KR102285619B1 - A system that is using Kiosks to check pyrexia of people for prevention of epidemic - Google Patents

Abstract

The present invention relates to a temperature check system using a kiosk. More specifically, when an epidemic is prevalent, personal information of a subject is input using a kiosk installed at the entrance of a building. The subject is photographed with a general camera and an IR camera to check body temperature. When the image information, body temperature information of the subject, and subject information are matched to transmit it to a public health authority server. The public health authority server sends a test request message to the subject showing an abnormal fever pattern to guide the subject to undergo the test before symptoms appear. So, the spread of the epidemic can be prevented.

Description

Fever check system using kiosks {A system that is using Kiosks to check pyrexia of people for prevention of epidemic}

The present invention relates to a temperature check system using a kiosk, and more particularly, when an epidemic is prevalent, using a kiosk installed at the entrance of a building to input personal information of a subject who enters and exits, photographing the subject with a general camera and an IR camera After determining whether to enter or not by checking the body temperature, the photographed subject's image information, body temperature information, and subject information are matched and transmitted to the quarantine authority server. It is a technology to prevent the spread of infectious diseases by guiding people to undergo testing before symptoms appear.

In modern society, as technology develops day by day, various technologies and systems are being developed so that our lives are not only convenient and rich, but also that anyone can enjoy a clean and sanitary life.

In particular, Korea built social overhead capital such as electricity, communication, water and sewage, roads, ports, and airports through industrialization in the 20th century, expanded social systems such as national health insurance, national pension, and compulsory education, and developed various industrial technologies, With the development of living technology and medical technology, the average life expectancy of Koreans has increased significantly, enabling them to lead a healthy and comfortable life.

However, due to SARS in 2003, MERS in 2015, and Corona virus 19 in 2020, people living in Korea as well as around the world are becoming increasingly aware of the virus and new diseases. I realized that I couldn't be free from danger.

In particular, in the era of globalization in the 21st century, the importance of cooperation and information disclosure between countries is increasing because there is a limit to effectively coping with new infectious diseases that continuously emerge only with the efforts of a single country.

On the other hand, when a certain period of time has elapsed after the outbreak of an infectious disease, a pandemic period comes. Until a vaccine is developed, the best way to prevent the spread of an infectious disease is to first select the infected as much as possible and quarantine the selected infected.

Therefore, in the present invention, by using a kiosk installed at the entrance of a building to cope with infectious diseases, the subject's information input and body temperature check are performed to determine whether to enter or not, and then various information is transmitted to the quarantine authority server. We would like to propose a technology to prevent the spread of infectious diseases by guiding people to undergo testing.

The following are prior art related to this.

1. Republic of Korea Patent Publication No. 10-2020-0066918 Non-contact body temperature measurement-based door control device and method 2. Republic of Korea Patent Publication No. 10-2134903 infection prevention certification kiosk 3. Republic of Korea Patent Publication No. 10-2143231 Health abnormality detection method using face monitoring and thermal image monitoring, health abnormality detection device and computer program

The present invention is to solve the above problems,

An object of the present invention is to receive personal information of a subject who enters and exit using a kiosk installed at the entrance of a building when an infectious disease is prevalent, photograph the subject with a general camera and an IR camera, and check body temperature to determine whether to enter or not.

In addition, the present invention analyzes the photographed subject's image information, body temperature information, and subject information to transmit a test request message to a subject showing an abnormal fever pattern to guide the subject to undergo a test before symptoms appear to prevent the spread of infectious diseases intended to do so.

In order to achieve the above object, the temperature check system using the kiosk of the present invention is,

Quarantine authority server (2000) by receiving subject information, photographing the subject to check the body temperature, identifying the subject's body temperature using the captured image information, and matching the photographed subject's image information with body temperature information and subject information a plurality of kiosk units 1000 to be transmitted to;

and a quarantine authority server 2000 that classifies and manages image information, body temperature information, and subject information transmitted by the kiosk unit 1000 by the same person, and transmits a test request message to a subject showing an abnormal fever pattern. .

The present invention uses a kiosk installed at the entrance of a building to receive personal information of a subject who enters and exits using a kiosk installed at the entrance of a building when an epidemic is prevalent, and checks the body temperature by photographing the subject with a general camera and an IR camera to determine whether or not to enter. It provides the effect of preventing the spread of infectious diseases inside the building by blocking access to the building for those who have it.

In addition, the present invention transmits a test request message to a subject showing an abnormal fever pattern by analyzing the photographed subject's image information, body temperature information, and subject information to guide the subject to undergo a test before symptoms appear. It provides the effect of taking preemptive quarantine measures for those who are expected to be infected compared to post-disaster prevention focused on confirmed cases.

1 is a conceptual diagram of the present invention;
2 is a block diagram of the present invention;
3 is a detailed configuration diagram of a kiosk unit of the present invention;
4 is a functional block diagram 1 of the present invention;
5 is an operational state diagram of a manager terminal according to the present invention;
6 is a functional block diagram 2 of the present invention;
7 is a state diagram in which the quarantine authority server of the present invention analyzes the subject's body temperature information;
8 is a state diagram in which the quarantine authority server of the present invention transmits an inspection request message;

An embodiment of the present invention will be described in detail with reference to the accompanying Figures 1 to 8.

1, the fever check system using a kiosk of the present invention (hereinafter 'the present invention') uses a kiosk installed at the entrance of a building when an epidemic is prevalent to receive personal information of a subject who enters and exits, and receives a general camera and IR Since the subject is photographed with a camera and the body temperature is checked to determine whether to enter or not, it provides the effect of preventing the spread of infectious diseases inside the building by blocking the access of the subject with an abnormal body temperature to the building, and also provides the image of the subject By analyzing information, body temperature information, and subject information, a test request message is sent to a subject showing an abnormal fever pattern to guide the subject to undergo testing before symptoms appear. It is an invention that provides the effect of taking preemptive quarantine measures to the expected target.

Referring to FIG. 2 , the present invention 10 basically includes a plurality of kiosk units 1000 installed at each entrance of a building and a quarantine authority server 2000 located at a remote location, and additionally an administrator terminal 3000 ) may be further included.

Specifically, as shown in FIG. 1, the heat check system using the kiosk of the present invention,

Quarantine authority server (2000) by receiving subject information, photographing the subject to check the body temperature, identifying the subject's body temperature using the captured image information, and matching the photographed subject's image information with body temperature information and subject information a plurality of kiosk units 1000 to be transmitted to;

and a quarantine authority server 2000 that classifies and manages image information, body temperature information, and subject information transmitted by the kiosk unit 1000 by the same person, and transmits a test request message to a subject showing an abnormal fever pattern.

The kiosk unit 1000 is installed at each entrance of several buildings, to check whether a subject who enters each building can enter when an epidemic is prevalent, receives subject information, and checks body temperature It performs a function of capturing the body temperature of the subject using the captured image information, matching the captured image information with the body temperature information and the subject information, and transmitting it to the quarantine authority server 2000 .

The kiosk unit 1000 basically includes a kiosk 100 , a general camera 200 , an IR camera 300 , a display unit 400 , an information input unit 500 , a control unit 600 , and a communication unit 700 . configured, and may be configured to further include a speaker 800 .

Specifically, as shown in FIG. 3, the kiosk unit 1000 is

An upright kiosk 100,

A general camera 200 formed on one side of the kiosk 100 to generate general image information by photographing a subject;

An IR camera 300 formed on one side of the kiosk 100 to generate infrared heat distribution image information by photographing a subject;

A display unit 400 formed on one side of the kiosk 100 to display general image information photographed by the general camera 200, infrared heat distribution image information photographed by the IR camera 300, and body temperature information of a subject;

An information input unit 500 that receives a QR code for the electronic access list as subject information, and

The general image information photographed by the general camera 200 and the heat distribution image information photographed by the IR camera 300 are controlled to be displayed on the display unit 400, and the infrared thermal distribution image information photographed by the IR camera 300 is displayed. The body temperature information of the subject is identified using the 2000) and a control unit 600 for controlling the transmission;

and a communication unit 700 that transmits general image information matched with body temperature information and QR code to the quarantine authority server 2000 under the control of the control unit 600 .

Referring to FIG. 3 , the kiosk 100 has an upright shape of a certain size and is installed at the entrance side of the building, so that a person who wants to enter the building faces the kiosk 100 .

A general camera 200 , an IR camera 300 , a display unit 400 , an information input unit 500 , a control unit 600 , and a communication unit 700 are installed in the kiosk unit 1000 .

Referring to FIGS. 3 and 4 , the general camera 200 is formed on one side of the kiosk 100 , captures a subject, generates general image information, and provides it to the controller 600 .

In addition, the IR camera 300 is a thermal imaging camera (Infrared Thermal Camera) using infrared rays formed on one side of the kiosk 100, the IR camera 300 generates infrared heat distribution image information by photographing a subject, and a control unit (600).

At this time, when the general camera 200 and the IR camera 300 photograph the subject to generate general image information and infrared heat distribution image information, respectively, the controller 600 primarily attempts to enter the building body temperature of the subject. This is to block access to the building of a subject with an abnormal body temperature by grasping information, and secondarily to allow the subject to take an inaccurate photograph using his/her own photo (eg, his/her own photo in the IR camera 300). This is to prevent the case where a normal camera takes a picture of yourself and an IR camera takes a picture of yourself).

In the case of using only the conventional IR camera, there have been cases in which access has been granted using one's own photo.

That is, the control unit 600 compares the general image information with the infrared heat distribution image information photographed by the IR camera 300 to ensure that it is determined whether the subject whose body temperature is to be measured is the same. This is to strengthen the , which will be described later.

The display unit 400 is a monitor formed on one side of the kiosk 100 , and the display unit 400 displays general image information captured by the general camera 200 and the IR camera 300 under the control of the control unit 600 . The photographed heat distribution image information and the subject's body temperature information are displayed so that the subject can visually check it.

The information input unit 500 is an input device that receives the QR code for the electronic access list, which is the subject information, from the subject and provides it to the control unit 600, and the user terminal possessed by the subject receives the QR code for the electronic access list ( It is a device that scans the Quick Response code).

At this time, since the QR code for the electronic access list is issued in real time, it includes personal information such as the subject's name, address, contact information, and date of birth, as well as the time at which the QR code was issued. Since a certain period of time has elapsed, its validity is lost and it must be reissued.

3 and 4, the control unit 600 receives general image information from the general camera 200, infrared heat distribution image information from the IR camera 300, and QR codes for the electronic access list from the information input unit 500, respectively. be provided

The control unit 600 controls the general image information photographed by the general camera 200 and infrared heat distribution image information photographed by the IR camera 300 to be displayed on the display unit 400 .

In addition, the controller 600 uses the heat distribution image information photographed by the IR camera 300 to determine the subject's body temperature information, and controls the identified body temperature information to be displayed on the display unit 400 .

At this time, when the body temperature information of the identified subject is included in the normal body temperature range, the control unit 600 controls to output a guide message or a guide message stating “allow entry into the building” through the display unit 400 or the speaker 800, respectively, and , when it is outside the normal body temperature range (eg, 38°C), a guide message or a guide message stating that “building cannot be entered” is controlled to be output through the display unit 400 or the speaker 800, respectively.

At this time, the controller 600 displays the body temperature information on the display unit 400 only when it is determined that they are the same person using the general image information photographed by the general camera 200 and the heat distribution image information photographed by the IR camera 300 . control as much as possible.

That is, the control unit 600 matches the subject's appearance in the general image information and the subject's appearance in the heat distribution image information by more than a set value to prevent the subject from deceiving the general camera 200 and the IR camera 300 by using a photo. Thus, the body temperature information is controlled to be displayed on the display unit 400 only when it is determined as the same person.

Referring to FIG. 5 , the control unit 600 controls the display unit 400 to display the message 'Fever check impossible' if it is not determined that the same person is present, and sends a message to the communication unit 700 to check the current subject to be photographed. It is controlled to be transmitted to the manager terminal 3000 through the control so that the manager can check whether the subject is being photographed accurately.

In addition, referring to FIG. 6 , the control unit 600 controls the communication unit 700 to match the subject's body temperature information with the subject's QR code to the general image information taken and transmit it to the quarantine authority server 2000 . .

The communication unit 700 is a communication device formed in the kiosk 100, and transmits general image information in which body temperature information and QR code are matched to the quarantine authority server 2000 under the control of the control unit 600, and the control unit 600 ) transmits a message to the manager terminal 3000 to check the current subject under the control of the control unit 600 when it is not determined that the subject is the same person as a result of comparing the subject's appearance in the general image information and the subject's appearance in the heat distribution image information do.

Referring to FIG. 3 , the kiosk unit 1000 may be configured to further include a speaker 800 , and the speaker 800 is additionally formed on one side of the kiosk 100 , and the control unit 600 . This is to assist the display unit 400 that displays visual information under the control of , and to output auditory information (guidance comment) together to guide the elderly with poor eyesight.

The quarantine authority server 2000 is a server installed in a remote location by the quarantine authority for quarantine, and classifies and manages image information, body temperature information, and subject information transmitted by a plurality of kiosk units 1000 installed at a plurality of sites by the same person. and transmits a test request message to a subject showing an abnormal fever pattern by analyzing the transmitted information.

Therefore, the present invention 10 can increase the effect of preventing the spread of infectious diseases by being able to take preemptive quarantine measures for those who are expected to be infected, compared to the conventional post-quarantine centered on confirmed cases of infectious diseases, through the quarantine authority server 2000 .

The image information transmitted by the plurality of kiosk units 1000 to the quarantine authority server 2000 is general image information captured by the general camera 200 installed in the kiosk unit 1000, and the body temperature information is the kiosk unit 1000. It is body temperature information identified through infrared heat distribution image information taken by the IR camera 300 installed in the am.

Therefore, the quarantine authority server 2000 applies the face recognition technique to the image information transmitted by the plurality of kiosk units 1000 to classify the image information determined to be the same face image as image information of the same person, It creates, stores and manages management information for each subject by generating the image information classified as , body temperature information matched to the image information, and QR code as the management information of any one subject.

First, when the quarantine authority server 2000 matches and transmits a plurality of image information, body temperature information, and subject information from a plurality of kiosk units 1000, respectively, the image information among the information is processed through a face recognition technique. The same face images are classified as image information of the same person.

6, for example, image information of subject #A03 having the same face image is classified as image information of subject #A03 by applying a face recognition technique to image information transmitted from a plurality of kiosk units 1000 . Next, the image information classified as subject #A03 and the body temperature information and QR code of subject #A03 that are matched for each image information are created as management information of subject #A03, and stored and managed.

7 and 8, the quarantine authority server 2000 uses body temperature information in the management information for each subject to extract a subject showing an abnormal fever pattern, and uses the extracted subject's QR code to identify the subject's contact information. and sending a test request message to the identified contact.

For example, as shown in FIG. 7 , if the body temperature of subject #A03 starts at 36.5°C, which is the normal body temperature, and gradually rises to 37.7°C over time, the quarantine authority server 2000 determines that subject #A03 is It is determined as a subject showing an abnormal fever pattern and extracted as a subject to whom the test request message is to be transmitted.

That is, the quarantine authority server 2000 sends a test request message that guides the subject to undergo a detailed examination if the body temperature is outside the normal body temperature range (eg 36 ~ 37.5 ° C) and shows an abnormal fever pattern regardless of whether subject #A03 is confirmed to have an infectious disease. It is transmitted to subject #A03 to induce testing to take preemptive quarantine measures.

That is, referring to FIG. 8 , the quarantine authority server 2000 uses the contact information included in the extracted subject #A03's QR code to tell the subject #A03, "Your body temperature is rising abnormally, so check it Go to the nearest public health center or hospital for

Since the QR code for the electronic access list includes personal information including the subject's contact information, the quarantine authority server 2000 can transmit a test request message to the subject using the contact information included in the QR code.

The present invention 10 may be configured to further include a manager terminal 3000, and referring to FIGS. 1, 4 and 5, the manager terminal 3000 is a terminal used by a manager of a corresponding building, and the corresponding building When body temperature information and an event signal are received from the kiosk unit 1000 installed in the kiosk unit 1000, the received body temperature information and a message notifying that a subject whose abnormal fever has occurred is displayed on the screen so that the administrator can take action on the detected subject.

At this time, the controller 600 of the kiosk unit 1000 transmits the body temperature information and the event signal to the manager terminal 3000 if the detected body temperature information is body temperature information in the abnormal fever range, so that the manager can identify the subject and take action let it do

In addition, the control unit 600 of the kiosk unit 1000 sends a message to the manager terminal ( 3000) so that the administrator can check whether the subject is taking pictures in an illegal way.

Although the technical idea of the present invention has been described together with the accompanying drawings, the preferred embodiment of the present invention is illustratively described and does not limit the present invention. In addition, it is a clear fact that anyone with ordinary skill in the art can make various modifications and imitations without departing from the scope of the technical idea of the present invention.

10: Heat check system using kiosk
1000: kiosk unit
100: Kiosk
200: normal camera
300 : IR camera
400: display unit
500: information input unit
600: control unit
700: communication department
800 : speaker
2000: Quarantine Authority Server
3000: administrator terminal

Claims (7)

In the heat check system using a kiosk,
Quarantine authority server (2000) by receiving subject information, photographing the subject to check the body temperature, identifying the subject's body temperature using the captured image information, and matching the photographed subject's image information with body temperature information and subject information a plurality of kiosk units 1000 to be transmitted to;
A quarantine authority server 2000 that classifies and manages image information, body temperature information, and subject information transmitted by the kiosk unit 1000 by the same person, and transmits a test request message to a subject showing an abnormal fever pattern,

The kiosk unit 1000,
An upright kiosk 100,
A general camera 200 formed on one side of the kiosk 100 to generate general image information by photographing a subject;
An IR camera 300 formed on one side of the kiosk 100 to generate infrared heat distribution image information by photographing a subject;
A display unit 400 formed on one side of the kiosk 100 to display general image information photographed by the general camera 200, infrared heat distribution image information photographed by the IR camera 300, and body temperature information of a subject;
An information input unit 500 that receives a QR code for the electronic access list as subject information, and
The general image information photographed by the general camera 200 and the heat distribution image information photographed by the IR camera 300 are controlled to be displayed on the display unit 400, and the infrared thermal distribution image information photographed by the IR camera 300 is displayed. The body temperature information of the subject is identified using the 2000) and a control unit 600 for controlling the transmission;
and a communication unit 700 that transmits general image information matched with body temperature information and QR code to the quarantine authority server 2000 under the control of the control unit 600,

The control unit 600,
Control so that body temperature information is displayed on the display unit 400 only when it is determined that it is the same person using the general image information photographed by the general camera 200 and the infrared heat distribution image information photographed by the IR camera 300,
A fever check system using a kiosk, characterized in that if the subject's appearance in the general image information and the subject's appearance in the infrared heat distribution image information match more than a set value, it is determined as the same person.
delete delete According to claim 1,
If the control unit 600 is not determined to be the same person,
Fever check using a kiosk, characterized in that control is performed so that a message stating that a fever check is not possible is displayed on the display unit 400, and a message to check the current subject is transmitted to the manager terminal 3000 through the communication unit 700 system.
According to claim 1,
The image information transmitted by the kiosk unit 1000 to the quarantine authority server 2000 is general image information captured by the general camera 200 installed in the kiosk unit 1000,
The body temperature information transmitted by the kiosk unit 1000 to the quarantine authority server 2000 is body temperature information obtained by the controller 600 from the infrared heat distribution image information photographed by the IR camera 300 installed in the kiosk unit 1000,
The target information transmitted by the kiosk unit 1000 to the quarantine authority server 2000 is a QR code for the electronic access list input by the target using the information input unit 500 installed in the kiosk unit 1000,
The quarantine authority server 2000,
With respect to the image information transmitted by the kiosk unit 1000, the image information determined to be the same face image through the face recognition technique is classified as image information of the same person, and the image information classified as the same person and the corresponding image information are matched. A fever check system using a kiosk, characterized in that it creates, stores and manages management information for each subject by generating body temperature information and QR code as the management information of one subject.
6. The method of claim 5,
The quarantine authority server 2000,
Extracting a subject showing an abnormal fever pattern using body temperature information in the management information for each subject, identifying the subject's contact information using the extracted subject's QR code, and sending a test request message to the identified contact A temperature check system using a kiosk.
According to claim 1,
When body temperature information and an event signal are received from the kiosk unit 1000, the controller terminal 3000 further includes a message indicating that the received body temperature information and an abnormal fever have occurred on the screen,
The kiosk unit 1000,
If the detected body temperature information is body temperature information in the abnormal fever range, the temperature information and the event signal are transmitted to the manager terminal (3000).

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