back management platform 1 executes the fee deduction instruction, the elevator taking judgment module 701 in the car is started, a destination floor operation instruction is output to the elevator control module 2 according to the passenger information, the elevator control module 2 automatically controls the elevator car to reach a destination floor which the passenger needs to reach, and the elevator button does not need to be contacted in the middle, so that the method is convenient to use and is convenient for different passengers to use;

step S6, if the passenger takes dangerous behavior during the elevator taking process, the behavior judgment module 103 stops the elevator car, and sends alarm information to the staff through the background alarm module 12, and sends alarm information to the passenger taking dangerous behavior by using the in-car alarm module 13 to stop the passenger, and the background management platform 1 controls the elevator to resume working after the passenger stops the dangerous behavior.

The above description is only a preferred embodiment of the present invention, and the technical solutions that achieve the objects of the present invention by substantially the same means are within the protection scope of the present invention.

Claims (10)

1. The utility model provides a digital elevator for wisdom district management, includes backstage management platform (1), elevator control module (2), camera (3) in the railway carriage or compartment, elevator module (4) are exhaled outward to the railway carriage or compartment, backstage management platform (1) and elevator module (4) are exhaled outward to the railway carriage or compartment all are connected with elevator control module (2), camera (3) are connected with backstage management platform (1) in the railway carriage or compartment, its characterized in that: backstage management platform (1) is connected with digital management system, digital management system is including information storage module (5) that is used for saving elevator information and passenger's archives information, face identification module (6) in the railway carriage or compartment that is used for face identification, can realize face identification call calling's noninductive calling system (7), can take advantage of the ladder according to face identification and detain the cloud of fee system (8) of fee, can discern whether there is the security protection monitored control system (9) that the electric motor car got into the car, can judge action identification system (10) of passenger dangerous action according to passenger action and car vibrations discernment, an elevator trouble rescue system (11) that is used for elevator trouble passenger to rescue.

2. A digitized elevator for intelligent cell management according to claim 1, characterized by: the background management platform (1) is also connected with a background alarm module (12) for sending alarm information to workers and an in-car alarm module (13) for sending alarm information in the car.

3. A digitized elevator for intelligent cell management according to claim 1, characterized by: the non-sensory calling system (7) comprises an in-car elevator taking judgment module (701) capable of identifying a passenger destination layer according to the face image information, wherein the in-car elevator taking judgment module (701) is connected with an information storage module (5) through a background management platform (1), and the in-car elevator taking judgment module (701) is connected with the elevator control module (2).

4. A digitized elevator for intelligent cell management according to claim 1, characterized by: the elevator calling module (4) comprises an outdoor camera (401) for shooting and recording passengers waiting in the elevator hall, an outdoor face recognition module (402) for carrying out face image information recognition on the passengers shot and recorded by the outdoor camera (401), and an outdoor elevator taking judgment module (403) for judging an uplink or downlink running instruction according to the face image information, wherein the outdoor face recognition module (402) is connected with the outdoor camera (401), and the outdoor elevator taking judgment module is connected with the information storage module (5), the elevator control module (2) and the outdoor face recognition module (402) through a background management platform (1).

5. A digitized elevator for intelligent cell management according to claim 1, characterized by: the cloud fee deduction system (8) comprises a face recognition fee deduction module (801) capable of carrying out elevator taking fee deduction according to passenger face image information, and the face recognition fee deduction module (801) is connected with the information storage module (5) and the in-car face recognition module (6) through the background management platform (1).

6. A digitized elevator for intelligent cell management according to claim 1, characterized by: the security monitoring system (9) comprises an electric vehicle identification module (901) for identifying an electric vehicle and a security reaction module (902) for taking a response measure after an elevator is identified, wherein the security reaction module (902) is connected with the elevator control module (2) and the electric vehicle identification module (901) through a background management platform (1).

7. A digitized elevator for intelligent cell management according to claim 1, characterized by: the behavior recognition system (10) comprises a behavior recognition module (101) for recognizing passenger actions, a vibration induction module (102) for detecting abnormal vibration of a lift car and a behavior judgment module (103) for judging dangerous behaviors, wherein the behavior recognition module (101) and the vibration induction module (102) are connected with the behavior judgment module (103) through a background management platform (1), and the behavior judgment module (103) is connected with an elevator control module (2) through the background management platform (1).

8. A digitized elevator for intelligent cell management according to claim 1, characterized by: an elevator trouble rescue system (11) includes: the emergency button (111) is arranged in the lift car, and passengers can press and start the elevator fault rescue system (11); the in-car advertisement playing device (112) is used for playing advertisements and playing automatic playing emergency video and emotion soothing audio after the emergency button (111) is started; a biological monitoring device (113) for detecting the presence of a passenger in the car after the emergency button (111) is activated; a landing recognition device (115) for detecting a landing where a car fault stops after an emergency button (111) is activated; the remote service platform (116) is used for receiving the distress message after the emergency button (111) is started; the emergency response device (114) is connected and controlled by an emergency button (111), the emergency response device (114) is connected with the background management platform (1), the in-compartment advertisement playing device (112), the in-compartment camera (3), the biological monitoring device (113), the landing identification device (115) and the remote service platform (116), and the emergency response device (114) is used for driving the in-compartment advertisement playing device (112), the in-compartment camera (3), the biological monitoring device (113) and the landing identification device (115) to work after the emergency button (111) is started and sending distress call information to the background management platform (1) and the remote service platform (116).

9. A digitized elevator for intelligent cell management according to claim 8, characterized by: the elevator failure rescue system (11) further comprises an emergency guarantee device (117), wherein the emergency guarantee device (117) is connected and controlled by an emergency response device (114) and used for illuminating the interior of the elevator car and conveying air after an emergency button (111) is pressed down.

10. A digitized elevator for intelligent cell management according to claim 1, characterized by: the digital management system further comprises an escape system (14), the escape system (14) comprises an escape personnel judging module (141) and a cloud server (142), and the escape personnel judging module (141) is connected with the background management platform (1) through the cloud server (142).

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