KR20200031761A - An environmental vehicle euipped with sterillize device - Google Patents

Abstract

The present invention relates to an environmental vehicle integrally equipped with a sterilization device and, more specifically, to an environmental vehicle integrally equipped with: a sterilization liquid storage tank installed at one side of a chassis to store a set amount of sterilization liquid; an underwater pump installed within the sterilization liquid storage tank to pump and discharge the sterilization liquid to the outside; and a sterilization device receiving the sterilization liquid from the underwater pump to inject the sterilization liquid to wheels or the chassis of a vehicle, wherein the sterilization device includes: lower chassis sterilization units which are installed to be long in the back and forth direction of the vehicle on both left and right sides of a lower part of the chassis, and each of which is provided with a sterilization liquid supply pipe having a plurality of sterilization liquid injection nozzles on an outer circumference to inject the sterilization liquid, supplied by the underwater pump, toward the wheels of the vehicle and a lower side of the chassis, and a rotation driving unit connected to and installed at one side of the sterilization liquid supply pipe to rotate the sterilization supply pipe within set displacement and to widen an injection range of the sterilization liquid; upper chassis sterilization units which are installed to be long in the back and forth direction of the vehicle on both left and right sides of an upper part of the chassis, and are configured to inject the sterilization liquid supplied by the underwater pump while reciprocating left and right within the displacement set to the left and right sides of the upper part of the chassis; and a sterilization liquid injection controller installed near a driver seat to be manipulated by a driver by controlling the sterilization liquid supplied to the lower chassis sterilization units and the upper chassis sterilization units to sterilize the external surface of the chassis.

Description

An environmental vehicle euipped with sterillize device

The present invention relates to an environmental vehicle in which a disinfection device is integrally formed, and more specifically, by installing a disinfectant spraying means provided with a spray nozzle on the lower part or upper part of a vehicle's storage box or tank, by the driver's control when entering or leaving a farm or barn. The present invention relates to an environmental vehicle in which a disinfecting device configured to automatically spray and disinfect tires and bodies is supplied from a disinfecting liquid storage tank mounted on a vehicle to automatically disinfect.

With the increase in meat consumption, collective breeding of livestock and poultry, such as cattle and pigs, in large quantities, has increased in countries around the world.

While the breeding of livestock has the advantage of providing a lot of meat, in the case of various infectious diseases caused by livestock, many livestock breeding at the same time often suffer from enormous economic damage due to infection and disposal of infectious diseases. Is occurring.

In particular, foot-and-mouth diesease (FMD), one of the A-class infectious diseases of livestock designated by the World Animal Health Organization (OIE), is originally a disease that occurs in cattle, but it is used for two hoofed hoofs such as pigs, sheep, and deer. It appears, and the disease causes a rapid rise in body temperature, checks on the mouth, tongue, hooves, and nipples, as well as loss of appetite, causing severe illness or death.

In addition, swine cholera is a type 1 epidemic, and only pigs are naturally infected. It is a systemic, acute epidemic that has a very high infectious power and almost all individuals when infected.

In addition, avian influenza (AI) is an acute viral epidemic that infects birds and poultry. In particular, the high pathogenicity is classified as A-class by the World Animal Health Organization, and is classified and managed as a first-class livestock epidemic in Korea.

As such, when various infectious diseases occur in livestock, there is a tendency to rapidly spread to the same population that is bred at a certain radius of the area where the infectious disease occurred, so that all persons or vehicles entering or leaving the diseased area are prescribed. After going through the disinfection procedure of, entry and exit is made.

In general, in the case of a person, when entering and exiting a diseased area, it is possible to enter and exit after wearing a protective clothing or disinfecting with a simple spray disinfection device. A method of disinfecting a vehicle by disinfecting the vehicle by installing a disinfecting device configured to be sprayed is spraying a disinfectant on a wheel and a body of a vehicle or a separate quarantine agent is spraying the vehicle directly.

The method of spraying a disinfectant into a vehicle where the quarantine personnel enter and exit the diseased area takes a lot of personnel, and it is necessary to keep and sterilize all roads leading to the diseased area. There was a difficulty, and there was a case in which the vehicle entered without going through the disinfection process while the quarantine personnel left the room, and there was a question of its effectiveness.

In addition, if a disinfectant spray is installed on the road at the road through which the vehicle passes, the disinfectant is sprayed mainly on the lower part of the vehicle's wheel or body, making it difficult to disinfect the entire vehicle, so it is difficult to say that complete disinfection has been achieved, and the disease is different. It was very likely to be transmitted.

In addition, after installing a speed bump on the road through which the vehicle passes, and installing a sensor or the like to detect the vehicle's passage, when vehicle traffic is confirmed, disinfectant is automatically sprayed from a number of spray nozzles to prevent the vehicle. A number of automatic quarantine devices, etc., were created.

However, most of the disinfection devices devised in the related art have a fixed type, and thus there are limitations in installation. In the case of a vehicle using a side road or a farm road other than the main entrance, disinfection is not carried out, and thus it is impossible to perform a perfect quarantine operation.

In addition, since disinfection is often performed even in a general vehicle that does not enter or exit the diseased area, waste of disinfectant solution is severe due to unnecessary disinfection, and it is often inconvenient to drive by preventing rapid passage of the general vehicle.

In order to solve the inconvenient problems associated with the installation and use of such a conventional fixed disinfectant spray device, some inventions have been devised for a vehicle equipped with a disinfecting device directly on the vehicle, but disinfection is mainly limited to the wheel or the lower body of the vehicle. It was very difficult to expect complete disinfection of the entire body because it was configured to be done.

In addition, the disinfection device mounted on such a vehicle causes corrosion of metallic parts while the water-soluble disinfectant solution remains inside the disinfection discharge pipe and the disinfection spray nozzle through which the disinfectant solution passes when the disease of the livestock does not develop, thereby deteriorating the durability of the disinfection device. Had

-Korea Registered Utility Model No. 20-0244052 (Registration Date: August 10, 2001, Designation: Feeder with disinfection device) -Korea Registered Utility Model No. 20-0392987 (Registration Date: August 08, 2005, Designation: Disinfection device for agricultural transport vehicles) -Korean Registered Utility Model No. 20-0456038 (Registration date: 2011.10.04, Name of the devise: Quarantine and disinfection device provided in the vehicle)

The present invention was devised to solve the shortcomings of the above-described conventional vehicle-mounted disinfection device, and allows a driver of a vehicle passing through an area where livestock diseases occur to voluntarily disinfect the vehicle, as well as a vehicle body including a tire. It is intended to provide an environment-friendly vehicle equipped with a disinfection device that can effectively prevent the spread of highly infectious livestock diseases to the outside by allowing disinfection to be performed from the bottom to the top of the tank or tank, so that the entire vehicle can be completely disinfected. There is a purpose.

In order to achieve the above object, the environmental vehicle in which the disinfection device according to the present invention is integrally provided is provided with an underwater pump inside which the disinfectant solution is stored, and a disinfectant solution storage tank installed on one side of the vehicle body and a disinfectant solution storage tank to supply the disinfectant solution A disinfection device for receiving and spraying a disinfectant solution on a vehicle wheel or a vehicle body is integrally provided, and the disinfection device is installed for a long time in the front and rear directions of the vehicle at both the left and right sides of the vehicle body. A disinfectant supply pipe having a plurality of disinfectant spray nozzles provided on the outer periphery so as to be sprayed toward the side, and a rotating driving unit connected to one side of the disinfectant solution supply pipe to rotate the disinfectant supply pipe within a certain displacement to form a wide spray range of the disinfectant solution An underbody disinfection means; A vehicle body upper disinfection means which is installed long in the front and rear directions of the vehicle on both sides of the upper and lower sides of the vehicle body, and is configured to spray the disinfectant solution supplied from the disinfectant storage tank while reciprocating left and right within a set displacement to the upper and left sides of the vehicle body; It consists of a configuration including; a disinfecting solution spray controller installed near the driver's seat that can be operated by a driver to control the disinfecting solution supplied to the disinfecting means of the lower body and the disinfecting means of the upper body to disinfect the outer surface of the vehicle body.

In particular, the vehicle body disinfection means, a plurality of disinfection solution supply pipes of a certain length installed in the vehicle longitudinal direction from the left and right sides of the vehicle's loading box or tank lorry, and a plurality of disinfectant supply pipes at an outer periphery are combined at regular intervals to disinfect the disinfectant in different directions. A disinfectant spray nozzle provided to spray, a fixture for loading the disinfectant solution pipe at both right and left ends or an intermediate part of the disinfectant solution tube or to be rotatably fixed to the outer surface of the tank lorry, and a disinfectant solution supply pipe fixed by the fixture to the disinfectant solution spray controller It consists of a configuration including; a rotation means coupled to one side of the disinfectant solution supply pipe so as to be rotated at a certain angle in the left and right direction through the rotation control unit of the disinfectant solution provided.

In addition, the disinfecting solution spray controller is supplied with a predetermined amount of disinfectant solution to the upper body disinfecting means and the lower body disinfecting means for a set time when the button is pressed, and a single injection button to be injected once, and when the button is pressed, the upper body disinfection means and Continuous injection button to continuously supply and disinfect the disinfectant solution to the vehicle body disinfection means, and after disinfecting solution, disinfectant solution remaining in the tube is supplied by supplying high-pressure air to the inside of the disinfectant solution supply pipe through the vehicle body disinfection means and the vehicle body disinfection means. Equipped with a residual disinfectant discharging button to be discharged cleanly; it is configured to enable disinfection of the exterior of the vehicle while the driver is seated in the driver's seat.

The environmental vehicle in which the disinfection device according to the present invention is integrally configured as described above allows the driver of the environment vehicle for livestock farming to pass through or out of an area where livestock disease has occurred to self-disinfect the vehicle so that public officials, etc. It is arranged in a doorway, etc., to reduce the inconvenience of manually disinfecting agents, and to provide a useful effect of preventing discomfort in vehicle operation by enabling rapid vehicle passage.

In particular, according to the present invention, as the disinfection solution is uniformly distributed over the entire exterior of the vehicle by spraying the disinfectant solution from the upper part as well as the lower part of the vehicle body, the animal disease is caused to other areas due to conventional formal disinfection or incomplete disinfection of a part of the vehicle body. It can be effectively prevented from spreading.

In addition, the present invention solves the problem of corrosion of the inside of the disinfecting solution spraying means due to the residual of the disinfecting solution inside the disinfecting solution spraying means after spraying the disinfecting solution, and disinfection to improve the durability of the disinfecting solution spraying means by preventing freezing in winter. It provides a useful effect that can provide a device.

1 is a rear view of an environmental vehicle in which the disinfection device according to the present invention is integrally constructed,
2 is a side view of an environmental vehicle in which the disinfection device according to the present invention is integrally constructed,
Figure 3 is an excerpted perspective view of the disinfection means in the upper body of Figure 1 A part,
Figure 4 is an excerpted perspective view of the lower body disinfection means of Figure 1 B,
5 is a configuration diagram of a disinfecting solution spray controller installed around the driver's seat in an environmental vehicle in which the disinfection device according to the present invention is integrally constructed,
6 is a schematic configuration diagram of a spray control and residual water removal system of the disinfectant solution.

The environmental vehicle according to the present invention is generally used as a meaning including a livestock manure collection vehicle, a manure transport vehicle, a feed transport vehicle, and the like, which are used for agricultural and livestock production, and the environmental vehicle is a livestock farm that breeds poultry and livestock on a large scale. Since frequent entry and exit, in view of the fact that disinfection of these vehicles is the most important when an animal epidemic occurs, in the present invention, the driver configures himself / herself on the outside of the vehicle in the process of entering and exiting the agricultural and livestock area by configuring the disinfection device integrally with these environmental vehicles. It is configured to operate the disinfection device so that the entire disinfection of the exterior of the vehicle body that can transmit various pathogens can be achieved.

To this end, the environmental vehicle according to the present invention is provided with a disinfectant storage tank in which a predetermined amount of disinfectant is stored in the lower or side of the vehicle body, and the disinfectant solution is supplied from the disinfectant storage tank to spray the disinfectant solution onto the wheels and upper and lower parts of the vehicle. · A lower disinfection means is provided.

That is, a plurality of disinfectant spray nozzles are fixed to the left and right sides of the vehicle in both front and rear directions of the vehicle to spray the disinfectant supplied from the submersible pump provided inside the disinfectant storage tank toward the wheels of the vehicle and the lower side of the vehicle body. Disinfection means are installed under the vehicle body provided at intervals.

In addition, on the upper side of the vehicle or the upper side of the tank, the vehicle body upper disinfection means is provided with a plurality of disinfectant spray nozzles at regular intervals so as to spray the disinfectant solution on the upper and side surfaces of the storage box or tank.

In addition, a disinfectant spray controller is installed near the driver's seat to disinfect the exterior of the vehicle body by disinfecting the vehicle body by operating a disinfecting means on the upper and lower body parts while the driver driving the vehicle sits in the driver's seat without getting off.

In addition, the upper and lower disinfection means of the vehicle body is sprayed with disinfecting solution and then discharged to the outside using high-pressure compressed air to prevent residual water from remaining, so that the inside of the disinfection supply pipe can be prevented from being corroded. It is configured to be connected to the provided air tank to receive high pressure compressed air.

Hereinafter, specific embodiments of the environmental vehicle (hereinafter abbreviated as “environment vehicle”) in which the disinfection device according to the present invention is integrally described will be described in detail with reference to the accompanying drawings.

The directional terms used in the detailed description of the present invention, front and rear, left and right, based on the vehicle in the longitudinal direction of the vehicle back and forth, the vehicle width direction to the left and right, the top of which the loading box or tank is installed, the tire contacting the ground is installed The lower side is represented by the lower part.

In addition, the configuration of various devices and equipment provided in an environmental vehicle and the general configuration and operation of a vehicle are sufficiently recognized by those of ordinary skill in the art. In detail, detailed description is omitted.

1 shows a rear view of an environmental vehicle V according to the invention with a disinfection device installed, and FIG. 2 shows a side view of an environmental vehicle V according to the invention.

And, Figures 3 to 6 respectively show the main features of the disinfection device provided in the environmental vehicle according to the present invention, one embodiment shown in the drawing is carried out one tank lorry for collecting livestock manure generated from the livestock prices It is shown as an example.

As shown, the disinfecting device 100 applied to the environmental vehicle V according to the present invention is installed long in the front-rear direction along the frame 20 in the longitudinal direction of the vehicle body at left and right sides of the tank 30, and disinfecting solution at regular intervals The lower body disinfection means 80 is provided with a plurality of spray nozzles, and the vehicle body is provided with a plurality of disinfectant spray nozzles at regular intervals to disinfect the upper and side parts of the tank 30 on the left and right sides of the upper part of the tank 30. The upper disinfection means 70 is made of a structure installed.

The disinfectant solution storage tank 50 in which the disinfectant solution is stored may be installed between the front and rear wheels of one side of the vehicle body or may be installed on the upper portion of the vehicle body frame 20, and the installation location of the disinfectant solution storage tank 50 is a vehicle characteristic or structure. It can be changed and installed accordingly.

And, the inside of the disinfectant storage tank 50 is provided with an underwater pump (not shown) for pumping the disinfectant filled therein to the outside, and a flow rate checking means (not shown) for monitoring the filling / exhausting state of the disinfectant. In addition, since the installation structure or operation principle of the submersible pump and the flow rate checking means installed inside the disinfection storage tank 50 can be easily performed by those skilled in the art by a well-known technique, detailed description thereof will be omitted. .

In addition, the upper and lower body disinfection means 70 and 80 for discharging the disinfectant solution from the disinfectant storage tank 50 and spraying it on the surface of the tank as well as tires are installed on the upper and lower parts of the tank 30, respectively.

FIG. 3 is an excerpt showing a disinfection means on one side of the vehicle body among a pair of disinfection means 70 on the upper and left sides of the tank 30 among disinfection devices applied to the environmental vehicle of the present invention.

The upper body disinfection means 70 is a device for disinfecting liquid supplied from the disinfecting liquid storage tank through the disinfecting liquid supply connecting pipe 55 and spraying and disinfecting the outside of the vehicle body. It consists of a structure that is variable in constant displacement, and has a feature configured to uniformly spray the disinfectant solution on the upper surface of the tank.

That is, the disinfection means 70 on the vehicle body is provided with a plurality of disinfectant spray nozzles 715 for disinfecting the disinfectant solution in the disinfectant solution supply pipe 710 at regular intervals, and the disinfectant solution supply pipe 710 is installed long in the front-rear direction of the vehicle. However, the pipe fasteners 712 and 714 are coupled to both ends of the front and rear, and the front and rear pipe fasteners 712 and 714 are spaced apart at a predetermined distance from both sides of the vehicle body to be fixed to the transfer belt 735, which is rotated, to move the displacement of the transfer belt 735. It is configured to spray the disinfectant solution through the spray nozzle 715 while allowing the disinfectant solution supply pipe 710 to move back and forth.

The pair of transfer belts 735 coupled to the front and rear ends of the disinfectant solution supply pipe 710 are spaced apart a certain distance from the left and right sides of the rotating shaft 730 and the idle shaft 737 fixed to the tank top surface with fasteners 732 and 738. Combined with the second driving pulley 734 and the second driven pulley 736 provided at both ends, the movement is performed by a set displacement to the left or right according to the rotation direction of the second driving pulley 734.

The second drive pulley 734 is provided at both ends of the rotating shaft 730 is installed in the longitudinal direction in the front and rear of the vehicle in parallel with the disinfectant supply pipe 710 is configured to rotate in a state fixed to the fixture 732.

And, for rotation of the rotating shaft, a reciprocating driving unit 720 is coupled to an intermediate portion of the rotating shaft to generate and transmit power so that a left or right rotation of the rotating shaft is possible, so that the rotation direction of the conveyance belt 735 and the disinfectant supply pipe 710 ) Is configured to determine the left or right transfer direction.

The reciprocating drive unit 720 is supplied with power from the battery of the vehicle, the drive motor 722 repeatedly rotating left and right within a predetermined displacement, and a first driving pulley 723 coupled to the front end of the rotating shaft of the driving motor , Between the second driven pulley 725 and the first driven pulley 723 and the first driven pulley 725 coupled to the outer periphery of the rotating shaft 730 at a position coincident with the first driven pulley 723. It consists of a power transmission unit 724 to connect.

The control of the reciprocating drive unit 720 is configured to perform a one-time operation that is driven only for a set time according to the signal transmitted from the disinfectant solution injection controller, which will be described later, and a continuous operation that is continuously operated while the disinfectant solution is supplied.

And, FIG. 4 is an excerpt of a vehicle body lower disinfection means 80 installed on both left and right sides of the tank 30 and disinfecting the vehicle tires and the lower side of the vehicle body among disinfection devices applied to the environmental vehicle of the present invention.

Disinfection solution supply pipe 810 receiving the disinfectant solution through the disinfectant solution storage tank 50 and the disinfectant solution supply pipe 810 from the lower body disinfection means 80 and the disinfectant solution supply pipe 810 are installed at regular intervals on the outer periphery. A plurality of disinfectant spray nozzles 815, a plurality of fasteners 812 for fixing the disinfectant solution supply pipe 810, which is installed long in the front-rear direction of the vehicle, to the vehicle body side, and the disinfectant supply pipes are rotated left and right repeatedly within a certain left and right angle It is made to include a rotating drive unit 820.

The rotary drive unit 820 is configured to have the same configuration as that provided in the above-described body disinfection means 70, and rotation is performed only by a rotational displacement set to rotate the disinfectant supply pipe 810 left and right within 180 degrees. The drive motor 822, a drive pulley 823 provided at the front end of the rotation shaft of the drive motor to transmit the rotational force of the drive motor 822, and the outside of the disinfectant solution supply pipe 810 in line with the drive pulley 823 The driven pulley 825 coupled to the periphery and the rotational force of the driving pulley 823 are transmitted to the driven pulley 825 to be connected between the driving pulley 823 and the driven pulley 825 so that the left and right rotation of the disinfectant solution supply pipe is made. It consists of a configuration including a power transmission unit 824 is installed.

That is, the disinfectant solution supply pipe 810 provided in the lower body disinfection means 80 is a structure that can be rotated only within a set angle in a fixed state, unlike the structure in which the disinfectant solution supply pipe 710 of the upper body disinfection means reciprocates right and left. It is made, the lower body disinfection means 80 is also configured to operate in accordance with the control command transmitted from the disinfecting solution spray controller to be described later.

FIG. 5 briefly shows a functional configuration diagram of a disinfecting solution spray controller 90 for controlling the entire upper body to be sterilized by supplying a disinfectant solution to the above-described disinfection means 70 and the lower body disinfection means 80 described above. It is done.

The disinfectant solution spray controller 90 may be installed near the driver's seat or configured in a separate remote control form to be portable so that the driver can control while sitting in the driver's seat without getting off.

The required configuration of the disinfectant solution spray controller 90 includes a single-shot (one-time) injection button 910 that allows spraying of the disinfectant solution to be performed only for a certain period of time, and a continuous injection button 920 to continuously spray the disinfectant solution for a set time. And, after spraying the disinfectant, a residual water removal button 930 is provided for discharging the disinfectant remaining inside the disinfecting means.

In addition, the disinfectant solution spray controller 90 is equipped with a timer 940 for controlling the time each of the disinfectant is supplied when the single injection button 910 and the continuous injection button 920 are used, so that the operation time of each button is set. It is configured to be, the power button 950 for controlling the power of the disinfectant injection controller 90 may be further configured.

The residual water removal button 930 supplies compressed air to the inside of the disinfectant solution supply connecting pipe and the disinfectant solution supply pipes 710 and 810 of each disinfecting means, and the disinfectant solution remaining in the disinfectant solution supply pipe and the disinfectant solution supply pipes 710 and 810 through a spray nozzle. It is configured to control the supply of compressed air supplied to the disinfectant solution supply connector to the air storage tank provided in the vehicle so that it can be completely discharged.

The residual water removal button is also configured to control the time during which the compressed air is supplied from the air tank for a certain time by a timer each time it is pressed once, and is configured by adopting a reliable air opening and closing structure so that air does not leak from the air tank at normal times. It is preferred.

6 shows a simple block diagram of the operational relationship of the main configuration of the disinfecting device 100 described above.

The disinfection device 100 applied to the environmental vehicle V according to the present invention is externally disinfected through the operation of the function button of the disinfectant liquid spray controller 90 installed near the driver's seat in a state where the driver sitting in the driver's seat does not get off while driving the vehicle. It is configured so that it can be effectively prevented from spreading to other areas by allowing thorough disinfection without external assistance when passing through the area where the livestock epidemic has occurred or visiting a livestock farm.

In addition, the present invention can prevent the spread of infectious diseases caused by vehicles due to the installation of self-disinfecting devices, which inevitably caused the spread of livestock epidemics inevitably due to the operation of roads or areas where disinfection devices are not installed. So that they can provide assistance in the early eradication of livestock epidemics.

In addition, the present invention, after using the disinfectant solution, the disinfectant solution is supplied and sprayed, the water-soluble disinfectant solution remains inside the dispensing solution supply pipe or the injection furnace, and the conventional problem that was easily corroded is the high pressure compressed air in the compressed tank through the operation of the residual water removal button. It can be supplied to the inside of the supply pipe to forcibly discharge the remaining disinfectant solution to prevent corrosion of the metal piping, as well as to eliminate the risk of freezing in the winter, to improve the durability of the disinfection device and further improve the convenience of the next use. It is configured to.

V: Vehicle
10: tire 20: body frame
30: tank 40: air tank
50: storage tank for disinfectant solution 55: supply connector for disinfectant solution
60: air tank
70: upper body disinfection means
710: disinfectant supply pipe 712,714: pipe fixture
715: spraying needle
720: reciprocating drive 722: drive motor
723: First drive pulley 724: Power transmission unit
725: first driven pulley
730: rotating shaft 732: fixture
734: Second drive pulley 735: Transfer belt
736: 2nd driven pulley 737: Idle axis
738: Fixture
80: Body disinfection means
810: disinfectant supply pipe 812: fixture
815: disinfectant spray nozzle 820: rotary drive
822: drive motor 823: drive pulley
824: power transmission unit 825: driven pulley
90: Disinfectant solution spray controller
910: Single shot button 820: Continuous shot button
930: Residual disinfectant discharge button
100: disinfection device

Claims (3)

An underwater pump is provided inside the disinfectant solution is stored, and a disinfectant storage tank 50 installed on one side of the vehicle body and a disinfecting device 100 that receives disinfectant solution from the disinfectant storage tank 50 and sprays the disinfectant solution to a vehicle wheel or a vehicle body 100 In the environmental vehicle is provided integrally,
The disinfection device 100,
It is installed on both sides of the lower left and right of the vehicle body in the front and rear directions, and a plurality of disinfectant spray nozzles 815 are provided on the outer periphery so that the disinfectant solution supplied from the disinfectant storage tank 50 is sprayed toward the vehicle wheel and the lower side of the vehicle body. Disinfection under the vehicle body provided with a disinfectant solution supply pipe 810 and a rotation driving part 820 connected to one side of the disinfectant solution supply pipe 810 so as to rotate the disinfectant solution supply pipe 810 within a predetermined displacement to form a wide spraying range of the disinfectant solution. Means 80;
A vehicle body upper disinfection means 70 which is installed long in the front and rear directions of the vehicle on both sides of the upper and lower sides of the vehicle body and is configured to spray the disinfectant solution supplied from the disinfectant storage tank 50 while reciprocating left and right within a set displacement to the upper and left sides of the vehicle body;
Including the disinfectant solution spray controller 90 installed near the driver's seat that can be operated by the driver to control the disinfectant solution supplied to the lower body disinfection means 80 and the upper body disinfection means 70 to disinfect the outer surface of the vehicle body. Environmental vehicle consisting of a disinfection device, characterized in that consisting of a configuration. According to claim 1,
The upper body disinfection means 70,
A plurality of disinfecting solution spray nozzles 715 are provided at regular intervals on the outer periphery to be installed long in the front-rear direction of the vehicle, and the disinfecting solution supply pipes 710 having pipe fasteners 712 and 714 coupled to both ends of the vehicle;
A rotating shaft 730 fixedly installed with a fixture 732 so as to be rotatable in a longitudinal direction in a vehicle in a front-rear direction on one side of the disinfectant solution supply pipe 710 parallel to the disinfectant solution supply pipe 710;
A second driving pulley 734 coupled to both front and rear ends of the rotating shaft 730 and rotating with the rotating shaft;
An idle shaft 737 installed in the front-rear direction of the vehicle on the other side of the disinfectant solution supply pipe 710 in parallel with the disinfectant solution supply pipe 710 and rotatably fixed to the fixture 732;
A second driven pulley 736 coupled to both ends of the idle shaft 737 and rotated together with the idle shaft;
A pipe provided between the second driving pulley 734 and the second driven pulley 736 to rotate according to the rotational direction of the second driving pulley 734, provided at the front and rear ends of the disinfectant supply pipe 710 Fixture (712,714) is coupled to the transfer belt 735 to move the disinfectant supply pipe 710 left and right;
An environment-friendly vehicle configured with a disinfecting device, characterized in that it comprises a configuration including; a reciprocating drive unit 720 for rotating the rotating shaft 730 left and right by a set number of revolutions under the control of the disinfectant solution injection controller 90. The method according to claim 1 or 2,
The disinfectant solution injection controller 90 is
When the button is pressed, a single injection button 910 for supplying a predetermined amount of disinfectant solution to the upper body disinfection means 70 and the lower body disinfection means 80 for a set period of time, and
When the button is pressed, the continuous injection button 920 to continuously supply and spray the disinfectant solution to the upper body disinfection means 70 and the lower body disinfection means 80,
After spraying the disinfectant solution, the high pressure air is supplied from the air tank on the vehicle side to the disinfectant solution supply connecting pipe 55 connected to the upper disinfection means 70 and the lower body disinfection means 80 to cleanly discharge the disinfectant remaining therein. An environmental vehicle in which a disinfection device is integrally equipped with a residual water removal button 930.

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