TWM599956U - Intelligent real-name body temperature measurement and passenger flow analysis system - Google Patents

Abstract

This creation is about an intelligent real-name body temperature measurement and passenger flow analysis system. It includes a human flu detector to detect and track the movement direction of a visitor’s torso; a guest bill reader for the visitor to insert or scan a guest ID card to Perform real-name registration of guest information; a camera unit captures a facial image of the guest; a thermal image detection unit detects body temperature information of one of the guests, and cooperates with the guest registration and facial image, for the body temperature information Connect; a cloud server judges the entry or exit of the visitor based on the direction of the torso of the visitor, counts and analyzes a passenger flow information, and performs information processing based on the visitor’s registration, facial image and body temperature information Integrate and build files. Take real-name body temperature measurement and passenger flow analysis and statistics for visitors in various public places.

Description

Intelligent real-name body temperature measurement and passenger flow analysis system

This creation is about a system that can provide real-name body temperature measurement and passenger flow analysis for visitors in various public places.

At present, due to the prevalence of the new crown pneumonia epidemic, all public places are controlled for the flow of people, and at the same time, the body temperature is measured and allowed to enter the public places.

For example, the new patent case No. M590247 "Analysis of Hot Spots of People Flows and Crowd Guidance System at Convention and Exhibition Activities" announced on February 1, 109 of the Republic of China. It is disclosed that the system includes several position signal sources and a server, and the server includes a floor plan database module, a communication module, and a processing module. The processing module can instantly present the dots representing the visitors on the user's handheld mobile communication device, so that the user can know the distribution of people in the exhibition hall at this time, and then adjust their position or take the path with the least number of people , Reach where you want to go.

There is also a patent case of Invention No. I686748 "Crowd Flow Analysis System and Crowd Flow Analysis Method" announced on March 1, 109 of the Republic of China, which discloses that the flow analysis system includes image sources, computing devices, and mainframes. The image source obtains the first image and the second image. The computing device is connected to the image source. The computing device recognizes the first image according to the data set to generate the first detected image. The first detection image has a pedestrian position frame corresponding to the first image. The computing device generates a tracking image according to the difference between the data set, the first detection image and the second image. The tracking image has another location frame corresponding to the pedestrian in the second image. The host is connected to the computing device and generates a flow form based on the first detection image and tracking image.

Although the aforementioned patents can detect and analyze the flow of people, they cannot perform body temperature measurement and real-name registration for every incoming visitor. Therefore, it takes a lot of manpower to perform body temperature measurement and real-name registration. It is not ideal for use.

This creation is to solve the problem that visitors from public places can not perform a large number of real-name body temperature measurement and passenger flow analysis. Therefore, this creation provides an intelligent real-name body temperature measurement and passenger flow analysis system. It is equipped with a human flu detector to detect and track the movement direction of a visitor’s torso; a passenger data reader is for the visitor to insert or Scan a guest ID to perform a real-name guest registration to confirm the identity of the visitor; a camera unit is connected to the guest reader to capture a facial image of the visitor and cooperate The guest data is registered as the information for facial recognition and file creation of the guest; a thermal image detection unit is connected to the camera unit with a signal to detect the temperature information of one of the guests and cooperate with the guest Register, the face image, and link the body temperature information; a cloud server is connected to the human flu detector and the camera unit to determine whether the visitor enters or is based on the direction of the torso movement of the visitor. Leave, to count and analyze a passenger flow information, and then integrate the information for the visitor and create a file based on the customer's registration, the facial image, and the body temperature information.

The above-mentioned human flu detector further detects the visitor to identify his age and gender.

The above-mentioned customer certificate is an ID card, a health insurance card or a membership card.

The above-mentioned photographing unit is a smart phone, a tablet computer or a video camera.

The cloud server is connected to the human flu detector and the photographing unit through wireless or wired signals.

Capture the face image of the visitor from nine angles through a photographic lens of the aforementioned photographing unit, recognize the face image in real time, and create a visitor profile based on the recognition result of the face image and the guest registration, and The visitor information is transmitted to the cloud server for file creation and storage.

The human flu detector, the guest reader, the photographing unit and the thermal image detecting unit are arranged at the position of at least one entrance and exit of a regional space.

The above-mentioned regional space is located in a store, a hospital, a company, a school, an entertainment venue, a public institution or a public place.

The above-mentioned cloud server is located in an entertainment venue. The cloud server includes a back-end database, an API communication interface, and a box traffic query interface. The back-end database includes: basic settings, box settings, personnel management, and box traffic Data and report query, the API communication interface includes: data query API after face recognition, identity data storage API and face data synchronization API, the box people flow query interface includes: box and personnel query.

The above-mentioned cloud server is established in a visitor data data center in a public place.

The above technical features have the following advantages:

1. The system can be installed at the entrance and exit of each public place for real-name body temperature measurement of visitors, which can prevent visitors with excessive body temperature from entering public places, thereby ensuring the health and safety of the rest of the public places.

2. Fully automated real-name login, face recognition, identity verification and temperature measurement of visitors, so as to save time and streamline manpower.

3. According to the moving direction of the torso of the visitor, it can be judged whether the visitor is going to enter or leave the public place, so that it can be used for statistics and analysis of passenger flow information.

Please refer to the first and second figures. This creative embodiment is an intelligent real-name body temperature measurement and passenger flow analysis system that is implemented in at least one area A in a public place. The area A is designed There is at least one entrance A1 (as shown in the third figure). This creative embodiment includes: human flu detector 1, customer information reader 2, photographing unit 3, thermal image detection unit 4 and cloud server 5, among which:

The human flu detector 1, as shown in the fourth figure, is set at the position of the entrance A1 to detect and track the movement direction of a torso of a visitor B. The human flu detector 1 can generate a three-dimensional spatial sensing range without any dead corners at all, so only one set is needed to sense the visitor B entering and exiting at the entrance A1. And further, the visitor B can be sensed to identify the age, the age of the visitor can be counted, and the sensor can be sensed to identify the gender, so as to count the gender of the visitor. It can effectively improve the shortcomings of traditional infrared sensors that require a set of transmitter and receiver sensors in both the incoming and outgoing directions, and it is only a line or surface sensing range, and there will be dead corners in sensing. .

The guest credit reader 2, as shown in the fifth figure, is set at the position of the entrance and exit A1, so that the guest B can insert or scan a guest credit card for real-name registration of guest credit to confirm the The identity of guest B. The guest certificate is an identity card, a health insurance card or a membership card that can prove the identity of the guest B.

The photographing unit 3, as shown in the fifth figure, is arranged at the position of the entrance A1. The photographing unit 3 is connected to the customer profile reader 2 through a signal, so as to capture a facial image of the guest B, and register it with the guest B as information for facial recognition and file creation of the guest B . The photographing unit 3 can be a smartphone, a tablet computer or a video camera with a photographing lens 31. The creative embodiment of this case uses a smart phone with a dedicated application (APP) installed.

The thermal image detection unit 4, as shown in the fifth figure, is arranged at the position of the entrance A1. The thermal image detection unit 4 is signal-connected to the photographing unit 3, so as to detect the body temperature information of the guest B, and cooperate with the registration of the guest and the face image to link the body temperature information of the guest B to To confirm the identity of the visitor B in the future using the facial image recognition.

The cloud server 5 is connected to the human flu detector 1 and the photographing unit 3 through wireless or wired signals, so as to determine whether the visitor B enters the regional space A or according to the torso movement direction of the visitor B Leave the area space A to count and analyze a passenger flow information. According to the guest registration, the facial image, and the body temperature information, the guest B is integrated and filed. The cloud server 5 can be established in a visitor data center C in any public place.

When used, as shown in the first and second figures, this creative embodiment can be implemented in various public places such as various stores, hospitals, companies, schools, entertainment venues, public institutions and other public places in the area space A. When the visitor B wants to enter the regional space A, as shown in the third and fourth figures, the human flu detector 1 at the entrance A1 will detect and track the torso movement direction of the visitor B. And transmit it to the cloud server 5, and the cloud server 5 will determine whether the visitor B wants to enter or leave the regional space A according to the torso movement direction of the visitor B, so as to make statistics and Analyze the passenger flow information.

As shown in the fifth figure, at the same time at the entrance and exit A1, the first visitor B can insert or scan his passenger certificate in the passenger ticket reader 2, and the passenger ticket reader 2 can Read the guest ID for real-name registration of the guest, so as to confirm the identity of the guest B.

The photographing unit 3 located at the entrance A1 can capture the facial image of the visitor B, and cooperate with the visitor B's credit registration obtained by the visitor B to be the visitor. The face recognition and file creation information of B is used as real-time recognition, which can achieve the effect of real-name registration and entering the identity of the personnel in the regional space A.

Then the thermal image detection unit 4 located at the entrance A1 can detect the body temperature information of the guest B, and cooperate with the guest registration and the facial image to link the body temperature information of the guest B And file. If the body temperature is normal, the visitor B can be allowed to enter the area space A. If the body temperature exceeds the standard, a warning will be issued to prevent the visitor B from entering the area space A, so as to ensure the rest of the area space A The health and safety of personnel.

If the visitor B is to create a file for a strange visitor who came for the first time, he can capture nine-angle facial images through the photographic lens 31 of the photographing unit 3, and real-time AI recognition through facial images, based on the facial image and The identification result of the guest data registration creates a guest data, and transmits the guest data to the cloud server 5 of the guest data data center C for file and storage. If it is the returning visitor B, it is no longer necessary to insert or scan the guest identification card in the guest information reader 2 again. It only needs to recognize the face of the visitor B and receive the thermal image detection unit 4. The detected body temperature information is used to confirm the identity of the visitor B through the face recognition of the facial image in real time, and record the identity of the visitor B and the temperature information, and transmit to the cloud of the visitor data center C Server 5 saves time and streamlines manpower for real-name registration, body temperature measurement and passenger flow analysis.

The information of the customer information, the facial image, and the body temperature obtained by the guest B will be transmitted to the cloud server 5 for file creation and storage. The cloud server 5 can be built according to different public places. For example, it can be used in entertainment places such as KTV. The cloud server 5 can include a back-end database 51 and an API communication interface 52 [application programming interface/ Application Programming Interface] and a private box traffic query interface53.

The back-end database 51 includes basic settings, box settings, personnel management, box flow data, and report query. The API communication interface 52 includes: data query API after face recognition, identity data storage API, and face data synchronization API. The box people flow query interface 53 includes: box and personnel query (for real-time query). Therefore, when the visitor B comes to the regional space A again in the future, the identity of the visitor B can be quickly identified by capturing the facial image of the visitor B. Moreover, the whole process is established through artificial intelligence (AI), which is completely free of manpower and time, and achieves the functions of real-name registration personnel data, measurement of body temperature and statistics of passenger flow for analysis.

Based on the description of the above embodiments, when we can fully understand the operation and use of this creation and the effects of this creation, but the above embodiments are only the preferred embodiments of this creation, and the implementation of this creation cannot be limited by this. The scope, that is, simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description, are all within the scope of this creation.

1: Human flu detector 2: Guest data reader 3: Photography unit 31: Photography lens 4: Thermal image detection unit 5: Cloud server 51: Backend database 52: API communication interface 53: Inquiry interface for box flow A: Regional space A1: entrance and exit B: Visitor C: Visitor Information Data Center

[The first figure] is a schematic diagram of the overall structure of this creative embodiment.

[The second figure] is a block diagram of the system configuration of this creative embodiment.

[The third figure] is a schematic diagram of the use of this creative embodiment set at the entrance and exit.

[Fourth figure] is a schematic diagram of the use of the human flu detector according to this creative embodiment.

[Fifth Figure] is a schematic diagram of the usage of the guest reader, camera unit and thermal image detection unit in this creative embodiment.

1: Human flu detector

2: Guest data reader

3: Photography unit

4: Thermal image detection unit

A: Regional space

A1: entrance and exit

B: Visitor

Claims (10)

A smart real-name body temperature measurement and passenger flow analysis system, including: A human flu detector, which detects and tracks the movement direction of a torso of a visitor; A guest credit reader for the visitor to insert or scan a guest credit card for real-name registration, which is used to confirm the identity of the visitor; A photographing unit, connected to the guest profile reader with a signal, so as to capture a facial image of the guest, and register with the guest as information for facial recognition and file creation of the guest; A thermal image detection unit, connected to the photographing unit with a signal, to detect body temperature information of one of the visitors, and to link the body temperature information with the registration of the guest and the facial image; A cloud server is connected to the human flu detector and the photographing unit with a signal to determine whether the visitor is entering or leaving according to the direction of the torso movement of the visitor, so as to count and analyze a passenger flow information. The information is registered, the facial image and the body temperature information, and the information is integrated and filed for the visitor. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the human flu detector further detects the visitor's age and gender. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, in which the passenger certificate is an identity card, a health insurance card or a membership card. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the camera unit is a smart phone, a tablet computer or a camera. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the cloud server is connected to the human flu detector and the photographing unit through wireless or wired signals. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein a photographing lens of the photographing unit captures the facial image of the visitor from nine angles, and recognizes the facial image in real time according to The facial image and the identification result of the customer registration create a visitor data, and the visitor data is transmitted to the cloud server for file and storage. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the human flu detector, the customer information reader, the photographing unit and the thermal image detection unit are set in at least one of a regional space The location of the entrance and exit. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 7, in which the regional space is located in a store, a hospital, a company, a school, an entertainment venue, a public institution or a public place. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the cloud server is located in an entertainment venue, and the cloud server includes a back-end database, an API communication interface, and a private box traffic query interface. The back-end database includes: basic settings, box settings, personnel management, box traffic data and report query. The API communication interface includes: data query API after face recognition, identity data storage API, and face data synchronization API. The check-in interface of the box people flow includes: check boxes and people. For example, the intelligent real-name body temperature measurement and passenger flow analysis system of claim 1, wherein the cloud server is established in a visitor data data center in a public place.

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