KR20220037646A - Sterilization gate for easy sterilization and access information management when entering a building - Google Patents

Abstract

The present invention relates to a sterilization gate for easy sterilization and access information management in a case of an access to a building. The sterilization gate comprises: a sterilization gate main body unit (100) for detecting a pedestrian to sterilize and disinfect the same; an application server (200) for supporting bi-directional data communication; and a main computer module (300) for collecting, storing, and controlling information.

Description

Sterilization gate for easy sterilization and access information management when entering a building

In the present invention, when a pedestrian enters a building, it measures body temperature and sprays a disinfectant solution in real time, checks access information by assigning an access key or an access number to entering and exiting pedestrians and objects, and integrally manages the sterilization gate installed at each entrance of the building. It relates to a sterilization gate that is easy to sterilize and manage access information when entering a building that is easy to manage by establishing a database for access information and checking the inspection status of the sterilization gate in real time.

The existing building sterilization gate uses a method of sterilizing by detecting the movement of pedestrians entering and exiting the building by spraying the sterilizing solution.

However, regardless of the height of the entering pedestrian, when an entering or exiting pedestrian is detected, the sterilizing solution is sprayed, and the sterilizing solution is sprayed mainly for adults. Depending on the temperature around the sterilization gate of there was.

In addition, when there are several entrances to the building, each sterilization gate must be managed individually when installed, so that the manager must periodically check the status and directly visually check the sterilization gate, which is a cumbersome problem.

0001) Republic of Korea Patent Publication No. 10-2151990 (registration on August 31, 2020)

In order to improve the above problems, in the present invention, when a pedestrian enters a building, the body temperature is measured and the disinfectant is sprayed in real time, and the error due to the influence of the surrounding environment and temperature can be minimized to precisely measure the body temperature of the pedestrian, When a pedestrian is detected, real-time information is delivered to the building manager to wait for those with fever symptoms, check access information by assigning access keys or access numbers to pedestrians and objects entering and exiting, spraying disinfectant solution on pedestrians and objects and disinfecting with ultraviolet rays , and, above all, integrated management of the sterilization gate installed at each entrance of the building to establish a database for access information, and sterilize when entering a building that is easy to manage by understanding the inspection status of the sterilization gate in real time And an object of the present invention is to provide a sterilization gate that is easy to manage access information.

In order to achieve the above object, the sterilization gate for easy sterilization and access information management when entering a building according to the present invention is

A housing in the shape of a square frame installed inside the entrance door of the building, the sterilization gate body part forms a passage and detects and sterilizes pedestrians entering and exiting the building;

An application server that transmits real-time information detected from the main body of a plurality of sterilization gates installed at each entrance of a building to a network-connected main computer module and supports two-way data communication to perform dynamic server contents between modules;

It is achieved by being composed of a main computer module that is connected to the sterilization gate body grouped by identification code through the application server and the network to collect, store, and control information.

As described above, in the present invention, when a pedestrian enters a building, the body temperature is measured and the disinfectant is sprayed in real time, and the error caused by the influence of the surrounding environment and temperature can be minimized to precisely measure the body temperature of the pedestrian, and heat is generated. When a pedestrian is detected, real-time information is sent to the building manager to wait for a person with fever symptoms, an access key or access number is assigned to entering pedestrians and objects, and information about pedestrians and objects is checked and detected to measure body temperature To prevent further infectious disease damage by establishing an automated system of disinfecting solution spraying and UV disinfection on pedestrians and objects, and above all, integrated management of sterilization gates installed at each entrance of a building to establish a database of access information and sterilize It has a good effect that it is easy to manage by grasping the inspection status of the gate in real time.

1 is a block diagram showing the components of a sterilization gate that facilitates sterilization and access information management when entering and exiting a building according to the present invention;
2 is a perspective view showing the components of the sterilization gate body according to the present invention;
3 is an exploded perspective view showing the components of the sterilization gate body part according to the present invention,
4 is a partial enlarged view showing the overall shape of the disinfecting housing according to the present invention, showing an enlarged front inclined inner surface, a central inner surface, and a part of the rear inclined inner surface;
5 is an embodiment view showing the shape of the disinfecting housing according to the present invention in a plan view, projecting the front inclined inner surface, the central inner surface, and the rear inclined inner surface, and showing the shape in which the disinfectant solution is sprayed;
6 is a block diagram showing the overall components of an application server according to the present invention;
7 is a block diagram showing the overall components of the integrated management control unit according to the present invention;
8 is a state diagram illustrating a state in which a plurality of sterilization gate body units installed at each entrance of a building according to the present invention, an application server, and a main computer module are connected to a network.

Hereinafter, preferred embodiments according to the present invention will be described with accompanying drawings.

1 is a perspective view showing the components of a sterilization gate that facilitates sterilization and access information management when entering a building according to the present invention, which is a sterilization gate body 100, an application server 200, and a main computer module ( 300) consists of

First, the sterilization gate body 100 according to the present invention will be described.

The sterilization gate body part 100 has a rectangular frame-shaped housing installed inside the entrance door of the building, and has an entrance and exit guide frame symmetrically formed on the front and rear, and forms a pedestrian passage to detect pedestrians entering and exiting the building. It acts as a sterilizer and disinfectant.

This includes the gate housing 110 , the gate access bar 120 , the black body thermal image sensing device 130 , the ultraviolet lamp unit 140 , the disinfectant spray unit 150 , the card reader contact unit 160 , and the status display unit 170 . ), a microcomputer unit 180, and an anti-slip pad unit 190 are included.

In the gate housing 110, a rectangular frame-shaped disinfection housing 111 is formed in the center, front access guide frames 112 parallel to the front left and right sides of the disinfection housing are formed, and rear left and right sides of the disinfection housing are formed. A rear access guide frame 113 parallel to the is formed and serves to support the sterilization gate body as a whole.

The gate housing 110 according to the present invention includes a front inclined inner surface 111a, a central inner surface 111b, and a rear inclined inner surface 111c along the perimeter of the rectangular inner surface.

Here, the front inclined inner surface 111a accommodates a plurality of ultraviolet lamp units and disinfectant spray units that are inclined inwardly in front of the left, right, and upper inner surfaces of the gate housing and arranged in a vertical direction.

Here, the central inner surface 111b accommodates a plurality of ultraviolet lamp units and disinfectant spray units arranged in a vertical direction with left and right sides parallel to the center of the left, right and upper inner surfaces of the gate housing.

Here, the rear inclined inner surface 111c accommodates a plurality of ultraviolet lamp units and disinfectant spray units that are inclined inwardly behind the left, right, and upper inner surfaces of the gate housing and arranged in a vertical direction.

This allows the ultraviolet lamp unit 140 and the disinfectant spray unit 150 formed on the front inclined inner surface 111a to disinfect and sterilize in the front direction of the pedestrian located in the center of the gate housing, and the ultraviolet rays formed on the central inner surface 111b. The lamp unit 140 and the disinfectant spray unit 150 are positioned in the center of the gate housing for disinfection and sterilization in the lateral direction of the pedestrian, and the ultraviolet lamp unit 140 and the disinfectant spray unit ( 150) is located in the center of the gate housing, so that disinfection and sterilization are performed in the rear direction of the pedestrian.

In this way, through the ultraviolet lamp unit 140 and the disinfectant spray unit 150 formed on the front inclined inner surface 111a, the central inner surface 111b, and the rear inclined inner surface 111c of the gate housing, there is no blind spot for pedestrians. Disinfection and sterilization of the front, side, rear, and upper surfaces can be smoothly performed to stabilize the minds of pedestrians entering the building and to form a clean state.

The gate entry bar 120 has a front gate entry bar 121 and a rear gate entry bar 122 formed symmetrically on the inside of the front entry and exit guidance frame and the rear entry guidance frame of the gate housing, and The card reader contact unit 160 formed on one side of the rear entrance is opened and closed according to whether the pedestrian card to which the pedestrian identification ID is assigned is touched.

Here, the front gate access bar 121 is symmetrically formed on the left and right inner surfaces of the front access guide frame 112 of the gate housing, rotates inwardly at an angle of 90° with respect to the vertical axis of rotation to open and close the door. plays a role

This means that when a pedestrian entering the building from the outside touches the pedestrian card with the card reader contact 160 formed in front of the sterilization gate body, the closed front gate entry bar is opened, and the pedestrian enters the gate housing and enters the center of the disinfection housing. The rear gate access bar is closed until the disinfectant is sprayed for a set period of time at

Here, the rear gate entry bar 122 is symmetrically formed on the left and right inner surfaces of the rear entrance guide frame 113 of the gate housing, rotates inwardly at an angle of 90° with respect to the vertical rotation axis to open and close the door. plays a role

This means that when a pedestrian going out from the inside of the building touches the pedestrian card with the card reader contact 160 formed at the rear of the sterilization gate body, the closed rear gate entry bar is opened, and the pedestrian enters the gate housing and is placed in the center of the disinfection housing. The front gate access bar is closed for a set period of time when the disinfectant solution is located and sprayed to the disinfectant solution, and when the disinfectant solution spraying is finished, the front gate access bar is automatically opened.

The black body thermal image sensing device 130 serves to measure the body temperature of a pedestrian passing through the gate housing in the shape of a camera formed on one side of the upper end of the front access guide frame and the rear access guide frame of the gate housing.

It automatically tracks the face of a pedestrian entering the body of the sterilization gate, measures the body temperature of the walking area in real time, and detects whether the pedestrian is using a mask.

In addition, the body temperature of the pedestrian is measured by minimizing the error according to the height of the ambient temperature where the sterilization gate body is installed, and the measurement signal is transmitted to the microcomputer, and the real-time body temperature can be directly checked by the pedestrian on the status display unit with the naked eye.

The ultraviolet lamp unit 140 has a shape of an ultraviolet lamp formed at regular intervals in the vertical direction on the inner left, right, and upper surfaces of the gate housing, and serves to irradiate ultraviolet rays to pedestrians passing through the gate housing.

A plurality of these are formed along the periphery of the front inclined inner surface 111a, the central inner surface 111b, and the rear inclined inner surface 111c constituting the inner surface of the disinfection housing 111. Make sure that the UV rays are evenly irradiated to the front, side, top, and rear surfaces.

Through this, it is possible to effectively sterilize the surfaces of pedestrians' objects or bodies without blind spots, effectively preventing pedestrians entering and leaving the building.

The disinfectant spray unit 150 has a nozzle shape formed at regular intervals in the vertical direction on the left, right, and upper surfaces of the gate housing, and serves to spray fine particles of disinfectant to pedestrians passing through the inside of the gate housing.

A plurality of these are formed along the periphery of the front inclined inner surface 111a, the central inner surface 111b, and the rear inclined inner surface 111c constituting the inner surface of the disinfection housing 111. Disinfectant is sprayed evenly on the front, side, top, and rear surfaces.

Through this, the objects and body surfaces of pedestrians can be disinfected without blind spots, effectively preventing pedestrians entering and leaving the building.

The card reader contact unit 160 has a card reader terminal shape formed diagonally symmetrically on one side of the front side of the front access guide frame and one side of the rear side of the rear access guide frame of the gate housing. It opens and closes the bar.

This causes the gate entry bar 120 formed at the contact position to be opened when the pedestrian identification card is in contact.

At this time, when a pedestrian entering the building touches the pedestrian identification card on the card reader contact part located in the front, the front gate access bar is opened. The entry bar is open.

The state display unit 170 is a display shape formed on one side of the upper side of the front access guide frame and the rear access guide frame of the gate housing, respectively, so that the pedestrian can visually check the real-time status of the pedestrian detected by the black body thermal image sensing device. serves to provide

The microcomputer 180 transmits/receives to and from the application server connected to the main computer module and network, provides information measured by the sterilization gate body to the main computer module, and receives a control signal according to the provided information to control the overall operation of the sterilization gate body plays a controlling role.

This includes the gate housing 110 , the gate access bar 120 , the black body thermal image sensing device 130 , the ultraviolet lamp unit 140 , the disinfectant spray unit 150 , the card reader contact unit 160 , and the status display unit 170 . ) and transmits and receives the sensed signal through network connection with the application server.

Here, when a pedestrian whose body temperature detected in real time by the black body thermal imaging camera is higher than the set temperature is detected, real-time information is delivered to the manager through the application server.

The anti-skid pad part 190 has a pad shape formed on the lower surface of the left and right inner entrances of the gate housing, and an anti-slip protrusion is formed on the upper surface.

This prevents pedestrians from slipping when passing when the lower ground inside the gate housing is wet by the sprayed disinfectant solution.

In the sterilization gate body part 100 according to the present invention, when the access card given the pedestrian identification ID is brought close to the card reader contact part 160, the information of the pedestrian identification ID is recognized, and the gate entry bar 120 located in the front is opened and , When a pedestrian enters the gate housing, the disinfectant solution in the form of an air shower is sprayed, sterilization is performed by irradiating UV rays, and the gate entrance bar located at the rear is automatically opened when the set disinfectant spray and UV sterilization times are over.

Through this, the front gate entrance bar and the rear gate entrance bar are opened and closed according to the direction in which pedestrians enter or exit the building, preventing pedestrians from leaving the disinfection housing before disinfection and sterilization are complete, thereby providing disinfection and sterilization effect. can be maximized.

Next, the application server 200 according to the present invention will be described.

The application server 200 transmits real-time information detected in the main body of a plurality of sterilization gates installed at each entrance of a building to a network-connected main computer module, and supports two-way data communication to perform dynamic server contents between modules. do

It consists of an integrated management control unit 210 , an external display control unit 220 , a sterilization control unit 230 , an abnormality detection control unit 240 , and a guide voice setting unit 250 .

The integrated management control unit 210 assigns an identification ID to each of a plurality of sterilization gate body parts installed at each entrance to a building, manages the information of the sterilization gate body part in an integrated manner, and automatically collects record information of each sterilization gate body part and to serve to store, which includes a sterilization gate ID setting unit 211 , a pedestrian identification ID setting unit 212 , and an access record information storage unit 213 .

Here, the sterilization gate ID setting unit 211 records the identification ID when pedestrians enter and exits each sterilization gate main body installed at each building entrance, and serves to automatically collect and store access record information according to the identification ID.

Here, the pedestrian identification ID setting unit 212 serves to provide an identification ID to identify information of pedestrians entering and exiting the building, thereby facilitating a search when information is stored.

Here, the access record information storage unit 213 serves to store and store the building access record of the pedestrian stored according to the identification ID, and to build a database.

The external display control unit 220 is interlocked with an external camera control unit formed on one side of the front and rear sides of the sterilization gate body to control and rotate the camera angle, and to visually display real-time image data of the front.

The sterilization control unit 230 serves to set the time for which the sterilization liquid is sprayed and the time for UV disinfection when a pedestrian enters the sterilization gate body.

The abnormality detection control unit 240 serves to transmit an abnormal signal to the manager when the body temperature of the pedestrian detected by the thermal imaging camera is detected above the set temperature when the pedestrian enters the sterilization gate body.

The voice guidance setting unit 250 serves to provide a voice guidance of real-time status information, weather information, and public information to a pedestrian who has entered the sterilization gate body.

The application server 200 according to the present invention gives a unique identification number to the body part of the sterilization gate installed for each door of the building, so that each individually the real-time disinfectant residual amount and the number of pedestrian entry/exit, access information of entering and exiting pedestrians, and measurement body Integrated management of temperature and abnormality notifications.

This allows the administrator to check the information of each sterilization gate body in real time remotely even if the manager does not directly visit each sterilization gate body installed at the entrance of the building to obtain the information. The body temperature information of pedestrians who have passed through the gate body can be grasped.

Through this, the overall building management of the manager is easy, and the work efficiency of the manager can be improved.

Next, the main computer module 300 according to the present invention will be described.

The main computer module 300 is network-connected to the sterilization gate body grouped by identification code through an application server to collect, store, and control information.

Hereinafter, a detailed operation process of the sterilization gate for easy sterilization and access information management when entering and exiting a building according to the present invention will be described.

First, a sterilization gate body is installed on each door of the building, and a sterilization gate ID is assigned to each sterilization gate body installed through an application server to network-connect with the main computer module.

Next, the remaining amount of the sterilizing solution in each sterilization gate body part to which the sterilization gate ID is assigned is checked in real time, and the sterilizing solution injection amount, ultraviolet wavelength intensity, heat detection set temperature, and gate access bar opening/closing time are set.

Next, when the pedestrian enters the building and is located in front of the sterilization gate body, the front gate entrance bar is opened when the pedestrian identification card contacts the card reader contact part formed in the front.

Next, when the pedestrian stands in the center of the disinfection housing, the black body thermal image sensor measures the pedestrian's real-time body temperature and shows it through the status display unit.

At this time, if the measured body temperature of the pedestrian is detected to be higher than the set body temperature, an automatic notification is sent to the manager, and a notice is sent to the pedestrian with a body temperature higher than the set body temperature to wait by the side, so that they follow the manager's instructions.

Next, a plurality of UV lamp units and disinfection spray units located on the left and right symmetrical front inclined inner surface, the central inner surface, and the rear inclined inner surface of the disinfection housing operate to disinfect without blind spots on the front, side, and rear of pedestrians and sterilization.

Finally, when the operation of the ultraviolet lamp unit and the disinfection spray unit of the disinfection housing is stopped, the rear gate entrance bar is automatically opened so that pedestrians can pass.

This is to prevent pedestrians from passing through the disinfection housing without disinfection and sterilization completely performed when the ultraviolet lamp unit and the disinfection spray unit are operated.

100: sterilization gate body 110: gate housing
120: gate entry bar 130: black body thermal image detection device
140: ultraviolet lamp unit 150: disinfectant spray unit
160: card reader contact unit 170: status display unit
180: microcomputer unit 190: anti-skid pad unit
200: application server 210: integrated management control unit
220: external display control unit 230: sterilization control unit
240: abnormality detection control unit 250: guide voice setting unit
300: main computer module

Claims (7)

The housing in the shape of a square frame installed inside the entrance door of the building is formed, and the entrance guide frame is formed symmetrically on the front and rear sides. (100) and
An application server 200 that transmits real-time information detected from the main body of a plurality of sterilization gates installed at each entrance of a building to a network-connected main computer module and supports two-way data communication to perform dynamic server contents between modules;
Sterilization for easy sterilization and access information management when entering a building, characterized in that it is composed of a main computer module 300 that collects, stores, and controls information by network connection with the sterilization gate body grouped by identification code through an application server gate.
According to claim 1, wherein the sterilization gate body portion (100)
A rectangular frame-shaped disinfection housing 111 is formed in the center, a front access guide frame 112 parallel to the front left and right sides of the disinfection housing is formed, and a rear access guide frame parallel to the rear left and right sides of the disinfection housing a gate housing 110 in which a 113 is formed to support the sterilization gate body as a whole;
A front gate entry bar 121 and a rear gate entry bar 122 are formed symmetrically on the inside of the front access guide frame and rear access guide frame of the gate housing, respectively, and the card reader is formed on one side of the front and rear entrances and exits of the gate housing A gate entrance bar 120 that opens and closes depending on whether a pedestrian card to which a pedestrian identification ID is assigned to the contact unit 160 is touched, and
A black body thermal image sensing device 130 that measures the body temperature of a pedestrian passing inside the gate housing in the shape of a camera formed on one side of the upper end of the front access guide frame and the rear access guide frame of the gate housing;
An ultraviolet sterilization lamp unit 140 for irradiating ultraviolet rays to pedestrians passing through the gate housing in the shape of an ultraviolet lamp formed at regular intervals in the vertical direction on the left, right, and upper surfaces of the gate housing;
Disinfectant spraying unit 150 that sprays fine particles of disinfectant to pedestrians passing through the inside of the gate housing in the shape of nozzles formed at regular intervals in the vertical direction on the left, right, and upper surfaces of the gate housing;
A card reader terminal shape formed diagonally symmetrically on one side of the front side of the front access induction frame and one side of the rear side of the rear access guide frame of the gate housing. )Wow,
A state display unit 170 that provides an image so that the pedestrian can visually check the real-time state of the pedestrian detected by the black body thermal image sensing device with a display shape respectively formed on one side of the upper side of the front access guide frame and the rear access guide frame of the gate housing )Wow,
The microcomputer unit 180 that transmits and receives information from the main computer module and the network-connected application server, provides the information measured by the sterilization gate body to the main computer module, and receives a control signal according to the provided information to control the overall operation of the sterilization gate body Wow,
Sterilization for easy sterilization and access information management when entering a building, characterized in that it includes an anti-skid pad part 190 having a non-slip protrusion formed on the top surface in the shape of a pad formed on the lower surface of the left and right inner entrances of the gate housing. gate.
According to claim 2, wherein the sterilization gate body portion (100)
When the access card assigned with the pedestrian identification ID is brought close to the card reader contact part of the sterilization gate body, the information of the pedestrian identification ID is recognized and the gate entrance bar located in the front is opened. A sterilization gate that facilitates sterilization and access information management when entering a building, characterized in that the sterilization is performed by irradiation with ultraviolet rays, and the gate entrance bar located at the rear is automatically opened when the set disinfectant spray and ultraviolet sterilization time are completed.
According to claim 2, wherein the gate housing 110 is
A front inclined inner surface 111a accommodating a plurality of ultraviolet lamp units and a disinfectant spray unit inclined inwardly and vertically arranged in front of the left and right inner surfaces of the gate housing;
A central inner surface 111b for accommodating a plurality of ultraviolet lamp units and disinfectant spray units arranged in a vertical direction with left and right sides parallel to the left and right sides in the center of the left and right inner surfaces of the gate housing;
Sterilization and entry into and out of a building, characterized in that it is composed of a plurality of ultraviolet lamp units arranged in a vertical direction and inclined inward to the rear of the left and right inner surfaces of the gate housing, and a rear inclined inner surface 111c accommodating the disinfectant spray unit. Sterilization gate for easy information management.
The method of claim 1, wherein the application server 200
By assigning a unique identification number to the body part of the sterilization gate installed at each door of the building, each individually manages the real-time amount of disinfectant solution, the number of times pedestrians enter and exit, information on the access of pedestrians, measured body temperature, and notification of abnormalities. Sterilization gate for easy sterilization and access information management when entering a building, characterized in that.
The method of claim 1, wherein the application server 200
An integrated management control unit 210 that assigns an identification ID to each of the plurality of sterilization gate body parts installed at each entrance to the building, manages the information of the sterilization gate body part in an integrated manner, and automatically collects and stores record information of each sterilization gate body part )Wow,
An external display control unit 220 that is interlocked with an external camera control unit formed on one side of the front and rear side of the sterilization gate body to control and rotate the camera angle and visually display real-time image data of the front;
A sterilization control unit 230 that sets a time for which a sterilizing solution is sprayed and a time for UV disinfection when a pedestrian enters the sterilization gate body;
An abnormality detection control unit 240 that transmits an abnormal signal to the manager when the body temperature of the pedestrian detected by the thermal imaging camera is detected above the set temperature when a pedestrian enters the sterilization gate body part;
Sterilization when entering a building characterized in that it is composed of a guide voice setting unit 250 that provides a guide voice of real-time status information, weather information, and public information to pedestrians who have entered the sterilization gate body, and sterilization for easy access information management gate.
The method of claim 6, wherein the management control module 210 is
A sterilization gate ID setting unit 211 that records an identification ID when pedestrians enter and exits each sterilization gate body installed at each building entrance, and automatically collects and stores access record information according to the identification ID;
A pedestrian identification ID setting unit 212 for facilitating retrieval when storing information by giving an identification ID to identify information of pedestrians entering and exiting the building;
A sterilization gate for easy sterilization and access information management when entering a building, characterized in that it includes an access record information storage unit (213) for storing and storing the building access records of pedestrians stored according to the identification ID, and constructing a database.

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