KR102026809B1 - Disinfection system for animal husbandry commercial vehicle and method using the same - Google Patents

Abstract

The present invention relates to a livestock vehicle disinfection system and a disinfection method using the same. The livestock vehicle disinfection system comprises: a water spray unit which sprays water to at least one place among both sides and a lower part of an accessing livestock vehicle to wash a livestock vehicle; a liquid disinfective water spray unit which is arranged to be spaced apart from a front side of the water spray unit at a predetermined distance in the accessing direction of the livestock vehicle, and sprays disinfectant as liquid to at least one place among both sides and a lower side of the livestock vehicle washed through the water spray unit, so as to disinfect the livestock vehicle; an air spray unit which is arranged between the water spray unit and the liquid disinfective water spray unit, sprays high-pressure air to at least one place among both sides and the lower side of the livestock vehicle, and removes moisture of the livestock vehicle washed through the water spray unit; a gas disinfectant spray unit which includes a first disinfective water spray unit and a second disinfective water spray unit arranged as a pair in the direction of surrounding the livestock vehicle at a front and a rear side, respectively, between the liquid disinfective water spray unit and an outlet side, and sprays disinfective water in a gas state when the livestock vehicle is located between the first disinfective water spray unit and the second disinfective water spray unit so as to disinfect the inside and the outside of the livestock vehicle; and a disinfective water storage unit which stores disinfective water to be supplied to at least one among the liquid disinfective water spray unit and the gas disinfectant spray unit.

Description

Disinfection system for animal husbandry commercial vehicle and method using the same}

The present invention relates to a livestock vehicle disinfection system and a disinfection method using the same, and more particularly, to a livestock vehicle disinfection system and a disinfection method using the same, which effectively prevents the spread of infectious diseases by effectively cleaning and disinfecting livestock vehicles moving livestock. It is about.

Livestock diseases are characterized by rapid spreads between regions and countries as transportation develops, causing much damage to trade in goods and related industries. In order to prevent such damage, it is best to prevent the disease in advance, but it is important to block the transmission to other regions early when the disease occurs.

Foot-and-mouth disease and avian influenza are frequently occurring in winter in Korea. In case of foot-and-mouth disease or avian influenza, the damages that governments have to spend, including farmers' compensation and vaccinations, may amount to trillions of won. This, in addition to economic damage as well as to prevent the spread of disease in the process of embedding hundreds of thousands of animals in the ground, the additional problems of psychological and physical pain of the personnel also occurs.

For this reason, in areas where diseases such as foot-and-mouth disease and avian influenza have occurred, national organizations and local governments disinfect traffic vehicles by using high-pressure sprayers on the side of the road for disease control. Disinfection equipment and sprayers are installed to thoroughly disinfect vehicles and passengers.

As an example, Utility Model Registration No. 10-0999370 discloses a vehicle sterilization and disinfection system. The disclosed vehicle disinfection device has an advantage of sterilizing even indoors using smoke screens. However, since smoke screens cannot effectively remove various bacteria and impurities on the surface of the vehicle, there is an ineffective aspect of preventing disease spread.

(Korean Patent No. 10-0999370, Dec 9, 2010)

It is an object of the present invention to provide a livestock vehicle disinfection system and a disinfection method using the same that can effectively prevent the spread of infectious diseases by effectively cleaning and disinfecting livestock vehicles moving livestock.

The object of the present invention is not limited to the above-mentioned object, and other objects that are not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the livestock vehicle disinfection system for disinfecting the livestock vehicle according to an embodiment of the present invention is a water spray unit for washing the livestock vehicle by spraying water from at least one of both sides and the bottom of the livestock vehicle entered ; Liquid disinfectant water disinfecting the livestock vehicle by disinfecting the livestock vehicle by disinfecting the disinfectant to at least one of both side surfaces and the bottom surface of the livestock vehicle, which is disposed at a predetermined distance from the front of the water spray unit in the entry direction of the vehicle. Quartet; An air spraying unit disposed between the water spraying unit and the liquid sterilizing water spraying unit to inject high-pressure air to at least one of both side surfaces and the lower surface of the livestock vehicle to remove water from the livestock vehicle washed through the water spraying unit; A first disinfectant spray unit and a second disinfectant spray unit are provided with a first disinfectant spray unit and a second disinfectant spray unit respectively disposed in a direction surrounding the livestock vehicle in a pair between the liquid sterilizing water spray unit and the outlet side, respectively. A gas disinfectant spraying unit for disinfecting the inside and the outside of the livestock vehicle by spraying disinfectant water in a gas state when the livestock vehicle is located between the four parts; And a disinfecting water accommodating unit accommodating disinfecting water supplied to at least one of the liquid disinfecting water spray unit and the gas disinfectant spray unit.

Here, the first disinfecting water injection unit and the second disinfection water injection unit, the tank for temporarily storing the disinfection water supplied from the disinfection water receiving unit; A case extending upward from an upper surface of the tank; A motor blower coupled to one side surface of the case to expose the injection nozzle, and arranged in a plurality in a vertical direction to discharge the disinfectant water contained in the tank in a gas state; And a pump for delivering the disinfecting water contained in the tank to the motor blower; A solenoid valve controlling an amount of the sterilizing water so that the predetermined sterilizing water is supplied to the motor blower; A supply pipe for supplying disinfectant water to each motor blower through the solenoid valve; And a recovery pipe which is supplied to the motor blower through the solenoid valve and recovers the remaining disinfectant water.

The driver may further include a driver disinfection room disposed on one side of the second disinfectant spray unit to disinfect the driver of the livestock vehicle, wherein the first disinfectant spray unit and the second disinfectant spray unit are the first disinfectant spray unit and the second disinfectant water. It is preferable to operate when the driver performs personal disinfection in the driver's personal sterilization room so that the gaseous spray discharged from the injection unit is not directly transmitted to the driver.

Here, the water injection unit supports the wheel of the livestock vehicle, the support plate is formed in a plurality of slit holes continuously in one direction; A lower washing nozzle disposed below the support plate and washing the lower portion of the livestock vehicle by spraying water upward between the slit holes; Nozzle support plates disposed on both sides of the livestock vehicle so as to face each other; A plurality of vertical nozzles arranged perpendicularly to the front and rear of the nozzle support plate to spray water; A plurality of inclined nozzles in which the injection height is linearly changed along the entry direction of the livestock vehicle between the front and rear vertical nozzles; A water tank for supplying water to the lower washing nozzle, the vertical nozzle and the inclined nozzle; A sewage temporary accommodation portion provided at a lower portion of the support plate to temporarily store sewage generated while washing the livestock vehicle; A sterilization turbidity improvement unit may be provided to improve turbidity of the wastewater supplied from the temporary wastewater collecting unit and sterilize with an OH radical sterilizer and resupply the water tank.

Here, a vehicle number acquisition unit for photographing the vehicle number of the livestock vehicle entering, extracting the vehicle number from the photographed image and storing the vehicle number; When the entry of the livestock vehicle is confirmed through the vehicle number acquisition unit, at least one or more disinfection information may be displayed between a display unit for displaying information of the occupied vehicle and a voice guide unit for guiding a sequential process of disinfection according to the entry of the livestock vehicle. Disinfection information provider to provide; And a disinfection certificate issuer for issuing a disinfection certificate to confirm that the vehicle is a disinfection vehicle when disinfection of the livestock vehicle is completed.

Method for washing livestock vehicles using the livestock vehicle disinfection system according to an embodiment of the present invention (a) to check the entry of livestock vehicles entering and exit, to store the vehicle number by photographing the vehicle number of livestock vehicles, circuit breaker Canceling and accepting the entry of the livestock vehicle; (b) when the livestock vehicle is located in the water injection unit, spraying water along the lower and side surfaces of the livestock vehicle using the water injection unit to wash the water; (c) removing water by spraying high-pressure compressed air through an air injection unit on both sides of the livestock vehicle which has been washed with water and passed through the water injection unit; (d) disinfecting the livestock vehicle by spraying disinfectant water in a liquid state through the nozzle of the liquid sterilization water injector to the livestock vehicle from which water is removed; (e) If the livestock vehicle is located between the first and second disinfection water injection units located at the front and rear portions between the liquid sterilizing water injection unit and the outlet side, the disinfection water is sprayed in a gaseous state to the inside and outside of the livestock vehicle. Further disinfection; And (f) when disinfection of the livestock vehicle is completed, issuing a disinfection certificate confirming that disinfection of the vehicle is completed.

Here, further comprising the step of disinfecting the driver through the personal disinfection room when performing step (e), when disinfecting the driver in the personal disinfection room. It is preferable that the first disinfecting water jet and the second disinfecting water jet be operated so that the spray in liquid form is not directly delivered to the driver.

The livestock vehicle disinfection system and the disinfection method using the same can effectively wash and disinfect the livestock vehicle, thereby preventing the spread of infectious diseases by removing germs that can be delivered by the livestock vehicle.

The effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a perspective view of a livestock vehicle disinfection system according to an embodiment of the present invention.
2 is a plan view of FIG. 1.
3 is a side view of FIG. 1.
4 is a front view of FIG. 1 viewed from the exit side.
5 is a detailed view of the lower surface injection nozzle of the livestock vehicle disinfection system according to an embodiment of the present invention.
6 is a detailed view of a personal sterilization room of a livestock vehicle disinfection system according to an embodiment of the present invention.
7 is a circulation diagram of the water injection unit of the livestock vehicle disinfection system according to an embodiment of the present invention.
8 is a cross-sectional view of the turbidity improving unit according to the embodiment of the present invention.
9 is a cross-sectional view of the gas disinfectant injection unit of the livestock vehicle disinfection system according to an embodiment of the present invention.
10 is a cross-sectional view of the gas disinfectant injection unit ZX of the livestock vehicle disinfection system according to an embodiment of the present invention.
11 is a circulation diagram of the disinfecting water receiving portion of the livestock vehicle disinfection system according to an embodiment of the present invention.
12 is a flowchart illustrating a method of disinfecting a livestock vehicle using a livestock vehicle disinfection system according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In this case, the same components in the accompanying drawings are to be noted with the same reference numerals as possible. In addition, detailed descriptions of well-known functions and configurations that may blur the gist of the present invention will be omitted. For the same reason, in the accompanying drawings, some components are exaggerated, omitted or schematically illustrated.

In addition, throughout the specification, when a part is said to "include" a certain component, it means that it may further include other components, except to exclude other components unless specifically stated otherwise. In addition, throughout the specification, "on" means to be located above or below the target portion, and does not necessarily mean to be located above the gravity direction.

1 is a perspective view of a livestock vehicle disinfection system according to an embodiment of the present invention, Figure 2 is a plan view of Figure 1, Figure 3 is a side view of Figure 1, Figure 4 is a front view of Figure 1 from the exit side, Figure 5 is a detailed view of a lower injection nozzle of the livestock vehicle disinfection system according to an embodiment of the present invention, Figure 6 is a detailed view of the personal sterilization room of the livestock vehicle disinfection system according to an embodiment of the present invention, Figure 7 is a view of the present invention 8 is a sectional view of a water injection unit of a livestock vehicle disinfection system according to an embodiment, FIG. 8 is a cross-sectional view of the turbidity improving unit according to an embodiment of the present invention, and FIG. 9 is a gas disinfectant of a livestock vehicle disinfection system according to an embodiment of the present invention. ZY cross-sectional view of the injection unit, Figure 10 is a ZX cross-sectional view of the gas disinfectant injection section of the livestock vehicle disinfection system according to an embodiment of the present invention, Figure 11 is a disinfection water receiving portion of the livestock vehicle disinfection system according to an embodiment of the present invention A cyclic FIG.

1 to 11, the livestock vehicle disinfection system according to the embodiment of the present invention includes a water spray unit 110, a liquid sterilization water spray unit 120, an air spray unit 130, and a gas disinfectant spray unit 140. ), The additional defense unit 150, the vehicle number acquisition unit 160, the driver's personal disinfection room 170, and the disinfecting water receiving unit 180 is configured.

First, the present invention, except for the wall and the roof structure in order to explain the arrangement and shape of the structure, it should be understood that there is a wall and roof when implementing the present invention.

The water spray unit 110 is to wash the livestock vehicle by spraying water from at least one of both sides and the bottom of the livestock vehicle entered, support plate 111, lower washing nozzle 112, nozzle support plate 113, vertical It may be configured to include a nozzle 114, the inclined nozzle 115, the temporary waste water 116, sterile turbidity improvement 117 and the water tank (118).

The support plate 111 has a substantially outer circumferential surface formed in a rectangular shape to support wheels of livestock vehicles, and a plurality of slit holes are continuously formed along one direction.

The lower washing nozzle 112 includes a plurality of spray nozzles, and the spray nozzles of the support plates 111 are disposed between the slit holes to wash the lower part of the livestock vehicle while spraying water upward. Sludge and sewage falling through the sprayed water fall through the slit holes and are collected in the temporary sewage receiving unit 116 at the bottom of the support plate 111.

The nozzle support plate 113 is formed in a plate shape to be disposed while supporting the vertical nozzle 114 and the inclined nozzle 115, and is disposed to face each other on both sides of the livestock vehicle and extends upward.

The vertical nozzles 114 are vertically arranged at the front and the rear of the nozzle support plate 113 to spray the washing water. The vertical nozzle 114 may be formed of a front vertical nozzle and a rear vertical nozzle to increase the washing effect of the vehicle by washing the side surfaces of the vehicle entering and exiting the water spraying unit 110 two times through the first and second cars.

The inclined nozzle 115 may be provided in plurality so that the injection height is changed linearly along the entry direction of the livestock vehicle between the vertical nozzles disposed at the front and the rear. In addition, the inclined nozzle 115 may be formed by being stacked in two stages in the vertical direction. At this time, the inclined nozzle 115 may be formed to change the spray height linearly to wash the entire side of the vehicle evenly in the vertical direction. If the nozzles are formed in a straight line, water is sprayed intensively on only one side of the vehicle, and thus the overall washing effect is not obtained.

The sewage temporary accommodation unit 116 is provided under the support plate 111 to temporarily store sewage generated while washing the livestock vehicle. The sewage temporary accommodation part 116 is formed in a hopper shape and is first delivered to the sterilization turbidity improvement part 117 after sludge is removed.

The sterilization turbidity improvement unit 117 is disposed between the wastewater temporary accommodation unit 116 and the water tank 117, and improves and sterilizes the turbidity of the wastewater supplied from the wastewater temporary accommodation unit 116, and the bag filter ( 1171), the OH radical sterilization part 1172 and the turbidity improvement part 1171 may be provided.

The bag filter 1171 prevents deterioration of the sterilization turbidity improvement unit 117 by collecting relatively large foreign matters transferred from the sewage temporary accommodation unit 116 and increases the efficiency of the sterilization turbidity improvement unit 117. Can be.

The OH radical sterilization part 1172 is disposed between the bag filter 1171 and the turbidity improvement part 1175. The OH radical sterilization unit 1172 primarily removes harmful bacteria in the water by sterilizing the filtered water.

The turbidity improvement part 1175 improves the turbidity of the effluent supplied from the OH radical sterilization part 1172. More specifically, the turbidity improvement part 1173 is a plate-shaped nozzle support (a), gravel (b), sand (large, c), sand (medium) formed with a plurality of nozzles in a radial direction from the lower side of the receiving tank to the upper side , d), sand (small, e), activated carbon (f) and hydro filter (g) are sequentially stacked.

The water supplied is improved in turbidity while moving along the gravity direction from the upper side to the lower side. The stacking height of the activated carbon (f) and the hydro filter (g) is preferably higher in the stacking height than the sand located at the bottom. . Through this, it is possible to greatly increase the effect of improving the turbidity by allowing the water to be formed long and the height is filtered. In this case, the hypo filter (g) may be formed by stacking a plurality of filter layers.

The plate-shaped nozzle support (a) disposed on the lower side supports the plurality of filter layers, sand and gravel layers provided on the upper side, and passes through the gravel to improve water turbidity to move downward. The water received through the plate-shaped nozzle support (a) is discharged to the outside through the valve is moved to the water tank 118.

The water tank 118 supplies water to the lower washing nozzle 112, the vertical nozzle 114, and the inclined nozzle 115.

An ultraviolet lamp (not shown) may be provided inside the water tank to further sterilize the water. Ultraviolet lamps can keep the wash water cleaner by sterilizing the water sterilized through the sterilization turbidity improvement unit 117 secondly, and when the vehicle is washed through the water, the cleaning effect of the vehicle is reduced due to water contamination. Can be prevented.

As such, the wash water supplied to the water tank 118 is turbidity improved and sterilized through the sterilization turbidity improving unit 117, and the washing water can be recovered and used continuously to prevent a large amount of waste water from occurring. do.

At this time, the water tank 118 is formed to surround with a heat insulating material having a coil on the outer circumferential surface, a thermometer for sensing the temperature of the water tank 118 therein may be provided. If the temperature of the water contained in the water tank 118 sensed through the thermometer is expected to fall below the freezing temperature, it is possible to prevent the water contained in the water tank 118 from being frozen by supplying additional heat through the coil.

The liquid sterilizing water injection unit 120 is spaced apart from the front of the water injection unit 110 in the entry direction of the livestock vehicle, and sprays a disinfectant to at least one of both sides and the lower surface of the livestock vehicle washed through the water injection unit 110. To disinfect livestock vehicles. Preferably, the side injection nozzle 121 and the lower partial nozzle 122 may be disposed on both side surfaces and the lower surface, respectively.

The side spray nozzles 121 are disposed to face each other, and are provided with a plurality of disinfectant spray nozzles, and each of the disinfectant spray nozzles is connected to the disinfecting water receiver 180 to spray disinfectant water. At this time, the disinfecting water discharged through the liquid sterilizing water injection unit 120 is discharged in a liquid form.

In the lower surface of the injection nozzle 122, three nozzles are disposed adjacent to one direction in a moving path of the vehicle in consideration of the width of the vehicle. At this time, the lower surface injection nozzle 122 is sprayed while rotating to the left and right as the vehicle enters to spray the disinfectant water over the entire lower surface of the vehicle.

The air spraying unit 130 is disposed between the water spraying unit 110 and the liquid sterilizing water spraying unit 120 and is disposed to face each other. The air injection unit 130 serves to remove water from the livestock vehicle by spraying compressed air from both sides of the livestock vehicle so that the washing water does not remain in the livestock vehicle after the livestock vehicle is washed through the water injection unit 110. If the disinfectant is sprayed in a state in which the washing water is not removed, a problem may occur in that the disinfectant is washed down in the washing water remaining in the vehicle and the efficiency of disinfecting the vehicle is lowered.

A speed bump 131 may be further provided between the air spraying units 130 facing each other. In this case, the inside of the speed bump 131 may further include a compressed air nozzle for injecting compressed air from the lower side to the upper side. The nozzle for injecting the compressed air is disposed in consideration of the width of the vehicle, and can rotate along the width direction of the vehicle. Therefore, through the compressed air nozzle buried in the bottom surface can be completely removed to wash the water washed through the water spray unit 110, the liquid sterilized water sprayed from the lower side of the spray portion 120 is washed away by the wash water You can prevent it.

In addition, an air tank and a compressor are disposed on one side of the air injection unit 130.

The speed bump 131 may increase the effect of removing the washing water by preventing the livestock vehicle from running fast after the washing is completed through the washing water to induce the vehicle to run slowly even after washing the water. In addition, the loop sensor 132 is disposed adjacent to the speed bump 131. The roof sensor 132 serves to operate the liquid sterilizing water injection unit 120 while the entry of the vehicle is sensed through the wheel of the livestock vehicle.

Conventionally, spraying the injection liquid only on the side of the vehicle has a problem that can not normally sterilize the bacteria on the lower surface washed with water of the vehicle. On the other hand, the present invention can greatly increase the sterilization effect by being sterilized to the side and the bottom of the vehicle through the liquid disinfecting water injection unit 120 and the air injection unit 130.

The gas disinfectant spraying unit 140 is disposed in a pair between the liquid disinfecting water spraying unit 120 and the outlet side OUT, respectively, in a pair to surround the livestock vehicle, and the first disinfectant spraying unit 140a and the first disinfecting water spraying unit 140a. 2 is provided with a disinfection water injection unit 140b. The first disinfecting water spraying unit 140a and the second disinfecting water spraying unit 140b spray the disinfecting water in a gas state while the livestock vehicle is located therebetween, and the tank 141, the case 142, and the motor blower 143. ), A pump 144, a solenoid valve 145, a supply pipe 146, a recovery pipe 147, a vehicle ultrasonic sensor 148, and a wheel driving unit 149.

In the present invention, the gas state means a particle state of 50 to 100㎛. When such a particle distribution is formed, the disinfecting object can be disinfected while reacting with the disinfecting object while being diffused along with the discharge. If formed to less than 50㎛, the ejected particles may disappear without reacting with the disinfection object, if formed over 100㎛, because the particles are not diffused and concentrated to the disinfection object along one direction uniform Sterilization can be difficult.

The tank 141 temporarily stores the disinfecting water supplied from the disinfecting water receiving unit 180. The tank 141 may be provided with a water level sensor for measuring the amount of disinfectant water remaining therein. When the disinfectant water remaining in the tank 141 is reduced to a predetermined amount or less through the water level sensor, the disinfectant water may be resupplied from the water receiver 180 to maintain the disinfectant water at a predetermined level or more in the tank 141. Therefore, when disinfecting the livestock vehicle, it is possible to prevent in advance that disinfection water is insufficient and disinfection is not normally performed.

The case 142 extends upward from an upper surface of the tank 141 to form a receiving space for accommodating the motor blower 143, the solenoid valve 145, the supply pipe 146, and the recovery pipe 147. . The case 142 has a hole formed on the front surface thereof so that the nozzle of the motor blower 143 may be exposed toward the front surface. The hole may be formed as a slot hole in the horizontal direction in consideration of the rotation angle of the injection nozzle of the motor blower.

The motor blower 143 is coupled to one side surface of the case 142 such that the injection nozzle 1431 is exposed, and is arranged in plural in the vertical direction. The motor blower 143 may rotate the disinfectant water supplied from the tank 141 at high speed to discharge the sprayed gas in a gaseous state. When sprayed in the gaseous state by the high-speed rotation, it is possible to ensure that the disinfectant in the gaseous state as a whole even for a commercial vehicle extending in the longitudinal direction. In addition, since the gas disinfectant injection unit 140 is disposed at the front and rear, respectively, around the livestock vehicle, the gas disinfectant injection unit 140 sprays the gasified disinfectant water in a direction surrounding the livestock vehicle.

The gasified disinfectant water penetrates to the lower part of the livestock vehicle and to the minute place where the accessor disinfectant does not reach, so that the entire vehicle can be disinfected more cleanly. In particular, when the driver opens the door of the vehicle, the gasified disinfectant water can penetrate into the inside of the vehicle to disinfect the interior of the livestock vehicle.

The pump 144 delivers the disinfecting water contained in the tank 141 to the motor blower 143.

The solenoid valve 145 controls the amount of sterilizing water so that the predetermined sterilizing water is supplied to the motor blower 143.

The supply pipe 146 may supply disinfectant water to each motor blower 143 through the solenoid valve 145.

The recovery pipe 147 may be supplied to the motor blower 143 through the solenoid valve 145 to recover the remaining disinfectant water.

Through this, even though the suction amount sucked from the pump 144 and the discharge amount discharged from the motor blower are different, the amount adjusted through the solenoid valve 145 is adjusted, and the unnecessary disinfectant water is circulated and reused to increase the use efficiency of the disinfectant water. You can.

The vehicle ultrasonic sensor 148 senses a distance between the livestock vehicle and the gas disinfectant spraying unit 140 disposed between the first disinfecting water spraying unit 140a and the second disinfecting water spraying unit 140b. The wheel drive unit 149 moves the gas gas disinfectant spray unit 140 in the front and rear directions based on the sensed distance. Therefore, it is possible to maximize the disinfection effect by adjusting the distance between the gas gas disinfectant injection unit 140 and the livestock vehicle according to the size of the livestock vehicle.

In addition, the nozzle 1431 provided in the motor blower 143 may adjust the spray angle. In this case, the injection angle may be automatically adjusted in consideration of the vehicle width of the livestock vehicle. The vehicle width of the livestock vehicle is sensed through an ultrasonic sensor (not shown) provided on the side of the first disinfectant water injection unit 140a disposed adjacent to the liquid sterilization water injection unit 120. The injection angle is preferably formed within 30 to 45 degrees with respect to the driving direction of the vehicle to be formed along the longitudinal direction of the vehicle to be uniformly discharged to the vehicle. As such, the motor blower 143 may maximize the disinfection effect by spraying gaseous disinfectant water in a state of rotating at an angle optimized based on the vehicle width. In addition, the spray angle of the nozzle 1431 may be adjusted manually by the user.

The additional defense unit 150 may be disposed between the first disinfecting water spraying unit 140a and the second disinfecting water spraying unit 140b, and the spraying unit may be horizontally supported in two stages on the vertical pole 151 extending upward. ) May be stacked. The horizontal support part 152 may be provided with a plurality of injection nozzles in one direction. At this time, the additional defense unit 150 may be sprayed by controlling the nozzle in two or more stages according to the vehicle length. That is, if it is determined that the length of the occupied vehicle cannot be disinfected through the gas disinfectant injection unit 140, the additional defense unit 150 is further operated to sterilize the central area of the medium and large animal husbandry vehicles having a relatively long length. It can provide a disinfection condition.

In this case, the injection protection film 153 may be provided to surround the additional protection unit 150 to the outside of the additional protection unit 150. When spraying the gas disinfecting water to the gas disinfectant spraying unit 140, the spray protection film 153 may increase the disinfection effect by exposing the livestock vehicle to the sterilizing water for a longer time by confining the sterilizing water in the space for a predetermined time. .

The vehicle number obtaining unit 160 is provided at the doorway side of the vehicle. The vehicle number obtaining unit 160 photographs the vehicle number of the livestock vehicle entering, extracts the vehicle number from the photographed image, and stores the vehicle number. When the photographing information is acquired through the vehicle number obtaining unit 160, the entrance breaker 161 behind the vehicle number obtaining unit 160 is opened to permit entry of the livestock vehicle. Vehicle number acquisition unit 160 may be connected to the disinfection certificate issuing machine 162 and wired or wireless.

Then, when the entry of the livestock vehicle is confirmed through the vehicle number obtaining unit 160 through the disinfection information providing unit (not displayed), the display unit displaying the information of the occupied vehicle and the disinfection according to the entering of the livestock vehicle. At least one or more disinfecting information may be provided among voice guides that guide the process by voice.

For example, when a livestock vehicle enters, it is necessary to provide various information through an external speaker because the driver does not know how a series of disinfection proceeds. First, it may be voiced to close the window for cleaning and disinfecting the vehicle. Then the windows are lowered for full and internal cleaning of the vehicle, and voiced to come out of the vehicle. In this way, by providing a series of processes by voice, it is possible to operate the entire system even with a small number of administrators.

The disinfection certificate issuer 162 issues a disinfection certificate to confirm that the vehicle is a disinfection vehicle when disinfection of the livestock vehicle is completed. Through this, more effective management of disinfection of vehicles entering livestock farms can be prevented from overlapping systematic prevention management and unnecessary prevention.

The driver's personal sterilization room 170 is disposed on one side of the second disinfectant spray unit to disinfect the driver of the livestock vehicle. At this time, although the driver's personal sterilization room 170 is shown in an open shape in the drawing, the spray in the form of gas discharged from the first disinfection water injection unit 140a and the second disinfection water injection unit 140b is not directly transmitted to the driver. The ultrasonic sensor 171, the ultraviolet sterilization unit 172, the vibrating unit 173, the shoe disinfecting unit 174, the spray nozzle 175, the air shower 176 and the ventilator 177 are formed as an independent space so that It may be provided.

The ultrasonic sensor 171 is installed in a plurality of vertical directions only on one wall surface of the walls of the driver's personal sterilization room 170. The ultrasonic sensor 171 serves to sense the driver's height. Since the ultrasonic sensor 171 disposed in a plurality in the vertical direction has a severe deviation of the horizontal distance from the head and the shoulder, the point where the deviation of the horizontal distance is severely set is set to the shoulder height of the driver.

The ultraviolet sterilizer 172 irradiates ultraviolet rays to a height less than or equal to the shoulder height of the user sensed by the ultrasonic sensor 171. Since the ultraviolet rays are irradiated under the driver's head, the direct harmful effects of the ultraviolet rays can be prevented from occurring.

The vibrator 173 is a driver seating shoes, and provides vibration to the front, right, left, and right sides. Vibration can increase the sterilization effect by the disinfectant water provided through the ultraviolet sterilization unit 172 and the spray nozzle 175 to be described later by dropping the foreign matter on the clothes and shoes to the driver through the vibration.

 Shoe disinfection unit 174 is coupled to the upper side of the vibration unit 173, a predetermined space is formed is the driver's shoes are seated. At this time, by separately disinfecting water connected directly from the injection nozzle 175 it is possible to intensively disinfect the contaminants on the shoes. In addition, the shoe disinfecting unit 174 may further include a shoe washing unit for removing the foreign matter by moving the cleaning brush automatically before and after.

The injection nozzle 175 may be disposed in plurality outward with respect to the vibrator 173. The spray nozzle 175 disinfects the foreign matter on the driver's clothes by spraying the gaseous disinfectant water.

The air shower 176 removes dust and harmful substances on the driver before disinfection when the driver enters the personal sterilization room. Since the dust and harmful substances are first removed through the air shower 176, the disinfecting effect by disinfectant water may be increased.

The ventilator 177 operates when it is detected that the driver enters the personal sterilization room 170 through the ultrasonic sensor. At least one ventilator 177 may be provided, and serves to discharge the harmful substances therein to the outside, and one side of the ventilator 177 is provided with a hazardous substance blocking filter 1177 to directly expose the hazardous substances. This can prevent the air from spreading.

The disinfecting water receiving unit 180 accommodates disinfecting water supplied to at least one of the liquid sterilizing water spraying unit 120, the gas disinfecting drug spraying unit 140, the additional sterilizing unit 150, and the driver's personal sterilization room 170. The entire system can be more easily managed by supplying the disinfectant water injection unit 120 and the gas disinfectant injection unit 140 through one disinfectant receiving unit 180.

At this time, the disinfecting water receiving unit 180 is used to discharge the disinfecting water discharged to each sprayed to the bottom to use the disinfecting water receiving unit 182, bag filter 183 and OH radical sterilizer 184 and disinfecting water temporary receiving unit 185 may be provided.

The used sterilizing water receiving unit 182 serves to temporarily receive the disinfecting water through the trench 181 on the bottom surface. The disinfecting water contained in the used sterilizing water container 182 is transferred to the bag filter 183 using a pump. The bag filter 183 collects a relatively large foreign matter. The sterilized water filtered out through the bag filter 183 is sterilized through the OH radical sterilizer 184.

The sterilized sterilized water is transferred to the sterilized water temporary receiving unit 185. At this time, the concentration of the disinfecting water accommodated in the disinfecting water temporary receiving unit, and if it is determined that the concentration of the disinfecting water to maintain a predetermined concentration, the pump is re-transmitted to the disinfecting water receiving unit 180. When the concentration of the disinfectant is determined to be less than or equal to the predetermined concentration, the disinfectant may be transferred to the disinfectant receiving unit 180 after requesting additional necessary disinfectant solution. As such, by recycling the used disinfectant water, it is possible to prevent water quality and soil contamination due to the use of a large number of disinfectant water, and to reduce maintenance costs for disinfection.

11 is a flowchart illustrating a method of disinfecting a livestock vehicle using a livestock vehicle disinfection system according to an embodiment of the present invention.

Referring to Figure 11, the disinfection method using a livestock vehicle disinfection system according to an embodiment of the present invention may be performed in the following order.

(A) checks whether the livestock vehicle enters and exits, photographs the vehicle number of the livestock vehicle, stores the vehicle number, and releases the breaker to accept the entry of the livestock vehicle (S100).

(b) When the livestock vehicle is located in the water injection unit, the water is sprayed and washed along the lower side and the side of the livestock vehicle using the water injection unit (S200).

(c) Water is removed and sprayed with high-pressure compressed air through the air spray to both sides of the livestock vehicle passing through the water spray to remove water (S300).

(d) Sterilize the livestock vehicle by spraying the liquid sterilized water through the nozzle of the liquid sterilization water injection unit to the livestock vehicle is removed water (S400).

(e) If the livestock vehicle is located between the first and second disinfection water injection units located at the front and rear portions between the liquid sterilizing water injection unit and the outlet side, the disinfection water is sprayed in a gaseous state to the inside and outside of the livestock vehicle. Sterilize further (S500).

(f) Once the disinfection of the livestock vehicle is completed, a disinfection certificate is issued to confirm that disinfection of the vehicle is completed (S600).

At this time, further comprising the step of disinfecting the driver through the personal disinfection room when performing step (e), when the individual disinfection of the driver in the personal disinfection room. It is preferable that the first disinfecting water jet and the second disinfecting water jet be operated so that the spray in liquid form is not directly delivered to the driver.

On the other hand, the embodiments of the present invention disclosed in the specification and drawings are merely presented specific examples to easily explain the technical contents and help the understanding of the present invention, and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

110: water injection unit 120: liquid disinfectant water injection unit
130: air injection unit 140: gas disinfectant injection unit
150: additional defense department 160: vehicle number acquisition unit
170: driver's personal disinfection room 180: disinfectant receiving unit

Claims (7)

In the base-type livestock vehicle disinfection system for disinfecting livestock vehicles,
A water spray unit for washing the livestock vehicle by spraying water on at least one of both sides and the bottom of the livestock vehicle;
Liquid disinfecting the livestock vehicle by disinfecting the livestock vehicle by disinfecting at least one of both sides and the lower surface of the livestock vehicle, which is disposed at a predetermined distance from the front of the water injection unit in the entry direction of the livestock vehicle, and washed through the water injection unit Disinfectant spraying unit;
An air spraying unit disposed between the water spraying unit and the liquid disinfecting water spraying unit to spray high pressure air to at least one of both side surfaces and a lower surface of the livestock vehicle to remove water of the livestock vehicle washed through the water spraying unit;
The first disinfectant water injection unit and the second disinfectant water injection unit and the second disinfection water injection unit and the second disinfection water injection unit are respectively provided in a direction surrounding the livestock vehicle in a pair of front and rear between the liquid sterilizing water injection unit and the outlet side, respectively A gas disinfectant spraying unit for disinfecting the inside and the outside of the livestock vehicle by spraying the sterilizing water in a gas state when the livestock vehicle is located between the sterilizing water spraying units;
A disinfecting water accommodating unit accommodating disinfecting water supplied to at least one of the liquid disinfecting water spray unit and the gas disinfectant spray unit; And
It is disposed on one side of the second disinfection water injection unit includes a driver's personal sterilization room for disinfecting the driver of the livestock vehicle,
The water spray unit,
A support plate for supporting the wheels of the livestock vehicle and having a plurality of slit holes continuously formed in one direction;
A lower washing nozzle disposed below the support plate and washing the lower portion of the livestock vehicle by spraying water upward between the slit holes;
Nozzle support plates disposed on both sides of the livestock vehicle so as to face each other;
A plurality of vertical nozzles disposed perpendicular to each of the front and rear surfaces of the nozzle support plate to spray water;
A plurality of inclined nozzles in which the injection height is linearly changed along the entry direction of the livestock vehicle between the vertical nozzles disposed at the front and rear;
A water tank for supplying water to the lower washing nozzle, the vertical nozzle and the inclined nozzle;
Sewage temporary accommodation portion is provided in the lower portion of the support plate for temporarily storing the sewage generated while washing the livestock vehicle;
And a sterilization turbidity improvement unit for improving the turbidity of the sewage supplied from the temporary sewage receiving unit and sterilizing with an OH radical sterilizer and resupplying it to the water tank.
The sterilization turbidity improvement unit,
A bag filter for collecting large foreign matters transferred from the wastewater temporary accommodation part;
An OH radical sterilization unit disposed on one side of the bag filter and sterilizing the water filtered through the bag filter; And
Includes; turbidity improving unit for improving the turbidity of the effluent supplied through the OH radical sterilization unit,
The driver's personal sterilization room,
An ultrasonic sensor installed in a plurality of vertical directions on one wall of the walls of the driver's personal sterilization room to sense a driver's height;
An ultraviolet sterilizer which is disposed in a plurality of vertical directions on the other side wall of the driver's personal sterilization room equipped with the ultrasonic sensor and irradiates ultraviolet rays below the shoulder height of the driver sensed by the ultrasonic sensor;
Vibration unit for removing foreign matter by providing a vibration to the driver;
A shoe disinfection unit coupled to an upper side of the vibrator to disinfect the driver's shoes;
A plurality of injection nozzles disposed in a plurality outward with respect to the vibrating part to inject gaseous disinfectant water;
When the driver enters the personal sterilization room, the air shower to remove the dust and harmful substances on the driver before the injection of the disinfecting water; And
If it is confirmed that the inside of the driver's personal sterilization room through the ultrasonic sensor, the fan to operate to discharge the harmful substances inside;
Each of the first sterilizing water spraying unit and the second sterilizing water spraying unit,
A tank having a level sensor for measuring the amount of disinfectant water, the tank for maintaining a constant level of water by re-supplying disinfectant water from the disinfecting water receiving unit when the remaining disinfecting water drops below a predetermined amount through the level sensor;
A motor blower arranged in plurality in a vertical direction on one side of the case coupled to the upper surface of the tank;
A solenoid valve for controlling the amount of disinfectant water to supply the disinfectant water stored in the tank to the motor blower and a predetermined disinfectant water to the motor blower;
A recovery pipe which is supplied to the motor blower through the solenoid valve and recovers the remaining disinfectant water;
An ultrasonic sensor for a vehicle sensing a distance from the livestock vehicle disposed between the first disinfectant spray unit and the second disinfectant spray unit to a distance from the first disinfectant spray unit to the second disinfectant spray unit; And
And a wheel drive unit for moving the gas disinfectant injection unit in the front and rear directions based on the distance sensed by the vehicle ultrasonic sensor.
The method of claim 1,
The first disinfection water injection unit and the second disinfection water injection unit,
A tank for temporarily storing disinfectant water supplied from the disinfecting water container;
A case extending upward from an upper surface of the tank;
A motor blower coupled to one side surface of the case so as to expose the injection nozzle, and arranged in a plurality in a vertical direction to discharge disinfectant water contained in the tank in a gas state;
A pump for transferring the disinfecting water contained in the tank to the motor blower;
A solenoid valve controlling an amount of the sterilizing water so that the predetermined sterilizing water is supplied to the motor blower;
A supply pipe for supplying disinfectant water to each of the motor blowers through the solenoid valve; And
And a recovery pipe that is supplied to the motor blower through the solenoid valve and recovers the remaining disinfectant water.
The method of claim 1,
The first disinfection water injection unit and the second disinfection water injection unit,
Disinfecting the base type livestock vehicle, which is operated when the driver performs personal disinfection in the driver's personal sterilization room so that the spray in the form of gas discharged from the first disinfectant spray unit and the second disinfectant spray unit is not directly transmitted to the driver. system.
delete The method of claim 1,
A vehicle number acquisition unit for photographing a vehicle number of an animal husbandry vehicle entering, extracting a vehicle number from the photographed image, and storing the vehicle number;
When the entry of the livestock vehicle is confirmed through the vehicle number obtaining unit, at least one or more disinfection information of the display unit for displaying information of the occupied vehicle and the voice guide unit for guiding a sequential process of disinfection according to the entry of the livestock vehicle. Disinfection information providing unit to provide; And
When the disinfection of the livestock vehicle is complete, disinfection certificate issuer for issuing a disinfection certificate to confirm that the vehicle is a disinfection vehicle; stronghold type livestock vehicle disinfection system further comprising.
A water spray unit for washing the livestock vehicle by spraying water on at least one of both sides and the bottom of the livestock vehicle; Liquid disinfecting the livestock vehicle by disinfecting the livestock vehicle by disinfecting at least one of both sides and the lower surface of the livestock vehicle, which is disposed at a predetermined distance from the front of the water injection unit in the entry direction of the livestock vehicle, and washed through the water injection unit Disinfectant spraying unit; An air spraying unit disposed between the water spraying unit and the liquid disinfecting water spraying unit to spray high pressure air to at least one of both side surfaces and a lower surface of the livestock vehicle to remove water of the livestock vehicle washed through the water spraying unit; The first disinfectant water injection unit and the second disinfectant water injection unit and the second disinfection water injection unit and the second disinfection water injection unit are respectively provided in a direction surrounding the livestock vehicle in a pair of front and rear between the liquid sterilizing water injection unit and the outlet side, respectively A gas disinfectant spraying unit for disinfecting the inside and the outside of the livestock vehicle by spraying the sterilizing water in a gas state when the livestock vehicle is located between the sterilizing water spraying units; A disinfecting water accommodating unit accommodating disinfecting water supplied to at least one of the liquid disinfecting water spray unit and the gas disinfectant spray unit; And a driver's personal sterilization room disposed on one side of the second disinfectant spray unit to disinfect the driver of the livestock vehicle, wherein the water spray unit supports the wheels of the livestock vehicle, and a plurality of slit holes are continuously formed along one direction. Supporting plate; A lower washing nozzle disposed below the support plate and washing the lower portion of the livestock vehicle by spraying water upward between the slit holes; Nozzle support plates disposed on both sides of the livestock vehicle so as to face each other; A plurality of vertical nozzles disposed perpendicular to each of the front and rear surfaces of the nozzle support plate to spray water; A plurality of inclined nozzles in which the injection height is linearly changed along the entry direction of the livestock vehicle between the vertical nozzles disposed at the front and rear; A water tank for supplying water to the lower washing nozzle, the vertical nozzle and the inclined nozzle; Sewage temporary accommodation portion is provided in the lower portion of the support plate for temporarily storing the sewage generated while washing the livestock vehicle; It includes a sterilization turbidity improving unit for improving the turbidity of the sewage supplied from the sewage temporary receiving unit, and sterilized by OH radical sterilizer and resupply to the water tank, wherein the sterilization turbidity improving unit, A bag filter for collecting the transferred large foreign matter; An OH radical sterilization unit disposed on one side of the bag filter and sterilizing the water filtered through the bag filter; And a turbidity improving unit that improves turbidity of the effluent supplied through the OH radical sterilization unit, wherein the driver's personal sterilization room is installed in a plurality of vertical directions on one wall of the walls of the driver's personal sterilization room to sense a driver's height. An ultrasonic sensor; An ultraviolet sterilizer disposed at a plurality of vertical directions on the other side wall of the driver's personal sterilization room equipped with an ultrasonic sensor to irradiate ultraviolet rays below the shoulder height of the driver sensed by the ultrasonic sensor; Vibration unit for removing foreign matter by providing a vibration to the driver; A shoe disinfection unit coupled to an upper side of the vibrator to disinfect the driver's shoes; A plurality of injection nozzles disposed in a plurality outward with respect to the vibrating part to inject gaseous disinfectant water; When the driver enters the personal sterilization room, the air shower to remove the dust and harmful substances on the driver before the injection of the disinfecting water; And a ventilator configured to operate when the inside of the driver's personal disinfection room is confirmed through the ultrasonic sensor to operate to discharge the harmful substances to the outside. The first and second disinfectant spraying units may include sterilizing water. A tank having a level sensor for measuring an amount, the tank for maintaining a constant level of water by re-supplying the disinfecting water from the disinfecting water receiving unit when the disinfecting water remaining through the level sensor falls below a predetermined amount; A motor blower arranged in plurality in a vertical direction on one side of the case coupled to the upper surface of the tank; A solenoid valve for controlling the amount of disinfectant water to supply the disinfectant water stored in the tank to the motor blower and a predetermined disinfectant water to the motor blower; A recovery pipe which is supplied to the motor blower through the solenoid valve and recovers the remaining disinfectant water; An ultrasonic sensor for a vehicle sensing a distance from the livestock vehicle disposed between the first disinfectant spray unit and the second disinfectant spray unit to a distance from the first disinfectant spray unit to the second disinfectant spray unit; And a wheel driving unit for moving the gas disinfectant injection unit in a forward and backward direction based on a distance sensed by the ultrasonic sensor for the vehicle, the method for cleaning a livestock vehicle using a base livestock vehicle disinfection system comprising:
(a) checking whether the livestock vehicle enters and exits, photographs the vehicle number of the livestock vehicle, stores the vehicle number, and releases the breaker to accept the entry of the livestock vehicle;
(b) when the livestock vehicle is located in the water injection unit, spraying water along the lower and side surfaces of the livestock vehicle using the water injection unit to wash the water;
(c) removing water by spraying high-pressure compressed air through an air injection unit on both sides of the livestock vehicle passing through the water injection unit after the water washing is completed;
(d) disinfecting the livestock vehicle by spraying the liquid sterilized water through the nozzle of the liquid sterilization water injection unit to the livestock vehicle from which water is removed;
(e) If the livestock vehicle is located between the first and second disinfection water injection unit located in front and rear respectively between the liquid sterilization water injection unit and the outlet side, the disinfection water is sprayed in a gaseous state to the inside of the livestock vehicle and Further disinfection of the outside; And
(f) when disinfection of the livestock vehicle is completed, issuing a disinfection certificate for confirming that the disinfection of the vehicle is completed;
The method of claim 6,
When performing step (e),
Further comprising disinfecting the driver through a personal disinfection room,
When we sterilize driver in the personal disinfection room. Disinfecting method using a livestock vehicle disinfection system, characterized in that the first disinfecting water injection unit and the second disinfection water injection unit is operated so that the spray in the form of liquid is not directly delivered to the driver.

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