KR102388420B1 - Prevention of epidemics gate - Google Patents

Abstract

The present invention relates to a quarantine gate without risk of operator infection due to unmanned operation. According to the present invention, when the body temperature above a predetermined level is detected from a visitor, a control unit (20) operates a disinfectant spray device (410) provided in a spray device (40) to be opened and closed while operating the spray device (40), wherein the control unit (20) comprises: an analysis module (200) analyzing signals detected by a face recognition thermal imaging device (100) and a sensor unit (140); a database (210) storing measured visitor information and access history; and a communication module capable of communicating with an external communication network. The analysis module (200) receives visitor information transmitted from a QR code reader (120) to analyze health status according to the body temperature and store access history information and visitor health information in the database (210). The database (210) includes health management information according to the abnormal body temperature and stores the visitor's access history information and health information read and analyzed by the analysis module (200). The communication module can output the disease management information according to an analysis result of the analysis module (200) in voice.

Description

Prevention of epidemics gate

The present invention relates to a quarantine gate equipped with an automated real-time fever detection and sterilization system, and a function to control entry and exit through QR code recognition and mobile phone number input. , passenger terminal, museum, general hospital, shopping mall, mart. Installed at the entrance of multi-use facilities such as companies, saunas, movie theaters, churches, hotels, cafes, libraries, schools, etc., non-face-to-face automatic heat check and QR code recognition as well as sterilization and disinfection spray when a large number of unspecified visitors enter It detects motions and sounds accompanying coughing or sneezing and disinfects and purifies the air according to each detection signal, thereby minimizing human damage caused by infection with various bacteria and pathogenic viruses, including corona, and is effective in blocking fine dust. It relates to a quarantine gate that can maintain a comfortable indoor environment by ventilating and purifying indoor air.

Pathogens such as bacteria and viruses that cause infection in the human body exist in the outdoor air, and these pathogens attach to the body or clothing of a moving person or cause transmission through respiratory droplets of an infected person.

In addition, various polluting factors exist indoors, such as heating equipment, humidifiers, office equipment, asbestos, dust, cement, cigarette smoke, polluting gases from other building materials, and biohazardous bacteria, bacteria, fungi, and viruses.

Recently, the resistance of pathogens increases due to environmental pollution and continued use of chemicals or antibiotics, and the appearance of mutated pathogens for which preventive or therapeutic drugs have not yet been developed increases and rapidly spreads to society, causing great social problems. .

In addition, with the development of industry, the use of various gases from production sites to general households is increasing rapidly, and the types thereof are also being diversified. Accordingly, various gases harmful to the human body, such as combustible gas and toxic gas, are produced, stored, transported, used, and discarded. .

However, in everyday life, people do not know how polluted the air they breathe every day is. In addition, if the user's knowledge and information on how to respond according to the pollution source and pollution state of the surrounding air is insufficient, it may lead to serious casualties, and even people with reduced mobility, such as the elderly or the disabled, can take immediate action when a dangerous situation occurs. You need a guidance system.

On the other hand, various gas leak detectors are being developed for the purpose of preventing a disaster due to the leakage of dangerous gas. A gas leak detector detects a specific gas component in the atmosphere and notifies the user of a gas leak when a characteristic gas component is detected. Therefore, users can prevent damage to life or property in advance by using a gas leak detector. However, most of the conventional gas leak detectors are limitedly used only in industrial sites where there is a risk of leaking dangerous gases, and they are bulky due to their large-capacity equipment, and are difficult to install in general stores or companies.

Therefore, in order to keep the indoor air comfortable and prevent infection by pathogens, it is necessary to thoroughly maintain personal hygiene, and it is necessary to pay close attention to the possibility of infection through the respiratory tract together with air purification means in an enclosed space such as inside a building. there is. Accordingly, there is a demand for a quarantine device capable of preventing the possibility of an unexpected infection by checking the fever of the building entrance and by appropriately spraying the disinfectant to block the inflow of pathogens from the outside.

Accordingly, a body sterilizer capable of spraying disinfectant to the occupants by sensing the occupants of the building with a sensor has been proposed. Since these body sterilizers are designed to simply spray the disinfectant, it is impossible to reduce fine dust, and the disinfectant remains in the room after the disinfectant is sprayed. There is this, and since only the disinfectant is sprayed, it cannot be used as data for health management.

In addition, it was inconvenient to use and not easy to conduct epidemiological investigations because it was not equipped with a device for automatically recognizing body temperature or automatic disinfection and a QR code authentication device.

KR 10-1676007 B1 (2016. 11. 14.) KR 10-1908929 B1 (2018. 12. 11.) KR 10-2151990 B1 (2020. 09. 04.)

The present invention has been proposed to solve the conventional problems described above, and the purpose is to install a detection means including a thermal imaging camera and a sensor module capable of detecting the body temperature and air pollution of an occupant at an entrance or entrance of a building In the control unit that receives information about the body temperature, behavior, sound, humidity, and pollutant concentration of people entering or leaving, or of people who have entered the room, compared with and reading information about the phenomenon occurring during bacterial and viral infection, which is measured through the detection means. When infection of bacteria and viruses is detected, the disinfectant is sprayed from the disinfectant spraying device, and the air purifier is operated according to the sprayed disinfectant and pollutant conditions to keep the indoor air comfortable, effectively eliminating bacteria and viruses. The goal is to provide a quarantine gate that can minimize the casualties caused by bacterial and viral infections in living spaces where many people come and go by sterilizing them.

Another object of the present invention is to install a sensor module capable of detecting an air pollution state at the entrance or entrance of a building to detect the body temperature of the occupant and the indoor air contamination state in real time, and spray the disinfectant to the occupant and pollute the air Ventilation and air purification are performed from the air purifier according to the degree, emergency contact is made to the competent authority if necessary, and an interactive agent program is built in the user's user terminal to understand the situation and cope with it according to the age group. The goal is to provide a quarantine gate that can minimize the loss of life due to infection by enabling users to deliver user behavior guidelines through voice and video when a situation occurs.

As described above, the present invention automatically recognizes body temperature and provides a warning sound and voice guidance after detecting fever, detects the human body and performs automatic disinfection, reduces fine dust by spraying purified air, and requires manual entry of personal information It facilitates epidemiological investigation by simply recognizing it with QR code authentication.

A technical feature of the present invention for achieving the above object includes a means for recognizing particles and detecting body temperature, a detecting means for detecting a degree of contamination of indoor air, and a communication module for transmitting the detected signal, , a control unit that receives a signal detected from the communication module and performs data operation; In the quarantine gate comprising a spraying device that sprays disinfectant according to a control signal according to the result calculated by the control unit, the means for recognizing and detecting the occupant is installed on the front of the main body, A facial recognition thermal imager that detects the wearing state of a mask and displays an image image and a phone number registration pad are installed, a sensor-type automatic hand sanitizer, a QR code reader that recognizes QR codes possessed by visitors, and It includes a motion detection sensor that detects the movement of the human body.

According to a technical feature of the present invention, the sensing means for detecting the degree of contamination of indoor air includes a plurality of environmental sensors capable of measuring environmental data such as particles, gas, and dust in the air.

According to a technical feature of the present invention, the injection device comprises a disinfectant agent injection device and is controlled to be driven according to the setting of the control unit.

According to a technical feature of the present invention, the control unit includes an analysis module for analyzing recognized and sensed signals, a database for storing recognized visitor information and access history, and a communication module capable of communicating with an external communication network, When this is detected or an abnormality in the environmental state is detected, the injection device is driven, and the analysis module receives the recognized and detected occupant information, analyzes the health state according to body temperature, and stores the access history information and occupant health information in the database. The database is equipped with health management information according to the abnormal body temperature, and stores access history information and visitor health information read and analyzed by the analysis module. and enabling voice guidance of disease management information when detected.

According to a technical feature of the present invention, a quarantine agency server and an interactive agent program that are provided in a public health center or a quarantine institution to communicate with the control unit and receive measured occupant information and an interactive agent program are installed to collect the health status of occupants in real time Through the information and real-time process data provided by the quarantine agency server, it is possible to track and check the history of entering the building and changes in one's own body temperature. It includes a user terminal that is enabled.

According to a technical feature of the present invention, the control unit includes a management server installed at the quarantine site, and provides appropriate voice guidance for registered and unregistered visitors according to the reading result, or SMS service through a mobile communication telephone office. It is possible to transmit a message to welcome visitors and how to use the quarantine device, and the disinfectant spray device can be operated to conduct quarantine for all visitors, to those who have a temperature above a certain level, or to access stored in the database. This includes being able to selectively perform quarantine on people who have been confirmed from history information or who have an infection history provided by a quarantine agency server.

According to the technical feature of the present invention, the analysis module receives the occupant information, reads occupant history information that distinguishes registered entrants and general entrants, and can store it in a database, and transmits the recognized and sensed measurement data from the main body After receiving and extracting health management information from the database, determining the health status, storing the judgment result in the database for each visitor, and transmitting the judgment result to the quarantine agency server or user terminal of a public health center or a management center such as the Centers for Disease Control and Prevention include

According to the technical feature of the present invention, the health management information of the database is generated during bacterial and viral infection, such as fever, coughing behavior, and sound, measured by a facial recognition thermal imager, motion sensor, and environmental sensor. It includes information about the phenomenon, information on humidity and dust concentration in the room, and infection response information, and the analysis module includes the heat and coughing behavior, sound, It includes being able to read the presence or absence of infection by bacteria and viruses by comparing and analyzing the indoor humidity and dust concentration information with the disease management information in the database.

As described above, the present invention has a slim body made of metal and acrylic, so there is no risk of damage unless it is severely impacted, and it has wheels, so it is easy to install and move.

In addition, high-accuracy facial recognition thermal image temperature measurement with artificial intelligence facial recognition algorithm, mask wearing check function, and QR code recognition, the occupant recognition process and heat detection are automatically carried out, and automatic spray disinfection by pressureless circulation pump this will be done

In addition, it is an all-in-one product that is equipped with all-in-one sensor-type hand sanitizing device, including data logging that checks and stores occupant information in real time, which does not require any manipulation by the user, thus reducing manpower consumption, enabling epidemiological investigation with phone number registration function. There is a tukjing that the weight of the equipment is light.

According to the quarantine gate according to the present invention, when a large number of unspecified occupants enter and exit, the temperature of the occupants measured by the thermal imaging camera and sensor, the motion and sound according to coughing or sneezing, and the control unit receiving the detected signal Bacterial and virus infection is read by comparing and reading information about the phenomenon occurring during bacterial and viral infection. When bacterial or viral infection is detected, the disinfectant spray device is operated based on the information in the database to remove bacteria and viruses. to be sterilized.

In addition, by providing SMS service for bacterial and viral infections, it predicts the direction of the spread of bacteria and viruses and induces them to effectively block the spread of bacteria and viruses, thereby minimizing human damage caused by bacteria and viruses, and reducing communication with user terminals. Through this, it is possible to provide personal health management data.

According to the present invention, the slim design is not restricted by the installation location, and since the wheel is attached to the lower part, it is free to move depending on the installation location and easy to install, and there is no risk of infection of the operator because it is operated unmanned.

In addition, disinfection and air purification are performed to prevent the inflow of harmful bacteria into the living space where people come and go, and unnecessary manpower consumption can be reduced for automatic fever detection and disinfection, and automatic fever detection and disinfection are performed. It is possible to reduce the consumption of manpower unnecessary for implementation, and by automatically storing the input data of the number of people entering and leaving it, it is possible to track and manage future epidemiological investigations and infection history information, thereby minimizing human damage caused by infection with bacteria and pathogenic viruses. It works.

In addition, there is an effect of maintaining a comfortable indoor environment by ventilating and purifying the indoor air according to the pollution state of the indoor air, and it is possible to prevent the transmission of diseases by viruses in advance.

In this way, we provide a quarantine gate that meets social distancing and quarantine policies due to the epidemic.

1 is a perspective view of a quarantine gate of the present invention
Figure 2 is a perspective view showing another embodiment of the quarantine gate of the present invention
3 is a system block diagram of the present invention;

The features and advantages of the present invention will be more clearly understood by the embodiments described by the accompanying drawings.

The application of the present invention is not limited by the configuration and arrangement of components described in the embodiments of the present invention or shown in the drawings. The present invention is capable of being embodied in other embodiments and of being carried out in various ways. Also, expressions and predicates used in the examples with respect to terms such as the orientation of devices or elements are used only to simplify the description of the present invention, and do not indicate or imply that the related devices or elements simply have to have a specific orientation. .

In addition, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and in order for the inventor to explain the terms and concepts of the invention in the best way, it is consistent with the technical idea of the present invention. It should be interpreted as written based on the meaning and concept of

Therefore, the present invention is not limited to the presented embodiments, and within the equivalent scope of the technical spirit of the present invention and the technical spirit described in the claims to be described below by those of ordinary skill in the technical field to which the present invention pertains. Various modifications and changes are possible in

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows a perspective view of the quarantine gate of the present invention.

1, the quarantine gate of the embodiment according to the present invention is a main body 10, a facial recognition thermal imager 100, a phone number registration pad 110, a QR code reader 120, a sensor type automatic hand sanitizer ( 130), the sensor unit 140 and the injector 40 is configured to include.

2 is a perspective view showing a quarantine gate according to another embodiment of the present invention, the main body 10, the facial recognition thermal imager 100, the phone number registration pad 110, the QR code reader 120, the sensor type automatic hand sanitizer 130 , the sensor unit 140 , the control unit 20 , the management server 30 , the injection device 40 and the air purifier 50 , and the quarantine agency server 60 and the user terminal 70 are further included. can be configured.

According to an embodiment of the present invention, the control unit 20 may be configured in a separate management server 30 .

3 shows a system block diagram of the present invention.

The main body 10 is made of metal and acrylic material so that there is no fear of damage unless it is subjected to a severe impact. It is configured to include a registration pad 110 , a QR code reader 120 , a sensor-type automatic hand sanitizer 130 , and a sensor unit 140 .

The facial recognition thermal imager 100 recognizes the body temperature of the entrant, captures the face, and transmits the image to the controller 20 .

As is well known, the facial recognition thermal imager 100 is equipped with a kiosk function and a face recognition function to detect the body temperature of an occupant based on the captured face image, so that the control unit 20 can perform an operation required for entrant authentication. , it is possible to detect the state of wearing a mask to generate an announcement or an alarm sound when a non-wearing occupant is detected.

The occupant authentication means is for confirming the personal information of the person entering the building, and is composed of a phone number registration pad 110 for epidemiological investigation and a QR code reader 120 for confirming the QR code possessed by the entrant. The entrant authentication means may further include an RFID.

Such an occupant authentication means is a user, that is, a user terminal 70 such as a wallet or a mobile communication terminal of a building entrant who has a QR code to read the occupant registered by the wireless radio wave identification system, and at the same time the entrant registered by the reading result and It is possible to provide an appropriate voice guidance including registration guidance for unregistered visitors, or a Short Message Service (SMS) through a mobile communication telephone company. In addition, a communication module including a wired LAN, a wireless LAN, and Bluetooth is provided to enable networking with the management server 30 or the control unit 20, and to store the personal access history and health information analyzed by the control unit 20 for each individual. be able to

By enabling the SMS service to transmit a message to welcome visitors, it is possible to enhance the bond with visitors, not neglect to welcome unregistered visitors, and to database the access history and health information of visitors.

The SMS service can be preferably used not only in companies and public institutions, but also in places such as shopping malls and hospitality establishments that welcome customers.

In the sensor-type automatic hand sanitizer 130 , when an entrant approaches a hand, a proximity sensor (not shown) detects this and automatically discharges the alcohol disinfectant.

The sensor unit 140 includes a motion detection sensor 141 and an environmental sensor 142 .

The motion sensor 141 detects and transmits a sound when an occupant coughs or sneezes and a movement of the human body according to the motion. When the signal detected by the motion detection sensor 141 is determined as an abnormal signal by the control unit 20, the injection device 40 is operated.

The environmental sensor 142 includes a plurality of sensors capable of measuring environmental data such as particles, gas, and dust in the air, that is, a dust measuring sensor for measuring the concentration of fine dust in the room, and a gas for measuring and transmitting the gas concentration. It is composed of a sensor so that the control unit 20 can selectively drive the spraying device 40 and the air purifying device 50 by measuring the pollution state of the indoor air and the spraying amount of the disinfectant when spraying the disinfectant.

The devices formed in the main body 10, that is, the facial recognition thermal imager 100, the phone number registration pad 110 as an entrant authentication means, the QR code reader 120, and the sensor unit 140 are the communication modules. The measured body temperature and indoor air pollution level and authentication information are transmitted to the control unit 20 .

The communication module is a serial communication such as RS-232C, Ethernet (ethernet), wide area network (WAN), Bluetooth (bluetooth), Wi-Fi (WiFi), wireless (RF, radio frequency) module, other networkable communication Any one may be selected from the means.

The control unit 20 is configured to include an analysis module 200 and a database 210 , and is networked with a communication module of the main body 10 to receive a detected signal and perform a data operation.

The operating system of the control unit 20 is operating software based on an operating system such as Linux, and it is easy to operate because it automatically controls internal devices, is equipped with an artificial intelligence facial recognition algorithm, and data logging and storage are possible, so that information about occupants can be saved. You can check and save in real time.

The control unit 20 includes an analysis module 200 for analyzing the signal detected by the detection means 10, a database 210 for storing the occupant information and access history measured by the detection means 10; It is configured by having a communication module capable of communicating with a communication network.

The analysis module 200 receives the occupant information from the entrant authentication means, that is, the facial recognition thermal imager 100, the phone number registration pad 110, and the QR code reader 120 to distinguish between registered entrants and unregistered entrants. and the read visitor history information can be stored in the database 210 .

In addition, the analysis module 200 provides an appropriate voice guidance for registered and unregistered visitors based on the result of reading the visitor history information, or an SMS service through a mobile communication telephone office to welcome visitors and use of the quarantine device method to be transmitted.

In addition, the analysis module 200 is a facial recognition thermal imager 100, motion detection sensor 141 and environmental sensor 142 measured through the body temperature and coughing behavior, sound, indoor humidity and dust concentration By comparing and analyzing the information about the disease with the disease management information of the database 210, it is possible to read the presence or absence of infection of fine dust, bacteria and viruses.

The analysis module 200 also receives the visitor information from the phone number registration pad 110 and the QR code reader 120, extracts health management information from the database 210, and analyzes and determines the health status according to body temperature. , store access history information and judgment results for each visitor in the database 210, and transmit the judgment results to the quarantine agency server 60 and user terminal 70 of related organizations through the communication module.

The database 210 is equipped with health management information according to the abnormal body temperature, the amount of disinfectant sprayed according to the degree of contamination is stored, and the access history information read and analyzed by the analysis module 200 and the health information of the occupants are stored.

The health management information of the database 210 includes bacteria and viruses such as the body temperature, coughing behavior, and sound measured by the facial recognition thermal imager 100, the motion sensor 120, and the environmental sensor 130. It includes information on the phenomena that occur during infection, information on humidity and dust concentration in the room, and information on response to infection.

The communication module may be formed by selecting any one from a wide area network, Wi-Fi, a wireless module, and other networkable communication means.

This communication module can provide voice guidance of disease management information when a body temperature above a certain level is detected according to the body temperature analysis result of the analysis module 200 .

The control unit 20 and the database 210 may be provided in the main body 10 of the spraying device 40, or may be provided in the management server 30 separately installed at the quarantine site.

The controller 20 drives the spraying device 40 to spray the disinfectant when a body temperature above a certain level is sensed from the occupant.

The injector 40 is composed of a disinfectant injector 410 .

Disinfectant spraying device 410 is provided with a plurality of injection nozzles for spraying disinfectant in the direction toward the body on the upper body 10, the air condition is detected by the environmental sensor 142, the result calculated by the control unit 20 Disinfectant is sprayed according to a control signal that detects a contamination state above a certain level.

The disinfectant spraying device 40 is an exemplary gate-type disinfection device, and is not limited to the illustrated example and may be manufactured in various structures and shapes. In addition, the control unit 20 and the facial recognition thermal imager 100 may not be integrally formed with the main body 10 and may be installed separately.

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The plurality of injection nozzles provided in the injection device 40 can be selectively opened and closed by the control unit 20 to perform quarantine for all entrants, entrants who have a body temperature above a certain level, or access history stored in the database 210 . The disinfectant is selectively sprayed on the entrants identified from the information or the entrants who have an infection history provided from the quarantine agency server 60 .

Preferably, the spraying device 40 is a disinfectant according to the body temperature detected by the facial recognition thermal imager 100 by the control unit 20 and data stored in the database 210, or the degree of contamination detected by the environmental sensor 142 The spray amount of the agent is limited to an appropriate level.

The disinfectant spraying device 410 may be driven according to a setting in the control unit 20 .

The air purifier 50 is provided with a pressureless circulation pump to discharge the disinfectant in the air after spraying of the disinfectant to the object to be quarantined is completed, or the environmental sensor 142 detects that the indoor air is contaminated over a certain level It will run if

Accordingly, when it is sensed that the disinfectant is reduced below a certain level or that the degree of contamination of the indoor air is reduced below a certain level by the sensor detection, the operation of the air purification system is stopped.

At this time, if the operation is due to air pollution, it is automatically operated when the pollution level is higher than a certain level.

The air purifier 50 may also be installed separately in an appropriate space in the room in addition to the main body 10 , and may be driven at all times according to the setting of the control unit 20 or driven according to whether the environmental sensor 142 detects the environmental condition. can be

The quarantine agency server 60 is provided in a public health center or a quarantine agency, communicates with the control unit 20 or the management server 30, and receives measured occupant information, and based on the established disease management information data, by extracting the history of infection, and if the visitor has a history of infection in the past, the disease management guide is notified to the user terminal 70 using the SMS service, It can be stored so that it can be fully prepared for quarantine measures.

The user terminal 70 is a mobile communication device such as a smart phone, and downloads and installs an interactive agent program from a public health center or a control center quarantine agency server 60 such as the Korea Centers for Disease Control and Prevention, or an application store, and collects it in real time. Through the real-time process data provided by the health status information of the occupants and the quarantine agency server 60, it is possible to track and check the history of entering the building and changes in one's own body temperature. It is possible to receive action guidelines through the video.

The agent program may receive and store the user's access record from the control unit 20 or the database 210 .

Accordingly, visitors to the facility can track when they entered the facility at any time, as well as changes in their body temperature in the past. can be checked.

This function may be particularly useful for users who lack situational awareness and coping ability according to age.

On the other hand, the movement wheels 151 are formed in all directions on the lower surface of the lower base 150 of the main body 10, so that the movement is free. This allows the installation location to be changed arbitrarily.

So far, the present invention has been focused on preferred embodiments.

The embodiments described in this specification and the configurations shown in the drawings relate to one most preferred embodiment of the present invention, and do not represent all of the technical spirit of the present invention, so various equivalents and modifications that can be substituted for them are It should be understood that there may be examples.

Therefore, the present invention is not limited to the embodiments presented, and within the equivalent scope of the technical spirit of the present invention and the technical spirit described in the claims to be described below by those of ordinary skill in the technical field to which the present invention pertains. There may be embodiments in which various modifications and changes are possible.

10: body
100: facial recognition thermal imager 110: phone number registration pad
120: QR code reader 130: sensor type automatic hand sanitizer
140: sensor unit 141: motion detection sensor
142: environmental sensor 150: base
151: mobile wheel
20: control unit
200: analysis module 210: database
30: management server
40: injector
410: disinfectant spraying device
50: air purifier
60: quarantine agency server
70: user terminal

Claims (5)

A means for recognizing an occupant and detecting body temperature, a detecting means for detecting a degree of contamination of indoor air, a communication module for transmitting a detected signal, and receiving a signal detected from the communication module to perform data calculation a control unit 20 to perform; In the prevention gate consisting of a spraying device 40 that sprays a disinfectant according to a control signal according to the result calculated by the control unit 20,
The means for recognizing the occupant and sensing the body temperature,
The face recognition thermal imager 100 and the phone number registration pad 120 installed on the front of the main body 10 to detect the body temperature, face recognition, and mask wearing state of the occupant and display an image image are installed, and a sensor type automatic It includes a hand sanitizer 130 and a QR code reader 120 for recognizing QR codes possessed by visitors, and a motion sensor 141 for detecting movement of the human body according to coughing and sneezing motions,
Sensing means for detecting the degree of contamination of indoor air,
It includes a plurality of environmental sensors 142 comprising a dust measuring sensor that measures the concentration of fine dust in the room and a gas sensor that measures and transmits the gas concentration,
The injection device 40,
It is composed of a disinfectant spraying device 410 and is controlled to be driven according to the setting of the control unit 20,
The control unit 20,
It has an analysis module 200 that analyzes the recognized and sensed signals, a database 210 that stores the recognized visitor information and access history, and a communication module that can communicate with an external communication network, and includes a body temperature higher than a certain level from the occupant or When an abnormality in the environmental condition is detected, the injection device 40 is driven,
The analysis module 200,
Receives the recognized and detected occupant information, analyzes the health status according to body temperature, and stores access history information and occupant health information in the database 210,
The database 210 is
Health management information according to abnormal body temperature is loaded,
Stores the access history information read and analyzed by the analysis module 200 and the health information of the visitor,
The communication module is
According to the body temperature analysis result of the analysis module 200, when a body temperature above a certain level is detected, it is possible to provide voice guidance for disease management information,
A quarantine agency server 60 provided in a public health center or a quarantine institution to communicate with the control unit 20 and to receive measured occupant information;
An interactive agent program is installed, so it is possible to track and check the history of entering the building and changes in body temperature through the real-time process data provided by the quarantine agency server 60 and the health status information of the occupants collected in real time. , A quarantine gate comprising a user terminal 70 capable of receiving action instructions through voice and video when body temperature rises or contamination is detected.
delete The method according to claim 1,
The control unit 20,
Including those provided in the management server 30 installed at the quarantine site,
Based on the reading result, voice guidance for registered and unregistered visitors, or SMS service through a mobile phone office, can be provided to transmit a message to welcome visitors and how to use the quarantine device,
It is possible to drive the disinfectant spraying device 410 to perform quarantine on all visitors, or to those who have a body temperature above a certain level, or to those who have been confirmed from the access history information stored in the database 210, or the quarantine agency server 60 ), a quarantine gate that includes being able to selectively perform quarantine on people who have a history of infection.
The method according to claim 1,
The analysis module 200,
By receiving the visitor information, it is possible to read the visitor history information that distinguishes registered visitors and general visitors and store it in the database 210,
After receiving the recognized and detected measurement data from the main body 10, extracting health management information from the database 210, determining the health status, storing the determination result in the database for each visitor, and storing the determination result in a public health center or disease management Prevention gate, including transmission to the quarantine agency server 60, or the user terminal 70 of a management center such as headquarters.
The method according to claim 1,
The health management information of the database 210 is,
Information on phenomena that occur during bacterial and viral infections such as fever, coughing behavior, and sound, measured through the facial recognition thermal imager 100, motion detection sensor 141, and environmental sensor 142, indoor contains information on humidity and dust concentration of
The analysis module 200,
Compare the information on the heat and coughing behavior, sound, indoor humidity and dust concentration measured by the facial recognition thermal imager 100 and the motion sensor 141 with the disease management information of the database 210 A quarantine gate, including one that can be analyzed to determine the presence or absence of infection by bacteria and viruses.

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