TWM606799U - Body temperature monitoring device - Google Patents

Abstract

This invention creates a body temperature monitoring device, which includes: a thermal imager, a display screen, a cloud server and an APP management device; wherein the thermal imager includes a face recognition module, a thermal image module and a network Connection module; the display screen has a real-time image area, a thermal image area and a detection information area; the APP management device can set the normal upper limit of the body temperature detected by the thermal imager, and can be turned on or off The normal upper limit of the body temperature is too high to push the function; the face recognition module can perform face image recognition on the dynamic image, and the thermal image module performs thermal image body temperature detection on the dynamic thermal image to generate integrated temperature values respectively ; If the body temperature value does not exceed the normal upper limit of the thermal imager, the test information area displays normal information and stored in the cloud server at the same time; if the body temperature value exceeds the normal upper limit of the thermal imager, the test The abnormal information displayed in the information area is stored in the cloud server at the same time, and will trigger the hyperthermia push function of the APP management device; with the above device, it can achieve remote and multi-point automatic rapid detection, and reduce the infection of the detection personnel The safety effect of risk.

Description

Body temperature monitoring device

This creation relates to a body temperature monitoring device, especially the technology of detecting body temperature with face recognition and thermal image, which enables rapid and remote multi-point automatic detection of body temperature, and cooperates with the push notification of APP management equipment to enable the detection personnel Those who can take immediate preventive measures.

Press, SARS, MERS, H3N2, and even the new coronary pneumonia (COVID-19) that has caused a global pandemic a few years ago have caused countless lives to disappear. These diseases are very likely to spread through the air. , Causing serious health hazards to people; in terms of the physiology of viruses or bacteria, even when the virus or bacteria leaves the biological host and stays on the surface of non-living objects, they will still have a few hours of viability during this period. Once it encounters a new organism host, it can again infect the new organism host to survive and further spread and multiply. It is highly infectious, and even cross-infection causes greater harm, and it has been confirmed by WHO The new coronary pneumonia (COVID-19) has the ability to spread from person to person, which has caused panic among people; however, now that social transportation is developed and the flow of people is rapid and frequent, it also causes the virus to easily spread with the flow of people, especially in This is especially true in public places where people gather. At present, one of the fastest and easiest ways to determine whether you have COVID-19 is to measure whether the human body has hyperthermia. Coronavirus (COVID-19) is suspected. Therefore, in order to prevent the spread of the virus, the physical condition of the people passing by is often checked in public places. At the entrance and exit, the suspected cases are filtered and tracked and isolated in time to prevent large-scale infections. In the practice of epidemic prevention, inspection personnel are generally set up at airports, schools, office buildings, public entrances and exits, etc., and non-contact forehead thermometers are used to measure the body temperature of the people passing by and spray alcohol and hypochlorous acid water. .. and other local disinfection operations, in addition to the above-mentioned methods are labor intensive, the inspectors may also be exposed to the risk of infection in close detection. Furthermore, due to the travel time control and the large number of passengers on the bus, there is no relevant testing personnel on the carriages. It only depends on the passengers to wear masks on their own. Undoubtedly, in closed carriages, The relative increase in the chance of infection is undoubtedly an untimely bomb. The reason is that how to provide information that can automatically measure people's body temperature in public spaces and reduce the risk of infection by inspectors has become an urgent issue in the industry.

In view of this, in order to improve the above shortcomings, the creator is actively researching and developing to provide a body temperature monitoring device. The main technology and purpose are: to use face recognition and thermal imaging to detect body temperature, and to measure the temperature of a group of people. Multi-point automatic induction detection is provided, so that the detection personnel do not need to detect at close distances, so as to reduce the risk of infection of the detection personnel, and achieve the effects of remote, rapid detection and high security.

According to the above objective of this creation, a body temperature monitoring device includes: at least one thermal imager, at least one display screen, at least one cloud server, and at least one APP management device; wherein the thermal imager includes a face recognition module, A thermal image module and a network connection module, the face recognition module includes a face recognition lens, the thermal image module includes a thermal image lens, and the network connection module of the thermal imager is connected through the Internet The network/mobile network is connected to the cloud server and APP management equipment; the screen of the display screen has a real-time image area, a thermal image area and a detection information area, and the display screen is electrically connected to the thermal imager; The APP can manage devices through the Internet/mobile Remotely send or receive the detection information of the thermal imager through the network connection; the APP management device can set the normal upper limit value of the body temperature detected by the thermal imager connected to it, and can turn on or off the thermal imager over the detected temperature The normal upper limit of the body temperature is too high to push the broadcast function; the face recognition lens can shoot a moving image and display it in the real-time image area, the face recognition module can perform face image recognition on the moving image, and The position where the face is recognized in the real-time image area is marked with a frame mark; the shooting direction of the thermal image lens is the same as that of the face recognition lens, the thermal image lens shoots dynamic thermal images and displays them in the thermal image area, and the thermal image module Perform thermal image body temperature detection on the dynamic thermal image in sequence according to the corresponding position of each frame to generate a body temperature value, and display the body temperature value around the corresponding frame; if the body temperature value does not exceed the thermal imager The normal upper limit value of the thermal imager, the detection information area displays normal information, and the thermal imager transmits its test record to the cloud server for storage; if the body temperature exceeds the normal upper limit value of the thermal imager, the detection information area It is red and displays abnormal information. At the same time, the thermal imager transmits its detection records and stores them in the cloud server, which will trigger the hyperthermia push broadcast function of the APP management device.

In an embodiment of this creation, the thermal imager has a machine name and is provided with a serial number and password. The APP management device can be connected to the thermal imager by inputting the serial number and password of the thermal imager.

In an embodiment of this creation, the cloud server stores at least one member registration data with an account and password, the APP management device is installed with an application program, and the application program has a login interface for inputting account and password. Password. If the account and password match the member registration data of the cloud server, you can enter the application and display a management interface. The management interface has a thermal imager management list, and the thermal imager management list displays at least one The name of the connected thermal imager, click on one of the names to display the thermal image The camera setting interface, the thermal imager setting interface can set the normal upper limit value of the temperature detected by the thermal imager pointed to, and can turn on or off the temperature detected by the pointed thermal imager exceeding the normal upper limit value High push broadcast function.

In an embodiment of this creation, the push function causes the application to display a push list, and the push list displays the name of the machine that triggers the push function, time information, and face recognition information.

In an embodiment of this creation, the thermal imager management list has a generated report column corresponding to the machine name. Click the generated report column to display the test record table corresponding to the thermal imager, which can display the The detection record of the thermal imager stored in the cloud server.

In an embodiment of this creation, the detection record includes the machine name, time information, face recognition information and body temperature value of the thermal imager.

In an embodiment of this creation, the display screen is provided with a warning device, and if the body temperature exceeds the normal upper limit of the thermal imager, the warning device emits a warning sound.

In an embodiment of this creation, the cloud server can create an identity recognition database for the face recognition module to compare with the identity recognition database after recognizing the face.

In an embodiment of the invention, the thermal imager and the display screen can be arranged on a base frame, and the base frame is provided with a host positioning part to set the thermal imager and a screen positioning part to fix the display screen.

In an embodiment of the present invention, the base frame can be set up in a standing or suspended manner.

With the above-mentioned devices, it can achieve remote, multi-point automated and rapid detection, and reduce the risk of infection of the test personnel, and it can immediately push the body temperature to notify the test personnel to take immediate prevention measures The safety effect of the application.

10: Thermal imager

11: Machine name

12: Face recognition module

121: Face recognition lens

13: Thermal imaging module

131: Thermal imaging lens

14: Network connection module

20: display screen

21: Live image area

211: box mark

212: body temperature value

22: Thermal image area

23: Detection Information Area

24: warning device

30: Cloud server

40: APP management device

41: Login interface

42: Management interface

421: Thermal imager management list

422: Generate report column

43: Thermal imager setting interface

44: Test Record Form

45: push list

50: base frame

51: Host positioning department

52: Screen positioning section

Figure 1 is a schematic diagram of the application structure of this creation.

Figure 2 is a three-dimensional view of this creative thermal imaging camera.

Figure 3 is a schematic diagram of the creation login interface.

Figure 4 is a schematic diagram of the creation management interface.

Figure 5 is a schematic diagram of the setting interface of this creative thermal imager.

Figure 6 is a schematic diagram of this creation inspection record sheet.

Figure 7 is a schematic diagram of this creation push list.

Figure 8 is a three-dimensional schematic diagram of the base frame of this creation.

Figure 9 is a three-dimensional schematic diagram of the base frame of this creation being suspended and fixed.

In order to enable your reviewer to have a better understanding of this creation, here is a preferred embodiment combined with the drawings, detailed as follows:

Please refer to Figures 1-9, a body temperature monitoring device comprising: at least one thermal imager 10, at least one display screen 20, at least one cloud server 30, and at least one APP management device 40; wherein the thermal imager 10 is The thermal imaging principle detects the body temperature of the subject. The thermal imager 10 has a machine name 11, and is provided with a serial number and a password. The thermal imager 10 includes a face recognition module 12, a thermal image module 13 and a The network connection module 14, the face recognition module 12 includes a face recognition lens 121, the thermal imaging module 13 includes a thermal imaging lens 131, and the network connection module 14 of the thermal imager 10 is connected through the Internet The network/mobile network is connected to the cloud server 30, and the thermal imager 10 transmits and stores its detection records On the cloud server 30; the display screen 20 has a real-time image area 21, a thermal image area 22, a detection information area 23, and an alarm 24. The display screen 20 is electrically connected to the thermal imager 10; The APP management device 40 is a tablet computer, desktop computer, notebook computer or smart phone with a screen, which can remotely send or receive the detection information of the thermal imager 10 through the Internet/mobile network connection ; The network connection module 14 of the thermal imager 10 communicates with the APP management device 40 through the Internet and/or mobile communication network, and the cloud server 30 stores at least one member with an account and password Registration information. The APP management device 40 is installed with an application (APP). The application has a login interface 41 for entering an account and password. If the account and password are the same as the member registration information of the cloud server 30 If it matches, you can enter the application and display a management interface 42. The management interface 42 has a thermal imager management list 421. The thermal imager management list 421 displays the machine name of at least one connected thermal imager 10 11 and the generated report column 422 corresponding to the machine name 11. The thermal imager management list 421 can be used to enter the serial number and password of the thermal imager 10 through the network connection. If the serial number and password are correct, the APP is allowed The management device 40 is connected to the thermal imager 10, and each of the machine names 11 respectively point to the thermal imager 10 connected to the APP management device 40. Click on one of the machine names 11 to display a point The thermal imager setting interface 43 of the thermal imager 10, the thermal imager setting interface 43 can set the normal upper limit of the temperature detected by the thermal imager 10, and can turn on or off the thermal imager 10 detection To push the function of hyperthermia that exceeds the normal upper limit; click the generated report column 422 to display the detection record table 44 corresponding to the thermal imager 10, which can display that the thermal imager 10 is stored in the cloud server The detection record of the device 30; the face recognition lens 121 can shoot a dynamic image of the crowd and display it in the real-time image area 21, the face recognition module 12 can perform face image recognition on the dynamic image, and display it in the real-time image The position where the face is recognized in area 21 is marked with a frame mark 211; the shooting direction of the thermal imaging lens 131 is the same as the shooting direction of the face recognition lens 121, the thermal imaging lens 131 A dynamic thermal image is captured and displayed in the thermal image area 22. The thermal image module 13 sequentially performs thermal image body temperature detection on the dynamic thermal image according to the corresponding position of each frame mark 211 to generate an integrated temperature value 212, respectively. The body temperature value 212 is displayed around the corresponding box 211; if the body temperature value 212 does not exceed the normal upper limit of the thermal imager 10, the detection information area 23 displays "normal body temperature", and the thermal imager 10 The machine name 11, time information, face recognition information and its body temperature value 212 are transmitted to the cloud server 30 for storage; if the body temperature value 212 exceeds the normal upper limit of the thermal imager 10, the detection information area 23 is red It also displays "Abnormal body temperature" and "Please wait for the on-site personnel to recheck", and then pair with the warning device 24 to emit a warning sound. At the same time, the machine name 11, time information, face recognition information and body temperature of the thermal imager 10 The value 212 is transmitted to the cloud server 30 for storage; and the body temperature value 212 exceeds the normal upper limit of the thermal imager 10, the hyperthermia push function will be triggered, and the application of the APP management device 40 will display a push list 45. The push list 45 displays the name of the machine that triggers the high push function 11, time information, and face recognition information, and the APP management device 40 emits a warning sound; through the above device, remote and multi-point automation is achieved Fast detection, and reduce the risk of infection of test personnel, and can immediately push the safety effect of hyperthermia to notify test personnel to take immediate preventive measures.

The composition, function and effect of the above-mentioned embodiment are described in detail as follows: Please refer to Figures 1 to 9 for the connection between the thermal imager 10 of this creation and the APP management device 40. Preferably, the APP management device 40 can Verify by entering or scanning the serial number and password of the thermal imager 10. The entered serial number and password are completely correct, and the connection is allowed only after verification, but not limited to this. The thermal imager 10 that has passed the verification will be based on that machine The name 11 is displayed in the thermal imager management list 421 (as shown in Figure 4). Of course, all the machine names 11 of the thermal imager 10 displayed in the thermal imager management list 421 can be bound or unbound as needed Bind. This creation can be set in airports, schools, office buildings, elevators, and transportation Tools...etc. at entrances and exits of public places. The face recognition lens 121 and the thermal imaging lens 131 are synchronized to shoot towards the crowd. Because there is a distance between the two lenses, a set distance or more is required when shooting. The image captured by the face recognition lens 121 and the thermal imaging lens 131 are the same, and the preferred shooting distance for this creation is 2 to 3 meters. The screen of the display screen 20 can be set to be displayed towards the inspector for the inspectors to conveniently monitor the inspection status, or set to be displayed towards the crowd so that they can see their body temperature when the crowd is moving. During operation, first set the normal upper limit of body temperature on the thermal imager 10 and turn on the push function of detecting hyperthermia that exceeds the normal upper limit. For example, set the upper limit of normal to 37.5 as an example. When the face recognition lens 121 and the thermal imaging lens 131 are shooting towards the object to be tested, the face recognition module 12 will continuously and quickly perform facial image recognition on the dynamic image. If the real-time image area 21 captures more than two persons at a time, it is complete There will be a sequence of face recognition. The first person who completes face recognition first marks the frame 211, and then the thermal image module 13 performs thermal imaging on the thermal image area 22 according to the corresponding position of the frame 211. Like body temperature detection, the body temperature value 212 is generated. If the body temperature value 212 of the first face detection result is 37 degrees, the detection information area 23 will display "the body temperature is normal", and the test result will be uploaded to the cloud server 30 for storage, and The body temperature value 212 is displayed around the frame mark 211 of the first completed face in the real-time image area 21. The frame mark 211 and the body temperature value 212 can be green, but not limited to this; and then the second face recognition is completed If the frame mark 211 is marked, the thermal image module 13 performs thermal image body temperature detection on the thermal image of the thermal image area 22 according to the relative position of the frame mark 211 to generate the body temperature value 212, assuming a second face detection As a result, the body temperature value 212 is 38.5 degrees, the detection information area 23 has a red and eye-catching background, and it will display "abnormal temperature" and "please wait for on-site personnel to recheck" (as shown in Figures 8 and 9), and the warning The device 24 emits a warning sound, and at the same time uploads the detection result to the cloud server 30 for storage, and displays the body temperature value 212 in the real-time image area 21 around the second completed face frame 211, the frame 211 and the body temperature Value 212 can It is red, but not limited to this; at this time, the body temperature value 212 exceeds the normal upper limit of the thermal imager 10 and triggers the hyperthermia push broadcast function. The APP management device 40 of the inspector emits a warning sound and the inspector Or when the manager opens the push list 45 of the application, the name of the machine 11, the time information, the face recognition information and the temperature value 212 where the "abnormal temperature" is detected will be displayed. The tester or manager can use this push information immediately Anti-epidemic measures are taken and the second verification is carried out; then the third face recognition in the real-time image area 21, the detection procedure is analogous to this. It is worth mentioning that the cloud server 30 can create an identity recognition database for the face recognition module 12 to compare with the identity recognition database after recognizing the face. The identity recognition database may include facial features and names. , Identity, body temperature, detection status..., but not limited to this, and then the identity of the testee can be obtained, so that when the test record table 44 is created from the cloud server 30, the testee can be easily traced Detailed and complete records (as shown in Figure 6). If this is used in company numbers, agencies, organizations, or schools..., it can not only simplify the implementation of epidemic prevention measures, but also has the function of controlling entry and exit. In addition, as shown in Figures 8 and 9, a base frame 50 can be added to this creation. The base frame 50 is provided with a host positioning portion 51 and a screen positioning portion 52. The host positioning portion 51 can set the thermal imager 10. The screen positioning unit 52 can fix the display screen 20. Taking the use in public entrances and exits as an example, the base frame 50 can be placed on the ground, so that the thermal imager 10 and the display screen 20 are arranged toward the crowd. The base frame 50 can be a tripod, a frame with a base, a frame with angle wheels, etc. The base frame 50 can stand on the structure; for example, when used at the entrance of a bus, the base frame 50 is fixed at one end The roof of the car is suspended so that the thermal imager 10 and the display screen 20 are placed in the direction of the passenger boarding at the door of the car. The APP management device 40 can be installed on the dashboard or next to the driver’s seat of the bus, and passengers can watch it when they get on the car The upper part of the screen 20 shows the status of your own body temperature. If an abnormal body temperature is detected, the APP management device 40 in front of the driver displays a push message, and the APP management device 40 emits a warning sound to quickly realize the initial screening to prevent other passengers from being infected by the virus. risk.

From the above description, it can be seen that this creation can have the following effects and advantages:

1. In the process of testing, the population can perform remote body temperature testing without stopping, so that potential fever symptoms can be found immediately and the ability to quickly detect is realized.

2. The suspected fever can be instantly pushed on the APP management device 40, and the push list 45 can be used by the inspector to quickly identify the location of the suspected fever.

3. The inspector does not need to perform close-range inspections, which reduces the risk of infection and has excellent safety.

4. The inspection record of the thermal imager 10 is stored in the cloud server 30, which can provide the date-based inspection record table 44, which reduces the workload of inspectors and improves inspection efficiency.

The above-mentioned embodiments are only preferred embodiments to fully explain the creation, and are not used to limit the characteristics of the creation. Any re-creation using the technical means and creation principles related to the creation is still the creation. Creative category of equivalent structure.

10: Thermal imager

12: Face recognition module

13: Thermal imaging module

14: Network connection module

20: display screen

21: Live image area

22: Thermal image area

23: Detection Information Area

24: warning device

30: Cloud server

Claims (10)

A body temperature monitoring device, comprising: at least one thermal imager, at least one display screen, at least one cloud server, and at least one APP management device; wherein the thermal imager includes a face recognition module, a thermal image module, and a Network connection module, the face recognition module includes a face recognition lens, the thermal image module includes a thermal image lens, the network connection module of the thermal imager is connected to the Internet/mobile network The cloud server and the APP management device are connected; the display screen has a real-time image area, a thermal image area and a detection information area. The display screen is electrically connected to the thermal imager; the APP management device can be accessed through the Internet Internet/mobile network connection to remotely send or receive the thermal imager detection information; the APP management device can set the normal upper limit value of the body temperature detected by the thermal imager connected to it, and can turn on or off the thermal image The instrument detects the hyperthermia that exceeds the normal upper limit and pushes the function; the face recognition lens can shoot dynamic images and display them in the real-time image area, and the face recognition module can perform facial image recognition on the dynamic images , And mark a frame mark at the position where the face is recognized in the real-time image area; the shooting direction of the thermal image lens is the same as the shooting direction of the face recognition lens, and the thermal image lens shoots dynamic thermal images and displays them in the thermal image area. The thermal image module performs thermal image body temperature detection on the dynamic thermal image in sequence according to the corresponding position of each frame to generate a body temperature value, and displays the body temperature value around the corresponding frame; if the body temperature value does not exceed The normal upper limit of the thermal imager, the detection information area displays normal information, and the thermal imager transmits its test record and stores it in the cloud server for storage; if the body temperature exceeds the normal upper limit of the thermal imager, The detection information area is red and displays abnormal information. At the same time, the thermal imager transmits its detection records and stores them in the cloud server, which will trigger the hyperthermia push function of the APP management device. The body temperature monitoring device according to claim 1, wherein the thermal imager has a machine name and is provided with a serial number and password, and the APP management device can be connected to the thermal imager by entering the serial number and password of the thermal imager line. The body temperature monitoring device according to claim 2, wherein the cloud server stores at least one account Member registration information and password. The APP management device is installed with an application. The application has a login interface for entering the account and password. If the account and password match the member registration information of the cloud server, then You can enter the application and display a management interface. The management interface has a thermal imager management list. The thermal imager management list displays the machine name of at least one connected thermal imager. Click one of the machine names Then it can display a thermal imager setting interface of the thermal imager pointed to. The thermal imager setting interface can set the normal upper limit of the temperature detected by the thermal imager pointed to, and can turn on or off the thermal image pointed to The meter detects a hyperthermia that exceeds the upper limit of normal. Push broadcast function. The body temperature monitoring device according to claim 3, wherein the push function causes the application to display a push list, and the push list displays the name of the machine that triggers the push function, time information, and face recognition information. The body temperature monitoring device according to claim 3, wherein the thermal imager management list has a generated report column corresponding to the machine name. Click the generated report column to display the test record table corresponding to the thermal imager. It can display the detection records of the thermal imager stored in the cloud server. The body temperature monitoring device according to claim 1, wherein the detection record includes the machine name, time information, face recognition information and body temperature value of the thermal imager. The body temperature monitoring device according to claim 1, wherein the display screen is provided with a warning device, and if the body temperature value exceeds the normal upper limit of the thermal imager, the warning device emits a warning sound. The body temperature monitoring device according to claim 1, wherein the cloud server can establish an identity recognition database for the face recognition module to compare with the identity recognition database after recognizing the face. The body temperature monitoring device according to claim 1, wherein the thermal imager and the display screen can be arranged on a base frame, and the base frame is provided with a host positioning part to set the thermal imager and a screen positioning part to fix the display screen. The body temperature monitoring device according to claim 9, wherein the base frame can be set up in a standing or hanging manner.

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