KR20170139354A - disinfection device - Google Patents

Abstract

Provided is a movable unmanned sterilization device which can be an alternative to replace manpower for prevention operations in an attempt to prevent collective contagious infection in public places where people including animals come in and out. By starting a smartphone application of a manager after downloading the same and using Bluetooth functions, it is possible to sterilize pathogen effectively regardless of time and places, thereby preventing contagious infection.

Description

Disinfection device < RTI ID = 0.0 >

The present invention relates to a mobile unmanned disinfection apparatus for automatically spraying a disinfectant liquid, and more particularly, to a disinfecting apparatus for disinfecting a disinfectant liquid in a public place including an animal, The present invention relates to a mobile unmanned disinfection device capable of preventing the spread of an infectious disease in an early stage by effectively executing and disinfecting a pathogen regardless of time and place by using a Bluetooth function.

With the recent spread of H1N1 influenza, attention has been focused on preventive measures against the spread of infectious diseases.

Most of the infectious diseases are transmitted through skin contact and respiratory tract.

Such contact is made especially by the use of a large number of people, such as the user's hands, clothes, bags, furniture, etc. Such contact is widespread in schools, buses, and other public places and is particularly threatening the spread of such communicable diseases.

In order to prevent the spread of these communicable diseases, the medical authorities are using a method of regularly spraying disinfectants in areas and spaces where there is much contact between them as a precaution.

This disinfectant is effective in inhibiting the vigorous activity of pathogens by eliminating pathogens of infectious diseases, preventing spreading, and reducing mobility.

At present, however, the spraying of the disinfectant liquid is carried out only outdoors using a hand sprayer or a spray device mounted on a car by a simple injection device under the leadership of the government authorities, and is not carried out in a planned and periodic manner in a public place .

In addition, the disinfectant spraying operation is performed on a large scale at the time of occurrence of the problem, which is not effective in a small place or on a moving bus.

In particular, the disinfection of the above-mentioned disinfectant solution in schools and other public places is not only a spreading period of infectious diseases but also a small amount of disinfectant solution spraying at all times, Is not effective as a precautionary measure because it is too late in terms of being systematically done after infectious disease spreads.

Korean Patent Registration No. 10-0953201, indoor air disinfection device. Domestic Utility Model Registration No. 20-0151145, Axis disinfection device.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the prior art described above, and it is an object of the present invention to provide a method of replacing a large number of disinfection personnel in order to suppress population infectious infection in a public place including an animal And is to provide a mobile unattended disinfection device capable of suppressing an infectious disease infection by effectively executing and downloading a smart phone application of a manager and disinfecting pathogens effectively regardless of time and place by utilizing the Bluetooth function.

That is, the present invention provides a mobile type unmanned disinfection device which can always prevent infectious diseases in schools, buses, and other public places at any time, and can efficiently prevent infectious disease pathogens with fewer devices by simple devices have.

Particularly, the present invention provides a mobile unmanned disinfection device capable of reducing the labor required for control and reducing the cost due to the unnecessary input of the disinfection work by automatically spraying the disinfectant according to the contamination state while moving to the unmanned state .

According to an aspect of the present invention, there is provided a storage tank comprising: a storage tank storing a disinfectant; A casing having the storage tank detachably fixed therein; A nozzle installed so as to spray a disinfectant solution in all directions of the casing; A solenoid valve provided with a hose for connecting the nozzle to the storage tank and capable of supplying disinfectant to the nozzle from the storage tank through the hose; An injection control unit for transmitting a valve operation signal, which is a signal for operating the solenoid valve, to the solenoid valve so that the disinfectant can be sprayed to all directions of the casing; And a power supply unit for supplying electric power to the injection control unit and the solenoid valve, wherein the power supply unit is provided with a wheel installed at a lower end of the casing and a power supply unit for supplying power to the wheel, A contamination detecting sensor provided on the casing to detect contamination of the surroundings by moving the casing by the moving unit; A pollution analysis unit that compares the data value sensed by the pollution detection sensor with a data value of a normal state to determine whether or not the pollution has occurred, and transmits the data to the administrator; An operation terminal unit for transmitting a signal that the nozzle can be operated when pollution occurs using data determined by the pollution analysis unit, and notifying an administrator of the signal; And a communication terminal unit for receiving a contamination state from the operation terminal unit, wherein the contamination analysis unit is electrically connected to the control unit to store the data value of the uncontaminated normal state, A steady-state data value storage unit for storing the steady-state data value; A current data value receiver for receiving a current data value obtained by the pollution sensor and supplying the data value to an electrically connected controller; The data value received from the data value receiving unit in the current state, which is electrically connected to the data value storing unit in the steady state and the data value receiving unit in the current state, is compared with the data value stored in the data value storing unit in the steady state, A control unit for determining whether or not the signal is generated; And a determination result transmission unit for transmitting the determination result from the control unit to the operation terminal unit. According to the determination result transmitted from the transmission unit, the operation terminal unit may transmit an operation signal to dispense the disinfectant through the nozzle It is preferable to transmit.

The mobile unit includes: a camera installed in the casing; and a monitor for receiving an image photographed by the camera, wherein the control unit controls the driving motor of the mobile unit through the operating terminal unit to see the image of the monitor, .

Preferably, the mobile unit includes: an obstacle detecting sensor installed on all sides of the casing, and the casing is automatically moved while the driving motor of the moving unit is controlled by a signal detected by the obstacle detecting sensor.

The contamination detection sensor may include a chemical substance sensor, and it is preferable that the chemical substance sensor detects the presence of the chemical substance.

The power supply unit includes: a first power supply unit for supplying external power by a wire; a second power supply unit for detachably installing a battery inside the casing and supplying power to the battery; And a power supply switching unit for selectively supplying power supplied from any one of the first and second power supply units.

It is preferable that the disinfectant solution comprises any one of sterilized disinfectant water, poison gas neutralizing agent, neutralizing agent for biological inorganic matter, harmful bacteria, virus neutralizing agent with high mortality rate, and insecticide solution.

According to the mobile unmanned disinfection apparatus according to the present invention, the disinfectant solution against infectious diseases such as H1N1 influenza is moved to unmanned places in a public place where a lot of people gather, etc., so that preventive measures against infectious symptoms become more diverse, Can be performed.

 In addition, the present invention detects contamination early and injects a disinfectant solution, and transmits an intelligent alarm set to a monitoring control room and a control center through the system, thereby confirming the phenomenon through the image and promptly responding to the severity of the situation. It is possible to prevent the spread of the Korean Peninsula.

Particularly, the present invention enables intelligent algorithms and image position coordinate techniques to be implemented by artificial intelligence according to the degree of spread of contamination at the time of difficulty in implementation control personnel and other control points, .

FIG. 1 is a block diagram of an overall configuration of a mobile unattended sterilization apparatus according to the present invention,
FIG. 2 is a block diagram of a configuration of a mobile unattended sterilization apparatus according to the present invention,
3 is a block diagram of a contamination analysis unit provided in the mobile unattended disinfection apparatus according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Prior to the description of the present invention, the following specific structure or functional description is merely illustrative for the purpose of describing an embodiment according to the concept of the present invention, and embodiments according to the concept of the present invention may be embodied in various forms , And should not be construed as limited to the embodiments described herein.

In addition, embodiments according to the concept of the present invention can make various changes and have various forms, so that specific embodiments are illustrated in the drawings and described in detail herein. However, it should be understood that the embodiments according to the concept of the present invention are not intended to limit the present invention to specific modes of operation, but include all modifications, equivalents and alternatives falling within the spirit and scope of the present invention.

FIG. 2 is a block diagram illustrating a configuration of a mobile unattended disinfection apparatus according to the present invention. FIG. 3 is a block diagram of a mobile unattended disinfection apparatus according to the present invention. FIG. 7 is a block diagram of a contamination analysis unit provided in the disinfection apparatus.

As shown in these drawings, the portable unattended disinfection apparatus according to the present invention includes a storage tank 110 storing a disinfectant, a casing 120 detachably fixed to the storage tank 110, A nozzle 130 installed to spray a disinfectant solution in all directions of the casing 120; a hose installed to connect the nozzle 130 to the storage tank 110; A solenoid valve 140 capable of supplying the solenoid valve 140 with a valve operation signal as a signal for operating the solenoid valve 140 and a solenoid valve 140 for supplying the solenoid valve 140 to the casing 110, And a power supply unit 160 for supplying power to the injection control unit 150 and the solenoid valve 140. The spray control unit 150 may be configured to inject the disinfectant liquid into the spray control unit 150, .

The power supply unit 160 includes a first power supply unit 162 for supplying external power by a wire, a second power supply unit 162 for detachably installing a battery inside the casing 110, And a power supply switching unit 166 for selectively supplying power supplied from any one of the power supply unit 164 and the first and second power supply units 162 and 164.

In the injection control unit 150, a valve actuation signal, which is a signal for actuating the solenoid valve 140, is transmitted to the solenoid valve 140 in the form of an actuator signal, whereby the solenoid valve 140 is operated . Thereby, the disinfectant is injected through the nozzle 130. The injection control unit 150 can be generally manufactured in the form of a PCB (Printed Circuit Board) or the like.

According to the present invention, the solenoid valve 140 having received the valve operation signal is actuated to spray the disinfectant through the nozzle 130, so that preventive disinfection against infectious diseases including swine flu is possible. In other words, it is much easier to prevent the spread of pathogens by spraying the disinfectant solution in many places such as public places.

The portable unattended disinfection apparatus according to the present invention preferably includes a moving unit 122 for moving the casing 110.

The mobile unit 122 is provided with a wheel 122b installed at a lower end of the casing 110 and a power supply unit 160 for supplying power to the wheel 122b to move the casing 110 It is preferable that the drive motor 122a is operated.

The mobile unit 122 includes a camera 124 installed in the casing 110 and a monitor 126 receiving an image captured by the camera 124 to view an image of the monitor 126 And may be configured to move the casing 110 by controlling the driving motor 122a of the moving unit 122 through an operation terminal unit described later.

The mobile unit 122 may be provided with an obstacle detection sensor 128 on all sides of the casing 110 and may be driven by a signal sensed by the obstacle detection sensor 128, 122a may be controlled so that the casing 110 is automatically unattended.

The moving type unmanned disinfection apparatus according to the present invention includes a contamination detection sensor 170 installed in the casing 110 so that the casing 110 can be moved by the moving unit 122 to detect contamination around the casing 110, A pollution analysis unit 180 for comparing the data value detected from the detection sensor 170 with a data value of a normal state to determine whether or not the pollution has occurred and transmitting the data to the administrator; An operation terminal unit 190 for transmitting a signal that the nozzle 130 can be operated and notifying an administrator when contamination is generated by using the communication terminal 120 and a communication terminal for notifying the contamination state from the operation terminal unit 190, Unit 192, as shown in FIG.

In addition, the contamination detection sensor 170 may include a chemical substance sensor, and the chemical substance sensor may determine whether the chemical substance is infected.

According to the present invention, the pollution analysis unit 180 includes a data value storage unit 182 in a steady state, a data value reception unit 184 in the current state, a control unit 195, and a determination result transmission unit 188 desirable.

The steady-state data value storage unit 182 stores data values of steady-state data that are stored in the steady-state data value storage unit 182 and are electrically connected to the control unit.

The current data value receiving unit 184 receives the data value of the current state obtained by the contamination detecting sensor 170 and supplies the data value to the electrically connected control unit.

The control unit 186 is connected to the data value storage unit 182 in the normal state and the data value reception unit 184 in the current state and stores the data value received from the data value reception unit 184 in the current state as a normal state Is compared with the data value stored in the data value storage unit 182 to determine whether air contamination has occurred.

As a result of the determination, the transmission unit 188 transmits the determination result from the control unit 186 to the operation terminal unit 190. When the determination result is received from the transmission unit 188, To send an actuation signal to inject the disinfectant through the nozzle 130.

The operation terminal unit 190 may be implemented using a conventional personal computer, and the communication terminal unit 192 of the controller may be implemented using a personal wireless communication terminal such as a PCS, a PAD, or a smart phone. In addition, RFID and Bluetooth modules can be installed in the device.

Further, the present invention can further comprise an alarm and a printer. The printer outputs the pollution detection time or contents to the operator so that the operator can check the pollution time.

Particularly, in the present invention, the spraying function and the operation function are observed through the smart phone or the remote monitor by the image taken from the camera installed in the casing, the surrounding place and the surrounding situation are captured, It can be transferred automatically through the server.

In this way, when disinfecting the smartphone using the smartphone application, the administrator can operate the device remotely regardless of the time and place, and can operate the device under emergency conditions at the main point of spreading the pathogenic disease and pathogen, As well as protecting valuable life.

The moving type unmanned sterilizing apparatus according to the present invention is equipped with a device acceleration sensor, a spray amount and intensity control sensor, a spray direction control sensor, an obstacle 360 degree three-dimensional recognition sensor, a flow rate timer sensor, a humidity sensor, Can be configured to be controlled accordingly.

In particular, a low-level display circuit for warning the low-level state by detecting the level of the disinfectant (sterilization liquid) stored in the storage tank and a high-level display circuit for displaying the high-level can be provided.

In addition, when the device is operated, a temperature sensor module is built in to prevent freezing of the disinfectant disinfectant, so that the temperature can be automatically recognized by detecting the external temperature and preventing the freezing of the disinfectant disinfectant. In other words, it is a means to solve the problem of freezing of the disinfectant when the disinfection is performed during the winter period.

The disinfectant solution applied in the present invention includes a disinfectant. That is, various sterilized disinfectant water, poison gas neutralizing agent, neutralizing agent for biological inorganic matter, harmful bacteria, virus neutralizing agent with high mortality rate, insecticide solution and the like are included.

In addition, it is preferable that the nozzle installed to spray the disinfectant liquid has a plurality of nozzles mounted on the outside of the casing so that the disinfectant can be sprayed in all directions. That is, it is preferable to spray the disinfectant liquid in a wide range through the nozzle.

At this time, it is preferable that the nozzle is installed in the lower part of the casing so as to be sprayed to the lower part. That is, since the disinfectant is sprayed to the lower part of the casing, it is possible to suppress a pathogen that can be infected through the floor of shoes or the like in a public place.

Accordingly, the present invention can be applied to various types of sensor modules, such as bacteria, viruses, fungus spores, and other airborne pathogens, in the air, It has an advantage that an existing pathogen can be removed.

Therefore, if an epidemic with epidemic epidemic potential occurs, the characteristics of viruses and bacteria can be identified through laboratory diagnosis, and if a proven drug that can kill the pathogenic agent is selected, it will shorten the period of spreading the epidemic disease within a short time It can also protect lives from deadly pathogens.

In particular, the present invention can be used not only as an epidemiological analysis data of prevention of mass infection, but also as a scientific disinfection system in a public place, It can be a cornerstone of building a DB.

In particular, in Bacillus anthracis, an infectious disease that spreads by inhaling anthrax spores in contact with anthrax-infected animals or in the air, is vital for survival in the soil for about 8 to 10 years, and is also transmitted through the respiratory tract So anthrax is used as a biological weapon.

When anthrax is used as a biological weapon, its damage is so great that it exceeds the hydrogen bomb. Therefore, when it is assumed that terrorism is carried out in IS terrorist organization or North Korea today, the same product as the present invention is necessary worldwide, (Station, railway station waiting room, bus waiting room, harbor waiting room, airport waiting room), military unit and so on, because it takes a long time to replace the disinfectant. In the case of national emergency, there is an advantage that it can actively use it in case of terrorism such as CBR or war outbreak.

Spores can produce large amounts of basic biological production technology, can be stored for a long time and can be mass-sprayed using missiles, rockets, artillery, and airplanes.

In addition, anthrax is characterized by colorless, odorless, and tasteless when exposed, thus avoiding surveillance and tracking when there is an attack through the air.

In recent years, the emergence of epidemic diseases and epidemics of epidemic diseases have been increasing, and the common infectious diseases that can be transmitted between humans and animals are increasing.

In particular, animal infectious diseases such as foot-and-mouth disease and highly pathogenic avian influenza have occurred several times in Korea until now, and there is increasing concern about possible incidence of foot-and-mouth disease and highly pathogenic avian influenza (AI) in Korea.

The outbreak of avian influenza not only increases the costs of pandemic influenza, but also spreads socioeconomic damage throughout the relevant farming and related industries and raises concerns about the possibility of a new influenza pandemic (PI) through human liver infections.

Since the September 2001 terrorist attacks on the World Trade Center in the United States and subsequent bioterrorism using anthrax bacteria, terrorism has been increasing worldwide, and terrorism and fears are spreading.

In the case of anthrax using biological weapons, 731 units in Japan including Japan, Ominhrijyo Sarin, in the case of biological terrorism, such as an anthrax spore leak in the Soviet Union, It is raising the possibility of terrorism and concerns.

Even in Korea, it is not safe from bioterrorism due to the dispatch of troops to Iraq, the presence of USFK, US business activities, and the increasing number of international events.

Recently, the cruelty of the IS terror group is being encouraged.

With the advent of bioterrorism, microorganisms related to biological weapons have attracted worldwide attention.

In 1346, the first biological weapons were used in Kappa in Ukraine.

At that time, Muslims threw catastrophic bodies into the castle using a catapult to subvert Christians who guarded the castle, and during the war in the continental United States between 1754 and 67, the British used the smallpox virus as a cruel killer There are also records that have annihilated the Indians who helped the United States.

The 731 units in Japan, famous for carrying out human experiments to develop biological weapons for Chinese, Russians, and Koreans in the Americas, include Nyseria-Meningitis, which causes anthrax and meningitis, Burkholderia malay, bacterial Shigella causing dysentery, Vibracholera causing cholera, Pest bacteria, and Smallpox virus.

Similar to Japan, under the Hitler regime, Nazi Germany conducted experiments on human beings in prison camps in Germany. To counter Germany, Britain also made bombs using anthrax spores, and in 1941-42 an island near Scotland Anthrax was tested in the experiment.

However, because of this experiment, the island was contaminated with anthrax, and anthrax spores did not easily disappear, making it difficult for people to access it for 45 years after the war.

If a deadly bacterium such as anthrax is propagated in the center of the city today, regardless of any country, the damage causes imagination.

In general, when harmful bacteria, harmful viruses, harmful fungus spore bacterium, etc. including the dangerous chemical substances used in the CBR are infected and spread, it is necessary to wear a special mask and a dress suitable for a special purpose until now, It has been known that the problem has been solved by injecting manpower and spraying various sterilization disinfectants and neutralizing agents for various toxic chemicals through a vehicle or a manual device.

In this process, people often become infected and lose their lives or fail to control the spread of infections, resulting in a high mortality rate in many people and animals.

Accordingly, the present invention has been developed in order to control the spread of infection safely and rapidly without waste of manpower of more fundamentally more people.

Therefore, the present invention can selectively reduce the spread of the infection per hour by efficiently selecting and storing the medicines housed and stored in the storage tank as a suitable medicament, and spraying the medicines unattended, thereby safely removing the risk factors as soon as possible .

In particular, the present invention does not cause any discomfort due to the noise generated by other people when spraying a disinfectant in a public place because the sound is not generated by spraying the liquid in a fine particle state, so that the public time, zoo, livestock farm, Hotels, transportation (train, train, port, bus, airline, etc.).

The present invention is characterized in that an appropriate mode can be selected and used so as to be suitable for the form of the object of the anti-bloody control. That is, the liquid suitable for the object to be controlled and prevented can be diluted or stored in a storage tank, or sprayed, fumigated or sprayed. For example, from people to animals, including general bacteria, disinfection of viruses, disinfection of variant viruses, chemical warfare using poison gas, biological warfare using bacteria and microorganisms, and radioactive weapons using nuclear weapons and radioactive materials It is possible to obtain the effect of the anti-virus control.

In the present invention, a wheel installed on a bottom surface of a casing can be rotated in 360 degrees in a forward, backward, leftward, and rightward direction without being disturbed by obstacles by installing a wheel capable of rotating 360 degrees. A UV lamp module is mounted on the bottom surface of the device When several spray nozzles are installed on the bottom surface, disinfection and disinfection can prevent infectious diseases and infectious diseases such as viruses and bacteria by shoes, shoes, and running shoes.

According to the present invention, the object detection sensor module is mounted on the front, rear, left, and right sides so that the object can be moved without hitting the obstacle.

In the present invention, a panel cover opening / closing device capable of protecting a panel screen is installed to house a panel (LCD, LED, etc.), and the device is manually operated using a touch screen in accordance with a set program. Voice, video, and text can be transmitted and displayed through a server for promoting an advertisement of a company or a product or a public service advertisement through the server.

The present invention can be controlled by a manager after downloading and executing an application on a smart phone using one or more modules such as Bluetooth, RFID, NFC, and buttons.

According to the present invention, sterilizing water stored in a storage tank can be automatically controlled sprayed by adjusting spray time and amount according to a program.

The present invention may also be equipped with an acceleration sensor module capable of adjusting the moving speed.

In the present invention, it is preferable that the inner material of the tank storing various sterilized disinfecting water, poison gas neutralizing agent, biological harmful bacteria neutralizing agent, virus neutralizing agent having high mortality rate and insecticidal solution is made of a material which does not cause chemical denaturation such as titanium.

The present invention can be configured in a wired or wireless manner and includes a plurality of cartridge batteries in case of wireless, and when one of the first cartridge electric capacitors is exhausted, the other one of the second cartridge electric capacitors And the like.

The present invention can be produced in accordance with a program setting, including the function of electrolysis using various electrolytes including electrode tanks, and can simultaneously perform spraying (automatic spraying, spraying, acidification, etc.).

The present invention makes it possible to construct an emergency anti-infectivity treatment system capable of neutralizing deadly bacteria such as anthrax bacteria, viruses with infectious power, fungus spore bacterium, poison gas and the like, which are used in NBC-related wars and terrorism.

According to the present invention, when the device is used for disinfection by using a disinfecting device, the device operates unattended according to a predetermined radius of the disinfection and disinfection order, and can be remotely controlled in various directions by using the application of the smartphone.

In the present invention, a plurality of adjustment modules are installed on the front, rear, right, and left sides of the instrument body so that the body supporting the nozzle for adjusting the vertical angle of the nozzle unit including the cover can be sprayed in various directions of the apparatus, Can be sprayed by selecting either manual (arbitrary operation control) or automatic (adjustment on the smartphone application screen) by setting up / down and left / right angle within 90 to 180 degrees.

The present invention relates to a mobile terminal having an RFID and a Bluetooth module mounted on a top surface of a device and having a top cover for protecting the lens from snow, rain, etc., Phone or remote control monitor, captures the surrounding area and surrounding situation, and automatically transfers the pictures and moving images through the server according to the set program settings.

In the present invention, power consumption can be minimized by reducing weight by using a special coating synthetic resin to suppress the corrosion of materials on the outer surface of the casing.

In the present invention, fumigation, spraying, and vaporization can be selected and sprayed.

INDUSTRIAL APPLICABILITY When the heat dissipating device is provided, the present invention can be more effectively operated in control and prevention.

According to the present invention, when a nozzle is installed to be positioned at the upper end of the wheel, contaminants in the wheel can be removed.

The present invention can display a concentration, a wind direction, a humidity, an operation time and the like by constituting a display window in a control box in a digital manner.

In the present invention, a biometric sensor or the like is attached to a device in a public place, and then a support including a nozzle is automatically operated to spray the liquid to the upper, middle, and lower sides, have.

The present invention can be analyzed using a chemical sensor, and then transmitted to a control system or a cellular phone through a server.

In the present invention, it is possible to install one or more illumination devices in the front, rear, left and right directions and construct a voice guidance system through the internal speaker.

In the present invention, the heater device can be operated by preheating or setting the normal time to prevent freezing of conduits or the like connecting all nozzles and nozzles.

Particularly, the present invention is based on the fact that tropical rainforests and forests are destroyed globally, and abnormal weather signs are appearing due to environmental destruction and air pollution, and viruses and their pathogenic agents, which cross the region and threaten human beings, However, the present invention can respond appropriately to this. That is, the present invention is advantageous in that it can transmit and observe the control state of the airing control in real time in countries or local autonomous bodies such as regions, countries, industrial sites, hospitals, and public institutions. More specifically, there is an advantage in that a code can be linked to each device, and an area to be observed on the control system can be selected to control the anti-virus.

Accordingly, the present invention can establish an anti-bug control system, and can effectively control anti-bug by selecting a drug that is suitable for a pathogen that threatens human beings and is suitable for anti-bug. For example, the present invention can be applied to a country or a country that is used for the first time when an infection is caused from bacteria, viruses and various harmful chemicals used in various kinds of pathogenic organisms and various biological warfare agents, The present invention can be used to control the anti-virus using the present invention. The drug can be transmitted in real time so that accurate drug information can be grasped through rapid laboratory diagnosis, and the transferred medicines are put into a storage tank to perform anti- You can safely deal with it.

At this time, the transmission can be transmitted through the Internet network.

Therefore, by using the present invention, the prevention of the spread of the pathogen can be prevented, and the diffusion of disease can be minimized and stabilized at an early stage.

Particularly, the present invention can be applied to a case in which a country-to-country infectious disease having a strong spread of infection occurs in people traveling to a specific region at a specific time, So that the spread of the infection can be prevented.

Although the present invention has been fully described in connection with the preferred embodiments thereof with reference to the accompanying drawings, it is to be understood that the present invention is not limited thereto. It is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

110 - Storage tank 120 - Casing
130 - Nozzle 140 - Solenoid valve
150 - injection control unit 160 - power unit
170 - Pollution Detection Sensor 180 - Pollution Analysis Unit
190 - operating terminal unit 192 - communication terminal unit

Claims (6)

A storage tank in which a disinfectant solution is stored;
A casing having the storage tank detachably fixed therein;
A nozzle installed so as to spray a disinfectant solution in all directions of the casing;
A solenoid valve provided with a hose for connecting the nozzle to the storage tank and capable of supplying disinfectant to the nozzle from the storage tank through the hose;
An injection control unit for transmitting a valve operation signal, which is a signal for operating the solenoid valve, to the solenoid valve so that the disinfectant can be sprayed to all directions of the casing; And
And a power source unit for supplying electric power to the injection control unit and the solenoid valve,
And a moving unit including a wheel installed at a lower end of the casing so as to move the casing and a driving motor which is operated to move the casing by receiving power from the power unit to transmit power to the wheel,
A contamination detecting sensor provided on the casing so as to detect contamination around the casing when the casing is moved by the moving unit;
A pollution analysis unit that compares the data value sensed by the pollution detection sensor with a data value of a normal state to determine whether or not the pollution has occurred, and transmits the data to the administrator;
An operation terminal unit for transmitting a signal that the nozzle can be operated when pollution occurs using data determined by the pollution analysis unit, and notifying an administrator of the signal; And
And a communication terminal unit for receiving a pollution state from the operating terminal unit,
Wherein the contamination analysis unit comprises:
A steady-state data value storage unit for storing a steady-state data value that is not contaminated and being electrically connected to the control unit to supply the steady-state data value to the control unit;
A current data value receiver for receiving a current data value obtained by the pollution sensor and supplying the data value to an electrically connected controller;
The data value received from the data value receiving unit in the current state, which is electrically connected to the data value storing unit in the steady state and the data value receiving unit in the current state, is compared with the data value stored in the data value storing unit in the steady state, A control unit for determining whether or not the signal is generated; And
And a determination result transmission unit for transmitting a determination result from the control unit to the operating terminal unit,
Wherein the operation unit transmits the operation signal for spraying the disinfectant through the nozzle according to the determination result transmitted from the transmission unit.
The method according to claim 1,
The mobile unit comprising:
A camera installed in the casing and a monitor for receiving an image picked up by the camera to control the drive motor of the mobile unit through the operation terminal unit to see the image of the monitor and to move the casing A movable type unmanned sterilizing device.
The method according to claim 1,
The mobile unit comprising:
Wherein an obstacle detection sensor is installed on each side of the casing so that the casing is automatically moved while a driving motor of the moving unit is controlled by a signal detected by the obstacle detection sensor.
The method according to claim 1,
Wherein the contamination detection sensor includes a chemical substance sensor and determines whether the chemical substance is infected by the chemical substance sensor.
The method according to claim 1,
The power unit includes:
A first power supply for supplying external power by a wire;
A second power supply for detachably installing a battery inside the casing to supply power to the battery; And
And a power supply switching unit for selectively supplying power supplied from any one of the first and second power supply units.
The method according to claim 1,
The disinfectant solution comprises:
A disinfectant disinfecting water, a poison gas neutralizing agent, a neutralizing agent for a biological inorganic substance, a harmful bacterium, a virus neutralizing agent having a high mortality rate, and a insecticidal solution.

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