KR20220064656A - AI-type sterilizer spraying system using air fog - Google Patents

Abstract

The present invention relates to an artificial intelligence disinfectant spray system using air fog to prevent the spread of viruses, which prevents the spread of viruses in indoor space by selecting the type of disinfectant according to the body temperature of visitors and controlling the intensity and particle size before spraying. In addition, artificial intelligence is used to detect the identity and uniqueness of visitors to increase the processing speed of biometrics, and the collected data is stored, shared and transmitted to each hospital or center to enable quick initial action when an abnormality is discovered. In addition, the artificial intelligence disinfectant spray system allows users to check the details of the data through a smartphone and receive a hospital diagnosis remotely.

Description

AI-type sterilizer spraying system using air fog}

The present invention relates to an artificial intelligence disinfectant spraying system using an air fog, and more particularly, a technology for recognizing a visitor's bio data using artificial intelligence and spraying a disinfectant according to the visitor's body temperature to prevent virus spread is about

With SARS, MERS, and Corona virus 19, we know that people are not immune from the risk of viruses and new diseases. In particular, with the development of transportation, the virus spreads rapidly, increasing the importance of cooperation and information sharing between countries.

On the other hand, when a virus occurs, screening and isolating the infected person until a vaccine is developed is a method to prevent the spread of the virus.

Therefore, in the present invention, the visitor's body temperature is measured and the type of disinfectant according to the body temperature is selected and sprayed to prevent the spread of the virus in the room, and information through fast processing speed and data storage and management through biometric recognition using artificial intelligence We would like to propose a technology to share and understand the movement path of visitors.

1. Republic of Korea Patent Publication No. 10-2139341 Access control system to prevent the spread of infectious diseases 2. Republic of Korea Patent Publication No. 10-1984519 Registered customer recognition visit confirmation system equipped with a probability improvement unit

The present invention has been devised to solve the above problems, and an object of the present invention is to prevent virus spread by selecting and controlling a disinfectant based on the body temperature of a visitor entering and exiting the room, and processing by biometric recognition through artificial intelligence It is to provide an artificial intelligent disinfectant spraying system using air fog that can be used in places with a large floating population by increasing the speed.

In addition, an object of the present invention is to provide a quick initial response to the collected data through an integrated server operation and information sharing system.

In the system for spraying a disinfectant for preventing the spread of virus to achieve the above object, a biometric device for checking the identity of a visitor and measuring body temperature, at least one of a plurality of types of disinfectants suitable for the situation according to the body temperature A disinfectant spraying device that sprays a sterilizer, an alarm device that sounds an alarm according to the body temperature, the biometric device, the disinfectant spraying device, and the alarm device are controlled, and the body temperature is divided into high temperature, medium temperature and normal according to a determined standard. It is characterized in that it comprises an integrated sterilization device including an integrated control device for determining the type of sterilizing agent to be sprayed, and an integrated operation server connected to and controlling a plurality of the integrated sterilization devices.

In addition, the disinfectant spreading device is characterized in that automatic spraying, spraying time, spraying strength, type of disinfectant, and particle size can be changed.

In addition, the disinfectant spraying device is characterized in that the spray in the form of an air fog by controlling the particle size of the disinfectant spray.

In addition, the biometric device is equipped with an AI for recognizing a visitor, and the AI is characterized in that it includes an artificial intelligence program that can determine abnormal factors including whether the visitor is the same person or not, and whether or not there is a fever.

In addition, the biometric device includes a camera for photographing the shape of a visitor and measuring body temperature, and a recognition module for recognizing the visitor, wherein the recognition module includes a face recognition module for recognizing a visitor's face, and a face recognition module for recognizing a visitor's iris It is characterized in that it comprises at least one of an iris recognition module and a special feature recognition processing module for recognizing special matters including the gait of the visitor and the shape of the ears.

In addition, the biometric device is characterized in that it interworks with the AI.

In addition, the integrated operation server stores and compares data collected from the integrated control device, manages a history, and includes an information notification unit for transmitting the collected data to a center, a designated hospital, and a personal mobile phone do it with

In addition, based on the data transmitted from the integrated operation server, it is characterized in that it includes a remote management unit that remotely performs hospital diagnosis, personal body temperature management, center management, and movement management.

In addition, the integrated control device is characterized in that it has mobility in the form of a toolkit.

According to the present invention, by measuring the body temperature of a visitor entering and leaving the room, the type of disinfectant is selected and sprayed according to the body temperature to prevent the spread of the virus.

In addition, it can be used in places with a large floating population by speeding up the processing speed through biometric recognition through artificial intelligence.

In addition, the collected data can be utilized for initial response through the integrated server operation and information sharing system.

1 is a block diagram of the present invention;
2 is a detailed configuration diagram of the present invention;
3 is a detailed functional diagram of the present invention;
4 is a disinfectant spray system according to the exothermic state of the present invention;
5 is a configuration diagram of the disinfectant spraying system of the present invention
6 is a user recognition system using artificial intelligence of the present invention.
7 is a configuration diagram of the identity recognition system of the present invention
8 is a system for identifying movement through integrated control of the present invention;
9 is an information notification system through data management of the present invention;

Hereinafter, an artificial intelligent disinfectant spraying system using an air fog for the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

1 is a block diagram of the present invention. The present invention measures the body temperature of visitors entering a building when an infectious disease is prevalent, allows only visitors without abnormalities to enter, and selects and sprays a disinfectant type according to the measured body temperature. Visitors showing abnormal fever symptoms can block access to prevent the spread of infectious diseases inside the building or to others, and can easily use the prevention and management of infectious diseases by sharing information by connecting to the integrated operation server 200 . Referring to FIG. 1 , an integrated sterilizing device 100 through which a visitor can pass is disposed at the common entrance door, and the integrated sterilizing device 100 includes a sterilizing agent dispensing device 170 that sterilizes viruses on the top and side surfaces, the identity of the visitor It includes a biometric recognition device 160 that recognizes and measures body temperature, and an alarm device 150 that notifies an alarm when a fever symptom is detected. The integrated sterilization device 100 is connected to the integrated operation server 200 through the Internet, and the integrated operation server 200 shares information with a personal mobile phone alarm 420 and a designated center and hospital 410 am.

2 is a detailed configuration diagram of the present invention. Referring to FIG. 2, the integrated sterilization device 100 includes an integrated control device 110 that controls components and modules and an AI 120 that compares data by identifying whether the visitor is the same and specific. , the integrated control device 110 includes a wired/wireless transmission/reception module 130, a wireless transmission/reception module 140, an alarm device 150, a biometric device 160, a disinfectant spraying device 170, data storage and comparison (180) connected and controlled. The integrated sterilization apparatus 100 is connected to the integrated operation server 200 , and the integrated operation server 200 shares data from the plurality of integrated sterilization apparatuses 100 . The integrated operation server 200 includes an input/output device 300 that notifies information to the outside such as an electric billboard, an information notification unit 400 that shares information with individuals and organizations, and a remote that helps to manage personal health Information is shared with the management 500 to respond to viruses at all times.

3 is a detailed functional diagram of the present invention. Referring to FIG. 3 , the functions of each device and module of the integrated sterilization apparatus 100 are described. The integrated control device 110 connects and controls each device and module, and the integrated control system 111, control center and mobile transmission 112, data history management 113, and remote management system ( 114), and the AI 120 includes an artificial intelligence program 122 that identifies the same person as the biometric module and data storage chipset 121, a previous history, and the like. The alarm device 150 sounds an alarm when the visitor's body temperature is above a certain temperature so that the building manager can quickly recognize it. It includes a wireless signal transmission/reception module 153 that shares data on body temperature. The biometric recognition device 160 includes a biometric recognition module 161 for recognizing a visitor through a plurality of cameras, an iris recognition module 162 for recognizing a visitor through the iris of the visitor, and special recognition processing capable of distinguishing from the characteristics of the visitor. (163). The peculiarity recognition processing 163 is characterized in that it is linked with the AI 120 to determine the gait, ear shape, face, etc. of the visitor, and can be identified while the visitor is moving. The disinfectant spraying device 170 is a disinfectant automatic spraying 171 that automatically sprays the disinfectant without any separate operation when the visitor stops at the integrated disinfecting device after the body temperature measurement has been completed, spraying at a set time and intensity according to the body temperature of the visitor Spraying time and intensity control (172), a disinfectant selection function (173) for selecting one or more of a plurality of types of disinfectant according to the body temperature of the visitor, and a particle size control function (174) for spraying disinfectant particles in the form of an air fog include The control program 180 that stores data and recognizes and controls various situations includes an integrated control program 181 and a control operation program 182, and enables one-to-many and many-to-many connection.

4 is a sterilizing agent spraying system according to the exothermic state. Referring to FIG. 4 , a visitor is automatically recognized through the biometric device 160 at the common entrance, and body temperature is measured to determine whether or not an infection is present. When it is determined that the measured body temperature is normal, the disinfectant spraying device 170 selects and sprays a disinfectant that prevents virus spread. After that, to manage the visitor's history, the health status is stored and data is shared with the center. When a visitor suspects infection due to fever, an alarm sounds from the alarm device 150 and the relevant information is delivered to the center. In addition, the infection history is checked through the form to determine whether it is the same, and if there is no history, a new registration is performed to store data and manage the history. Thereafter, the disinfectant is automatically sprayed. It is divided into normal, medium temperature, and high temperature according to the measured body temperature, and the type of the disinfectant, the amount of spray, the time, and the angle are adjusted to spray in the form of air fog fine particles. They will be quarantined after spraying and will take action according to the guidelines.

5 is a block diagram of the integrated sterilization apparatus of the present invention. Referring to FIG. 5 , the integrated sterilization device 100 is disposed at an entrance with a large floating population, such as a government office, an apartment entrance, or a building entrance. The integrated sterilization device 100 is carried out for all people entering and leaving the room, and recognizes the visitor's identity by recognizing the ear shape, gait, face, etc. of the visitor through a plurality of cameras installed at various angles, and body temperature. includes a biometric device 160 that measures The disinfectant spraying device 170 that selects and sprays one or more of the types of disinfectant and sprays the disinfectant according to the spray time, angle, and particle size according to the visitor's condition device 150 .

6 is a flowchart of a user recognition system using artificial intelligence. Referring to FIG. 6 , when a visitor enters through the common entrance, a form is recognized by photographing the visitor with a plurality of cameras through the biometric device 160 installed in the room. Thereafter, the biometric device 160 and the AI 120 work together to confirm the identity of the visitor through the shape of the visitor's ear, gait, etc., and transmit the corresponding data to the center via wire or wireless and access the response result.

7 is a block diagram of an identity recognition system of the present invention. Referring to FIG. 7 , when a visitor enters a room, photographing is performed with the biometric device 160 including a plurality of cameras. The camera may be installed using a wall or a support, and may be installed from a building entrance to a range including the integrated sterilization device 100 . In addition, the camera can be installed so that the photographing angle is not limited from the top to the bottom, but can be photographed from various angles. The biometric device recognizes the visitor's face, ear shape, gait, etc. to identify the visitor, and allows a large number of visitors to be recognized while moving, so that they can pass through quickly.

8 is a system for identifying a movement line through the integrated control of the present invention. Referring to FIG. 8 , the integrated sterilization device 100 automatically recognizes a visitor through the biometric recognition device 160 at the common entrance and measures body temperature to determine whether fever is present. When the measured body temperature is less than 38 degrees, it is determined that the body temperature is normal, and the disinfectant spraying device 170 selects and sprays a disinfectant that prevents virus spread. After that, to manage the visitor's history, the health status is stored and data is shared with the center. When the visitor's body temperature is 38 degrees or higher, a fever symptom is detected and an alarm sounds in the alarm device 150, and the relevant information is delivered to the center. In addition, it is determined whether the infection is the same by checking the infection history through the form or not, and if there is no history, a new registration is performed to store data and manage the history. Thereafter, the sterilizer is automatically sprayed at the same time as the movement path is identified. The body temperature is divided into high temperature, medium temperature, and normal temperature, and the type of sterilizer, the injection amount, the injection time, and the angle are adjusted to spray the air mist in the form of fine particles. The movement path identification is carried out through the integrated operation server 200 that compares, stores, and manages data collected from a plurality of integrated sterilization devices 100 as well as the data collected from the integrated sterilization device 100. . In addition, data is transmitted/received from other devices and institutions to identify movement lines. After that, visitors who detect a fever will be quarantined and will take action according to the guidelines.

9 is an information notification system through data management of the present invention. Referring to FIG. 9 , the plurality of integrated sterilization devices 100 are installed at each common entrance door to measure body temperature through the biometric recognition device 160 for all visitors entering and exiting the room, and a disinfectant spray device 170 . The disinfectant is sprayed according to the body temperature measured through the The integrated sterilization device 100 and the integrated operation server 200 are connected to various networks including the Internet, and the integrated operation server receives data such as visitor identity and measured body temperature from the plurality of integrated sterilization devices 100 . Receive and store, compare, and manage data. The data collected by the integrated operation server 200 is shared with the input/output device 300 and the information notification unit 400, and the shared location is not limited. The input/output device 300 includes an AMP for broadcasting, an LED signboard, and a warning light, and through data shared from the integrated operation server 200, information can be transmitted to the LED signboard including the AMP for broadcasting to the outside, and a warning light can be used to notify an alarm. The information notification unit 400 includes a center, a designated hospital, and a personal mobile phone app, and whether it is possible to perform a detailed examination for virus infection in the center and designated hospital through the data shared from the integrated operation server 200 , the number of spare beds, etc. can be identified so that you can respond quickly. In addition, information is shared through the personal mobile phone app to prevent the spread of the virus by performing early checkups. The personal mobile phone app allows individuals to manage their health by themselves through the remote management unit 500 including hospital diagnosis, personal body temperature management, and movement line management.

The present invention is not limited to the above embodiments, and the scope of application is varied, and anyone with ordinary knowledge in the field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims It goes without saying that various modifications are possible.

100: integrated sterilization device
110: integrated control device 120: AI
130: wired/wireless transmission/reception module 140: wireless transmission/reception module
150: alarm device 160: biometric device
170: Disinfectant spraying device 180: Data storage and comparison
200: integrated operation server
300: input/output device
400: information notification unit
410: center and designated hospital 420: personal mobile phone app
500: personal remote management

Claims (9)

In a system for spraying a disinfectant to prevent virus spread,
A biometric device that confirms the identity of the visitor and measures body temperature;
A disinfectant spraying device that sprays one or more of a plurality of types of disinfectants according to the body temperature,
An alarm device that sounds an alarm according to the body temperature;
An integrated control device that controls the biometric device, the disinfectant spray device, and the alarm device, and determines the type of disinfectant to be sprayed by classifying the body temperature into high temperature, medium temperature and normal temperature according to a determined standard;
An integrated sterilization device comprising;
an integrated operation server connected to and controlling the plurality of integrated sterilization devices;
Artificial intelligent disinfectant spraying system comprising .
The method of claim 1,
The disinfectant spraying device is an artificial intelligent disinfectant spraying system, characterized in that automatic spraying, spraying time, spraying intensity, type of disinfectant, and particle size can be changed.
3. The method of claim 2,
The sterilizer spraying device adjusts the sterilizer spray particle size and sprays the sterilizer in the form of an air fog.
The method of claim 1,
The biometric device is equipped with AI that recognizes visitors,
The AI is an artificial intelligence disinfectant spraying system including an artificial intelligence program that can determine whether the visitor is the same person or not, including fever or not.
5. The method of claim 4,
The biometric device includes a camera that captures the shape of a visitor and measures body temperature;
A recognition module for recognizing the visitor,
The recognition module includes at least one of a face recognition module for recognizing a visitor's face, an iris recognition module for recognizing a visitor's iris, and a special item recognition processing module for recognizing special items including the visitor's gait and ear shape Artificial intelligent disinfectant spraying system, characterized in that.
6. The method of claim 5,
The biometric device is an artificial intelligent disinfectant spraying system, characterized in that it interlocks with the AI.
The method of claim 1,
The integrated operation server stores and compares the data collected from the integrated control device and manages the history,
Artificial intelligence disinfectant spraying system including an information notification unit for transmitting information to the center, designated hospital, and personal mobile phone for the collected data.
The method of claim 1,
An artificial intelligent disinfectant spraying system comprising a remote management unit that remotely performs hospital diagnosis, personal body temperature management, center management, and movement management based on the data transmitted from the integrated operation server.
The method of claim 1,
The integrated control device is an artificial intelligent disinfectant spraying system, characterized in that it has mobility in the form of a toolkit.

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