KR101597162B1

KR101597162B1 - A Vehicle Disinfection Equipment

Info

Publication number: KR101597162B1
Application number: KR1020150122997A
Authority: KR
Inventors: 이선희
Original assignee: 이선희
Priority date: 2015-08-31
Filing date: 2015-08-31
Publication date: 2016-02-24

Abstract

The present invention relates to a device for automatically disinfecting a farm access vehicle to prevent diseases of livestock or poultry, and more particularly, to a device for disinfecting a farm access vehicle, And a plurality of sensors are installed in the closed space part and the operation period of the nozzle for spraying the disinfecting liquid according to the size of the vehicle entering and leaving the inside of the closed space part is differently configured, Disinfecting spaces such as driver's seat and disinfection nozzle for driver's seat and driver are installed inside the confined space so that farms can be disinfected quickly and completely, And more particularly, to a closed-type automatic disinfection apparatus for a farm access vehicle.

Description

Description of the Related Art A Vehicle Disinfection Equipment

The present invention relates to a device for automatically disinfecting a farm access vehicle to prevent diseases of livestock or poultry, and more particularly, to a device for disinfecting a farm access vehicle, And a plurality of sensors are installed in the closed space part and the operation section of the nozzle for spraying the disinfectant according to the size of the vehicle entering and leaving the inside of the closed space part The disinfection space of the driver's seat, the disinfection spray nozzle for the passenger's seat and the driver are installed inside the enclosed space to disinfect the vehicles and drivers on the farm quickly and safely. And more particularly, to a closed-type point automatic disinfection apparatus for a farm access vehicle.

The development of vaccines for the prevention of diseases is still slow in livestock such as pigs, cows or chickens that are being farmed.

Livestock diseases such as foot-and-mouth disease and avian influenza, for example, are becoming popular, causing serious damage to farmers as well as the industry as a whole.

These livestock diseases are characterized by the rapid spread of interstate commodities as transportation improves, which causes much damage to trade of commodities and related industries. To prevent such damage, it is best to prevent the disease in advance, but it is important to prevent the spread of disease to other areas in the early stage.

A few years ago in winter, the economic damage caused by foot-and-mouth disease and avian influenza was very large in Korea. In particular, due to the foot-and-mouth disease, the amount of damage to be spent by the government, such as the disposal of compensation for disposal and the vaccination of preventive vaccines, amounted to several trillion won. In order to prevent these economic damages as well as disease spreading, hundreds of thousands of animals were buried in the land, and they had to suffer from the psychological and physical suffering of their staff.

Therefore, in areas where diseases such as foot-and-mouth disease or avian influenza have occurred, high-pressure sprayers are used to sterilize the passing vehicles on the road side in order to control the disease for each state or local government. In each livestock breeding farm, And sprayer are installed to thoroughly disinfect the vehicle and the passengers.

Such conventional vehicle disinfection apparatuses are disclosed in Korean Patent Application No. 20-0366245 entitled " Vehicle Disinfection Apparatus " and Published Unexamined Patent Application No. 10-2013-0020479 entitled " Sealed Automatic Vehicle Disinfection System for Disinfection of Farm and Hatchery Vehicles & 2001-0095630 " Disinfection system for agricultural and livestock vehicles "

Here, the 'disinfecting device for vehicle' of the above-mentioned No. 20-0366245 is a disinfecting device for disinfecting a vehicle, which is assembled as a disinfecting device for a vehicle, and its main constituent parts are a bottom part, both side parts, a ceiling part, a case having a disinfectant tank and a motor, A curtain of curtains, and a disinfectant for the passengers. In the bottom, both sides, and the roof, 2-3 disinfectant supply lines are installed at regular intervals in the longitudinal direction of the vehicle. Characterized in that the disinfectant is sprayed automatically,

In the 'Disinfection system for disinfection of farm and hatchery vehicles' in Patent Publication No. 10-2013-0020479, the automatic door of the disinfection room is opened and closed by a button system, the disinfection chamber of the vehicle is provided with a spray nozzle, The concrete floor of the vehicle disinfection room is filled with the disinfectant solution, the spraying of the disinfectant solution is started through the vehicle spray disinfector when the spray disinfecting button is pressed, and the disinfecting solution is completed after a predetermined time, and after the disinfection, the automatic door is opened and closed again by the timer.

KR 20-0366245 (registration number) October 21, 2004. KR 10-2013-0020479 (publication number) 2013.02.27. KR 10-2001-0095630 (publication number) 2001.11.07.

However, the conventional 'disinfecting device for vehicle' of the above-mentioned 20-0366245 and the disinfection device of the closed type automatic vehicle for disinfecting the farm and hatchery vehicles of the 10-2013-0020479 focus on spraying the disinfectant on the vehicle, So that the disinfectant solution is excessively used, which can cause environmental pollution and requires a high cost.

Also, since the conventional disinfecting device does not have a structure for removing the byproducts such as soil buried in the lower part of the vehicle before disinfection of the vehicle, the disinfection is performed while removing all of the byproducts of the disinfectant, thereby decreasing the efficiency of the disinfection There is also a problem.

Accordingly, the present invention has been made to solve the above problems,

And a cleaning means for cleaning the lower portion of the vehicle is provided at a front portion of the closed space portion. The dust or the like on the lower portion or the wheel of the vehicle entering and leaving before the disinfection is removed by using the washing water, The disinfection of the inside of the space can be performed so that the infecting bacteria through the foreign material on the wheels are originally cut off and the cleaning and disinfection of the vehicle entering the farm can be minimized to minimize environmental pollution. And an object of the present invention is to provide an automatic disinfection apparatus of a closed type base.

It is another object of the present invention to provide a method of disinfecting a disinfectant by disposing the closed space part into a plurality of sections and providing a sensor for each section so that operating intervals of the nozzles spraying the disinfectant liquid vary depending on the size of the vehicle entering and exiting the inside thereof, .

Another object of the present invention is to disinfect the driver's seat, the passenger's seat and the driver of the vehicle to the inside of the closed space to thoroughly disinfect all the moving media of the contaminant bacteria as well as the contaminants outside the vehicle, .

Another object of the present invention is to provide a closed type automatic disinfection apparatus capable of safety disinfection in winter by heating the lower portion of the disinfection space and the nozzle according to confirmation of entry of the vehicle in the closed space front portion and reducing the disinfection time.

In order to achieve the above object, the present invention provides a vehicle disinfecting apparatus for entering and exiting a farm, comprising: a front door opened and closed to enable entry of a vehicle; a left side wall portion, a right side wall portion, a bottom portion, And a water washing means provided in front of the closed space to remove foreign substances by spraying water on a bottom surface and a side surface of the entrance vehicle, wherein the closed space includes a rear door (111) First spraying means provided at the front side of each of the left side wall portion, the right side wall portion and the bottom portion so that the disinfectant can be sprayed by the front sensor that detects the vehicle, The left side wall portion, the right side wall portion, and the right side wall portion are provided so that the disinfectant can be sprayed by the rear sensor, The second spraying unit mounted in the second half of each side portion is provided with shut installed, the rear one side of said enclosed space that can be sterilized by delivery sodoksil out by the driver and the passenger, characterized in that configuration.

The closed-type point automatic disinfection apparatus for a farm access vehicle according to the present invention comprises a closed space in which a vehicle can enter and leave, and a cleaning means for cleaning the lower side of the vehicle at a front portion of the closed space, The dust and the like on the wheels are firstly removed by using the washing water and then the car is disinfected inside the closed space portion to thereby block the contaminating bacteria through the foreign matter adhered to the wheel and to separate the washing and disinfection of the vehicle So that foreign matter proceeds from the outside, and disinfection is performed internally, thereby maximizing the effect of disinfection and minimizing environmental pollution.

According to another aspect of the present invention, there is provided a method of disinfecting a disinfectant, comprising the steps of: dividing a closed space into which a vehicle enters into a plurality of sections and providing a sensor for each section, There is also an advantage of improving economy by minimizing consumption.

The present invention also provides a method of disinfecting a driver's seat and a passenger seat of a vehicle to separate the disinfection space of a driver from the inside of a closed space to completely disinfect the movement of infectious bacteria by the driver and passengers of the vehicle, There are also advantages.

In addition, according to the present invention, the bottom of the disinfection space and the nozzles are heated by the entrance of the vehicle in the front part of the closed space, so that safe disinfection can be performed in winter and the disinfection time can be reduced through preheating.

FIG. 1 is a schematic perspective view of an automatic disinfection apparatus for a closed-type point-and-point automobile according to the present invention,
FIG. 2 is a schematic perspective view of a disassembled main point automatic disinfection apparatus for a farm access vehicle according to the present invention,
FIG. 3 is a plan view of a closed-type point automatic disinfection apparatus for a farm access vehicle according to the present invention,
4 is a cross-sectional view of a main part of an automatic disinfection apparatus for a closed-type basin of a farm access vehicle according to the present invention,
FIG. 5 is a schematic diagram showing a schematic state in which a large-size vehicle enters a closed space of a closed-point automatic disinfection apparatus of a farm access vehicle according to the present invention to perform disinfection,
FIG. 6 is a schematic view showing a schematic state in which a small-size vehicle enters a closed space portion of a closed-type automatic disinfection apparatus for a farm access vehicle according to the present invention to perform disinfection.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1 to 3, the closed-type point automatic disinfection apparatus 100 for a farm access vehicle according to the present invention comprises:

A front wall 111 that is opened and closed to enable the vehicle to enter and a rear wall portion 112 that is opened and closed to allow the vehicle to advance, a right side wall portion 113, a bottom portion 114, a roof frame portion 115, A closed space 110 formed of a door 116,

And water washing means 120 provided in front of the closed space portion 110 for spraying water to the bottom and side portions of the entrance vehicle to remove foreign substances such as clay,

The left side wall part 112 and the right side wall part 113 and the bottom part 113 are formed in the closed space part 110 so that the disinfectant can be sprayed by the front sensor 131, And a rear sensor 141 provided at a rear part of the closed space part 110 and detecting a vehicle, so that the disinfectant can be sprayed by the rear sensor 141. The first spraying unit 130, A second spraying means 140 installed on the rear side of each of the left side wall portion 112 and the right side wall portion 113 and the bottom portion 114,

A disinfection room 150 is installed on a rear side of the closed space part 110 to allow a driver and a passenger to enter and disinfect the room.

The water washing means 120 is provided with a detection sensor 122 for sensing the entrance of the vehicle and actuating the water spraying means 121 so that water is sprayed to the floor or side of the entrance vehicle.

The water washing unit 120 is connected to a heating device 123 for preventing the freezing of wastewater, a waste collection water tank 124 and a waste water purification tank 125.

Accordingly, when a vehicle entering the farm reaches the water washing means 120, the detection sensor 122 senses it and operates the water washing means 120 to spray water to the floor or side of the entering vehicle, Remove other foreign matter.

The washing water containing soil or other foreign matter is allowed to flow into the waste collection water tank 124 and the waste water purification tank 125 to be purified, thereby preventing environmental pollution.

When the vehicle passes through the water washing unit 120, the front door 111 of the closed space part 110 is opened and enters the inside thereof.

Here, the front door 111 and the rear door 116 may be installed as shutter means that descend from the upper side to the floor surface while the high-speed wind pressure is operated, but they may be installed as screen doors that are opened and closed at both sides.

This is because the opening and closing time of the screen door is much faster than the shutter means and the operating efficiency is good.

In addition, a vehicle recognition system (not shown) capable of photographing an incoming vehicle and recognizing a license plate may be installed on one side of the water washing means 120 and operated. It can systematically prevent diseases by managing the history and access to and from the vehicle's entrance. Such a vehicle recognition system can be utilized as a known system, and a detailed description thereof will be omitted.

Further, a front panel of the water washing unit 120 may be provided with an electric signboard and an entrance board (not shown) for guiding an incoming vehicle.

The first spraying means 130 and the second spraying means 140 installed in the closed space 110 may be extended to the ceiling of the roof frame 115.

The first spraying means 130 and the second spraying means 140 installed in the closed space portion 110 are operated by the detection sensor 122 which senses the entrance of the vehicle, 1 spraying means 130 and a heating means H for preventing freezing of spray liquid supplied to the second spraying means 140 are connected.

Therefore, a system is connected to the control unit (not shown) so that the heating unit H can be operated in conjunction with the detection sensor 122 in a cold time such as a winter season.

The closed space 110 is divided into a first zone in which the first spraying unit 130 is provided and a second zone in which the second spraying unit 140 is provided, The large vehicle entering the area is sprayed with the disinfectant at the same time by the first spraying means 130 and the second spraying means 140 while the vehicle is detected by the front sensor 131 and the rear sensor 141 And the small sized vehicle entering only the second area is sprayed with the disinfectant only by the second spraying unit 140 while the vehicle is detected by the rear sensor 141, so that disinfection is performed.

In the present invention, it is divided into two zones. However, the zones may be divided into three or more zones depending on the size of the vehicle.

Therefore, disinfection of the vehicle can be economically performed by varying the amount of disinfectant sprayed depending on the size of the vehicle entering the inside of the closed space 110.

In addition, on both sides of the rear portion of the second zone, there is provided a third spraying means 160 protruding in such directions that the disinfectant can be concentrated and sprayed into the driver's seat of the vehicle and the companion (passenger) seat.

In addition, the third spraying means 160 further includes a blowing means 170 so that the disinfectant can be rapidly introduced into the driver's seat of the vehicle and the accompanying magnet.

Here, the heating means H may be connected to the third spraying means 160.

Accordingly, when the vehicle enters the second area and the two windows of the vehicle are lowered and the driver and the passenger get off and enter the disinfection room 150, the third spraying unit 160 and the blowing unit 170 It is possible to easily disinfect the inside of the driver's seat and the passenger's seat.

That is, when a driver, a passenger or the like enters the human body disinfection chamber 150, disinfection is automatically performed.

A machine room 180 is provided on one side of the closed space part 110 to store and install devices and materials necessary for disinfecting the vehicle such as a heating boiler, a medicinal material tank, a disinfectant storage tank, and the like in the machine room 180 .

Further, at one side of the closed space 110, a management room, a warehouse, a shower room, a medicine warehouse, a toilet, and the like may be further installed.

Therefore, the system can be configured and operated to issue a certificate of disinfection or the like to the sterilized vehicle in the management room or the like.

In addition, a disinfection vehicle photographing system that operates in conjunction with the vehicle recognition system installed at one side of the water washing means 120 may be installed outside the rear door 116.

It manages the history and data of the entering and disinfected vehicles to manage the vehicles entering and exiting the farm more efficiently to systematically prevent disease. Such a vehicle recognition system can be utilized as a known system, and a detailed description thereof will be omitted.

In the closed space part 110, a procedure for systematically guiding the stopping of the vehicle, the driver getting out, the window closing, the driver's movement and washing step in cooperation with the front and rear sensors 131 and 141, Related software and hardware so that a series of systems can be performed by the control unit.

A procedure for disinfecting a vehicle into and out of a closed-type base automatic disinfection apparatus 100 of a farm access vehicle constructed as described above will be described below.

First, the vehicle entering the farm enters the front of the water washing means 120 according to the guidance of the electric sign board and the door panel.

Then, the sensing sensor 122 recognizes the vehicle and activates the water washing means 120. At the same time, the vehicle is infiltrated into the water washing means 120, and the wheel and the lower portion of the vehicle are cleaned to remove foreign matter.

At this time, the sensing means 122 heats the heating means H installed in the first to third atomizing means 130, 140 and 160 to release the disinfectant freezing state. Here, when the vehicle is not in winter, the operation of the heating means H is released.

Then, the vehicle enters the water washing unit 120, and the wheels and the bottom of the vehicle are cleaned to remove foreign substances. The front door 111 is opened and the vehicle enters the closed space part 110.

At this time, the front and rear sensors 131 and 141 detect the entry of the vehicle and recognize whether the vehicle is large or small.

Then, when the vehicle is stopped and the driver and the passenger get off, the window of the vehicle is lowered and enters the personal disinfection room 150.

At the same time, disinfection is performed while the disinfectant is sprayed to the inside of the closed space part 110 and the driver entering the inside of the disinfection room 150 at the same time. At this time, disinfection is performed while the disinfectant is penetrated into the meteorite and the passenger magnet by the third spraying means 160 and the blowing means 170.

In this case, when the entering vehicle is small, the spraying liquid is not sprayed to the first spraying unit 130 provided in the first area, and the disinfecting liquid is reduced.

After the driver boarded the vehicle, the disinfection ends.

This series of disinfection processes, that is, the entire process of disinfecting the vehicle entering the farm, and the result of the disinfection condition are managed through cameras and management systems installed before and after the closed space unit 110, The disinfection management of the vehicle entering and leaving the farmhouse can be carried out very efficiently by sharing the information about disinfection of the corresponding vehicle to the disease management headquarters.

As described above, the closed-type point automatic disinfection apparatus for a farm access vehicle of the present invention is provided with a closed space for the entrance and exit of the vehicle to the farm entrance side, and a cleaning means for cleaning the lower side of the vehicle at the front portion of the closed space, And a plurality of sensors are installed in the closed space part, and the operation section of the nozzle for spraying the disinfectant is configured differently according to the size of the vehicle entering and leaving the inside of the closed space part. Inside the closed space part, Disinfection nozzles and disinfection rooms such as drivers are installed to enable disinfection of vehicles for entering and leaving the farms quickly and completely so that the farms can be operated and managed safely from diseases.

100: Automatic disinfection device of enclosed base of farm access vehicle
110:
111: front door 112: left side wall portion 113: right side wall portion 114: bottom portion
115: roof frame part 116: rear door
120: Water washing means
121: water dispensing means 122: sensing means 123: heating device
124: waste collection water tank 125: waste water purification tank
130: First atomizing means 131: Front sensor
140: second spraying means 141: rear sensor
150: Disinfecting room for adults 160: Third spraying means 170:
180: machine room H: heating means

Claims

A vehicle disinfection apparatus for going into and out of a farm,
A closed space portion including a left side wall portion, a right side wall portion, a bottom portion, a roof frame portion, and a rear door opened and closed so that the vehicle can advance into the vehicle,
And water washing means installed in front of the closed space to remove foreign substances by spraying water on the bottom surface and side surface of the entrance vehicle,
A first spraying means provided at the front side of each of the left wall portion, the right wall portion, and the bottom portion so that the disinfectant can be sprayed by a front sensor that detects the vehicle, A second spraying means provided on the left side wall portion, the right side wall portion, and the rear side of each of the bottom portions so that the disinfectant can be sprayed by a rear sensor provided at a rear portion of the closed space portion, ,
A disinfection chamber for disinfection of a driver and a passenger can be installed on a rear side of the closed space,
And third spraying means provided on both sides of the rear portion of the second spraying means so as to protrude in these directions so that the disinfectant can be sprayed into the driver's seat and the passenger's seat of the vehicle,
And a blowing means for blowing the spray disinfectant liquid to the inside of the driver's seat and the front passenger's seat of the vehicle is further provided on the rear surface of the spray nozzle of the third spraying means.

The method according to claim 1,
The first spraying means and the second spraying means provided in the closed space portion are connected to the first spraying means and the second spraying means while being operated by a detection sensor for detecting the entrance of the vehicle, An automatic disinfection apparatus of a closed type base station of a farm access vehicle in which a heating means for preventing freezing is further connected.

The method according to claim 1,
Wherein the closed space is divided into a first zone in which the first spraying unit is provided and a second zone in which the second spraying unit is provided,
The large vehicle entering the first zone and the second zone is operated so that the first spraying means and the second spraying means spray the disinfectant at the same time while the vehicle is detected by the front sensor and the rear sensor And a small-sized vehicle that enters only the second zone is configured to perform disinfection by spraying the disinfectant only with the second spraying means while the vehicle is detected by the rear sensor only. Device.

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