KR102139341B1 - An access inspection system for prevention of spread out plague - Google Patents

Abstract

According to the present invention, an access control system for preventing the spread of infectious diseases measures the body temperature and breathing of visitors entering the building and allows only visitors with no abnormalities to enter while blocking the entry of visitors showing abnormalities when a legal infectious disease is outbreak, thereby preventing infectious diseases from entering the building.

Description

An access inspection system for prevention of spread out plague}

The present invention relates to an access control system for preventing the spread of infectious diseases, and more specifically, when a legal infectious disease is prevalent, visitors of the visitors entering the building are allowed to enter only the visitors without abnormality by using the body temperature and breathing, and those who show abnormal symptoms It relates to a technology that blocks access and prevents the spread of infectious diseases into a building, and at the same time makes it possible to grasp the route of a visitor who shows abnormal signs through a smartphone.

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

In particular, through the industrialization of the 20th century, Korea established social overhead capital such as electricity, telecommunications, water and sewage, roads, ports, and airports, expanded social systems such as national health insurance, national pensions, compulsory education, and various industrial technologies. Due to the development of life technology and medical technology, the average lifespan of our people has also increased significantly, leading to a healthy and comfortable life.

However, due to the SARS in 2003, MERS in 2015, and the Corona virus 19 in 2020, people living in Korea and around the world are not aware of viruses and new diseases. I learned that I cannot be free from danger.

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

On the other hand, when a certain period of time has elapsed after the infection occurs, it is the best way to prevent the spread of the infectious disease once the vaccine is developed and screening the infected patients as much as possible.

Therefore, in the present invention, the visitor entering the building uses the body temperature and breathing to allow only the visitor who has no abnormalities to enter the building and blocks the visitor who exhibits abnormal signs and moves the corresponding visitor who shows abnormal signs through the smartphone. I would like to propose a technique that can help you figure out your route.

The following are prior arts related to this.

1. Korea Patent Registration No. 10-1575233 Infectious disease patient screening control system 2. Booth for collecting unattended sputum for infection prevention in Korea Patent Registration No. 10-1674482 3. Korea Patent Publication No. 10--2017-0133088 Booth for collecting specimens of patients with respiratory infections

The present invention is to solve the above problems,

The present invention aims to prevent the spread of infectious diseases into a building by allowing only visitors with no abnormalities to enter and exit the building by using the body temperature and breathing of visitors who enter and exit the building when the legal infectious disease is prevalent. do.

In addition, the present invention is to prevent the infection of the visitor showing abnormal signs to prevent the spread of infectious diseases into the building, and at the same time to identify the movement path of the visitor showing abnormal signs through a smartphone.

In order to achieve the above object, the present inventors access control system for preventing the spread of infectious diseases,

An opening/closing means for controlling opening and closing according to the control of the control means 500;

An arched gate 200 installed around the access switch 100 and providing a space in which biometric information checking means 300 and quarantine means 400 are installed;

Biometric information checking means (300) installed on the arched gate (200) and providing the result information to the control means (500) by inspecting the biometric information of the visitor;

A quarantine means 400 installed on the arched gate 200 and spraying a disinfecting agent for a human body to a visitor entering the building under the control of the control means 500;

It includes control means 500 for performing the opening and closing control of the access switch 100 and the operation control of the quarantine means 400 according to the result information provided by the biological information checking means 300,

The door opening and closing means 100 is characterized in that the door installed in the building entrance or a speed gate type door installed inside the building.

The present invention prevents the spread of infectious diseases into the building by preventing the spread of the infectious disease into the building by blocking only the visitor with no abnormality by using the body temperature and breathing of the visitors entering the building when the legal infectious disease is prevalent It provides a protective effect to prevent normal visitors from being exposed to hepatitis.

In addition, the present invention blocks the access of visitors showing abnormal signs, prevents the spread of infectious diseases into the building, and at the same time allows the relevant health administrative agencies to identify the route of the visitor showing abnormal signs through a smartphone. It provides an effect that can be easily used to prevent and manage the spread of infectious diseases by easily grasping the epidemiological information of the infected person.

1 is a conceptual diagram of the present invention
Figure 2 is a block diagram of the configuration of the present invention
3 is an overall configuration diagram of the present invention
Figure 4 is a detailed configuration of the biological information verification means of the present invention
5 is a functional block diagram of the present invention 1
Figure 6 is an exemplary operation of the information display unit of the present invention
7 is a functional block diagram 2 of the present invention
8 is an exemplary operation of the manager monitoring unit of the present invention
Figure 9 is a detailed configuration of the respiratory and viral diagnostics of the present invention

Embodiments of the present invention will be described in detail with reference to FIGS. 1 to 9 attached.

Referring to FIG. 1, the access control system (hereinafter referred to as'system') for preventing the spread of infectious diseases of the present invention uses only the temperature and breathing of visitors who enter and exit the building when a statutory infectious disease is prevalent, so that only visitors who have no abnormalities are allowed to access. Preventing infection from spreading to the inside of buildings by blocking the entrance of visitors showing abnormal signs, and also, through the smartphone, it is possible to grasp the route of the visitor showing abnormal signs through the smartphone, and the infection dynamics of the infected person at the relevant health administrative institution This invention makes it easy to grasp information and use it to prevent and manage the spread of infectious diseases.

The system 10 of the present invention, as shown in Figure 2, comprises an access switch 100, an arched gate 200, a biological information checking means 300, a quarantine means 400, a control means 500 do.

Specifically, the access control system for preventing the spread of infectious diseases of the present invention,

An opening/closing means for controlling opening and closing according to the control of the control means 500;

An arched gate 200 installed around the access switch 100 and providing a space in which biometric information checking means 300 and quarantine means 400 are installed;

Biometric information checking means (300) installed on the arched gate (200) and providing the result information to the control means (500) by inspecting the biometric information of the visitor;

A quarantine means 400 installed on the arched gate 200 and spraying a disinfecting agent for a human body to a visitor entering the building under the control of the control means 500;

It includes control means 500 for performing the opening and closing control of the access switch 100 and the operation control of the quarantine means 400 according to the result information provided by the biological information checking means 300,

The door opening and closing means 100 is characterized in that the door installed in the building entrance or a speed gate type door installed inside the building.

Referring to FIG. 3, the door opening/closing means 100 is formed in the form of a door installed in a building entrance or a speed gate type door installed inside the building, and the door opening/closing means 110 is provided in the door opening/closing means 100. The opening and closing means 110 is operated under the control of the control means 500 to allow or block visitor access.

The opening and closing means 110 may be a screen door, a rotating bar, etc., but is not limited to a specific opening and closing device in the present invention, and the rotating bar will be described as an example in the present invention.

The door opening and closing means 100 of the present invention may be formed in the form of a door installed in the main entrance of a building or a speed gate type door installed inside the building, and a speed gate type door type in terms of visitor check efficiency to prevent the spread of infectious diseases It is preferably formed of.

Referring to FIG. 3, the arched gate 200 is a frame in the form of an arch that is installed around the entrance/exit means 100 to provide a space in which the biometric information checking means 300 and the quarantine means 400 are installed.

That is, the arched gate 200 is formed in the form of an arch of a certain height around the door opening and closing means 100 to pass through the visitor, the bio-information verification means 300 for inspecting the visitor's bio-information and disinfectant for human body Disinfection means 400 for spraying each to be installed.

Therefore, when a visitor is located in the access switch 100 to access the building, the visitor's biometric information is inspected through the biometric information verification means 300 installed in the arched gate 200, and the control means 500 according to the inspection result By controlling the operation of the quarantine means 400 installed on the arched gate 200, the disinfectant is sprayed to the visitor.

Referring to FIG. 4, the biometric information checking means 300 is installed in the arched gate 200 and inspects biometric information of a visitor to provide result information to the control means 500. The thermal imaging camera 310 ) And a body temperature determining unit 320.

The thermal imaging camera 310 is installed on one side of the arched gate 200 and photographs heat distribution centering on the visitor's body, especially the face, and is not a general image, but image information indicating heat distribution according to the visitor's body temperature. Is generated and provided to the body temperature determination unit 320.

In addition, the body temperature determination unit 320 uses the image information representing the heat distribution according to the body temperature of the visitor taken by the thermal imaging camera 310 to grasp the body temperature of the visitor and controls the visitor's body temperature result information to the control means 500 to provide.

At this time, the control means 500 allows the visitor to enter the building by opening and closing the access switch 100 when the body temperature result information provided by the body temperature determination unit 320 is less than or equal to the set body temperature, and if the body temperature result information is higher than or equal to the set body temperature The opening/closing means 100 is prevented from opening, so that the visitor does not enter or exit the building.

For example, when the set body temperature is 38°C, when the body temperature of the visitor determined by the body temperature determining unit 320 exceeds 38°C, the control means 500 determines that the visitor's body temperature is abnormal body temperature, and then enters and closes the access means ( The opening/closing means 110 of the access switch 100 is controlled to maintain a closed state so that the opening/closing means 110 of the 100) is not opened.

On the other hand, since the bio-information checking means 300 inspects only the visitor's body temperature using the thermal imaging camera 310 and the body temperature determining unit 320, there is a limit in accurately determining whether a visitor is infected with a statutory infectious disease. In addition, the respiratory unit 330 and the virus diagnosis unit 340 may be further included to check the presence or absence of the virus through exhalation or saliva.

Referring to FIG. 4, the respiratory unit 330 is configured to receive a visitor's exhalation or saliva and provide it to the virus diagnosis unit 340, which includes a breathing straw 331 and a respiratory body 332. .

The breathing straw 331 is a configuration that is detachably inserted into the respiratory body 332, and is an inspection straw used to allow a visitor to exhale or spit saliva into the mouth in an inserted state. It is a disposable straw used whenever.

Particularly, a plurality of straws 331 for breathing are stored in the straw storage box 350, and then used by a visitor to withdraw one by one for inspection of exhalation or saliva and insert into the respiratory body 332. It is collected by the straw collection box (360).

In addition, the respiratory body 332 is configured such that the breathing straw 331 is inserted detachably, and the virus diagnosis unit 340 is installed therein.

In addition, the biological information checking means 300,

A straw storage box 350 for storing the breathing straw 331 before use, and storing the stored breathing straw 331 before use in ultraviolet light,

It can be configured to further include a straw collection box 360 for collecting and storing the used breathing straws 331 and ultraviolet sterilizing the collected and used breathing straws 331.

The straw storage box 350 stores a plurality of breathing straws 331 before the visitor uses them, and the straw collection box 360 allows the used breathing straws 331 to be collected and stored.

At this time, the straw storage box 350 for sanitation of the breathing straw 331 stored in the straw storage box 350 and sterilization of viruses that may be on the breathing straw 331 collected in the straw collection box 360 And the straw collection box 360 is installed with a UV sterilization device.

Referring to FIG. 4, the virus diagnosis unit 340 is installed inside the respiratory body 332, and virus from exhalation or saliva of a visitor input through the respiratory unit 330 (specifically, a straw 331 for breathing) It diagnoses the presence or absence and provides the virus result information to the control means 500.

Specifically, the virus diagnosis unit 340, as shown in Figure 9,

Installed on the inside of the respiratory body 332, one end is connected to the straw 331 for breathing and the other end is connected to the diagnostic kit 342, the exhalation or saliva of visitors entering through the straw for breathing 331 is diagnosed Exhalation movement pipe 341 to be delivered to the kit 342,

A disposable diagnostic kit 342 that is detachably coupled to the diagnostic kit detachable portion 343 and detects the virus contained in the visitor's exhalation or saliva,

Diagnosis kit detachable portion 343 is installed on one side of the respiratory body 332, the disposable diagnostic kit 342 is detachably coupled,

A diagnostic information providing unit 344 for providing the virus result information for the virus detected by the disposable diagnostic kit 342 to the control means 500,

It is characterized in that it comprises a sterilizing portion (345) installed inside the respiratory body (332) to sterilize the virus remaining inside the respiratory body (332).

The exhalation movement pipe 341 is a pipe through which the visitor's exhalation or saliva flows through the breathing straw 331 of the respiratory unit 330, one end of which is connected to the breathing straw 331 and the other end is Connected to the diagnostic kit 342, the visitor's exhalation or saliva is delivered to the diagnostic kit 342.

That is, the exhalation or saliva of the visitor introduced through the breathing straw 331 is transferred to the diagnostic kit 342 located at the other end of the moving conduit 341 by moving through the exhalation moving conduit 341.

The diagnostic kit 342 is a disposable diagnostic kit that detects a virus contained in a visitor's exhalation or saliva and provides virus result information to the control means 500.

That is, the diagnostic kit 342 moves through the exhalation movement channel 341 to detect the virus contained in the exhalation or saliva of the delivered visitor.

The diagnostic kit detachable part 343 is a configuration that can be detachably coupled to the disposable diagnostic kit 342, the user inserts a straw 331 for disposable breathing into the respiratory body 332 for examination, and a disposable diagnostic kit (342) is connected to the diagnostic kit detachable part (343) and then breathing or saliva into the straw for breathing (331) to perform a virus test.

After the inspection, the visitor collects the used disposable straw 331 and the disposable diagnostic kit 342 into the straw collection box 360.

In this case, the diagnostic kit storage box for storing the disposable diagnostic kits 342 before use may be configured outside.

The diagnostic information providing unit 344 provides the virus result information on the virus detected by the disposable diagnostic kit 342 to the control means 500.

The sterilization unit 345 is installed inside the respiratory body 332 to sterilize viruses remaining inside the respiratory body 332. For the examination, the virus contained in the exhalation or saliva of the visitor introduced through the breathing straw 331 leaks into the respiratory body 332 in the process of being delivered to the diagnostic kit 342 through the exhalation movement channel 341 It may remain inside the respiratory body 332, and there is a possibility that the remaining virus enters the next diagnostic body. To prevent this, the sterilization unit 345 is installed inside the respiratory body 332 to sterilize the virus remaining inside the respiratory body 332.

The virus detected through the virus diagnosis unit 340 having the above-described characteristics is a virus corresponding to legal infectious disease information, and the virus result information provided by the virus diagnosis unit 340 to the control means 500 is determined by the detected virus type. Contains information about.

The virus corresponding to the statutory infectious disease information includes, for example, a virus corresponding to the previously identified statutory infectious disease information such as Ebola virus, plague, anthrax, SARS, MERS, corona 19 virus, and the like.

At this time, the control means 500 uses the body temperature result information provided by the body temperature determination unit 320 and the virus result information provided by the virus diagnosis unit 340 to control the opening and closing of the access switch 100 and the quarantine means 400 ).

Referring to Figure 3, the quarantine means 400 is installed on the arched gate 200, under the control of the control means 500, a configuration that sprays disinfectant for human body to visitors entering the building, storage tank ( 410) and a spray nozzle 420.

Here, the storage tank 410 is installed inside the arched gate 200 to store a disinfectant for human body to be sprayed to visitors, and the spray nozzle 420 is a storage tank under the control of the control means 500 It is configured to spray the disinfectant for human body stored in 410 to visitors entering and exiting.

The control means 500 is configured to perform opening/closing control of the access switch 100 and operation control of the quarantine means 400 according to inspection result information provided by the bio-information checking means 300.

Specifically, referring to FIG. 5, the control means 500 opens and closes the door opening and closing means 100 when the body temperature result information and the virus result information provided by the bio-information checking means 300 satisfy the first condition, When the second condition is satisfied, the quarantine means 400 is operated and the access switch 100 is opened at the same time. When the third and fourth conditions are met, the access switch 100 is not opened. The quarantine means 400 is operated.

The first condition is a condition in which the visitor's body temperature result information is less than or equal to a set body temperature, and the visitor's virus result information corresponds to information in which no virus is detected, indicating that the visitor is in the most normal and healthy state.

The second condition is a condition in which the visitor's body temperature result information is higher than or equal to a set body temperature and the visitor's virus result information corresponds to information in which a virus is not detected. .

The third condition is a condition that corresponds to a condition in which the visitor's body temperature result information is below a set body temperature and the visitor's virus result information is the information in which the virus was detected, indicating that the visitor has no fever, but is an asymptomatic infection of the virus.

The fourth condition is a condition corresponding to a condition in which the visitor's body temperature result information is higher than or equal to a set body temperature, and the visitor's virus result information corresponds to a condition in which the virus is detected, indicating that the visitor is already an infected person with symptoms.

Therefore, when the body temperature result information and virus result information provided by the bio-information checking means 300 satisfy the first condition, the control means 500 is the healthiest and normal state for the visitor, so the access/exit means 100 for accessing the building ) To open and close the opening and closing means 110.

In addition, when the body temperature result information and the virus result information provided by the bio-information checking means 300 satisfy the second condition, the control means 500 is in a state in which the visitor is normal but unable to see it in a healthy state due to heat. , First, operate the quarantine means 400 to spray the disinfectant for human body to the visitor, and then control the opening and closing means 110 of the opening and closing means 100 to allow the visitor to enter and exit the building.

On the other hand, when the body temperature result information and the virus result information provided by the bio-information verification means 300 satisfy the third and fourth conditions, the control means 500 is asymptomatic infection or symptoms that the visitor has already been infected with the virus. As an infected person, the opening/closing means 110 of the door opening/closing means 100 is kept closed while preventing the visitor from entering the building, and at the same time, the quarantine means 400 is operated to spray the disinfectant for human body to the visitor. do.

It is necessary to recognize the inspection result information to a corresponding visitor who has performed body temperature and virus tests through the bio-information checking means 300. To this end, the system 10 of the present invention, as shown in FIG. The information display unit 600 to be installed may be further included.

Referring to FIG. 6, the information display unit 600 includes a display 610 and a speaker 620, and the display 610 visually displays guide information and inspection result information for an inspection procedure. Configuration, the speaker 620 is a configuration that auditoryly expresses the guide information and the inspection result information for the inspection procedure.

Therefore, since the visitor entering the building may not know the order of inspection, the display 610 and the speaker 620 provide guidance information about the order of inspection, and when the inspection result is displayed, the display 610 and the speaker Visually and audibly output test result information through 620 so that the visitor can recognize it.

Referring to FIG. 6, the control means 500, for example, if the visitor's body temperature result information and virus result information satisfy the above-described first condition, for example, “body temperature is normal and no virus was detected. Please output the guide message and the guide message corresponding to the first condition of "enter and exit" through the display 610 and the speaker 620 of the information display unit 600, respectively, and the opening and closing means 110 of the door opening and closing means 100. Control to be open.

In addition, the control means 500, if the visitor's body temperature result information and the virus result information satisfies the second condition, for example, "the test result, the virus was not detected, but the body temperature is high, so get the guidance of the administrator." The guide message and the guide message corresponding to the second condition are respectively output through the display 610 and the speaker 620 of the information display unit 600.

In addition, the control means 500, if the visitor's body temperature result information and the virus result information satisfies the third condition, the "test results, the body temperature is normal or the virus is detected, we recommend hospital treatment." The guide message and the guide comment are output through the display 610 and the speaker 620 of the information display unit 600, respectively.

In addition, when the visitor's body temperature result information and virus result information meet the fourth condition, the control means 500 is guided by the condition corresponding to the fourth condition of "The examination result, the body temperature is high and the virus has been detected." The message and the announcement are respectively output through the display 610 and the speaker 620 of the information display unit 600.

If the visitor does not have a virus infection but the body temperature is high, it is necessary to monitor the visitor who has entered the building so that the administrator can take action. To this end, the system 10 of the present invention is a manager monitoring unit installed inside the building ( 700) may be further included.

The manager monitoring unit 700 is a type of monitor installed inside the building and monitored by a manager (for example, a guard), and the control unit 500 is configured to satisfy body temperature result information and virus result information in the second condition described above. In this case, the visitor's body temperature information and a message requesting the visitor's check are provided to the monitoring unit 700 so that the administrator appropriately measures the visitor who has entered the building (there is no infection but has a fever). For example, as shown in FIG. 8, the manager monitoring unit 700 outputs a guide message to the administrator, saying, "The visitor to door #01 corresponds to the second condition (there is no infection, but there is a column). So that the administrator can check the visitor.

In addition, when the visitor is a virus infected person, it is necessary to generate infection epidemiology information that is a path of the future visitor, and for this purpose, the system 10 of the present invention is equipped with a dedicated app 810 and a visitor's smartphone possessed by the visitor It may be configured to further include (800).

In this case, the control means 500 is configured to include a communication module 510, as shown in FIG. 2, and through the communication module 510, the control means 500 is a visitor smartphone equipped with a dedicated app 810. Form a short-range communication network with 800.

The control means 500, if the body temperature result information and the virus result information satisfies the above-mentioned third or fourth conditions, the control means 500 and the visitor smartphone 800 to form a short-range communication network When the communication network is formed, a control signal and information on the detected virus type are transmitted to the visitor smart phone 800 as shown in FIG. 7 to generate GPS location information regarding the movement line according to the visitor's movement from the current time. do.

At this time, the dedicated app 810 mounted on the visitor's smartphone 800 receives the control signal from the control means 500, and continuously maintains the GPS location information regarding the movement line according to the movement of the visitor from the time of reception. Create and save.

The stored GPS location information on the movement line according to the movement of the corresponding visitor is used as quarantine epidemiological information according to the movement of the infected person in the quarantine-related administrative agency 20 to be described later.

In addition, the dedicated app 810 mounted on the visitor's smart phone 800 periodically controls the quarantine-related administrative agency 20 (eg, a smart phone number, information on the detected virus type, and GPS location information on a mobile traffic). Disease Control Center).

The information on the detected virus type is information provided by the control means 500 to the visitor smartphone 800 as described above.

Through the above process, the administrative agency related to quarantine (for example, the disease management headquarters) can grasp the information of the infected person and the route of movement of the infected person and supervise the management to prevent secondary spread by the infected person.

In the above, the technical idea of the present invention has been described together with the accompanying drawings, but this is merely illustrative of preferred embodiments of the present invention and does not limit the present invention. In addition, it is obvious that anyone who has ordinary knowledge in this technical field can make various modifications and imitation without departing from the scope of the technical idea of the present invention.

100: access switch
200: arched gate
300: biological information verification means
400: quarantine means
500: control means
600: information display unit
700: manager monitoring unit
800: visitor smartphone

Claims (9)

In the access control system to prevent the spread of infectious diseases,
An opening/closing means 100 in which opening/closing is controlled according to the control of the control means 500;
An arched gate 200 installed around the access switch 100 and providing a space in which biometric information checking means 300 and quarantine means 400 are installed;
Biometric information checking means (300) installed on the arched gate (200) and providing the result information to the control means (500) by inspecting the biometric information of the visitor;
A quarantine means 400 installed on the arched gate 200 and spraying a disinfecting agent for a human body to a visitor entering the building under the control of the control means 500;
It includes control means 500 for performing the opening and closing control of the access switch 100 and the operation control of the quarantine means 400 according to the result information provided by the biological information checking means 300,

The door opening and closing means 100 is characterized in that the door installed in the building entrance or a speed gate type door installed inside the building,

The biological information checking means 300,
A thermal imaging camera 310 installed around the respiratory unit 330 to photograph the face of a visitor entering exhalation or saliva through the respiratory unit 330,
A body temperature determination unit 320 that grasps a visitor's body temperature by using the image information captured by the thermal imaging camera 310 and provides body temperature result information to the control means 500;
Respiratory unit 330 that receives the visitor's exhalation or saliva,
And a virus diagnosis unit 340 that diagnoses the presence or absence of a virus from the exhalation or saliva of a visitor input through the respiratory unit 330 and provides virus result information to the control means 500,
The virus diagnosed through the virus diagnosis unit 340 is a virus corresponding to legal infectious disease information,
The virus result information provided to the control means 500 by the virus diagnosis unit 340 includes information on the detected virus type,
The control means 500 uses the body temperature result information provided by the body temperature determination unit 320 and the virus result information provided by the virus diagnosis unit 340 to control the opening and closing of the door opening and closing means 100 and the quarantine means 400. Access control system for preventing the spread of infectious diseases, characterized in that to perform the operation control.
delete delete The method according to claim 1,
The biological information checking means 300,
A straw storage box 350 for storing the breathing straw 331 before use, and storing the stored breathing straw 331 before use in ultraviolet light,
Collecting and storing the used breathing straw (331), and further includes a straw collection box (360) for ultraviolet sterilization of the collected and used breathing straw (331),
The respiratory unit 330,
A breathing straw 331 that allows the visitor to exhale or saliva into the mouth;
Respiratory straw 331 is to be inserted detachably, the virus diagnosis unit 340, the access control system for preventing the spread of infectious diseases, characterized in that it comprises a respiratory body 332 installed therein.
The method according to claim 1,
The control means 500,
When the body temperature result information and the virus result information satisfy the first condition, the access switch 100 is opened, and if the second condition is met, the quarantine means 400 is operated and the access switch 100 is opened. When the third and fourth conditions are satisfied, the quarantine means 400 is not opened and the quarantine means 400 is operated at the same time.
The first condition is a condition in which the body temperature result information is below a set body temperature and the virus result information is information in which a virus is not detected,
The second condition is a condition in which the body temperature result information is information above a set body temperature and the virus result information is information in which a virus is not detected,
The third condition is a condition in which the body temperature result information is below a set body temperature and the virus result information is information in which the virus is detected,
The fourth condition is an access control system for preventing the spread of an infectious disease, characterized in that the temperature result information is information above a set body temperature and the virus result information is information on which a virus was detected.
The method according to claim 5,
Further comprising an information display unit 600 installed on the arched gate 200,
The control means 500,
When the body temperature result information and the virus result information satisfy the second condition, a message corresponding to the second condition is generated and displayed through the information display unit 600,
When the body temperature result information and the virus result information satisfy the third condition, a message corresponding to the third condition is generated and displayed through the information display unit 600,
Access control system for preventing the spread of infectious diseases, characterized in that when the body temperature result information and the virus result information satisfies the fourth condition, a message corresponding to the fourth condition is generated and displayed through the information display unit 600.
The method according to claim 5,
Further comprising a manager monitoring unit 700 installed inside the building,
The control means 500,
If the body temperature result information and the virus result information satisfies the second condition, the access control system for preventing the spread of infectious diseases, characterized in that it provides a message requesting the visitor body temperature information and the visitor check to the monitoring unit 700.
The method according to claim 5,
Dedicated app 810 is mounted and further includes a visitor smartphone 800 carried by the visitor,
The control means 500,
When the body temperature result information and the virus result information satisfy the third condition or the fourth condition, the control means 500 and the visitor smartphone 800 can form a short-range communication network, and when the communication network is formed, The visitor smartphone 800 transmits a control signal and information on the detected virus type to generate GPS location information on a moving line according to the movement of the visitor from the current time,
The dedicated app 810 mounted on the visitor smartphone 800,
When a control signal is received, an access control system for preventing the spread of infectious diseases, characterized in that the GPS location information on the moving line according to the movement of the visitor from the time of reception is continuously generated and stored.
The method according to claim 8,
The dedicated app 810 mounted on the visitor smartphone 800,
Access control system for preventing the spread of infectious diseases, characterized in that the control to transmit the smartphone number, information on the detected virus type, GPS location information on the mobile traffic to the administrative agency related to the quarantine periodically.

Images