KR101860078B1 - Disinfection apparatus for bacteria of infectious diseases in building facilities - Google Patents

Abstract

TECHNICAL FIELD The present invention relates to a sterilizing apparatus for sterilization of infectious disease bacteria in building facilities, and more particularly, to a technology for eradicating harmful bacteria and the like by surrounding harmful bacteria and pests, The present invention is advantageous in that it is possible to remove harmful bacteria and the like at a low cost in a unit farm or the like at a low cost by using a prophylactic and pure electric method beforehand It is effective to prevent infectious disease on livestock and human body.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disinfection apparatus for bacteria of infectious diseases in building facilities,

The present invention relates to a method for preventing transmission of a bird flu including livestock and human body infectious bird flu, mad cow disease, brucellosis, don cholera, coccidiosis, various respiratory and digestive diseases, fungi, lactic acid bacteria, Salmonella, Escherichia coli, (Building, facilities for storage of poultry, equipment for storage of feedstuffs, machinery and equipment used for housing, management company, drinking water storage) to prevent the flow of harmful germs and pests infected or mutated into the human body due to their livestock The present invention relates to a sterilizing apparatus for sterilization of infectious disease bacteria in building facilities capable of eliminating harmful bacteria and pests inherent in the facilities,

More specifically, it is converted into a facility for closing an entrance of a building facility such as a house where the air is circulated among the building facilities such as a barn, and the air flow (flow) is prevented at the time when harmful bacteria and insects are activated, The system is constructed to automatically open and close the windows of the building facilities to prevent harmful bacteria and pests from entering the building. In front of the openings of building facilities such as houses and enclosed buildings, etc., cyclone dust collectors And a pest collecting facility, and an air inlet is provided at the upper end of the wall of a building such as a barn, and the material thereof is a PVC pipe or FRP pipe. The inner diameter of the air guide pipe communicating with the air inlet is at least 300 mm However, according to the size of the building facilities such as the housing, the user can arbitrarily select the material and the inner diameter size.

The air guide tube communicating with the air inlet is connected to an entrance of an architectural facility such as a housing and a top ceiling of an ozone generator installed in a passage to allow air outside the housing to flow into an entrance passage such as a building, The entrance to the building facilities such as the barn is always blocked while the entrance door to the building facilities such as the house where the entrance and the ozonizer are located and the livestock etc. are present is open all the time, To enter the entrance and exit path of the building facilities, and the first sterilization treatment was performed in the ozone generator.

When harmful bacteria infiltrate through entrance of building facilities such as air inlet and house inside of doorway of building facilities such as house, etc., it catches harmful bacteria and catches harmful bacteria kind and quantity, In order to send a signal to the notification unit, the harmful bacteria collecting device is installed between the entrance of the building facility such as a house and the ozone generator, and within a range of 100 to 500 times of the air diluted per 1 m ³ And the size of the collecting device can be arbitrarily selected according to the convenience of the user and the size of the building facilities such as the housing and the quantity of the harmful bacteria which are notified of the kind of the harmful bacteria and the warning light such as the warning light The Ministry of Agriculture, Forestry and Livestock, the Ministry of Environment, and the CDC, The.

The ozone odor generated from the ozone generator, which will be described below, is separately installed in the ceiling of building facilities such as houses and the like, and air is introduced from the outside through the air inlet at the upper end of the wall inside the building facilities The ozone generator (such as a corona discharge device) for sterilizing viral harmful bacteria and bacterial harmful bacteria and pests is provided with a silent discharge type ozone generator. The ozone generator generates ultraviolet rays of 180 to 210 nm for a long time and frequently When exposed, a variety of respiratory diseases, emphysema and diseases such as lung collapse may occur. Therefore, when a person approaches within 5 m from the end of the ozone generator (including the corona discharge electrode), the ozone Attaching an automatic emergency stop device sensor so as to stop the operation of the generator, An electric device that maintains a temperature of 70 degrees Celsius or more is disposed in an enclosed manner so that sterilization can be automatically performed at a water supply facility (except for a hospital among facilities such as a housing facility) disposed at a place where the ozone generator is located. A lamp or a reflector such as a UVC sterilizer or the like for sterilizing the harmful bacteria which intruded on the upper ceiling and the left and right sides of the entrance door, (At this time, the size of the entrance door wall should be a thickness enough to install a UVC lamp or reflector.)

In addition, a secondary UVC sterilizing device is installed within the limit of ultraviolet rays on the ceiling portion between the end of building facilities such as housing where cattle are present and the exit of building facilities such as housings, and the ultraviolet generating device is installed at 253.7 nm When the human body is exposed to the ultraviolet rays, skin rashes such as erythema, itching, skin irritation, edema, and skin cancer can be caused in the event that the human body is exposed to the ultraviolet ray sterilization apparatus, , Two goggles and a pair of goggles and a protective garment are placed at the entrance of building facilities such as houses and houses, and at the exit of building facilities such as houses, The electric distribution panel, the blocking device and the opening and closing device should be installed so that the livestock manure storage facility The facilities other than the manure storage facility can be installed in the building facilities such as the housing, but it is also possible to use the separately separated livestock manure storage facility and another facility other than the housing facility When there is a separate facility (feed storage, conveying device, warehouse, etc.) consisting of only the switchgear, it can be operated manually, which can be selectively used by the user.

If other facilities other than the above-mentioned manure storage facility are installed in a building such as a barn, the automatic opening and closing facility must be provided.

A recording device modularized by a computer and a warning light for notifying the component and quantity of the harmful bacteria infested by the infesting bacteria are arranged in the entrance of the building such as the barn, , And a residual bacteria detector was installed so that the composition and content of the bacteria remaining in the building facilities such as houses and the like can be grasped by anyone. In the airtight space adjacent to the residual bacteria detector disposed at the exit of the building such as the housing, And a blower such as a motor and a fan having a strong rotational force for smoothly discharging the turbid air contained in the engine.

The ozone generator is disposed in a passage adjacent to an entrance of a building such as a barn to generate ultraviolet rays having a wavelength of 180 to 210 nm. The ozone generated in the ultraviolet rays purifies air in the facility such as a house On the other hand, a silent discharge method and an electric cathodic method are adopted so as to reduce the noise of the ozonizer to minimize the sterilization of the residual bacteria.

The ultraviolet sterilization apparatus (referred to as a UVC System) is disposed in order to remove harmful bacteria that intrude into building facilities such as barns through which cattle are housed, An ultraviolet sterilization device and an electric device part of 250-260 nm nearest to the best sterilization line of 253.7 nm are arranged on the reflector, and the UVC sterilization device is installed on the ceiling of the upper part of the door of the housing passage where the domestic animals exist or on the right and left sides of the door, UVC sterilization device was installed on the ceiling of the exit door or on the left and right sides, one per 4m × 4m, so that harmful bacteria could not escape from the UV sterilizer.

In order to identify the composition and content of bacteria by numerical values of the residual bacteria containing the air forced out as exhaust air in the process of evacuating the cloudy air of building facilities such as houses, And the function of the ozonizer, the UVC system, and the like can be grasped in the modularization device in the future.

On the other hand, in order to completely sterilize the bacteria remaining on the bacterial detector placed at the outlet of the building such as the housing, the UVC system is additionally installed in an airtight place such as the ceiling of the exterior entrance / It is preferable to make it possible to completely sterilize the residual bacteria.

Among the building facilities such as housing facilities, the feed storage facilities and the storage facilities for the animal feedstuffs are exposed to harmful bacteria and pests infiltrated into solids and solids such as feed and manure, and the feeds and the like are sterilized at a low speed (100 RPM or less) A separate stirring device for stirring was installed.

This patent discloses a device for removing harmful bacteria, pests, and air entrained in building facilities such as barns installed above from above, and an apparatus for removing dust and turbid air using a dust collecting facility disposed outside the housing. And the modularization of this mechanical device.

The present invention having such a structure spreads to livestock farmhouses all over the world, and it is repeated like an annual event and causes enormous damage to livestock farmers. Meanwhile, bird flu, mad cow disease, brucellosis, It purifies the air containing all kinds of harmful bacteria, pests and fine dust contained in the air such as money cholera, acid bacteria, lactic acid bacterium, and mertz, and the new odor caused by ozone generation (severe garlic odor, fish stinking odor and headache, And odor accompanied by loss of appetite), and it is aimed to sterilize all infectious bacteria and common bacteria, including harmful bacteria and pests contained in the air, (Ingredient and content) of the disease by warning (glory) to prevent the spread of the disease in advance, The ultimate goal is to prevent loss of property and loss of life.

Annual bird flu outbreaks occur from October to April of next year and have buried thousands of chickens and ducks every year. However, in recent years, AI (bird flu), foot-and-mouth disease and mad cow disease Mertz, who has been involved in any year of the year, has been tense with the authorities, and Mertz, who coincided with the year 2015, is not able to present the source, the cause of the spread, and the obvious ways to cope with it. And the tragic phenomenon that leads to national distrust, and it should not be denied that it is in the unfortunate reality that Mertz is waiting for the end of Mertz without cleansing the Mertz nightmares.

In addition, diseases of various harmful livestock such as brucella and don cholera are burdened by livestock farmers, which can not be denied that they are obstacles to advanced livestock farming.

Therefore, the present inventor intends to solve all of these harmful livestock and harmful bacteria to human body by sterilizing bacteria by a scientific method rather than approaching medical methods.

Korean Utility Model Publication No. 20-2013-0004276

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an ozone generator, a UVC device, and a cyclone dust collecting device, which are capable of preventing harmful bacteria and pests infesting buildings, In order to eliminate the infiltration of AI, foot-and-mouth disease, mad cow disease, brucellosis, and other harmful bacteria, it is possible to remove more efficiently through the use of various methods such as insecticide, fungicide, The enormous budget should be invested in the cost of inputs, killing, and burials to prevent the spread of infectious pathogens due to heavily infected live cattle,

The germicide used by the government and the livestock farmers destroys the nucleus of the germ and disinfects it. This is because the tolerance of harmful bacteria and insect pests becomes stronger and the cost of the disinfectant, which is gradually increasingly toxic, And the disposal of live cattle must be dismantled.

On the other hand, the present invention is particularly directed to a technology for eradicating noxious bacteria and the like by surrounding the nuclei of noxious bacteria and harmful insects, such as noxious bacteria that infiltrated into the houses of the unit farm households And the present invention is advantageous in that it is possible to completely eliminate the harmful bacteria and the like at a low cost by preliminarily proactively and purely using an electric method in a unit farmhouse or the like, There is an advantage to prevent the infectious disease to be caused.

According to an aspect of the present invention, there is provided an ozonizer comprising: an ozone generator installed in a building to remove harmful bacteria contained in air introduced into the building through ozone; A cyclone dust collecting device for removing ozone odor containing fine dust generated in the ozone generator; A bacteria detecting unit for detecting harmful bacteria contained in air flowing into the building; An informing unit informing whether or not harmful bacteria have infiltrated into the building; A human body sensing unit provided at an entrance of the building and sensing a person approaching the entrance of the building; And a control unit for controlling the ozone generator according to a sensing signal of the human body sensing unit and controlling the notification unit according to a sensing signal of the bacteria sensing unit.

Here, a pest sensing unit for sensing a pest penetrating into the inside of the building; A feed storage unit for storing the feed to be supplied to the livestock when the livestock is fed into the building; A control unit for controlling the pest detection unit to detect whether the pest is infiltrated into the inside of the building, and a control unit for controlling the pest control unit, And controls the notification unit accordingly.

A bacteria analyzer for analyzing the amount and kind of harmful bacteria infiltrating into the inside of the building; And a pest analysis unit for analyzing the amount and type of pests infiltrating the inside of the building, wherein the control unit controls the notification unit such that the quantity and type of harmful bacteria analyzed by the microorganism analysis unit and the pests analyzed by the pest analysis unit It is desirable to inform the amount and type of pests.

Furthermore, it is preferable that an opening / closing part for controlling the flow of air in the building by opening / closing the inside of the building so that the inside of the building communicates with the outside of the building and does not communicate with the outside of the building.

In addition, there is provided an air guide unit comprising an air guide line for guiding outside air into the inside of the building, and an opening / closing member provided on the air guide line for opening / closing the air guide line, And controls the opening and closing part of the opening and closing part and the opening and closing member of the air guide part according to the detection signal of the part.

In addition, it is preferable that the ultraviolet sterilizing unit sterilizes harmful bacteria inside the building through ultraviolet rays.

Here, the ultraviolet sterilizer may include a first ultraviolet sterilizer for firstly sterilizing harmful bacteria introduced into the building; And a second ultraviolet sterilizing unit for secondarily sterilizing harmful bacteria inside the building.

The ultraviolet rays generated from the ozone generator are preferably 180 nm to 210 nm.

The present invention relates to poultry and poultice contained in the air infiltrated into building facilities such as houses through solidified manure, feed and conveyance equipment, and algae such as alien fluids (AI), which are likely to infect, Harmful bacteria including foot-and-mouth disease, mad cow disease, don cholera, brucella, E. coli, gherkinia, salmonella, and mers can be removed more efficiently through the cyclone dust collector, the ozone generator and the ultraviolet sterilizer.

In particular, when installed in building facilities of farms such as cattle, chickens, and ducks, it is possible to sterilize harmful bacteria infiltrating the building facilities of own farmhouses in the shortest time, It is possible to effectively prevent infectious livestock diseases and to prevent various harmful bacteria and diseases which are transmitted to humans from diseased livestock, and there are other similar patents, As applied, the present invention is advantageous in that it is applied to a solidified manure.

In addition, as the air from which harmful bacteria are removed is exhausted to the outside of the building facilities, pollution outside the building can be significantly reduced, and the remaining life can be grasped through modularization. It is economically effective to reduce the cost burden of agriculture and livestock farming households by prolonging the use period.

In addition, there are tens of millions of chickens, ducks and cows that are buried before the infection due to the annual bird flu, foot-and-mouth disease, mad cow disease infection or infection. And thus it is possible to realize the dream of advanced livestock farmers.

In the past, long-term administration of microorganisms, fungicides, insecticides and other pesticides for a long time in order to remove harmful bacteria and pests harmful to the human body and livestock contained in the air penetrating into the inside of building facilities such as barns, In order to prevent spread of infectious diseases caused by living cattle, a huge budget has been put into the disposal and burial process. The disinfectant sprayed by the livestock farmers destroys the nuclei of bacteria and disinfects them, The present invention has many drawbacks such as the increase in the cost of disinfecting agents which are gradually increasingly toxic, the disadvantage that the disease can not be eliminated in a short time, and the disposal of living cattle must be dismantled. By sterilization of harmful bacteria in a short time by pure electrical method, To the effect that prevents the animal and human diseases.

In addition, the present invention is a technique for eradicating the harmful bacteria which is basically destroying bacteria by enclosing the nuclei of noxious bacteria and insect pests, and is capable of completely removing harmful bacteria infiltrating into building facilities such as farmhouses of unit farmhouses In order to prevent various diseases caused by harmful bacteria, it is effective to prevent the loss of a government budget of tens of trillion KRW every year, thereby enabling efficient budget execution for animal husbandry promotion and environmental protection and healthy food securing. And the employment increase of about 3,000 a year depending on the installation of each farmhouse.

FIG. 1 is a perspective view schematically showing an example of a building to be installed with an apparatus for sterilizing an infectious disease in a building,
Fig. 2 is a perspective view schematically showing a state in which the opening and closing portions of the building of Fig. 1 are opened,
3 is a sectional view taken along the line A-A in Fig. 1,
4 is a side view schematically showing an operating state of the ozone generator and the first ultraviolet sterilizing unit,
5 is a side view schematically showing an operating state of the first ultraviolet sterilizing unit and the second ultraviolet sterilizing unit,
6 is a block diagram schematically showing a control state of the control unit,
7 is a cross-sectional view schematically showing an arrangement state of incineration sections,
8 is a partially cutaway side view schematically showing an incinerator;

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. It is to be understood that the scope of the present invention is not limited to the following embodiments, and various modifications may be made by those skilled in the art without departing from the technical scope of the present invention.

The present invention relates to a method for the treatment and prophylaxis of infectious diseases such as avian influenza, mad cow disease, brucellosis, don cholera, coccidiosis, various respiratory and digestive diseases, dead lactic acid bacteria, Salmonella, Escherichia coli, (Including machinery and equipment used for housing, storage of manure, storage room for animals, storage facilities, management company, drinking water storage facility, etc.) in hospitals and hospitals that prevent the flow of harmful bacteria and pests, The present invention relates to a sterilizing apparatus for sterilization of infectious disease bacteria in a building facility for removing harmful bacteria and pests inherent in the environment.

FIG. 1 is a perspective view schematically showing an example of a building to which a sterilization apparatus for infectious disease in a building of the present invention is to be installed, and FIG. 2 is a perspective view schematically showing a state where the opening and closing parts of the building of FIG. 1 are opened.

As shown in Figs. 1 and 2, the building 1 is automatically converted into a facility capable of opening and closing the inside of the building 1 where the air is circulated, And blocking the windows and entrance of the building (1) in which the air is introduced at the time when harmful bacteria and pests are activated, thereby blocking harmful bacteria and pests from the outside of the building (1) in advance.

3 is a cross-sectional view taken along the line A-A in Fig.

1 to 3, the apparatus for sterilizing infectious diseases in a building according to an embodiment of the present invention includes an ozone generator 10, a cyclone dust collector 20, a bacteria detection unit 30, a notification unit 40, A human body sensing unit 50, and a control unit 60 (FIG. 6).

First, the ozone generator 10 is installed in a building 1 such as a housing to remove harmful bacteria contained in outside air introduced into the building 1 through ozone.

The ultraviolet rays generated from the ozone generator 10 are 180 nm to 210 nm and auxiliary structures 11 communicating with the building 1 may be installed on the front side of the building 1 such as a house.

An air inlet 111 through which external air flows may be formed on the upper portion of the entrance 110 of the auxiliary building 11 of the building 1.

In order to protect the skin, face, respiratory and digestive functions of a person entering into the building 1, the auxiliary building 11 is not shown in the drawing, May be provided.

As shown in FIGS. 1 and 2, the inside of the building 1 is opened and closed so that the inside of the building 1 is communicated with the outside of the building 1 and is not communicated with the outside of the building 1, (70) for controlling the flow of air in the container (1).

The opening and closing part 70 may include a first opening and closing part 710 and a second opening and closing part 720.

The first opening and closing part 710 may be installed at an entrance 111 formed at the middle part of the front side of the auxiliary building 11 of the building 1 to open and close the entrance 111 of the auxiliary building 11.

The second opening and closing part 720 may be provided at a middle part and a middle part of the building 1 to open and close the inside of the building 1, respectively.

The opening and closing part 70 can be configured in various ways such as a shutter, a sliding door, a sliding door, and the like.

Next, the cyclone dust collecting apparatus 20 is installed around the building 1 in a state of being separated from the building 1 to remove ozone odor including fine dust generated in the ozone generator 10 .

3, the cyclone dust collector 20 and the ozone generator 10 may be connected to each other through a connection line 15, which may be a pipe, a hose, or the like.

The front side of the connection line 15 may be hermetically connected to the cyclone dust collector 20 and the rear side of the connection line 15 may be connected to the building (1) and hermetically connected to the upper part of the ozone generator (10).

Ozone odor containing fine dust generated in the ozone generator 10 can be transferred to the cyclone dust collector 20 through the connection line 15. [

Next, the bacteria detection unit 30, which may be formed of a bacteria sensor, detects noxious bacteria contained in the air flowing into the building 1.

An air guide line 810 formed of an air guide pipe such as a pipe or a hose for guiding outside air into the inside of the building 1 as shown in FIG. And an air guiding portion 80 composed of an opening and closing member (820 of FIG. 6) for opening and closing the air guiding line 810 may be provided.

The front end of the air guide line 810 may be hermetically connected to the air inlet 111 of the auxiliary structure 11 of the building 1.

An air inlet fan 811 for introducing air into the air guide line 810 may be provided on the front side of the air guide line 810.

The rear side of the air guide line 810 may be hermetically connected to the upper part of the ozone generator 10 while keeping a certain distance from the rear side of the connection line 15.

The air guide line 810 may be formed of a PVC pipe or an FRP pipe, but it is not limited thereto. The air guide line 810 may be arbitrarily selected according to the user's convenience. And may be arbitrarily selected to have a size of at least 300 mm or more depending on the size of the building 1.

The opening and closing member 820 may be a shutter or an electromagnetic solenoid valve provided on the front side of the air guide line 810 to open or close the air guide line 810 while maintaining a certain distance from the air inlet fan 811 It can be of various kinds.

The bacteria detecting unit 30 may include a first bacteria detecting unit 310 and a second bacteria detecting unit 320.

The first bacterial sensing unit 310 may be provided on the front side of the air guide line 810 while being spaced apart from the opening / closing member 720 at a predetermined distance from the inside of the building 1.

The second bacterial sensing unit 320 may be provided on the inner rear side of the building 1.

Next, the notification unit 40 informs the manager of the building 1, such as a barn, whether or not the harmful bacteria have infiltrated into the building 1.

The notification unit 40 is provided on the upper side of the auxiliary building 11 of the building 1 and includes a light emitting member of a beacon for emitting light and a buzzer sound output member such as a speaker for outputting a warning sound, Or the like.

Next, the human body sensing unit 50 may include a first human body sensing unit 510 and a second human body sensing unit 520.

The first human body sensing part 510 is provided at a front side of the auxiliary building 11 so as to be positioned around the entrance of the auxiliary building 11 of the building 1, Can be detected.

The second human body sensing unit 520 is disposed on the inner rear wall of the auxiliary structure 11 so as to be positioned inside the auxiliary structure 11 of the building 1 and passes through the auxiliary structure 11, (1). ≪ / RTI >

Next, the controller 60 receives power from a power supply unit (610 of FIG. 6) according to a detection signal of the human body sensing unit 50 and receives the power from the first opening and closing unit 710, the ozone generator 10, So that the inlet fan 711 can be controlled.

When the first human body sensing unit 510 senses a person, the first opening / closing unit 710, which normally closes the entrance 110, is operated by the controller 60 to control the operation of the building 1 The entrance 110 of the auxiliary building 11 may be opened for a predetermined time and then the entrance 110 may be closed again.

The operation of the ozone generator 10 and the air inlet fan 711 can be stopped under the control of the controller 60. [

When the first human body sensing unit 510 does not detect a person, the first opening and closing unit 710 is controlled by the control unit 60 such that the door 110 of the auxiliary building 11 of the building 1 ) Can be kept closed.

When the second human body sensing unit 520 detects a person entering the interior of the building 1 while wearing the skin protective clothing and goggles at the auxiliary building 11, The air inlet fan 711 can be operated again.

The control unit 60 may control the notification unit 40 according to a detection signal of the bacteria detection unit 30. [

When the bacteria detection unit 30 detects harmful bacteria, the notification unit 40 can be operated under the control of the control unit 60. When the bacteria detection unit 30 can not detect harmful bacteria The notification unit 40 may be disabled under the control of the control unit 60. [

4 is a side view schematically showing an operating state of the ozone generator and the first ultraviolet sterilizing unit,

Next, as shown in FIGS. 3 and 4, the pest collecting unit 90, the pest sensing unit 100, the feed storage unit 200, and the scattering unit may be further provided.

The pest collecting unit 90 is provided in the air guide line 810 while maintaining a certain distance from the first bacterial sensing unit 310 of the bacterial sensing unit 30 so that the air guide line 810 It is possible to collect the pests that have penetrated into the building 1 through the door.

The pest detection unit 100 may be provided in the pest trapping unit 90 to detect pests infiltrated into the building 1.

The feed storage unit 200 may be provided on one side or the other side of the interior of the auxiliary structure 11 of the building 1.

When livestock is raised inside the building 1, the feed to be supplied to livestock can be stored in the feed storage unit 200.

The feed storage unit 200 and the air guide line 810 may be connected to each other through a connection line 400 formed of pipes, hoses, and the like.

The front side of the connection line 400 may be hermetically connected to the upper portion of the feed storage unit 200.

The rear side of the connection line 400 may be hermetically connected to the air guide line 810 between the air inlet fan 811 and the first bacterial sensing unit 310.

Although not shown in the drawing, the scattering unit includes a driving motor vertically provided on the feed storage unit 200; A rotation shaft vertically and vertically rotatable in the feed storage unit 200; And a rotary blade horizontally formed at equal intervals on the rotary shaft and rotating along the rotary shaft. The harmful bacteria and pests contained in the air inside the feed storage unit 200 can be scattered.

Air and insects including harmful bacteria scattered in the feed storage part 200 scattered by the scattering part may be introduced into the air guide line 810 through the connection line 400.

The control unit 60 controls the notification unit 40 in accordance with the detection signal of the pest detection unit 100 so that the notification unit 40 informs the manager whether the pest is intruded into the building 1 Can be controlled.

The notification unit 40 can be operated under the control of the control unit 60 when the pest detection unit 100 detects a pest penetrated into the building 1, 100 can not detect the pest, the notification unit 40 can be shut down under the control of the control unit 60.

Next, as shown in FIGS. 3 and 4, the bacteriological analysis unit 500 and the pest analysis unit 600 (FIG. 6) may be further provided.

The bacteria analyzer 500 may analyze the amount and type of noxious bacteria infiltrated into the building 1 by the first bacteria detecting unit 310 of the bacteria detecting unit 30. [

The pest analysis unit 600 may analyze the amount and type of pests infiltrated into the building 1 by the pest collection unit 90 or the pest detection unit 100.

The notification unit 40 may include a display such as a monitor for informing the amount and type of harmful bacteria analyzed by the bacteria analysis unit 500 and the amount and type of insect pests analyzed by the insect pest analysis unit 600 in letters, .

The informing unit 40, which can be made of a display such as a monitor, under the control of the control unit 60, which is made up of a computer or the like, calculates the amount and type of harmful bacteria analyzed by the bacteria analyzer 500, The amount and type of insect pests analyzed by the inspecting unit 600 can be displayed on the screen in letters, numbers, and the like.

The control unit 60 controls the second opening and closing unit 720 of the opening and closing unit 70 and the air opening and closing unit 720 according to the sensing signals of the first and second bacteria sensing units 310 and 320 of the bacteria sensing unit 30. [ The opening / closing member 820 of the unit 80 can be controlled.

When the first and second bacteria sensing units 310 and 320 detect noxious bacteria, the second opening and closing unit 720, which is normally opened with the building 1 under the control of the controller 60, The opening and closing member 820 may open the air guide line 810 and the air inlet fan 811 may be operated.

When the first and second bacteria sensing units 310 and 320 fail to detect harmful bacteria, the second opening and closing unit 720, which is normally opened by the control unit 60 in a state where the building 1 is opened, The opening and closing member 820 that normally opens the air guide line 810 closes the air guide line 810 and the air inlet fan 811 opens the air guide line 810, Can be shut down.

FIG. 5 is a side view schematically showing the operating states of the first ultraviolet sterilizing unit and the second ultraviolet sterilizing unit, and FIG. 6 is a block diagram schematically showing a control state of the control unit.

6, the harmful bacteria inside the building 1 are sterilized by ultraviolet rays according to the detection signals of the first and second bacteria sensing units 310 and 320 of the bacteria sensing unit 30 The ultraviolet sterilizing unit 300 may further be provided.

The ultraviolet sterilizer 300 may include a first ultraviolet sterilizer 301 and a second ultraviolet sterilizer 302.

As shown in FIG. 3, the first and second ultraviolet sterilizing units 301 and 302 may be provided inside the building 1 in a state where the first and second ultraviolet sterilizing units 301 and 302 are spaced apart from each other in the front- .

3 to 5, the ozone generator 10 and the first ultraviolet sterilizing unit 301 may be connected to each other through a connection line 700, which may be a pipe, a hose, or the like.

The front side of the connection line 700 may be hermetically connected to the ozone generator 10 and the rear side of the connection line 700 may be hermetically connected to the first ultraviolet sterilizing unit 301 .

An air discharge line 303 and an air inflow line 304 which can be formed of pipes, hoses or the like are provided on the rear side opposite to the front side of the first ultraviolet sterilizing unit 301 and on the front side of the second ultraviolet sterilizing unit 302 Each can be connected and fixed in a confidential manner.

Although not shown in the drawing, the air inflow line 304 may include an air inflow fan for forcibly introducing the outside air inside the building 1 into the air inflow line 304.

An air discharge line 305, which may be a pipe, a hose, or the like exposed to the outside of the building 1 to a predetermined length, may be hermetically connected and fixed to the rear side of the second ultraviolet sterilizing unit 302.

The front and rear ends of the first and second ultraviolet sterilizing units 301 and 302 may be hermetically connected to the upper portions of the first and second ultraviolet sterilizing units 301 and 302, A return line 306 may be provided.

The air discharge line 305 and the return line 306 of the second ultraviolet sterilizing unit 302 may include various types such as an air discharge line 305 and an electronic solenoid valve for opening and closing the return line 306 The opening and closing member 307 may be provided.

The first ultraviolet sterilizing unit 301 may control the external air that has passed through the ozone generator 10 to be partially remained in the outside air when the first bacteria detecting unit 310 detects harmful bacteria, And sterilizing the harmful bacteria to the inside of the building 1 through the air discharge line 303 as shown in FIG.

When the second bacterial sensing unit 320 senses harmful bacteria, the opening and closing member 307 of the return line 306 opens and closes the return line 306 under the control of the controller 60, The opening and closing member 307 of the air discharge line 305 of the second ultraviolet sterilizing unit 302 may close the air discharge line 305. [

5, the air containing harmful bacteria in the building 1 is introduced into the building 1 through the air inflow fan of the air inflow line 304 and the return line 306 under the control of the controller 60 The first ultraviolet ray sterilizing unit 302 is moved to the first ultraviolet ray sterilizing unit 301 and is sterilized and then sterilized through the air discharge line 303 of the first ultraviolet sterilizing unit 301, The air sterilized inside can be discharged again (see a solid line arrow in Fig. 5).

When the second bacteria detecting unit 320 can not detect harmful bacteria, the control unit 60 controls the opening and closing member 307 of the return line 306 to close the return line 306, The opening and closing member 307 of the air discharge line 305 of the second ultraviolet sterilizing unit 302 may open the air discharge line 305. [

5, after the sterilizing process, the external air introduced into the second ultraviolet sterilizing unit 302 through the air inflow fan of the air inflow line 304 under the control of the controller 60, (See the dashed arrow in Fig. 5) through the air discharge line 305 to the outside of the building 1.

Next, a mode setting unit 800 may be further provided as shown in FIG.

The mode setting unit 800 may be provided in the controller 60 in various ways such as a push button or a dial button.

The mode setting unit 800 may include a summer mode and a winter mode.

When the manager sets the summer mode of the mode setting unit 800 to the ON state, the second opening and closing part 720 is controlled by the controller 60 to normally open the building 1 for ventilation inside the building 1, The control unit 60 controls the second opening and closing unit 720 of the opening and closing unit 70 according to the detection signals of the first and second bacteria sensing units 310 and 320 of the bacteria sensing unit 30, The opening and closing member 820 of the air guide unit 80 and the ultraviolet sterilizing unit 30 can be controlled.

When the manager sets the winter mode of the mode setting unit 800 to the ON state, the second opening and closing part 720 is controlled by the controller 60 to normally keep the building 1 The control unit 60 controls the opening and closing of the air guide unit 80 in accordance with the detection signals of the first and second bacteria sensing units 310 and 320 of the bacteria sensing unit 30, The member 820 and the ultraviolet sterilizing unit 30 can be controlled.

Fig. 7 is a cross-sectional view schematically showing the disposition of the incineration section, and Fig. 8 is a partially cutaway side view schematically showing the incineration section.

Next, when livestock is raised inside the building 1 such as a house, as shown in FIG. 7, water is supplied to the livestock inside the building 1 around the building 1 A water supply unit 12 may be provided.

The water supply unit 12 includes a storage tank 121 in which water is stored at a predetermined height; A pipe or hose for supplying water to a domestic animal which is brought into the interior of the building 1 by a predetermined length and whose front side is connected to the storage tank 121 in a watertight manner, A supply line 122, And a pump 123 provided in the supply line 122 for forcibly pumping the water stored in the storage tank 121 to the supply line 122.

Although not shown in the drawing, the storage tank 121 may further include a heater member for dissipating heat at a high temperature to sterilize water stored in the storage tank 121.

7, an air discharge fan (not shown) for discharging the air inside the building 1 to the outside of the building 1 for ventilation of the building 1, (120) may be provided.

7 and 8, the incinerator 13 and the electric dust collection unit 14 may be further provided.

Between the incinerator 13 and the air discharge fan 120 and between the incinerator 13 and the air discharge line 305 of the second ultraviolet sterilizer 302, A guide line 15 which can be formed of a pipe or a hose for guiding the internal air of the building 1 discharged to the outside of the building 1 through the air discharge line 305 to the incineration section 13, May be provided at regular intervals.

As shown in FIG. 8, the heat-radiating member 131 and the heat reflecting member 132 may be provided inside the incinerator 13.

The heat-dissipating member 131 is provided on the inner side of the incinerator 13 and can radiate heat of high temperature under the control of the controller (not shown).

The heat-radiating member 131 may be of various types, for example, a heat-dissipating lamp or the like.

However, in the case of the above-mentioned heat-dissipating lamp, since it is likely to be broken by high-temperature heat, it is preferable to use a heat-transfer coil or the like as the heat-dissipating member 131.

The heat reflecting member 132 may be provided on the inner side of the incinerator 13.

The heat reflecting member 132 may be made of various materials such as a metal such as aluminum.

The heat reflecting member 132 may be formed in various shapes such as an annular shape having a smaller outer diameter from the front side to the rear side of the heat reflecting member 132.

The front side of the heat reflecting member 132 is opened and the sterilized air can be introduced into the inside of the heat reflecting member 132.

The high-temperature heat emitted from the heat-radiating member 131 flows into the heat reflecting member 132 and is reflected to the inside of the heat reflecting member 132, It is possible to incinerate foreign matter such as fine dust contained in the sterilized air.

Next, the incinerator 13 may be provided on the front side of the electric dust collector 14.

A pipe for discharging the sterilized air from which the fine dust is removed through the incinerator 300 to the electric dust collector 14, Or the like, may be provided.

The discharge line 16 may be provided with an on-off valve 17 for opening and closing the discharge line 16.

The electric dust collecting part (14) can collect some fine dust that has not been incinerated and contained in the sterilized air, the odor completely removed from the fine dust is removed, and the sterilized air passes through the upper part of the electric dust collecting part And can be discharged to the outside.

Next, a sterilization apparatus for sterilization of bacteria in a construction facility of the present invention will be described as follows.

The entrance 110 of the auxiliary building 11 of the building 1 such as a barn is always closed and the entrance 110 and the ozone generator 10 are connected to the second opening and closing part 720 of the building 1, So that the air introduced from the outside always flows into the interior of the building (1) such as a barn.

In order to send noxious bacteria to the inside of the building (1), noxious bacteria are collected and the kind and quantity of noxious bacteria are detected and a signal is sent to the notification unit (40) 90), and the number of harmful bacteria collected at 1 / m3 is extracted and analyzed between 100 and 500 times of the collected air, and the data is sent to a control unit (60) And transmits the signal to the notification unit 40. The size of the insect trapping unit 90 can be arbitrarily selected according to the size of the building 1 such as the convenience of the user and the housing.

The kinds and the numbers of harmful bacteria are inputted into the control unit 60 which can be made of computers according to the notification or recommendation of the government such as the Ministry of Agriculture, Forestry and Livestock, the Ministry of Environment and the Disease Control Headquarters.

The ozone generator 10 may use a silent discharge type ozone generator. In the auxiliary building 11, a storage room such as a feed storage room and other transportation equipment may be separately installed according to the user's needs.

The air discharge fan 120 is installed at an upper rear side of the inside of the building 1 so as to increase the flow rate of air to improve the efficiency of raising the domestic animals. It is effective to install in one place.

The second ultraviolet sterilizing unit 302 equipped with a lamp, which is a UVC sterilizing apparatus, harmfully bacteria entering the inside of the building 1, such as a barn, without being sterilized by the ozone generator 10, To be sterilized by the second order.

The ultraviolet sterilizing unit 300 for sterilizing harmful bacteria inside a building 1 such as a house building is an ultraviolet sterilizing unit fixed at 250 nm to 260 nm and has a structure of 4 m × 4 m The number of the lamps or the reflector of the ultraviolet sterilizing unit 300 and the quantity thereof are arbitrarily selected and installed according to the convenience of the user.

In order to prevent infiltration of noxious bacteria and pests in advance in the building 1 such as a barn, an opening / closing part 70 for blocking the flow of air or the like is provided, and the one side wall and the other side wall of the building 1, An electrical device for operating the opening and closing part 70 may be provided, and an area where no electricity is supplied is not related to the present invention.

An electric distribution panel and an electric cut-off device considering safety are installed in a building (1) such as a barn, and a control section made of a computer or the like automatically detects harmful bacteria infiltrating the inside of a building (1) A bacteria detecting unit 30 including a bacteria detecting unit having a bacteria detecting function and an automatic sensor function may be disposed and the notification unit 40 may be connected to the building 1 to inform the outside of the building 1 and the manager, The notification unit 40 and the bacterial sensing unit 30 are always connected to the electrical apparatus so that the notification unit 40 is automatically activated immediately after the harmful bacteria are infiltrated.

Dust collecting facilities using the cyclone dust collecting apparatus 20 and a high pressure generating apparatus are arranged on the outside of the building 1 such as a house or the like and fine dust generated from the outside of the building 1 such as a house or the like is generated by the ozone generator 10 Ozone odor was removed.

The ozone generator 10 and the cyclone dust collecting device 20 are always connected to the PVC pipe in order to discharge the ozone odor generated in the ozonizer 10 to the outside, And the odor gas was incinerated in the cyclone dust collecting apparatus (20).

A manure storage tank is separately provided inside the building (1) such as a barn, or outside the building (1) such as a barn.

With regard to the liquid contents in the manure stored in the above-mentioned manure storage tank (for example, pig swine, etc.), since another patent has been filed regarding the removal of odor gas and the sterilizing method of bacteria and the modularization of the apparatus, the solidified solid Only).

More specifically, the present invention is applied to a solid manure, a solid feed, a conveying device, and the like.

The building (1) such as a barn is converted into a facility that automatically opens and closes the air circulation area to prevent air flow (flow) at the time when harmful bacteria and pests are activated, And the entrance and the entrance of the facility were sealed to prevent harmful bacteria and pests from the outside.

In the place where the ozone generator 10 is located from the entrance 110 of the building 1 such as a barn, a door for accessing people and livestock and feedstuff operation equipment and a conveying device is installed, and the door is always open The air must always flow.

The ozone generator 10 is installed and used in a silent discharge manner in order to sterilize viral bacteria and harmful bacteria and pests.

The ozonizer 10 and the cyclone dust collector 20 are always connected to the PVC pipe or the FRP pipe in order to discharge the ozone odor generated in the ozonizer 10 to the outside of the building 1, And the ozone odor discharged from the cyclone dust collector 20 is incinerated in the cyclone dust collector 20. The material and size of the tube are selected and installed according to the user's convenience.

The ozone generator 10 and the pest collecting unit 90 are installed to purify turbid air from the outside and collect insects. The ozone generator 10 emits ultraviolet rays of 180nm-210nm, The harmful bacteria are first sterilized by using.

(Flies, mosquitoes, moths, etc.) flowing from the outside are captured using the pest collecting unit 90 which can be made of a buggy net or the like.

In order to reduce the noise generated by the ozone generator 10 to 30db or less, a silent discharge method is adopted.

Ultraviolet rays of 180 nm to 210 nm emitted from the ozone generator 10 may cause diseases such as various respiratory diseases, emphysema and lung collapse when exposed to a human body for a long time or frequently, (Including an ultraviolet ray irradiation range and a place where an electrode of a discharging device is located) at the left and right sides of the entrance 110 of the ozone generator and the end portion of the ozone generator (including the corona discharge electrode) The automatic sudden-stop device sensor, which can be realized by the human body sensing part 50, is installed so that the operation of the ozone generator 10 is automatically stopped.

The number of automatic emergency stop device sensors that can be formed by the human body detection unit 50 is two or more at regular intervals, and the number thereof can be increased according to the convenience of the user.

The water supply unit 12 can be hermetically sealed with the hot wire and the electric device maintaining the temperature of 70 ° C or more so that the water stored in the water supply unit 12 can be automatically sterilized.

An on / off facility for controlling the flow of water to the water supply unit 12 is installed. An electric heating line is installed to prevent freezing of the cold wave. When the temperature rises above 80 degrees Celsius and the temperature rises below 70 degrees Celsius On the way down, sensors and ON / OFF devices are needed to automatically supply and shut off electricity.

The ultraviolet sterilizing unit 300 is a UVC ultraviolet sterilizing unit that causes a wavelength of 250-260 nm, which is close to 253.7 nm, which is the best sterilization line of UVC. The installation radius of the ultraviolet sterilizing unit is 4 m The ultraviolet sterilizer may be provided with at least one ultraviolet lamp and a reflector, and the ultraviolet sterilizer 300 may be installed at two or more, but may be installed at an increased user's convenience .

If harmful bacteria infiltrate, the ultraviolet sterilizer (300, dishwashing or food storage device or the ultraviolet sterilization device used for household goods is completely different from the ultraviolet sterilization device used for sterilization of 99.9% in 10 seconds) , The ultraviolet sterilizing unit (300) installed in the building (1) is limitedly installed so as not to be directly projected on the livestock.

In order to protect the human body from the ultraviolet sterilizing unit 300, a cradle for placing goggles, skin protective clothing, gloves, and the like is disposed at the entrance 110 of the building 1 such as a barn.

An electric distribution panel and an electric cutoff device considering safety are installed in a building 1 such as a barn, and the control unit 60, which can be made of a computer or the like, automatically detects harmful bacteria infiltrating into the building 1, A harmful bacteria detecting device having a harmful bacteria detecting function, an analyzing function and an automatic sensor capable device is disposed in order to detect harmful bacteria captured by the harmful bacteria detecting device, and when the harmful bacteria detected in the harmful bacteria detecting device are found, ) Were installed.

The notification unit (40) and the harmful bacteria detecting device are always connected to the electric device, so that the notification unit (40) is activated immediately upon infiltration of noxious bacteria.

A dust collecting device using the cyclone dust collecting device 20 and a high pressure generating device is disposed outside the building 1 such as a house or the like to remove ozone odors and the ozone generator 10 and the cyclone dust collecting device 20 An ozone odor generated in the ozone generator 10 and a fine dust contained in the outside of the housing and the housing of the housing are incinerated in the cyclone dust collector 20, It is possible to install a hood device in the ozone odor discharge outlet for smooth exhaust of odor and the like.

(1) Installations of manure storage tanks on the inside or outside of the manure storage tanks are to be provided. However, regarding the liquid contents in the manure stored in the manure storage tanks (eg pigs, etc.) Since the present invention is in the pending application, the present invention has been omitted, and the present invention has been made in view of the fact that the harmful bacteria (eg, As shown in Fig.

10; Ozone generator, 20; Cyclone dust collectors,
30; A bacterial sensing unit, 40; Notification part,
50; A human body sensing unit, 60; Control section.

Claims (8)

An ozone generator installed in the building to remove harmful bacteria contained in air flowing into the building through ozone;
A cyclone dust collecting device for removing ozone odor containing fine dust generated in the ozone generator;
A bacteria detecting unit for detecting harmful bacteria contained in air flowing into the building;
An informing unit informing whether or not harmful bacteria have infiltrated into the building;
A human body sensing unit provided at an entrance of the building and sensing a person approaching the entrance of the building;
And a control unit for controlling the ozone generator according to a detection signal of the human body sensing unit and controlling the notification unit according to a detection signal of the bacterial sensing unit.
The method according to claim 1,
A pest sensing unit for sensing a pest penetrating into the inside of the building;
A feed storage unit for storing the feed to be supplied to the livestock when the livestock is fed into the building;
And a scattering part for scattering noxious bacteria and pests contained in the air inside the feed storage part,
Wherein the control unit controls the notification unit according to a detection signal of the pest detection unit so that the notification unit informs whether the insect pest is infiltrated into the inside of the building.
3. The method of claim 2,
A bacteria analyzer for analyzing the amount and type of harmful bacteria infiltrating into the building;
And a pest analysis unit for analyzing the amount and type of pests infiltrating into the inside of the building,
Wherein the informing unit informs the amount and type of harmful bacteria analyzed by the bacteria analysis unit and the amount and type of insect pests analyzed by the insect analysis unit under the control of the control unit.
The method according to claim 1,
And an opening and closing unit for opening and closing the inside of the building to control the flow of air in the building so that the inside of the building is communicated with the outside of the building and is not in communication with the outside of the building. Lt; / RTI >
5. The method of claim 4,
And an air guide unit provided on the air guide line and configured to open and close the air guide line,
Wherein the control unit controls the open / close unit of the opening and closing unit and the air guide unit according to a detection signal of the bacteria detection unit.
The method according to claim 1,
And an ultraviolet sterilizing unit for sterilizing harmful bacteria inside the building through ultraviolet rays.
The method according to claim 6,
The ultraviolet sterilizer may include a first ultraviolet sterilizer for firstly sterilizing harmful bacteria introduced into the building;
And a second ultraviolet sterilizer for secondarily sterilizing harmful bacteria inside the building. The sterilizing device for sterilization of infectious disease bacteria in a building facility.
The method according to claim 1,
Wherein the ultraviolet rays generated from the ozone generator are 180 nm to 210 nm.

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