KR102613783B1 - The sustainable prevention system of the infectious disease including the corona virus - Google Patents

Abstract

The present invention relates to a sustainable quarantine system for infectious diseases, including coronavirus, installed indoors (10) in offices, conference rooms, classrooms, academies, churches, hospitals, etc. where many people gather, and is installed near the ceiling of the room (10). A rail 110 provided at the top to allow this; A moving frame 100 that moves forward and backward along the rail 110 according to the rotation direction of the wheel 101; A distribution pipe 120 installed on the moving frame 100 and equipped with a plurality of nozzles 121 for spraying chemicals at regular intervals; a drug storage tank (130) that pumps and supplies the drug filled therein to the distribution pipe (120) using a pump (131); A control unit that periodically and automatically controls the operation of the pump 131 of the chemical storage tank 130 according to the set time of the timer; It consists of one or both of an ultraviolet lamp (150) and a negative ion generator (160) whose operation is controlled by a control unit on one side of the moving frame (100), so that the coronavirus in the droplets emitted by a coronavirus infected person is transmitted to the moving frame. (100) It is designed to promote safety by periodically spraying and dropping the anti-coronavirus agent when moving back and forth and quickly dissipating it with ultraviolet rays or negative ions.

Description

The sustainable prevention system of the infectious disease including the corona virus}

The present invention relates to a sustainable quarantine system for infectious diseases, including coronaviruses, and more specifically, to prevent coronaviruses that are harmless to the human body when many people gather in indoor spaces such as offices, conference rooms, classrooms, academies, and hospitals in buildings. As the eradication agent is periodically sprayed into the air, the coronavirus in the droplets emitted by an infected person is quickly destroyed, thereby ensuring the safety of many people gathered together in an indoor space without fear of group infection, and also ensuring the safety of livestock during the winter. It is about a sustainable quarantine system for infectious diseases, including coronaviruses, that can prevent the transmission of bird flu and African swine fever viruses.

Fortunately, vaccination vaccines that strengthen immune function have been developed for the generally contagious flu and SARS (Severe Acute Respiratory Syndrome), so all you have to do is get the vaccine on time according to the vaccination deadline set by the Korea Disease Control and Prevention Agency. You don't have to worry too much.

However, the COVID-19 virus, a new viral respiratory disease that emerged in Wuhan, China in December 2019, has recently been rapidly spreading to people in many countries around the world, including people in Korea, and the total number of infected patients worldwide has reached 52.45 million, including a current death rate of 1.3 million. Not only are airlines and travel agencies around the world suffering a very serious blow, but they are also causing huge economic losses across all industries.

Nevertheless, a preventive vaccine against the coronavirus has not yet been developed, so the coronavirus prevention measures currently being taken include people walking around carrying a medicine cabinet filled with disinfectant and spraying it on various vulnerable areas indoors or outdoors through a spray nozzle connected to the medicine cabinet. This is to the extent of artificially spraying disinfectants.

This disinfectant spraying method is artificial, so it consumes a lot of manpower, the time for spraying the disinfectant is not constant, and since the disinfectant is sprayed only once at a height of about the height of an average person, the sterilization effect is very low.

Therefore, as is well known, the coronavirus can only be seen through an electron microscope because it is a genetic virus (RNA unstable genetic structure) living organism, and because it is about 1,000 times smaller than a bacterium and floats in the air in the form of an aerosol, the problem of indoor infection is eliminated. Only by periodically spraying chemicals from the ceiling can the effectiveness of blocking viral infection be increased.

However, prior art equipped with a sterilizing device in a building includes a sterilizing device for infectious disease pathogens in building facilities (hereinafter referred to as 'prior art') of Republic of Korea Patent Publication No. 10-1860078 (announced on May 21, 2018) disclosed in Patent Document 1 below. There is a (referred to as ').

The prior art includes an ozone generator provided inside a building to remove harmful bacteria therein; A cyclone dust collector that removes fine dust and ozone odor; A bacteria detection unit that detects harmful bacteria introduced into the building; a notification unit notifying the infiltration of harmful bacteria into the building; a human body detection unit that detects a person approaching the entrance of the building; It is composed of a control unit that controls the ozone generator, the bacteria detection unit, and the notification unit according to the detection signal of the human body detection unit, so that harmful bacteria that have penetrated into the building or the livestock shed of a unit farm are removed.

The above prior art requires a combination of an ozone generator and a cyclone dust collector, so the facility cost is high, and since it is operated with a fixed installation location, the sterilizing effect of ozone is reduced in areas far away from the ozone generator, so it is not efficient to kill bacteria, including viruses. There is a problem that cannot be eliminated.

Sterilization device for infectious pathogens in building facilities according to Republic of Korea Patent Publication No. 10-1860078 (announced on May 21, 2018)

The present invention was developed to improve the problems of the above-mentioned conventional and prior art, and the present invention is to prevent coronavirus from spreading to the entire upper area of the room where many people are gathered, such as offices, conference rooms, classrooms, academies, movie theaters, churches, hospitals, etc. The extermination agent is sprayed repeatedly and periodically over a certain period of time, so that even if the virus in the droplets emitted by mixed coronavirus infected people is released among people gathered in a group, the agent is sprayed continuously, preventing the spread of airborne viruses between people. The goal is to provide a sustainable quarantine system for infectious diseases, including the coronavirus, as the safest and most reliable method for blocking group infections in indoor confined spaces because it quickly blocks and kills them.

In order to achieve the above object, the present invention includes a rail installed high indoors near the ceiling; A moving frame equipped with an electric wheel and reciprocating along the rail according to the rotation direction of the wheel; A distribution pipe equipped with a plurality of nozzles for spraying chemicals at regular intervals and installed on a moving frame; a drug storage tank that supplies the drug filled inside by pumping it to the distribution pipe; It is characterized by being composed of a control unit that periodically and automatically controls the operation of the pump of the chemical storage tank according to the set time of the timer.

In addition, the hose that supplies the chemical from the chemical storage tank to the distribution pipe is wound, and a hose winding part is provided on one side of the rail to unwind the hose when the moving frame moves forward and to rewind the hose when the moving frame moves backward. do.

In addition, the chemical storage tank and the control unit are integrated into the moving frame, and the control unit that controls the operation of the electric wheel and pump is controlled by a remote control.

Additionally, one side of the moving frame 100 is equipped with one or both of an ultraviolet lamp and a negative ion generator, the operation of which is controlled by a control unit, to generate ultraviolet rays or negative ions as they move together.

This invention is installed at the top of the room where many people gather, such as an office, conference room, classroom, academy, movie theater, church, hospital, etc., and spreads coronavirus through the nozzle of the distribution pipe every time the moving frame repeatedly moves forward and backward a certain distance. Even if the droplets emitted by some coronavirus infected people indoors spread in the air as the agent for combating infectious germs, including the agent, is continuously sprayed at regular intervals, the fine particles of the agent for combating the coronavirus that fall through the nozzle are quickly destroyed the moment they come into contact with the virus. By becoming and disappearing, it has the effect of being a reliable quarantine measure.

In addition, as ultraviolet rays or negative ions are emitted into the room every time the moving frame moves back and forth, sterilization and disinfection are ideal.

In addition, elementary, middle, and high school students can take school classes with peace of mind, and by using this crisis as an opportunity, the country can take the lead in promoting the level of K-quarantine to the world, and also export quarantine systems to the U.S. and Europe. This has the effect of developing it into a national capacity project that contributes to creating jobs and national interests.

Figure 1 is a side view showing an example of the quarantine system of the present invention installed indoors.
Figure 2 is a top view of the structure of the quarantine system of the present invention

Hereinafter, the continuous quarantine system according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a side view showing an example of the quarantine system of the present invention installed indoors, and Figure 2 is a plan view of the structure of the quarantine system of the present invention viewed from above.

The quarantine system of the present invention shown here is installed in indoor spaces (10) such as offices, conference rooms, classrooms, academies, and hospitals in various buildings where many people gather, and includes a rail (110), a moving frame (100), and a It is characterized by a simpler structure including a pipe 120, a chemical storage tank 130, and a control unit.

The rail 110 is installed at the top so as to be close to the ceiling of the room 10, and is installed to be mounted using support brackets fixed to both walls.

The moving frame 100 repeatedly moves forward and backward according to the direction in which the electric wheel 101, which is provided to move along the rail 110, rotates under the force of a drive motor.

Here, in FIG. 2, the movable frame 100 is shown as being moved along a pair of rails 110, but it can also be moved forward and backward along a single rail 110 installed in the center.

The distribution pipe 120 is installed on the moving frame 100, and a plurality of nozzles 121 for spraying chemicals are provided at regular intervals.

The drug storage tank 130 is shown as installed on one side of the room 10 in FIG. 1, but can be installed on a movable frame 100 and moved together, and the inside is filled with a drug for combating infectious germs, including coronaviruses. A pump 131 is provided to pump and supply the filled medicine to the distribution pipe 120.

The control unit automatically controls the operation of the pump 131 of the chemical storage tank 130 to be performed periodically according to the set time of the timer.

Here, in the case where the drug storage tank 130 is installed on one side of the room 10 as shown in FIG. 1, the drug in the drug storage tank 130 is supplied to the distribution pipe 120 on one side of the rail 110. When the hose 141 is wound and the moving frame 100 moves forward, the hose 141 is unwound longer, and when the moving frame 100 moves backward, a hose winding part 140 that rewinds the hose 141 is added. It is desirable to have it.

Since the present invention is a quarantine system for preventing infectious diseases such as coronavirus, winter avian influenza in livestock farms, and African swine fever virus, the drug storage tank 130 can be filled with a suitable drug among various infectious germs. We will explain this using the coronavirus as an example.

And Professor Park Man-seong's team at Korea University College of Medicine's Viral Disease Research Institute recently developed a drug containing 0.45% of povidone iodine, which was proven to have an antiviral effect by reducing coronaviruses by 99.99% when sprayed on coronaviruses (Chosun Ilbo 2020.10.28 It is said that it is desirable to use (cited in the article), but even if the drug stored in the drug storage tank 130 is not povidone iodine, any drug that is effective in reducing or eradicating coronaviruses that is harmless to the human body can be used. It can also be said that it is okay.

In this invention, the electric wheel 101 rotates forward and backward periodically according to the time set by the control unit, so the moving frame 100 advances a certain distance on the rail 110 and then moves backward, and at this time, the pump 131 As it is driven, the medicine stored in the medicine storage tank 130 is pumped and supplied to the distribution pipe 120, so the medicine that combats the coronavirus is sprayed through each nozzle 121 of the distribution pipe 120 and falls down.

Accordingly, when there is a coronavirus infection among many people gathered in the room (10), the distribution pipe (120) of the moving frame (100) is moved back and forth as described above even if the droplets emitted by the infected person are spread in the air of the room (10). The liquid medicine containing povidone iodine (0.45%), which is sprayed and dropped as fine particles through a plurality of nozzles (121) provided in the room, is quickly destroyed and destroyed upon contact with the coronavirus spread in the form of droplets in the indoor air (10). This means there is no risk of infection to others.

And when the moving frame 100 moves forward or backward as described above, the hose 141 that supplies the chemical from the chemical storage tank 130 to the distribution pipe 120 is connected to the hose winding portion 140 on one side of the rail 110. It is wound around and unwound for a long time when the mobile frame 100 moves forward, and when the mobile frame 100 moves backward, it is rewound around the hose winding unit 140, so when the mobile frame 100 moves forward and backward, the distribution pipe The supply of medicine to (120) becomes smooth.

In this invention, the drug storage tank 130 and the control unit are integrally provided in the moving frame 100, and the control unit that controls the driving of the electric wheel 101 and the pump 131 can be controlled with a remote control.

In addition, in the type in which the medicine storage tank 130 is integrated into the mobile frame 100, when the medicine in the medicine storage tank 130 is used up, the medicine is replenished and supplied while mounted on the mobile frame 100, or the medicine is supplied. The storage tank 130 can be lowered to the floor of the room 10 to replenish the chemicals and then mounted on the moving frame 100 again.

In this case, since the chemical storage tank 130 moves forward and backward integrally with the moving frame 100, there is no need to provide a hose winding unit 140, and the electric wheel 101 and pump 131 are controlled through a remote control unit. ) can be used more conveniently because the periodic operation of the device can be set and controlled.

Here, one side of the moving frame 100 operated at a predetermined height indoors may be provided with one or both of an ultraviolet lamp 150 and a negative ion generator 160, the operation of which is controlled by a control unit.

Ultraviolet rays emitted from the ultraviolet ray lamp 150 refer to light having a shorter wavelength than visible light in the spectrum of sunlight, and are widely known to be effective in sterilizing and disinfecting bacteria and viruses, so they are widely used in ultraviolet dish sterilizers, toothbrush sterilizers, etc.

In addition, the negative ions generated from the negative ion generator 160 have a strong adsorption power and purify the air. When a person inhales them while breathing, they make the body's blood slightly alkaline, increasing immunity, and eliminating various bacteria and bacteria contained in the air. Harmful substances such as viruses are surrounded by positrons, so they are easily absorbed by negative ions.

Therefore, the negative ions generated from the negative ion generator 160 effectively adsorb and remove harmful substances such as various bacteria and viruses.

Additionally, if the medicine in the medicine storage tank 130 is not replenished in a timely manner after all the medicine has been used, the medicine may not be sprayed. However, at this time, sterilization, disinfection and removal of various bacteria and viruses can be effectively achieved with just ultraviolet rays or a large amount of negative ions emitted into the room from the ultraviolet lamp 150 and the negative ion generator 160 whenever the moving frame 100 moves back and forth.

As a result, even if there is a virus infection among many people gathered in an indoor space such as an office, conference room, classroom, academy, or hospital, the virus in the droplets emitted by the infected person can quickly disappear, preventing group infection among many people gathered in the indoor space. Since there are no concerns, a sustainable quarantine system is possible.

Although the invention made by the present inventor has been described in detail according to the above embodiments, the present invention is not limited to the above embodiments, and various changes can be made without departing from the gist of the invention, as is known in the art. It will be self-evident to those who have it.

10: indoor 100: moving frame
101: wheel 110: rail
120: distribution pipe 121: nozzle
130: Chemical storage tank 131: Pump
140: hose winding part 150: ultraviolet lamp
160: Negative ion generator

Claims (4)

A rail 110 provided at the top to be placed close to the ceiling of the room 10;
A moving frame 100 that moves forward and backward along the rail 110 according to the rotation direction of the wheel 101;
A distribution pipe (120) installed on the moving frame (100) and equipped with a plurality of nozzles (121) at regular intervals for spraying chemicals for combating contagious germs, including coronaviruses;
A drug storage tank (130) filled with a drug for combating infectious germs, including coronaviruses, and pumped with a pump (131) to supply the drug to the distribution pipe (120);
It consists of a control unit that periodically and automatically controls the operation of the pump 131 of the chemical storage tank 130 according to the set time of the timer,
The chemical storage tank 130 and the control unit are integrated into the moving frame 100, and the control unit that controls the operation of the electric wheel 101 and the pump 131 is controlled by a remote control,
On one side of the moving frame 100, an ultraviolet lamp 150 and a negative ion generator 160, the operation of which is controlled by the control unit, are installed to sterilize and disinfect the room with ultraviolet rays and negative ions that illuminate the room every time the moving frame 100 moves back and forth. equipped with
A sustainable quarantine system for infectious diseases, including coronaviruses, that promotes safety by quickly eliminating infectious germs, including coronaviruses, in droplets emitted by coronavirus-infected people indoors where many people are gathered. delete delete delete