KR102401364B1 - Secure gate apparatus for instant diagnosis and prevention of infection - Google Patents

Abstract

The present invention relates to a gate device, and more specifically, to a gate device, which is installed in a movable or fixed manner in various places to control the access of confirmed or symptomatic persons with an infectious disease, and essential to undergo a sterilization and disinfection process when asymptomatic enters to prevent group infection or outbreaks It relates to a secure gate device for preventable instant diagnosis and infection prevention.
To this end, the present invention provides an entrance unit having a first door that automatically controls the opening and closing state by checking a person who is permitted to enter through a facial recognition camera and checking whether the person is heated by a thermal imaging camera; a body portion having a first sterilization means in a closed space formed while being continuously installed from the inlet portion and adjustable in length in a person's walking direction; It is characterized in that it includes; a second door disposed on the main body in the opposite direction to the inlet and automatically controlled so as to be able to enter the outside by confirming the position of the person, and an outlet having a second sterilizing means exposed to the outside.

Description

SECURE GATE APPARATUS FOR INSTANT DIAGNOSIS AND PREVENTION OF INFECTION

The present invention relates to a gate device, and more specifically, to be installed in a movable or fixed manner in various places to control the access of confirmed infectious diseases, self-isolation subjects, and symptomatic persons, and to undergo sterilization and disinfection process when asymptomatic enters. It relates to a secure gate device for instant diagnosis and infection prevention capable of preventing mass infection or outbreak in advance.

In recent years, whenever various highly contagious diseases such as SARS, MERS, H1N1, and Corona virus spread around the world, each country operates the quarantine system, making every effort to prevent and prevent the spread of the disease.

In Korea, to prevent the spread of COVID-19, active confirmation of the movement of confirmed patients, designation of subjects for self-quarantine and instructions for self-isolation, and complete investigation of those who were in the movement of confirmed patients without implementing strong lockdown policies such as city blockade or nationwide self-quarantine Examples of systematic quarantine cases in which we respond by preparing various measures such as preparing test kits before the spread of disease, sharing disease information transparently and quickly using various online media, and maintaining social distance between people are examples.

Nevertheless, there are cases in society where a confirmed person or person subject to self-quarantine spreads the disease without following the instructions of the Korea Centers for Disease Control and Prevention or related organizations, or infects others in the course of daily life because there are no major symptoms despite the confirmed case. The reality is that it is very difficult to prevent the disease from spreading unexpectedly.

Therefore, in order to prevent and prevent the spread of highly contagious diseases as described above, there is a need for a study on the preparation of a systematic way to cope more actively.

Republic of Korea Patent Publication No. 10-2017-0011266 Republic of Korea Patent Publication No. 10-0944801

The present invention has been devised to solve the problems of the prior art, and it is installed in various places in a movable or fixed manner to control the access of infected persons, self-isolation subjects, and symptomatic persons in advance, and sterilization and disinfection process when asymptomatic persons enter It is an object of the present invention to provide a secure gate device for instant diagnosis and infection prevention that can prevent group infections or outbreaks in advance by making sure to pass through.

In order to achieve the above object, the present invention is provided with a first door in which the opening and closing state is automatically controlled by checking a person who is permitted to enter through a camera for facial recognition, and checking whether the person has a fever by a thermal imaging camera. an inlet; a body portion having a first sterilization means in a closed space formed while being continuously installed from the inlet portion and adjustable in length in a person's walking direction; It is characterized in that it includes; a second door disposed on the main body in the opposite direction to the inlet and automatically controlled so as to be able to enter the outside by confirming the position of the person, and an outlet having a second sterilizing means exposed to the outside.

Here, the first sterilization means includes at least any one or more of a disinfectant sprayer, hydrogen peroxide steam sterilizer, plasma sterilizer, ultraviolet lamp, fumigator, and air purifier, and is electrically and mechanically controllable, and the inlet contains the weight of a person. and a body measuring device for measuring the height, and a sterilizing means controlling unit for controlling the first sterilizing means according to the weight and height confirmed by the body measuring device.

In addition, it is characterized in that the main body is provided with an air sprayer for removing fine dust by spraying air to a person, a dust collector and a collector for air purification in a closed space, a hand sanitizer and a hand disinfection confirmation means.

In addition, the main body is provided with a negative pressure device for movement to prevent the indoor air of the main body from leaking to the outside, an antibacterial film is attached, an antibacterial coating treatment, or made of copper, and a space opened by matching the specifications of both sides of the main body It is characterized in that it can be placed continuously without it.

The secure gate device for instant diagnosis and infection prevention according to the present invention as described above can exhibit the following effects.

1. When a highly contagious disease occurs, it is installed in public places and houses, including public offices, hospitals, schools, kindergartens, daycare centers, academies, theaters, department stores, shopping malls, etc. It can contribute to preventing close contact with the public as much as possible by quickly checking boxes, etc.

2. In addition to preventing individual access to specific places as described above, asymptomatic persons passing through the gate must also undergo sterilization/disinfection, helping to prevent group infections or outbreaks according to strict personal hygiene management can give

3. Even if the existing access manager adheres to the control management method, it is possible to prevent the access manager from being exposed to the risk of infection.

4. As it is possible to temporarily install and operate in major public places that are the cause of the spread of the virus, it can function to prevent contact between the general public and confirmed/symptoms as much as possible.

5. Global economic loss can be prevented in advance by blocking large-scale mass infection sources in advance

6. Temporarily sharp increases in demand can reduce items such as masks and dust-proof clothing that may be out of stock

1A and 1B are views showing the front and rear parts of the secure gate device for instant diagnosis and infection prevention according to the present invention, respectively;
2A and 2D are views showing various modified structures of the secure gate device for instant diagnosis and infection prevention according to the present invention;
3A and 3B are views schematically showing an example of a first sterilization means among the secure gate devices for instant diagnosis and infection prevention according to the present invention;

The terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. Based on the principle that there is, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical spirit of the present invention, so they can be substituted at the time of the present application It should be understood that various equivalents and modifications may exist.

Hereinafter, a secure gate device for instant diagnosis and infection prevention according to the present invention will be described with reference to the drawings.

1A and 1B are views showing the front part and the rear part of the secure gate device for instant diagnosis and infection prevention according to the present invention, respectively.

The present invention is basically configured to include an inlet portion, a body portion and an outlet portion.

More specifically, the present invention provides an entrance part having a first door that automatically controls the opening and closing state by checking a person who is permitted to enter through a facial recognition camera and checking whether a person has a fever by a thermal imaging camera; The first sterilization means is provided in the closed space formed while being continuously installed from the unit, and the length of the body is adjustable in the walking direction of the person, and the body is arranged in the opposite direction to the entrance, so that the person can advance to the outside by confirming the position of the person. It comprises an automatically controlled second door and an outlet having a second sterilizing means exposed to the outside.

As described above, the inlet part automatically opens and closes according to the face recognition camera for recognizing the face of the person who wants to enter and exit, the thermal imaging camera for checking whether the person has a fever, and the person's face recognition information and the first first to open and close automatically according to whether or not there is heat. In addition to providing a door, it is further provided with a body measuring device for electronically measuring a person's weight and height.

The face recognition camera is linked to the quarantine management server for registering and managing the face image, residence, age, age, gender, family member, contact information, etc. If it is confirmed that the patient is a confirmed person or subject to self-quarantine, the first door does not open, thereby automatically disallowing entry.

In order to prevent such a confirmed person/subject to self-quarantine from entering the gate, the present invention provides a method for self-quarantine in connection with the quarantine management server where confirmed cases and infectious diseases are expected and the self-isolation subjects who have been instructed to self-quarantine are registered. An access-restricted person notification means is provided for notifying the situation confirmed by the subject at the entrance to the quarantine management server.

The thermal imaging camera allows the first door to be opened only when a person's body temperature is below a reference point (eg, 37.5°C) after checking the fever by the camera's own sensor so that a person predicted to be symptomatic cannot pass through the gate, Separately from these thermal imaging cameras, a person who intends to pass through the gate alone or in combination with a thermal imaging camera through a non-contact thermometer installed at the entrance can only open the first door and enter the gate only when the temperature is below the reference point after measuring the temperature. make it possible

The body measuring device is provided to measure a person's height and weight together at the entrance, and any method that can electronically measure the height/weight and transmit the corresponding body information as data is irrelevant, as will be described below. The first sterilization means functions to be controlled according to the generated body information.

In addition, the entrance part may be provided with a guide video screen or a guide speaker for visually guiding the procedure, method, etc. through the gate.

2A and 2D are views showing various modified structures of the secure gate device for instant diagnosis and infection prevention according to the present invention.

The main body has a structure that can be adjusted in length in the walking direction of a person, and is provided with a first sterilization means in a closed space formed while being continuously installed from the inlet, while the gate device according to the present invention including the main body is secondary infection In order to prevent this from occurring, an antibacterial film as conventionally known inside and outside may be attached or treated with an antibacterial coating, or copper having excellent antibacterial properties may be used as a main material.

First, Fig. 2a shows the general state of the main body, and as a structure in which the length can be adjusted in the walking direction of a person, as shown in Fig. 2b, the main body portion is disposed on the outside, and the main body portion slides inside the main body portion. It can be considered to be composed of a sub-body part that can be moved along. Although not shown in the drawings, the main body part and the sub-body part are connected by a plurality of electromagnetic hydraulic cylinders, or gears and gears meshed with each other between the main body part and the sub-body part, respectively. An example is a structure that adopts a motor to rotate the body or installs rails and wheels on the lower parts of the main body and sub-body to adjust the length. becomes possible to control.

In addition, according to the method (refer to Fig. 2c) of connecting the two body parts with the exit part of one gate removed and the inlet part of the other gate removed by matching the specifications of both sides of the main body part, the gates are continuously arranged without an open space It will also be possible to extend the length by making it possible, and it will also be possible to check the entrance of a large number of people and to simultaneously proceed with the sterilization process by arranging them side by side (see FIG. 2d ).

3A and 3B are diagrams schematically illustrating an example of a first sterilization means among the secure gate devices for instant diagnosis and infection prevention according to the present invention.

The first sterilization means includes a disinfectant sprayer, hydrogen peroxide steam sterilizer, plasma sterilizer, ultraviolet lamp, fumigator, air purifier, etc., and is electrically and mechanically controllable, for example, facial recognition of a person in front of the first door, heat generation After checking the condition, height, and weight at the same time, according to the body information of the person allowed to enter, the appropriate amount of disinfectant, HOCL (non-acidic hypochlorous acid), etc. can be adjusted and sprayed or emitted as steam. Plasma sterilizer, UV lamp , air purifiers with sterilization function can be selectively or comprehensively operated according to a prevalent virus or infectious disease, and the first sterilization means can be arranged on rails, chains, gears, etc. .

In addition, when the first sterilization means is a spray type, the disinfection and sterilization process proceeds so that the clothes worn by the person are not wet or damaged by making the size of the spray particles fine through an air compressor, ultrasonic wave, piezo part, etc. It is possible.

In addition, after the previous person passes through the gate through the first sterilization means, automatic disinfection of the internal space of the body unit may be performed before the next person enters and exits.

As described above, in order to control the first sterilization means according to the weight and height confirmed by the body measuring device or to perform automatic sterilization after a person has passed, although not shown in the drawings, the present invention includes a separate sterilization means control unit.

Additionally, the main body has an air sprayer for removing fine dust/ultra-fine dust by spraying air to a person, a dust collector and a collector for air purification in a confined space, and a clean hand disinfection operation of a person before opening the second door. By providing a hand sanitizer and hand disinfection confirmation means for performing and confirming, and a portable negative pressure device that is easy to transport in order to prevent an unforeseen situation where the contaminated indoor air from the main body is leaked to the outside, You will be able to do your best.

For reference, the hand disinfection confirmation means will be able to determine whether or not the disinfectant has been discharged from the hand sanitizer or whether a person has disinfected the hands through image analysis of the UV lamp and hand disinfection imaging image, and the hand disinfection confirmation means It will also be possible to open the second door to enter a specific place only after it is confirmed that the disinfection process is complete. It would be nice to work.

Referring to FIG. 3A , a UV lamp, a fumigant, and a disinfectant sprayer are installed on the ceiling of the main body, a sterilizer, a sterilizer, etc. are placed on both walls of the main body, and a hand sanitizer, a means for checking hand disinfection, and external contact in case of an emergency It is also possible to install an emergency phone adjacent to the second door, as shown in FIG. 3b, by automatically moving the first sterilization means through means such as rails to sterilize and sterilize people in the gate or to sterilize automatically in the absence of people. You might even be able to get the job done.

In addition, the gate device according to the present invention is an abnormal situation notification for notifying an abnormal situation of a face recognition camera, a thermal imaging camera, a first door, a first sterilization means, a second door, a second sterilization means, etc. to the manager terminal By providing the means, it is possible to quickly respond when an abnormality occurs with respect to each component, and as a method for recognizing the abnormal occurrence, the presence of a disinfectant in the container using a sensor is checked, For example, checking the power supply state for electrical components is defective, checking whether the preset reference voltage or current is within an error range, and the like.

Additionally, the gate device according to the present invention is to be linked with a central control management server for statistically managing after matching the occupant information (eg, face image, height, weight) while remotely monitoring the entrants identified at the entrance. In order for the central control management server to change the access standards, electronic/mechanical components provided at the gate, such as a face recognition camera, a thermal imaging camera, the first door, the first sterilization means, the second door, and the second sterilization means Elements may be selectively or fully controlled.

In the above description of the present invention with reference to the accompanying drawings, a specific shape and direction have been mainly described, but the present invention can be variously modified and changed by those skilled in the art, and these modifications and changes are included in the scope of the present invention. should be interpreted as

Claims (9)

an entrance unit having a first door that automatically opens and closes according to a face recognition camera for checking a person who is permitted to enter, a thermal imaging camera for checking whether a person has a fever, and a person's face recognition information and checking whether or not the person has a fever;
a body portion having a first sterilizing means in a closed space formed while being continuously installed from the inlet portion;
an exit part disposed on the main body in a direction opposite to the inlet part and having a second door that is automatically controlled so as to be able to enter the outside by confirming a person's position and a second sterilizing means exposed to the outside; and
Including; a means for notifying the restricted access connected to the quarantine management server;
The face recognition camera,
In connection with the quarantine management server that registers and manages face images of confirmed patients and those subject to self-quarantine, the first door does not open when the person who wants to enter through facial recognition technology is a confirmed case or subject to self-quarantine;
The access restricted person notification means,
A secure gate device for instant diagnosis and infection prevention, characterized in that in connection with the quarantine management server, the confirmed case and self-quarantine subject are notified to the quarantine management server of the confirmed situation at the entrance.
The method according to claim 1,
The first sterilization means includes at least any one of a disinfectant sprayer, hydrogen peroxide steam sterilizer, plasma sterilizer, ultraviolet lamp, fumigator and air purifier, and is electrically and mechanically controllable for instant diagnosis and infection prevention Secure gate device.
3. The method according to claim 2,
The inlet is provided with a body measuring device for measuring a person's weight and height, and a sterilizing means control unit for controlling the first sterilizing means according to the weight and height confirmed by the body measuring device. Secure gate device for diagnosis and infection prevention.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that the main body is further provided with an air sprayer for spraying air to a person to remove fine dust.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that the main body is provided with a dust collector and a collector to purify air in a closed space.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that the main body is provided with a hand sanitizer and hand disinfection confirmation means.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that the main body is provided with a movable negative pressure device for preventing the indoor air of the main body from leaking to the outside.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that an antibacterial film is attached, an antibacterial coating is applied, or is made of copper.
The method according to claim 1,
A secure gate device for instant diagnosis and infection prevention, characterized in that it can be continuously disposed without an open space by matching the specifications of both sides of the main body.

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