KR102406648B1 - System for washing and sterilizing livestock vehicle - Google Patents

Abstract

The present invention relates to a livestock vehicle washing and disinfection batch system for cleaning and disinfecting livestock vehicles. Recycle cleaning unit for spraying; and a vehicle disinfection unit disposed at a location where the livestock vehicle is pulled out and disinfecting the livestock vehicle in a state where the cargo space is empty due to the livestock being taken out of the vehicle. wealth; A sludge removal unit for removing the solid sludge discharged from the livestock vehicle; a microbubble forming unit that collects washing water for washing livestock vehicles, and removes floating matter by forming fine air bubbles in the collected washing water; a micro filter for removing organic matter from the washing water from which suspended matter has been removed through the microbubble forming unit; and a sterilization storage tank that stores the washing water purified through the microfilter and sterilizes the washing water by irradiating the stored washing water with ultraviolet rays.

Description

Livestock vehicle washing and disinfection batch system {System for washing and sterilizing livestock vehicle}

The present invention relates to a livestock vehicle washing and disinfection batch system, and more specifically, by separating the entrance and exit sides of the livestock vehicle to provide the maximum control effect through washing of the livestock vehicle, and to disinfect the washed vehicle to control It relates to a batch system for cleaning and disinfecting livestock vehicles that can maximize the effect.

In the domestic livestock industry, investment in facilities is lukewarm due to the poor environment, and most of them are in an underdeveloped environment, so the disinfection and prevention system is not operating normally. In addition, there is a lack of accurate guidelines and effective cleaning and disinfection is not being performed because there is only one entrance. Accordingly, once outbreaks of viral infectious diseases such as AI, foot-and-mouth disease, and African swine fever (AFS), which are widely exposed, spread without hesitation, it is not easy to reduce the rate of transmission. The damage caused by viral infections is increasing day by day.

Accordingly, there is an alternative that can effectively prevent various infectious diseases that can be transmitted through livestock vehicles by effectively sterilizing livestock vehicles by applying a method of separating entry and exit from entering and exiting, washing the vehicle first at the entrance side and disinfecting the vehicle at the exit side. is being demanded

(Korea Registered Utility Model No. 20-0208556, January 15, 2001)

An object of the present invention is to provide the maximum control effect through washing of the livestock vehicle by separating the entrance side and the exit side of the livestock vehicle, and a livestock vehicle washing and disinfection batch system capable of maximizing the control effect by sterilizing the washed vehicle is to provide

The object of the present invention is not limited to the object mentioned above, and other objects not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the following description.

In order to achieve the above object, the livestock vehicle washing and disinfection batch system for washing and disinfecting livestock vehicles according to an embodiment of the present invention is located at the entrance side where livestock vehicles with livestock enter, so that the floor surface of the livestock vehicle, tires and a recycling washing unit for spraying high-pressure washing water on both sides of the livestock vehicle; and a vehicle disinfection unit disposed at a location where the livestock vehicle is pulled out and disinfecting the livestock vehicle in a state where the cargo space is empty due to the livestock being taken out of the vehicle. wealth; A sludge removal unit for removing the solid sludge discharged from the livestock vehicle; a microbubble forming unit that collects washing water for washing livestock vehicles, and removes floating matter by forming fine air bubbles in the collected washing water; a micro filter for removing organic matter from the washing water from which suspended matter has been removed through the microbubble forming unit; and a sterilization storage tank that stores the washing water purified through the microfilter and sterilizes the washing water by irradiating the stored washing water with ultraviolet rays.

Here, the vehicle disinfection unit is disposed on the lower part of the livestock vehicle; a side mist spraying unit disposed on both sides of the livestock vehicle to spray the disinfectant solution in a misting manner toward both sides of the livestock vehicle; A cargo space floor cleaning unit for washing the floor surface of the livestock vehicle in an empty cargo space; and a scraper for removing livestock contaminants removed from the floor surface of the livestock vehicle from the floor surface.

Here, the lower mist spraying unit may include a tilting unit for tilting the livestock vehicle at a predetermined angle so that when the floor surface of the livestock vehicle is washed in a state where the cargo space is empty, dirt is removed to the rear of the livestock vehicle and discharged smoothly. have.

Here, it is disposed between the recycling washing unit and the vehicle disinfection unit, the standing injection unit for spraying the disinfectant solution on the livestock vehicle that has been washed through the recycling washing unit; further comprising, the standing type injection unit is used to feed livestock to the livestock vehicle You can spray the disinfectant solution before.

Here, the microbubble forming unit may further include an OH radical sterilizer.

The livestock vehicle washing and disinfection batch system according to the present invention provides the maximum control effect through washing the livestock vehicle by separating the entrance side and the exit side of the livestock vehicle, and can maximize the control effect by sterilizing the washed 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 of ordinary skill in the art from the following description.

1 is a conceptual diagram of a livestock vehicle washing and disinfection batch system according to an embodiment of the present invention.
2 is a system diagram of a livestock vehicle washing and disinfection batch system according to an embodiment of the present invention.
3 is a conceptual diagram of a recycling washing unit.
4 is a photograph showing the lower mist spraying for disinfection of the lower part of the livestock vehicle.
5 is a photograph showing a side mist spray for side disinfection of a livestock vehicle.
6 is a photograph showing the mist spraying for disinfection of the inside of the vehicle by the vehicle disinfection unit.
7 is a freeze prevention diagram.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In this case, it should be noted that in the accompanying drawings, the same components are denoted by the same reference numerals as much as possible. Detailed descriptions of well-known functions and configurations that may obscure the gist of the present invention will be omitted. For the same reason, some components are exaggerated, omitted, or schematically illustrated in the accompanying drawings.

Throughout the specification, when a part "includes" a certain component, it means that other components may be further included, rather than excluding other components, unless otherwise stated. In addition, throughout the specification, "on" means to be located above or below the target part, and does not necessarily mean to be located above the gravitational direction.

The livestock vehicle cleaning and disinfection batch system 10 for cleaning and disinfecting livestock vehicles according to an embodiment of the present invention is configured to include a recycling cleaning unit 100 and a vehicle disinfection unit 200 . The present invention is characterized in that it is possible to efficiently perform washing and disinfection by separating a space for washing a livestock vehicle carrying livestock and a space for sterilizing the vehicle, and will be described below with reference to FIGS.

The recycling washing unit 100 is located on the inlet side where livestock livestock vehicles enter and sprays high-pressure washing water on the floor surface of the livestock vehicle, tires, and both sides of the livestock vehicle. 120 , a microbubble forming unit 130 , a microfilter 140 and a sterilization storage tank 150 .

The wheel washing unit 110 sprays high-pressure water to the side of the wheel surface of the livestock vehicle. The wheel washing unit 110 may primarily sift the livestock vehicle by spraying high-pressure water to the lower and side surfaces of the livestock vehicle.

The sludge removal unit 120 serves to remove the solid sludge discharged from the livestock vehicle during car washing through the wheel washing unit 110 . The solid sludge removed through the sludge removal unit 120 is separated and treated as waste, and the washing water moves to the microbubble forming unit 130 . If the sludge is removed in advance before moving to the microbubble forming unit 130 through the sludge removing unit 120, the load on the microbubble forming unit 130 can be reduced, so that the microbubble forming unit 130 and the microfilter ( 140), it is possible to greatly increase the recovery efficiency of the washing water along with the increase in durability.

The micro-bubble forming unit 130 removes fine-sized suspended matter finely remaining in the washing water from which the sludge has been removed through the sludge removal unit 120, and collects the washing water for washing livestock vehicles, and uses the collected washing water. Air bubbles are formed to remove floating matter. The microbubble forming unit 130 may be formed in a cylindrical shape, and the washing water flowing into the microbubble forming unit 130 removes foreign substances through fine bubbles of 10 to 50 μm.

In this case, the microbubble forming unit 130 may further include an OH radical sterilizer that generates oxygen and ozone. Through sterilization and disinfection through the OH radical sterilizer, it is possible to further increase the purification efficiency of the washing water.

Conventionally, without the microbubble forming unit 130 , the washing water moved directly to the microfilter 140 . In this case, there is a problem in that durability is lowered due to the fine-sized floating matter remaining in the microfilter 140 , and thus the purification effect is also reduced.

The present invention can increase the operating time of the micro filter 140 through the microbubble forming unit 130, thereby reducing the overall operating cost, and using oxygen and ozone through the OH radical sterilizer without chemicals. There are features that can be provided.

The micro filter 150 removes organic matter from the washing water from which suspended matter is removed through the microbubble forming unit. Through this, recyclable washing water can be prepared.

The sterilization storage tank 150 is further provided with an ultraviolet sterilization unit therein, and is irradiated with ultraviolet rays to the washing water purified therein through the ultraviolet sterilization unit. Through this, it is possible to prevent contamination by the washing water when washing the livestock vehicle by continuously repeating the sterilization and disinfection of the washing water just before washing the livestock vehicle.

In addition, since the washing water can be reused for about 30 days through the recycling washing unit 100 as described above, it is possible to provide an eco-friendly system that can minimize the waste water that may be generated during washing.

The vehicle disinfection unit 200 is disposed at the exit position of the livestock vehicle to sterilize the livestock vehicle in a state where the cargo space is empty. A space floor cleaning unit 230 , a scraper 240 , and a car washing unit 250 may be provided.

The lower mist spraying unit 210 is disposed under the livestock vehicle to spray the disinfectant solution toward the lower surface of the livestock vehicle. In the case of being formed in the misting method, since it is formed in fine particles, it is possible to provide disinfection through fine mist particles to a place where the high-pressure washing water of the livestock vehicle does not reach. The lower mist spraying unit 210 may have a plurality of holes formed in parallel as shown in FIG. 4 , and at least two or more may be formed along the traveling direction of the vehicle to provide a uniform disinfectant solution to the lower part of the vehicle.

In this case, the bottom surface of the lower mist spraying unit 210 may include a tilting unit 211 . The tilting unit 211 tilts the livestock vehicle at a predetermined angle so that dirt is smoothly discharged to the rear of the livestock vehicle when washing the floor surface of the livestock vehicle in a state where the cargo space is empty. Livestock vehicles are cargo trucks and do not have a loading system that can tilt the cargo space. Accordingly, the tilting unit 211 tilts the entire vehicle at a predetermined angle, thereby tilting the cargo space of the livestock vehicle in the rear direction, thereby effectively discharging various wastes and filth caused by livestock in the cargo space. . Through this, it is possible to more effectively discharge the cargo space of the livestock vehicle.

The cargo space floor washing unit 220 washes the cargo space floor surface of the livestock vehicle in a state where the cargo space is empty. The cargo space floor washing unit 220 is formed of a high-pressure hose and can wash the cargo space of the livestock vehicle while moving along the rear of the cargo space.

The scraper 230 is disposed at the rear of the lower mist spraying unit 210 . And, it serves to move the various types of dirt washed in the cargo space in one direction through the cargo space floor cleaning unit 220 . The scraper 230 may be formed by driving such as a conveyor device.

The side mist spraying unit 240 is disposed on both sides of the livestock vehicle to spray the disinfectant solution in a misting manner toward both sides of the livestock vehicle.

On the other hand, in the process of entering the vehicle disinfection unit 200, an ultrasonic sensor may be provided to determine an appropriate entry position (stop position) of the livestock vehicle. That is, when the cargo space of the livestock vehicle is washed through the floor washing unit 220 of the cargo space of the livestock vehicle, and the cargo space of the livestock vehicle is tilted through the tilting unit, if the stopping position of the livestock vehicle is not justified, the scraper The operation of (220) becomes meaningless. Accordingly, by providing an appropriate stopping position of the livestock vehicle through the ultrasonic sensor, the scraper 220 and the tilting unit 211 can be organically operated with each other.

The car washing unit 250 includes a high-pressure washing water jetting unit that sprays high-pressure washing water from the front to the rear, a bubble jetting unit that jets bubbles from the rear to the front, a washing water jetting unit that washes bubbles, and an air jetting unit that removes water from the vehicle. can be provided At this time, if the car washing unit 250 is performed after spraying the disinfectant water, it is preferable that the disinfection water is washed in the high-pressure washing water, so it is preferably performed before the overall disinfection of the livestock vehicle.

In addition to this, a vehicle interior mist disinfection unit capable of disinfecting the interior of the vehicle may be further provided. The mist disinfection unit inside the vehicle discharges mist as shown in FIG. 6 , and relatively small particles are discharged compared to the lower mist injection unit 210 and the side edge injection unit 240 so that the disinfectant solution can be introduced into the vehicle. .

The standing spray unit 300 is disposed between the recycling washing unit 100 and the vehicle disinfection unit 200 to spray the disinfectant solution on the livestock vehicle that has been cleaned through the recycling washing unit 100 . At this time, the standing injection unit 300 may be injected before the livestock is poured out of the cargo space of the livestock vehicle.

Since it is undesirable that the upright spraying unit 300 be directly sprayed on the livestock, a camera for sensing the position of the livestock is provided on the nozzle side that sprays the disinfectant solution, and after determining the position of the livestock through the camera, the angle of the nozzle By adjusting and spraying, it is possible to prevent the spray liquid from coming into direct contact with livestock.

In addition, the present invention may further include a freeze protection unit 400 for preventing freezing in winter, and may include a heat panel, a heating coil, a temperature sensor, and a control module.

A plurality of heat panels may be installed along the upper ceiling of the livestock vehicle washing and disinfection batch system 10 .

The heating coil 620 may be applied to the recycling washing unit 100 , the vehicle disinfecting unit 200 , and the standing spray unit 300 . The heating coil can keep the disinfectant water and disinfectant at 15 ~ 20℃ without freezing.

A plurality of temperature sensors are installed along the inner space of the livestock vehicle washing and disinfection batch system to sense the overall ambient temperature.

The control module may control the operation of the heat panel and the heating coil based on the temperature sensed by the temperature sensor.

The livestock vehicle washing and disinfection batch system according to the present invention provides the maximum control effect through washing the livestock vehicle by separating the entrance side and the exit side of the livestock vehicle, and can maximize the control effect by sterilizing the washed vehicle. .

On the other hand, the embodiments of the present invention disclosed in the present specification and drawings are only presented as specific examples to easily explain the technical contents of the present invention 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 of ordinary skill in the art to which the present invention pertains that other modifications based on the technical spirit of the present invention can be implemented in addition to the embodiments disclosed herein.

100: recycling washing unit 110: wheel washing unit
120: sludge removal unit 130: microbubble forming unit
140: micro filter 150: sterilization storage tank
200: vehicle disinfection unit 210: lower mist spraying unit
220: side mist spraying part 230: cargo space floor washing part
240: scraper 250: car wash
300: standing injection unit

Claims (5)

A recycling washing unit that is located at the entrance side of the livestock vehicle with livestock enters and recycles and sprays high-pressure washing water on the floor surface of the livestock vehicle, tires and both sides of the livestock vehicle; and a vehicle disinfection unit disposed at a position where the livestock vehicle is pulled out to disinfect the livestock vehicle in a state where the cargo space is empty by discharging the livestock;
The recycling washing unit,
a wheel washing unit for spraying high-pressure water on the side of the wheel surface of the livestock vehicle;
A sludge removal unit for removing the solid sludge discharged from the livestock vehicle;
a microbubble forming unit that collects washing water for washing livestock vehicles, and removes floating matter by forming fine air bubbles in the collected washing water;
a micro filter for removing organic matter from the washing water from which suspended matter has been removed through the microbubble forming unit; and
A sterilization storage tank that stores the washing water purified through the microfilter and sterilizes the washing water by irradiating the stored washing water with ultraviolet rays;
The vehicle disinfection unit,
a lower mist spraying unit including a tilting unit for tilting the livestock vehicle at a predetermined angle so that dirt is removed and smoothly discharged to the rear of the livestock vehicle, and disposed at the lower part of the livestock vehicle to spray the disinfectant solution in a mist manner toward the lower surface of the livestock vehicle;
a side mist spraying unit disposed on both sides of the livestock vehicle and spraying the disinfectant solution in a misting manner toward both sides of the livestock vehicle;
A cargo space floor washing unit for washing the cargo space floor surface of the livestock vehicle in an empty cargo space; and
Further comprising; a scraper for removing livestock contaminants removed from the floor surface of the livestock vehicle from the floor surface;
A livestock vehicle washing and disinfection batch system in which the position of the livestock vehicle according to the tilted angle by the tilting unit is detected with an ultrasonic sensor and the scraper is controlled according to the detected position in the livestock vehicle.
delete delete According to claim 1,
It is disposed between the recycling washing unit and the vehicle disinfection unit,
It further includes; a standing-type spraying unit for spraying the disinfectant solution to the livestock vehicle that has been washed through the recycling washing unit;
The standing injection unit,
A livestock vehicle washing and disinfection batch system, characterized in that the disinfectant is sprayed before the livestock is fed to the livestock vehicle.
According to claim 1,
The microbubble forming part,
Livestock vehicle cleaning and disinfection batch system, characterized in that it further comprises an OH radical sterilizer.

Images