TWM599953U - Simple digital crowd quarantine control system - Google Patents

Abstract

This creation is about a simple digitalized crowd quarantine control system, including a host computer with a display input interface to display customer information and input phone numbers, and then display a two-dimensional bar code on the display input interface; A data reader is for the visitor to insert or scan a passenger certificate; a camera unit captures the visitor’s facial image; a thermal image detection unit detects the visitor’s body temperature information; a human flu detector detects and tracks the A reading unit reads the two-dimensional bar code to confirm the coordinate location of the visitor’s torso; a cloud server counts and analyzes the passenger flow information, and then based on the guest’s registration, facial image, body temperature information, Coordinate position and passenger flow information are integrated and filed. As a real-name system for temperature measurement and passenger flow analysis.

Description

Simple digital crowd quarantine control system

This creation is about a system that can provide real-name body temperature measurement, passenger flow analysis and footprint tracking 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 a simple digital crowd quarantine control system, which is equipped with a host computer and a display input interface. The display input interface is used to display a visitor for real-name registration and enter the visitor’s information. After a phone number, a two-dimensional bar code is displayed on the display input interface; a customer information reader is connected to the host computer with a signal for the guest to insert or scan a customer card for real-name registration A guest account is registered and transmitted to the host computer to confirm the identity of the guest. The guest account reader is set in the host computer; a camera unit is connected to the host computer with signals. In order to capture a face image of the visitor and transmit it to the host computer, it will cooperate with the registration of the guest and the face image as the information for the face recognition and file creation of the visitor. The camera unit Is set inside the host computer; a thermal image detection unit is connected to the host computer to detect the temperature information of one of the guests and transmit it to the host computer to cooperate with the Customer registration, the facial image, and the body temperature information are linked. The thermal image detection unit is installed inside the host computer; a human flu detector detects and tracks the direction of the torso of one of the visitors ; A reading unit is to read the two-dimensional bar code to confirm the location of a mark of the visitor; a cloud server is connected to the host computer, the human flu detector and the reading unit by signals According to the moving direction of the torso of the visitor, to determine whether the visitor is entering or leaving, to count and analyze a passenger flow information, and then according to the passenger registration, the facial image, the body temperature information, the coordinate position and the passenger flow information, Create a file based on the information integration of the visitor.

An exclusive application is installed in a smartphone held by the visitor to receive the two-dimensional barcode.

The display input interface is provided with an output terminal, and the output terminal is used for printing a scanned object with the two-dimensional bar code.

The scanned object is a paper card or a card.

The above-mentioned reading unit scans the two-dimensional bar code to confirm the coordinate position of the visitor, so as to track a moving footprint of the visitor.

The above-mentioned host computer and the human flu detector are both arranged at the position of at least one entrance and exit of a regional space.

The above-mentioned reading unit is arranged in any area within the area space.

The above-mentioned display input interface is a touch screen.

A base is provided below the display input interface.

At least one roller is arranged at the bottom of the base for moving the host computer at will.

The above-mentioned customer information reader is further provided with an insertion port on the surface of the display input interface for inserting the customer information certificate.

The photographing unit is further provided with a lens on the surface of the display input interface.

The thermal image detection unit is further provided with a temperature sensing part on the surface of the display input interface.

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.

4. By entering the phone number of the visitor to generate a two-dimensional bar code, an exclusive application (APP) can be installed in the smartphone held by the visitor to receive the two-dimensional bar code, and the coordinate position of the visitor can be confirmed. To record the mobile footprint of visitors, and to facilitate future tracking.

Please refer to the first and second figures. This creative embodiment is a simple digitalized pedestrian flow quarantine control system, which cooperates with at least one regional space A implemented in public places, and the regional space A has at least One entrance A1 (as shown in the third figure). This creative embodiment includes: host computer 1, guest reader 2, photographing unit 3, thermal image detecting unit 4, human flu detector 5, reading unit 6 and cloud server 7, among which:

The host computer 1 is set at the position of the entrance A1. As shown in the fourth figure, the host computer 1 is provided with a display input interface 11 for displaying a visitor B for real-name registration, and inputting a telephone number of the visitor B. The display input interface 11 is a touch screen for inputting the phone number and then displaying a two-dimensional barcode 121 on the display input interface 11, which can be installed in a smartphone held by the visitor B. The application program (APP) receives the two-dimensional barcode 121. In addition, the display input interface 11 is provided with an output terminal 12, and the output terminal 12 can be used to print a scanned object 122 with the two-dimensional barcode 121. The scanned object 122 can be a paper card or a card. The two-dimensional barcode 121 can be used by the visitor who does not use a smart phone. In addition, a base 13 is provided under the display input interface 11, and at least one roller 14 is provided at the bottom of the base 13 to allow the host computer 1 to be moved arbitrarily.

The guest information reader 2 is a signal connected to the host computer 1 so as to scan a guest account certificate of the guest B to generate the guest account registration, and transmit it to the host computer 1 for confirmation The identity of the visitor B. The guest information reader 2 is arranged inside the host computer 1, and the guest information reader 2 is further provided with an insertion port 21 on the surface of the display input interface 11 for inserting the guest information certificate . 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 camera unit 3 is a signal connected to the host computer 1 to capture a face image of the guest B, and transmit it to the host computer 1 to register with the guest, so as to be the person of the guest B Information on face recognition and file creation. The photographing unit 3 is arranged inside the host computer 1, and the photographing unit 3 is further provided with a lens 31 on the surface of the display input interface 11.

The thermal image detection unit 4 is a signal connected to the host computer 1, so as to detect the body temperature information of the guest B and transmit it to the host computer 1, so as to cooperate with the guest registration and the facial image. The body temperature information of the visitor B is linked to use the facial image to identify the identity of the visitor B in the future. The thermal image detection unit 4 is arranged inside the host computer 1, and the thermal image detection unit 4 is further provided with a temperature sensing portion 41 on the surface of the display input interface 11.

The human flu detector 5 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 5 can generate a three-dimensional spatial sensing range without any dead corners at all. Therefore, only one set is required to detect 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 reading unit 6 can be installed in any area within the area space A, or it can be held by the service personnel to scan the two-dimensional barcode 121 on the smart phone or the scanned object 122 , To confirm the coordinate position of the visitor B, so as to track the movement of the visitor B in the future.

The cloud server 7 is connected to the host computer 1, the human flu detector 5, and the reading unit 6 through wireless or wired signals, so as to determine the visitor B according to the torso movement direction of the visitor B Enter the regional space A or leave the regional space A, so as to count and analyze a passenger flow information. According to the guest registration, the facial image, the body temperature information, the coordinate position, and the passenger flow information, a file is created by integrating the information for the guest B. 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 fifth figures, the human flu detector 5 at the entrance A1 will detect and track the torso movement direction of the visitor B. And transmit it to the cloud server 7, 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 first, fourth, and sixth diagrams, the host computer 1 at the entrance and exit A1 at the same time, the first visitor B can be set on the host computer 1 The customer information is inserted or scanned in the customer information reader 2, and the customer information can be read by the customer information reader 2 and transmitted to the host computer 1 for real-name registration of the customer information Log in to confirm the identity of the visitor B.

The photographing unit 3 installed on the host computer 1 can capture the facial image of the guest B, and cooperate with the guest B's registration obtained by the guest reader 2 to transmit it to The host computer 1 can be used as the information for face recognition and file creation of the visitor B for real-time recognition, which can achieve the effect of real-name registration and entry into the regional space A.

Then the thermal image detection unit 4 installed on the host computer 1 can detect the body temperature information of the guest B and transmit it to the host computer 1 to match the customer’s registration and the face Image, and link and file the temperature information of the guest B. 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 transmit them to the host computer 1 through the facial image In real-time AI recognition, a visitor data is created based on the recognition result of the facial image and the guest data registration, and the visitor data is transmitted to the cloud server 7 of the visitor data data center C for file and storage. After the file creation is completed, the visitor B can input the phone number of the smart phone he uses through the display input interface 11, and the host computer 1 transmits the two-dimensional barcode 121 to the smart phone. Alternatively, the scanned object 122 with the two-dimensional barcode 121 can be printed out through the output terminal 12, so that the visitor without a smart phone can use the two-dimensional barcode 121. The visitor B enters the area space A, and every time in a different area, the reading unit in the area will read the two-dimensional barcode 121 to identify the identity of the visitor B and its location. The passed coordinate position is transmitted to the cloud server 7 so as to record the mobile footprint of the visitor B.

If the visitor B is returning, it is no longer necessary to insert or scan the guest ID in the guest reader 2 again, and only need to recognize the face of the visitor B by the photographing unit 3 and receive the thermal image The body temperature information detected by the detection unit 4 is used to confirm the identity of the visitor B through face recognition in the facial image, and record the identity of the visitor B and the body temperature information, and pass the host computer 1 The cloud server 7 transmitted to the visitor data data center C is stored, thereby saving time and simplifying manpower for real-name registration, body temperature measurement and passenger flow analysis. Similarly, the host computer 1 will send the two-dimensional barcode 121 to the visitor B. If the visitor B enters a different area in the area space A, the reading unit in the area will read The two-dimensional barcode 121 is used to identify the identity of the visitor B and the coordinate position it has passed, and is transmitted to the cloud server 7 so as to record the mobile footprint of the visitor B.

The cloud server 7 can be built according to different public places, such as KTV and other entertainment places, in addition to the customer registration, the facial image and the body temperature information obtained by the guest B, except It will be transmitted to the cloud server 7 for file creation and storage. And the reading unit 6 is installed in a different box. When the guest B enters a different box, the reading unit 6 reads the two-dimensional barcode 121, then the location of the guest B can be confirmed to do Control the flow of people in each box.

Therefore, when the visitor B comes to the KTV 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 of personnel data, measurement of body temperature, tracking of footprints 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: Host computer 11: Display input interface 12: output 121: Two-dimensional barcode 122: Scan objects 13: Pedestal 14: Roller 2: Guest data reader 21: socket 3: Photography unit 31: lens 4: Thermal image detection unit 41: Temperature Sensing Department 5: Human flu detector 6: Reading unit 7: Cloud server A: Regional space A1: entrance and exit B: Visitor

[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 structure of the host computer combined with the guest reader, camera unit and thermal image detection unit in this creative embodiment.

[Fifth Figure] is a schematic diagram of the use of the human flu detector in this creative embodiment.

[Figure 6] is a schematic diagram of the usage of the guest reader, camera unit and thermal image detection unit in this creative embodiment.

1: Host computer

11: Display input interface

12: output

121: Two-dimensional barcode

122: Scan objects

13: Pedestal

14: Roller

2: Guest data reader

21: socket

3: Photography unit

31: lens

4: Thermal image detection unit

41: Temperature Sensing Department

Claims (13)

A simple digital crowd quarantine control system, including: A host computer with a display input interface, the display input interface is used to display a visitor for real-name registration, and after entering a telephone number of the visitor, display a two-dimensional bar code on the display input interface ； A guest information reader, a signal connected to the host computer, for the guest to insert or scan a guest account certificate for real-name registration, and transmit it to the host computer to confirm the The identity of the visitor, the guest data reader is set on the host computer; A camera unit is connected to the host computer with a signal to capture a face image of the guest and transmit it to the host computer to cooperate with the guest registration and the face image to serve as the For the information of face recognition and file creation of visitors, the camera unit is installed inside the host computer; A thermal image detection unit is connected to the host computer to detect the temperature information of one of the guests and transmit it to the host computer. It is coordinated with the guest’s registration, the facial image, and the The body temperature information is linked, and the thermal image detection unit is set inside the host computer; A human flu detector, which detects and tracks the movement direction of one of the visitors’ torso; A reading unit is to read the two-dimensional bar code to confirm the location of a mark of the visitor; A cloud server with signals connected to the host computer, the human flu detector and the reading unit, so as to determine whether the visitor is entering or leaving according to the direction of the torso movement of the visitor, for statistics and analysis The passenger flow information is based on the customer's registration, the facial image, the body temperature information, the coordinate position, and the passenger flow information to form a file by integrating the information for the visitor. For example, in the simple digital crowd quarantine control system of claim 1, in which a smartphone held by the visitor is installed with an exclusive application to receive the two-dimensional barcode. For example, the simple digital pedestrian quarantine control system of claim 1, wherein the display input interface is provided with an output terminal, and the output terminal is used for printing a scanned object with the two-dimensional barcode. For example, the simple digital crowd quarantine control system of claim 3, wherein the scanned object is a paper card or a card. For example, the simple digital pedestrian quarantine control system of claim 1, wherein the reading unit scans the two-dimensional bar code to confirm the coordinate position of the visitor, so as to track a movement footprint of the visitor. For example, the simple digital human flow quarantine control system of claim 1, wherein the host computer and the human flu detector are both installed at the location of at least one entrance and exit of a regional space. For example, the simple digitalized crowd quarantine control system of claim 6, wherein the reading unit is set in any area within the area space. For example, the simple digital pedestrian quarantine control system of claim 1, wherein the display input interface is a touch screen. For example, the simple digital crowd quarantine control system of claim 1, wherein a base is provided under the display input interface. For example, the simple digital crowd quarantine control system of claim 9, wherein at least one roller is provided at the bottom of the base for moving the host computer at will. For example, in the simple digital pedestrian flow quarantine control system of claim 1, the passenger information reader is further provided with an insertion port on the surface of the display input interface for inserting the passenger certificate. For example, the simple digital pedestrian flow quarantine control system of claim 1, wherein the photographing unit is further provided with a lens on the surface of the display input interface. For example, the simple digital pedestrian quarantine control system of claim 1, wherein the thermal image detection unit is further provided with a temperature sensing part on the surface of the display input interface.

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