KR102266824B1 - Non-facing unattended access temperature measurement system using thermal imaging and non-facing unmanned automatic entrance method using the same - Google Patents

Abstract

The present invention relates to a non-face-to-face unmanned thermal imaging occupant body temperature measurement system using thermal imaging. More specifically, the present invention relates to the non-face-to-face unmanned occupant body temperature measurement system using thermal imaging wherein the present invention consists of an automatic entrance registration kiosk having a function to notify a manager when a person with a symptom occurs during a body temperature measurement by linking body temperature measurement data and an identification scanner and an ID card when entering in non-face-to-face. The present invention comprises: a non-open door-type frame structure; a thermal imaging camera module; an LED warning lighting; a horizontal movement breaker; an identification scanner (IC card reader); and a display.

Description

Non-face-to-face unattended access temperature measurement system using thermal imaging and non-facing unmanned automatic entrance method using the same

The present invention relates to a non-face-to-face unattended thermal imaging temperature measurement system using thermal images and a non-face-to-face unmanned automatic entrance system using the same, and more particularly, to non-face-to-face body temperature measurement data, ID scanner when entering, and ID card. It relates to a non-face-to-face unmanned thermal image temperature measurement system using thermal images consisting of an automatic entrance registration kiosk that has a function to notify the manager when a symptomatic person occurs during body temperature measurement in conjunction and a non-face-to-face unmanned automatic entrance system using the same.

The world is suffering a lot of human casualties and economic/social damage due to COVID-19.

In particular, separate personnel are assigned to perform the task of isolating symptomatic persons by measuring body temperature at the entrance of each institution and event to conduct inspections.

In addition, a non-face-to-face method is being introduced to prevent the spread of the virus, and through this, companies are developing and launching various products such as non-face-to-face products and platforms.

Looking at the problem of the conventional body temperature measurement, when measuring body temperature, a person directly approaches/contacts a part of the body to measure it, and when measuring through a thermal imaging camera, a separate manager resides and is exposed to the risk of infection.

In addition, the temperature measurement access system is not installed in public places where unspecified people gather (subway, civil service facilities, sports facilities, etc.), so they are exposed to group infection.

In addition, training is conducted in the order of physical examination ⇒ admission registration ⇒ training progress ⇒ discharge, etc., with the existing mobilization reserve army admission time. At this time, medical personnel (surgeons) are located at the site of the physical examination site to check all procedures for disease abnormalities. , it has been carried out by utilizing the entry/exit function of the scientific and reserve army training management system.

However, due to the reduction of military personnel and the spread of infectious diseases such as Corona, a non-face-to-face automatic admission system became necessary.

Therefore, it is possible to improve security and protect the problems of the conventional body temperature system from additional infections, and the organization/group personnel can use the non-face-to-face unmanned occupant identification (thermal temperature measurement) system using the thermal image linked with the ID scanner and ID card and the non-face-to-face A face-to-face unmanned automatic admission system became necessary.

Korean Patent Publication No. 2020-0066918 Korean Patent Publication No. 2020-0041458 Korea Patent Publication No. 2015-0090563 Korean Patent No. 2134903

The present invention has been made to solve the above problems, and the purpose of the present invention is to provide a system that restricts access when a symptomatic person occurs by using a non-face-to-face temperature measurement when entering an institution (laboratory, company, school, etc.) have.

In addition, according to the present invention, the system to be installed in the institution uses an ID card and ID scanner to identify the occupants through linking with the institution access system, and the symptomatic person at the time of entry is a recognition system using visual (warning light) and auditory (alarm sound) The purpose is to provide information to visitors and managers through the system, and to provide a system that enables managers to recognize the situation through the management PC.

In addition, an object of the present invention is to provide a system for preventing the occurrence of group infections in places where unspecified people gather, particularly in museums, living sports facilities, and civil complaint handling.

In order to solve the above problems, the present invention includes a non-open door-shaped frame structure 100; a thermal imaging camera module 22 for taking thermal images of people entering and leaving the non-open door frame structure using thermal image analysis software; If registration and permission are not confirmed, a warning sound is generated through an LED warning light. An LED warning light 23 that turns on a red light/turn indicator light; a horizontal movement breaker 123 for preventing the entry of the entrants; an identification scanner (IC card reader) 21 for scanning the identity of the visitor; and a display 24 for displaying thermal image measurement information on the occupants, including, by using the thermal image analysis software with the thermal image camera module 22 to scan ID cards and passes with the ID scanner 21 . Take a video camera to check the registration and permission of the occupants (passengers), determine whether it is normal or abnormal at the reference temperature (measurement standard) with the thermal imaging camera image, and if it is abnormal or if registration and permission are not confirmed, the LED warning light When a warning sound is generated, the red light/direction indicator light is turned on to notify the management personnel, and the manager notifies the Centers for Disease Control and Prevention and checks for abnormalities through screening and treatment, and then takes action in cooperation with the department in charge (Disease Control Headquarters), based on the image of the thermal imaging camera. If the temperature (measurement reference value) is normal, the occupant and thermal image measurement information is stored, an electronic occupant list is created, and the access information is transmitted to the control room.

The present invention is an open door frame structure 200; a thermal imaging camera module 22 for taking thermal images of the entrants using thermal image analysis software; If registration and permission are not confirmed, a warning sound is generated through an LED warning light. An LED warning light 23 that turns on a red light/turn indicator light; an ID scanner 21 for scanning the identity of the entrant; and a display 24 for displaying thermal image measurement information about the occupants.

The occupant is searched in real time, and the thermal imaging camera module determines whether it is normal or abnormal at the reference temperature (measurement reference value), and if it is abnormal, the LED warning light 23 generates a warning sound. If the temperature is normal compared to the temperature, the green light turns on, and the central server stores the visitor and thermal image information (storage period of 1 month).

In the present invention, the non-face-to-face automatic entrance system includes an NFC reader module 25 for checking information of an entrant; a receiving port 26 capable of receiving the wearable watch of the visitor; a confirmation certificate issuance machine (27-1) for issuing the access confirmation certificate; a fingerprint recognition module 27-2 for recognizing the fingerprint of the entrant; ID card scanning module (27-3) for scanning the identity of the person; and a wearable watch driving device 130 for injecting information into the wearable watch for visitors, including, after arrival of training personnel, moving to the entrance, comparing the occupants with the reference temperature, and comparing the occupants with the reference temperature, if normal, screening the screening team If it is abnormal compared to the reference temperature, take measures to return the subject and cooperate with the quarantine authorities, check the training form through the unmanned entrance registration system, select whether to feed, and select the group formation location, and operate the wearable watch mechanism, Information is injected into the wearable watch through the wearable NFC.

a central server for storing the occupant and thermal image measurement information and generating an electronic entrant list; and the Korea Centers for Disease Control and Prevention (KCDC), which is notified in order to select an abnormality by comparing the thermal image measurement information on the occupants with a set temperature.

The present invention includes the steps of scanning an ID card and a pass with an ID scanner of the visitor in case of non-open type (S101); a thermal imaging camera photographing step (S102) using thermal imaging analysis software as the thermal imaging camera module; the entrant registration and permission confirmation step (S103); determining whether it is normal or abnormal at the reference temperature of the entrant (S105); If registration and permission are not confirmed in step S103, a warning sound is generated through an LED warning light. Turning on a red light/turn indicator light (S104); In the case of abnormality in step S105, a warning sound is generated (S106); Step (S108) of screening if it is abnormal; After step S108, the KCDC notification step (S110); If the central server is normal in step S105, storing the occupant and thermal image measurement information, and generating an electronic occupant list (S107); and transmitting the control room access information to the training control room after step S107 (S109).

The present invention provides a real-time search step (S201) of the number of people in the open case; floating person detection step (S202); Determining whether the reference temperature (measurement reference value) is normal or abnormal with the thermal imaging camera module (S203); LED warning light generates a warning sound yellow light/turn indicator light on step (S204); Horizontal movement breaker step (S205); Screening measures and medical checkup step (S206) of taking action in cooperation with the department in charge after checking for abnormalities through screening treatment; Thermal image information storage step (S207); Step S203 to turn on the green light when the LED warning light is normal compared to the reference temperature (S208); A step of opening the doorway for the entry and exit of the normal occupants of the horizontal movement breaker (S209); and the central server storing the visitor and thermal image information (storage period of 1 month) (S210).

The present invention is a moving step after the arrival of training personnel (S301); Comparing the subject with a reference temperature with the occupant confirmation system (S302); If normal compared to the reference temperature, the admission registration proceeding step (S303); In case of abnormality compared to the reference temperature, the subject's homecoming measures and the quarantine authorities cooperation and action steps (S304); If it is normal in steps S302 and S303, moving the unattended admission registration sheet after the screening treatment group examination step (S305); the operation step of the unmanned entrance registration system (S306); scanning/inserting the subject's ID card (S307); fingerprint recognition step of the subject (S308); Checking whether the subject (S309); In step S309, if the subject is not the subject, adding a trainee to the unmanned entrance registration system in the training control room (S310); in the case of the subject in step S309, the training form is checked through the unmanned entrance registration system, and whether or not to be fed, the group organization location selection step (S311); a step of confirming the selection result of the subject (S312); If it is confirmed in step S312, the wearable watch device operation step (S313); moving the wearable watch over the wearable NFC (S314); injecting information into the wearable watch through the wearable NFC (S315); Activating the electronic signature window of the unattended admission registration system (S316); digital signature step of the subject (S317); the step of displaying, by the unmanned entrance registration system, the training entrance result (S318); moving the wearable watch to a receiving area (S319); and the unattended entrance registration system displays a warning message on the screen (S320).

The present invention made as described above can minimize the economic loss due to the prevention of secondary infection and the operation of a small number of people who perform quarantine tasks in a non-contact manner.

In addition, the present invention can overcome the limitations of operation of the reserve army training ground due to the reduction of military personnel when applying/operating the non-fecal automatic admission system in connection with the thermal image unmanned occupant confirmation system.

In addition, the present invention can use the method of standing in the existing doorway, equipment installation is simple, flexibility and easy to expandability.

In addition, the present invention can be easily and quickly constructed anywhere in an unspecified place due to the popularization of the market, and can suppress the spread of infectious diseases through temperature measurement using thermal imaging.

In addition, the present invention is installed at the door so that when a person enters or exits, a blocking screen/warning light operates according to the presence or absence of symptoms, so that it is possible to check the presence or absence of symptoms of a national infectious disease such as corona or chas.

In addition, related measurement data can help confirm the movement of symptomatic persons and carry out quarantine tasks.

In addition, the present invention is a removable installation type using a permanent magnet in the existing ticket gate, so it can measure body temperature and block access. This can secure marketability by linking with the existing access system.

1 is a diagram showing (a) a conceptual diagram of a scientific reserve army training management system and (b) a conceptual diagram of a non-face-to-face automatic admission system according to an embodiment of the present invention.
2 is a view showing the concept of (a) a non-face-to-face unattended occupant confirmation system using type A and type B thermal images and (b) a thermal image unattended occupant confirmation system according to an embodiment of the present invention.
3 is a diagram showing the configuration of a non-face-to-face unmanned automatic entrance system in connection with an occupant confirmation system according to an embodiment of the present invention.
4 is a view showing (a) a door-type access restriction equipment system configuration and (b) a stick-type body temperature sensing equipment system configuration according to another embodiment of the present invention.
5 is a view showing (a) an open concept, (b) a flow chart of an open thermal imaging camera measurement system, and (c) a display screen configuration according to another embodiment of the present invention.
6 is a diagram of a) non-open type (door type) concept, (b) an open measurement system display screen configuration and components, and (c) a system operation procedure according to another embodiment of the present invention.
7 is a view showing a non-open flow chart according to another embodiment of the present invention.
8 is a view showing an open flow chart according to another embodiment of the present invention.
9 is a view showing a flow chart of unattended admission registration according to another embodiment of the present invention.
10 is a diagram illustrating a screen for overlaying a real image and a thermal image and monitoring a temperature, etc. according to another embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This example is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shape of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. In addition, detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention are omitted.

1 is a view showing (a) a conceptual diagram of a scientific reserve army training management system according to an embodiment of the present invention and (b) a non-face-to-face automatic entry system (kiosk) linked with a non-face-to-face unmanned entrant confirmation system.

In the present invention, the non-face-to-face automatic admission system using a wearable watch is a kiosk type system.

In addition, the present invention confirms the health status (body temperature) of the trainee in the entrant confirmation system using a thermal imaging camera when the registrant uses a kiosk to proceed with the resident registration.

When abnormal symptoms are identified, diagnosis can be made through a separate screening clinic, and additional precautions can be taken according to the diagnosis result.

In the case of a normal person, they can receive a wearable watch for training organization and training without the help of a teaching assistant and perform mobilization reserve training.

2 is a view showing the concept of (a) a non-face-to-face unattended occupant confirmation system using type A and type B thermal images and (b) a thermal image unattended occupant confirmation system according to an embodiment of the present invention.

Type A (door type; 110, 120) is a structure to be installed at a short door, and type B indicates a method to install in an existing ticket gate. This represents a method of restricting access through real-time temperature measurement upon entry.

In the type A, when an employee of an institution (company, research institute, school, etc.) enters through an ID card tag, he/she checks the symptomatic person, and the barrier does not rise, so access is restricted and the manager is automatically notified.

In addition, even when an existing access system is established, it can be utilized in connection with the unmanned access confirmation system.

On the other hand, type B (stick type; 200) is displayed in red when entering and exiting with symptoms through real-time body temperature measurement when entering and exiting through the existing ticket gate, and a warning sound is sounded. If necessary, the information can be provided to the facility manager through the network.

This system can be installed in various places by installing it on a single door, a compound door, and an existing ticket gate.

For example, type A (public place) displays a measurement screen when measuring body temperature by thermal imaging, and when a symptom occurs, the LED warning light 23 operates and the blocking bar operates at the same time, and a guide message is output on the screen.

Type A (places with restricted access) enter and exit through institutions (company, research institute, etc.), that is, places with a set target audience through thermal image temperature measurement and identification (ID scanner, ID card) in connection with the existing access system. When this is high, the blocking bar is activated and the information is output on the screen.

In addition, it notifies the administrator of the occurrence of symptoms through a notification.

The B stick type (public place) is a method of attaching to the existing access control system, and when a symptomatic person enters through the temperature measurement by thermal image, the blocking bar operates at the same time as the warning light is activated, and the blocking bar is operated. is output to

The present invention is divided into A type (door type, door type, short door; 110) and B type (stick type; 200), and type A includes a type having a blocking bar in an open or non-open type depending on a public place or an access restricted place. In addition to this, various applications are possible, such as a composite type in which A-type and B-type are combined, and a blocking bar can be installed in B-type.

3 is a view showing the overall configuration according to an embodiment of the present invention.

Health status check, health status (body temperature measurement result) using the occupant verification system (thermal imaging camera; 22) during automatic entrance registration of registered personnel through non-face-to-face unmanned resident body temperature measurement system using thermal image according to the present invention When simple and precise diagnosis is required through a separate screening clinic, quarantine/control measures are carried out in connection with the Korea Centers for Disease Control and Prevention, and in case of normal persons, the admission procedure is performed through the automatic admission registration system.

And input personal information through ID reader and search function, selection of group composition and meal, input information is injected into the wearable watch through NFC reader module 25, and the input information is stored after checking the selected information After receiving the watch and confirming the input information, the mobilization reserve forces training proceeds and the discharge procedure is performed after completion.

In addition, the present invention provides a watch receiving port 26 for receiving a wearable watch, a confirmation certificate issuing machine 27-1 for issuing a confirmation certificate, a fingerprint recognition module 27-2 for recognizing a fingerprint, and an identification card scan for scanning an identity card It may include a module 27-3, a constant temperature, constant humidity device 28, and a PC board and a structure 29, and the like.

4 is a view showing (a) a door-type access restriction equipment system configuration and (b) a stick-type body temperature sensing equipment system configuration according to another embodiment of the present invention.

The door-type method according to the present invention is installed in front of an existing door and measures body temperature together with the member through ID card and ID scanner, so that when body temperature is high, the blocking bar does not open, and a warning light is operated and a notification to the manager is a system.

The stick-type body temperature detection system is installed in existing ticket gates, and when an abnormal body temperature is detected during body temperature measurement, a warning light is displayed in color and a notification is displayed through the LCD.

5 is a view showing (a) an open concept, (b) a flow chart of an open thermal imaging camera measurement system, and (c) a display screen configuration according to another embodiment of the present invention.

The display (mounted monitor) screen configuration according to the present invention measures the body temperature in real time and displays the body temperature.

Normal or abnormal is indicated depending on the measured body temperature below or above a certain value.

The stick-type access system outputs a normal guide message when the body temperature measurement is normal, and when the body temperature measurement is abnormal, a notification message and warning light are activated and access restrictions are taken at the same time, and the manager's contact information is displayed in the notification message.

6 is a diagram of a) a non-open (door type) concept, (b) an open measurement system display screen configuration and components, and (c) a system operation procedure according to another embodiment of the present invention.

The display (mounted monitor) screen configuration according to the present invention measures body temperature in real time, and indicates normal or abnormal according to the measured body temperature.

The above display outputs a guide message, “Access is restricted in case of abnormal body temperature. Please contact the administrator.” message can be printed.

In addition, when the body temperature measurement is abnormal, the blocking bar is activated to restrict access, wait for movement in a separate space, and notify the manager.

7 is a view showing a non-open flowchart according to another embodiment of the present invention, FIG. 8 is a view showing an open flowchart according to another embodiment of the present invention, and FIG. 9 is another embodiment of the present invention It is a diagram showing a flowchart of unattended admission registration according to an example.

As shown in FIG. 7 , in case of a non-open type, scanning an ID card and a pass with an ID scanner (S101); a thermal imaging camera photographing step (S102) using thermal imaging analysis software as the thermal imaging camera module; Entry and exit registration and permission confirmation step (S103); If registration and permission are not confirmed in step S103, a warning sound is generated through the LED warning light and the red light/turn indicator light is turned on step (S104); proceeds to.

At this time, the message is “Unauthorized personnel. Please contact the access-related department.” is displayed on the display panel.

If registration and permission are confirmed in step S103, determining whether the reference temperature (measurement reference value) is normal or abnormal (S105);

Continuing to the step S105, when the abnormality is generated a warning sound step (S106);

At this time, the message is “Your body temperature is abnormal. Please check-up at a designated screening clinic.” is displayed on the display panel. A step of screening (S108); and a notification step (S110) to the Korea Centers for Disease Control and Prevention (KCDC) follows.

After checking for abnormalities through the above screening treatment, measures are taken in cooperation with the department in charge (Disease Control Headquarters).

Finally, when the body temperature is normal in the step S105, the step of storing the occupant and thermal image measurement information and generating an electronic occupant list (S107); Transmitting the control room access information to the training control room, etc. (S109); proceeds, and the exit door is opened and passed.

As shown in FIG. 8, in case of an open type, a real-time search step (S201) of people entering and leaving; floating person detection step (S202); Determining whether the reference temperature (measurement reference value) is normal or abnormal with the thermal imaging camera module (S203); If the body temperature is abnormal in the step S203, the LED warning light generates a warning sound. The yellow light/turn indicator light is turned on step (S204); proceeds.

In step S204, the display displays the message “The body temperature is abnormal. Please get a checkup at a designated screening clinic.” Message can be displayed.

Continuing the horizontal movement breaker step (S205); In the screening action and medical checkup step (S206); after checking whether there is an abnormality through screening treatment, the action is taken in cooperation with the department in charge (Disease Control Headquarters).

And the thermal image information storage step (S207); In S203, when the LED warning light is normal compared to the reference temperature, the green light is turned on (S208); A step of opening the doorway for the entry and exit of the normal occupants of the horizontal movement breaker (S209); The central server stores the visitor and thermal image information in the DB 30 (storage period of 1 month) (S210); proceeds.

As shown in FIG. 9 , in the unmanned entrance registration system according to the present invention, after the arrival of the training personnel, the entrance hall moving step (S301) is performed, and at this time, the existing personnel (education/training personnel by the military) registration system is educated/ The training target operates the DID and conducts education/training after registration/organization.

Comparing the subject with the reference temperature by the successive occupant confirmation system (S302); When compared to the reference temperature is normal, the screening treatment group screening step (S303); If it is abnormal compared to the reference temperature, the subject's homecoming action and the quarantine authority cooperation/action step (S304); If it is normal in steps S302 and S303, the step of moving the unmanned registry after the screening step of the screening treatment group (S305); the operation step of the unmanned entrance registration system (S306); scanning/inserting the subject's ID card (S307); fingerprint recognition step of the subject (S308); Checking whether the subject (S309); If the target is not the target in step S309, adding a training target to the unattended entry registration system in the training control room (S310); If the subject in step S309, check the training form through the unmanned admission registration system, whether to feed, and select a group formation location (S311); a step of confirming the selection result of the subject (S312); If it is confirmed in step S312, the wearable watch device operation step (S313); moving the wearable watch over the wearable NFC tag 17 (S314); injecting information into the wearable watch through the wearable NFC tag 17 (S315); Activating the electronic signature window of the unattended admission registration system (S316); digital signature step of the subject (S317); The unmanned admission registration system displays the training admission results (S318); A step of moving the wearable watch to the receiving device (S319); proceeds.

At this time, the unmanned entrance registration system “Please wear the discharged wearable watch on the left wrist and proceed with the training.” Displaying the phrase on the screen (S320); includes.

The base operating system operated by applying the wearable watch is composed of control equipment and programs for control and server equipment that integrates and stores various results.

The server equipment may be expressed as a server and an operating terminal below, and a result integration system server; control equipment; physical examination server; Entry/exit management server; etc.

This infrastructure management system manages/controls education/training in groups with special purposes such as various education or training, and provides result analysis data that can be reflected in future education/training by synthesizing the results.

The base operating system is operated by connecting to a communication network established in a region and a specific space where education/training, such as LTE, LORA, and WiFi, is performed.

10 is a diagram illustrating a screen for overlaying a real image and a thermal image and monitoring a temperature, etc. according to another embodiment of the present invention.

As shown in FIG. 10 , the present invention performs a temperature monitoring function when the EOC thermal imaging product family is selected from the VMS (Video Management System) Continuator device item.

You can also add a new temperature monitoring area (point) by clicking the button in the RoI list in the Thermal Event Settings dialog box.

In addition, the present invention is a dual thermal imaging camera model equipped with a CMOS sensor and a thermal sensor at the same time, and can provide various modes such as thermal image/real image/overlay.

That is, it shows a real image (Visual), a thermal image black and white (Thermal), and a thermal image (Thermal).

In the VMS Continuator device item, not only the image but also the temperature information (temperature graph) is recorded.

The recorded temperature information can be checked in the VMS in the form of a graph, and the temperature graph can be displayed on the time belt.

If you want to check only the temperature graph of a specific area and point of the time belt, click the ROI button to invert only the desired ROI.

If you select a thermal imaging product family from the VMS Continuator device category, not only the image but also the temperature information is recorded. The recorded temperature information can be output in Excel document (CSV) format by specifying the time range.

If you select "Motion Detection" as the motion processing option in the VMS Continuator device item, you can find the motion detection setting button in the live channel. Click the button to display the Motion Event Settings dialog box.

You can also add new motion detection regions from the Regions list in the Motion Detection Settings dialog box.

Once the VMS server (Integrated Video Management System) is running, it accesses an IP device and starts receiving video and audio streams.

Each stream received from the IP device (VMS client) is decoded (only channels displayed on the screen are decoded to reduce CPU usage) and displayed in the live window.

When the VMS client is connected to the VMS server, the requested stream is sent to the client.

The watchdog program according to the present invention executes the "VMS" server program, and the VMS server periodically sends a signal to the "watchdog" that it is operating. Restart the VMS server when the watchdog does not receive a signal from the VMS program for 10 seconds.

21: ID scanner (IC card reader)
22: thermal imaging camera module
23 : LED warning light
24: display
26 : watch receiving mouth
27-1: Confirmation certificate issuance machine
27-2: fingerprint recognition module
27-3: ID card scanning module
28: constant temperature, constant humidity device
29: PC boards and constructs
110, 120 : A door type
123: horizontal movement breaker
200: B stick type

Claims (7)

delete delete Thermal imaging camera module 22 for taking a thermal image of the person entering the non-open door frame structure; NFC reader module 25 for checking the information of the visitor; a receiving port 26 capable of receiving the wearable watch of the visitor; Confirmation certificate issuance machine (27-1) for issuing an entry/exit confirmation certificate; a fingerprint recognition module (27-2) for recognizing an occupant's fingerprint; ID card scanning module (27-3) for scanning the identity of the entrant; and a wearable watch driving device 130 for injecting information into the wearable watch of the entrant.
After the training personnel arrive, they move to the entrance hall, compare the occupants with the reference temperature with the image of the thermal imaging camera, and if the temperature is normal compared to the reference temperature, the screening team examines them, and if the temperature is abnormal compared to the reference temperature, the subject goes home and quarantines Cooperate with the authorities, check the training form, select whether to feed, and select the location of group formation through the unmanned admission registration system, operate the wearable watch mechanism, and utilize thermal images including injecting information into the wearable watch through wearable NFC A non-face-to-face unmanned thermal imaging body temperature measurement system. delete delete delete After the arrival of the training personnel, the moving step (S301); Comparing the subject with the reference temperature with the occupant confirmation system (S302); When compared to the reference temperature is normal, the screening treatment group screening step (S303); In case of abnormality compared to the reference temperature, the subject's homecoming measures and the quarantine authorities cooperation and action steps (S304); If it is normal in steps S302 and S303, the step of moving the unmanned registry after the screening step of the screening treatment group (S305); operation step of the unmanned entrance registration system (S306); scanning/inserting the subject's ID card (S307); fingerprint recognition step of the subject (S308); Checking whether the subject (S309); In step S309, if the subject is not the subject, the training control room adds the trainee to the unmanned entrance registration system (S310); in the case of the subject in the step S309, the training form is checked through the unmanned entrance registration system, and whether or not to feed, the group organization location selection step ( S311); a step of confirming the selection result of the subject (S312); If it is confirmed in step S312, the wearable watch device operation step (S313); moving the wearable watch over the wearable NFC (S314); injecting information into the wearable watch through the wearable NFC (S315); Activating the electronic signature window of the unattended admission registration system (S316); digital signature step of the subject (S317); the step of displaying, by the unmanned entrance registration system, the training entrance result (S318); moving the wearable watch to a receiving area (S319); Non-face-to-face unattended automatic admission method using a non-face-to-face unattended entrant thermal imaging body temperature measurement system, comprising the step of displaying the unattended entry registration system on the warning message screen (S320).

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