JP3204200U - Vehicle mud washing device - Google Patents

Abstract

Disclosed is a vehicle mud dropping cleaning apparatus that can simultaneously process each tire and each body part of a dump truck, remove mud mud adhering to each tire, and mud mud adhering to each part of a vehicle body in a short time, and can also remove moisture. provide. A vehicle mud drop cleaning apparatus 1 includes a main body 2 having a front wheel base 6 and a rear wheel base 4 on which front and rear wheels of the vehicle are mounted, and front wheel driving rollers provided on the front wheel base 6 and the rear wheel base 4, respectively. 21, the rear wheel drive roller 11, the tank for storing water, the cleaning medium supply means 9 including the pump 42, and the rotational force of the rear wheel drive roller 11 by the engine operation of the vehicle located on the rear wheel mount 4. The rotation interlocking means 31 for rotating the front wheel drive roller 21 and operating the pump 42 of the cleaning medium supply means 9 and the bottom of each tire on the left and right sides of the vehicle on the front wheel mount 6 and the rear wheel mount 4. With the nozzle 10 directed. [Selection] Figure 1

Description

  The present invention relates to a vehicle mud drop cleaning device, and more particularly to a vehicle mud drop cleaning device that can reliably remove mud soil adhering to each tire and each part of a vehicle body such as a dump truck at the same time in a short time. It is.

  Conventionally, in order to create a city that enriches people's lives, large-scale construction has been repeated in urban areas, and there are many effects on the surroundings such as vibration and noise.

  As one of the factors, there are cases where the tires of a vehicle such as a dump truck entering and leaving the construction site and mud adhering to the vehicle body contaminate the surrounding environment.

  That is, mud adhering to the tires of vehicles entering and leaving large-scale construction work or construction sites is scattered and polluted on the road surface of the nearby road, and the dust adversely affects the surrounding environment.

  Therefore, it is strongly demanded to remove the mud adhering to the tire of a vehicle such as a dump truck and the mud adhering to the vehicle body before the vehicle enters the road.

  As a prior art of this type of technical field, for example, in Patent Document 1, a base frame and a circumferential surface surrounding the rotation axis are concentrically arranged at predetermined intervals in the circumferential direction and fixed to the rotation axis. A plurality of rods that are rotatably supported by a frame via a rotating shaft and that rotate by the rotation of a wheel of an automobile placed thereon to remove mud adhering to the wheel There has been proposed a device for removing mud adhering to a wheel provided with a roller and clutch means for braking the rotation of the rotary shaft of the saddle type roller in one direction.

  Further, Patent Document 2 includes a wet cleaning machine, a load mat, and an air blow type cleaning machine that are installed in order in the traveling direction of the vehicle. The wet cleaning machine sprays spray water and deposits mud and A spray water spray nozzle for dropping soil is provided, the load mat is provided with a plurality of ribs for dropping mud and soil adhering to the tire, and the air blow type washing machine is adapted to drop mud and soil adhering to the tire. A vehicle tire cleaning apparatus having the above-described configuration has been proposed.

  However, according to the techniques disclosed in Patent Document 1 and Patent Document 2, mud and soil adhering to a vehicle tire can be dropped or dried, but each tire of the vehicle and each part of the vehicle body are processed simultaneously. In addition, it does not have a function of reliably removing mud adhering to each tire and each part of the vehicle body in a short time.

Registered Utility Model No. 3017820 Japanese Patent No. 5456566

  The problem to be solved by the present invention is that each tire and body parts of the front and rear of a vehicle such as a dump truck entering and leaving the construction site are processed at the same time, and mud mud adhering to each tire and each body part is reliably and quickly There is no vehicle mud washing device that can be removed and has an excellent function of preventing road contamination and environmental degradation around the construction site.

  The vehicle mud drop cleaning device of the present invention includes a front wheel mount, a rear wheel mount, a central slope connecting the front wheel mount and the rear wheel mount, and an entrance side connected to the rear wheel mount for entering the vehicle. A gantry main body comprising a slope and an exit-side slope that extends to the front wheel gantry, a front wheel driving roller and a rear wheel driving roller provided on the front wheel gantry and the rear wheel gantry, respectively, and a tank for storing a cleaning medium A cleaning medium supply means (provided that each vehicle is driven by the idling force of a vehicle tire) or a vehicle that is positioned on the rear wheel mount; The front wheel drive roller is rotated in conjunction with the rotational force of the rear wheel drive roller due to the engine operation, and the rotation interlocking means for setting the pump of the cleaning medium supply means in an operating state (the idling force of the tire of the vehicle). Whether it is a driving source or electric power for each driving source), and provided on the front wheel base and the rear wheel base, respectively, on the bottom of each tire on both the left and right sides of the vehicle on the front wheel base and the rear wheel base A cleaning medium supply conduit that communicates with the cleaning medium supply means, a bottom of the vehicle body in a vehicle that rides on the front wheel mount, the rear wheel mount, and A vehicle body cleaning medium injection unit having nozzles for injecting the cleaning medium on the left and right vehicle body sides (regardless of whether the driving force is the driving force of each vehicle or the driving force of each vehicle). And the vehicle front wheel, the front wheel of the vehicle on the rear wheel base, the tires of the rear wheel, the bottom of the vehicle body, and the vehicle body side portion of the vehicle, by the injection of the cleaning medium, At the same time The most important feature Ukoto.

  According to the first aspect of the present invention, mud mud adhering to each tire and each part of the vehicle body is processed simultaneously by spraying the cleaning medium on the front and rear tires, the vehicle body bottom part, and the vehicle body side part of the vehicle such as a dump truck entering and leaving the construction site. Can be realized and provided in a short time, and a novel vehicle mud drop cleaning apparatus that can prevent road contamination and environmental degradation in the vicinity of the construction site can be realized and provided.

  According to the second aspect of the invention, the construction is the same as that of the first aspect of the invention, and the vehicle body bottom portion cleaning medium injection portion and the vehicle body side portion cleaning medium injection portion are provided to enter and exit the construction site. The front and rear wheels of dump trucks and other vehicles can be processed at the same time to remove muddy soil adhering to each part of the tire, as well as muddy soil adhering to the bottom and sides of the vehicle body, in a short time. It is possible to realize and provide a novel vehicle mud drop cleaning device that can prevent road pollution and environmental degradation.

FIG. 1 is a schematic plan view of a vehicle mud drop cleaning apparatus according to an embodiment of the present invention. FIG. 2 is a schematic front view of the vehicle mud drop cleaning apparatus according to this embodiment. FIG. 3 is a schematic side view of the vehicle mud drop cleaning apparatus according to this embodiment. FIG. 4 is a schematic plan view of a tank in the vehicle mud drop cleaning apparatus according to the present embodiment. FIG. 5 is a schematic front view of a tank in the vehicle mud drop cleaning apparatus according to this embodiment. FIG. 6 is a schematic plan view of a pump portion in the vehicle mud drop cleaning apparatus according to the present embodiment. FIG. 7 is a schematic front view of a pump portion in the vehicle mud drop cleaning apparatus according to this embodiment. FIG. 8 is a schematic explanatory view showing an injection state of the cleaning medium with respect to each tire, the vehicle body bottom portion, and the vehicle body side portion of the vehicle in the vehicle mud drop cleaning apparatus according to the present embodiment. FIG. 9 is an explanatory view of a vehicle mud drop washing mode in the vehicle mud drop washing apparatus according to the present embodiment.

  The present invention can simultaneously process each tire and body part of a vehicle such as a dump truck entering and leaving the construction site, and can remove mud mud adhering to each tire and each part of the car body reliably and in a short time. The purpose of realizing and providing a vehicle mud drop cleaning device that has the excellent function of preventing road pollution and environmental degradation in the vicinity of the construction site is to provide a front wheel mount, a rear wheel mount, A front slope, a central slope connecting the rear wheel base, an entrance side slope connecting to the rear wheel base for entering a vehicle, and an exit side slope connecting to the front wheel base, and the front wheel A front wheel drive roller, a rear wheel drive roller, a tank and a pump for storing a cleaning medium, and a cleaning medium supply means for supplying the cleaning medium; Rotation interlocking means for rotating the front wheel driving roller in conjunction with the rotational force of the rear wheel driving roller due to the engine operation of the vehicle located above, and for bringing the pump of the cleaning medium supply means into operation, and the front wheel mount, A cleaning medium supply conduit provided on each of the rear wheel mounts, having nozzles directed to the bottoms of the respective tires on both the left and right sides of the vehicle mounted on the front wheel mount and the rear wheel mount; and communicating with the cleaning medium supply means; A vehicle body bottom cleaning medium injection unit having a nozzle provided at a position below the vehicle body bottom between the left and right tires of the vehicle on the front wheel mount and the rear wheel mount and communicated with the cleaning medium supply conduit; A vehicle-body side side cleaning medium injection section provided at each position on both sides of the vehicle travel region in the gantry body, each having a nozzle communicating with the cleaning medium supply pipe. The vehicle tires and the vehicle body are injected by the cleaning medium on the front wheel base, the front wheel of the vehicle on the rear wheel base, the bottom of each tire of the rear wheel, the bottom of the vehicle body, and the side of the vehicle body of the vehicle. Realized by a configuration that performs mud drop cleaning of each part.

  Hereinafter, a vehicle mud drop washing apparatus according to an embodiment of the present invention will be described in detail with reference to the drawings.

  As shown in FIGS. 1 to 3, the vehicle mud drop cleaning apparatus 1 according to the present embodiment is a gantry mainly composed of a metal material such as steel on which a vehicle C such as a dump truck travels for mud drop cleaning. A main body 2 is provided.

  In the present invention, each driving source in each part including a cleaning medium supply unit, a vehicle body bottom part cleaning medium injection part, and a vehicle body side part cleaning medium injection part, which will be described later, is used to determine the idling force of the tire of the vehicle to be cleaned. It can be implemented regardless of whether it is a driving source or power is used as each driving source.

  The gantry body 2 is a pair of left and right sides into which the vehicle C enters, and has a frame structure made of a metal material such as steel that has a convex surface on the upper surface side and that can easily remove the mud of the tires of the vehicle C. Inlet-facing slopes 3 and 3 that are inclined toward the gantry 4, a rear wheel gantry 4 that performs mud washing on the rear wheel side of the vehicle C, and a rear wheel gantry 4 that spans a front wheel gantry 6 that will be described later. A pair of left and right central slopes 5 and 5 in the horizontal arrangement, a front wheel base 6 that performs mud drop cleaning on the front wheel side of the vehicle C, and a pair of left and right on which the vehicle C after mud drop cleaning runs, and has a convex surface on the upper surface side. It has the same structure as the inlet-side slopes 3, 3, and includes outlet-side slopes 7, 7 that are inclined to descend from the front wheel mount 6 toward the ground.

  Further, the vehicle mud drop cleaning apparatus 1 according to the first embodiment is arranged in the rear wheel base 4 and the front wheel base 6 and water is supplied to the plurality of nozzles 10 for cleaning the tires on the rear wheel side and the front wheel side of the vehicle C. Cleaning medium supply means 9 for supplying a cleaning medium made of (mist) (regardless of whether the driving force of each vehicle is the driving force or the driving force of the vehicle tire), the front wheel mount 6, the rear wheel mount 4 on the front wheel base 6 side and the rear wheel base 4 side having nozzles 10 provided at positions below the bottom of the vehicle body between the left and right tires of the vehicle C on the vehicle 4 and communicating with the cleaning medium supply means 9. Vehicle body bottom cleaning medium jetting portions 8A and 8B (regardless of whether the driving force of each vehicle is the driving force or the driving force of each vehicle), and the travel region of the vehicle C in the gantry body 2 The cleaning medium supply means 9 A vehicle body cleaning medium injection unit having a two-stage nozzle structure in which three nozzles 10 are arranged on both sides and distributed in a two-stage nozzle structure with a total of six nozzles 10 arranged on both sides for tire side portions and vehicle body side portions. The vehicle body side portion cleaning medium jetting portions 81A and 81B (whether the driving force of the tires of the vehicle is used as each driving source or the power is used as each driving source) are included.

  Next, specific configurations of the rear wheel mount 4 and the front wheel mount 6 will be described in detail.

  The rear wheel mount 4 corresponds to the rear wheel of the double tire of the vehicle C, and the front wheel mount 6 corresponds to the single tire of the vehicle C.

  That is, the rear wheel mount 4 is arranged in a direction orthogonal to the traveling direction of the vehicle C and includes a total of eight rear wheel drive roller groups.

  Specifically, between the left-side inlet slope 3 and the left-side central slope 5, two pieces are separated at two predetermined intervals for the rear wheel of the left double tire of the vehicle C, A total of four rear wheel drive rollers 11 are arranged in parallel.

  The rear wheels of the double tire on the left side of the vehicle C are placed on the rear wheel drive rollers 11 of a small distance between two sets, one set in total.

  Similarly, between the right-side entrance slope 3 and the right-side center slope 5, the vehicle C is separated into two places at predetermined intervals for the rear wheel of the right double tire, for a total of 4 pieces each. The rear wheel drive rollers 11 are arranged in parallel.

  The rear wheels of the double tire on the right side of the vehicle C are placed on the rear wheel drive rollers 11 of a small distance between two sets, one set in total.

  A pair of bearing units (flange type bearing unit, pillow type bearing unit, etc.) 12 and 12 are arranged in parallel at predetermined intervals along the traveling direction of the vehicle C on both the left and right outer sides of the rear wheel drive roller group. Four long shafts 13 are arranged in parallel at predetermined intervals while a chain coupling 14 is interposed at the center of each of the units 12 and 12 in a direction perpendicular to the traveling direction.

  Each of the long shafts 13 is configured to be rotatably supported in a state in which a total of four sets of the rear wheel drive rollers 11 are respectively fitted, two in a row perpendicular to the traveling direction.

  A clutch brake 15 is provided on the rear wheel mount 4 side. That is, as shown in FIG. 1, the clutch brake 15 is disposed adjacent to the chain coupling 14 on the third long shaft 13 from the front in the traveling direction among the four long shafts 13 in total. The left and right rear wheel drive rollers 11 supported by the third long shaft 13 are restricted in rotation.

  Further, the front wheel mount 6 disposed further ahead of the central slope 5 ahead of the rear wheel mount 4 is provided with a total of four front wheel drive roller groups in an arrangement perpendicular to the traveling direction of the vehicle C.

  More specifically, between the left central slope 5 and the left outlet slope 7, two front wheel drive rollers 21 are arranged in parallel at predetermined intervals for the front wheel of the left single tire of the vehicle C. ing.

  Similarly, between the right central slope 5 and the right outlet slope 7, two front wheel drive rollers 21 are arranged in parallel at predetermined intervals for the front wheel of the right single tire of the vehicle C. .

  In addition, a pair of bearing units (flange type bearing unit, pillow type bearing unit, etc.) 22 and 22 are arranged in parallel at a predetermined interval along the traveling direction of the vehicle C on both the left and right outer sides of the front wheel drive roller group. Two long shafts 23 are arranged in parallel at a predetermined interval while a chain coupling 24 is interposed in the center position in a direction orthogonal to the traveling direction with respect to 22 and 22, and each long shaft 23 is orthogonal to the traveling direction. In this state, a total of four front wheel drive rollers 21 that are arranged side by side in the direction in which they are to be mounted are respectively fitted and rotatably supported.

  The rear wheel driving roller 11 and the front wheel driving roller 21 each have a convex surface formed in a spiral shape and are configured such that the tire rotates toward the center. Without having the advantage that mud does not fly away.

  Further, the vehicle mud drop cleaning apparatus 1 of the present embodiment is provided with a rotation interlocking mechanism 31 (vehicle for synchronizing the rotation of the rear wheel driving roller group and the front wheel driving roller group in accordance with the driving operation of the cleaning medium supply means 9. Regardless of whether the tire's idling force is used as each driving source or electric power is used as each driving source).

  The cleaning medium supply means 9, which will be described in detail later, includes a tank 41 for storing cleaning water, a pump 42 for pumping cleaning water in order to perform mud dropping cleaning of the vehicle C (the driving force is applied to the idling force of vehicle tires). Whether or not power is used as each driving source). A driven pulley 44 is attached to a rotating shaft constituting the pump 42.

  Note that two pumps 42 may be provided on both sides of the vehicle mud drop cleaning apparatus 1. In that case, each of the following parts linked to the pump 42 described later is provided.

As shown in FIGS. 5 and 6, the tank 41 includes a main body 37 having a capacity of 3.4 m ³ , a float 38, a connection plug 39, and the like.

  As shown in FIGS. 6 and 7, the pump 42 includes a driven pulley 44, a pump base 56, a strainer 57, an air vent valve 58, a valve 52, and the like.

  Further, in the rear wheel mount 4, each length of the first to fourth shafts when viewed from the inlet side slope 3 side with respect to one bearing unit 12 on the rear wheel drive roller group side (lower side in FIG. 1). One end of the shaft 13 is passed through and protruded laterally, a driving pulley 32 is attached to the protruding end portion of the first long shaft 13, and a sprocket 33 is attached to the inside thereof.

  The cleaning medium supply means 9 stretches the belt 34 between the driven pulley 44 and the driving pulley 32, and the rotation of the first long shaft 13 accompanying the rotation of the tire of the rear wheel in the vehicle C is passed through the belt 34. The pump 42 is transmitted to the pump 42 so that the pump 42 is in an operating state.

  In addition, a total of six sprockets 33 are attached to each projecting end of each of the second, third, and fourth long shafts 13, two inside and one outside.

  The first chain 35a is placed between the first sprocket 33 on the long shaft 13 side and the sprocket 33 on the inner side of the second long shaft 13, and the third sprocket 33 on the outer side of the second long shaft 13 and the third long shaft 13a. The second chain 35 b is spanned between the sprockets 33 outside the shaft 13, and the third chain 35 c is spanned between the sprocket 33 inside the third long shaft 13 and the sprocket 33 inside the fourth long shaft 13. The rotational force is transmitted from the first long axis 13 to the second long axis 13, the third long axis 13, and the fourth long axis 13 in order.

  Further, one end of the first long shaft 23 is penetrated through one side of the bearing unit 22 on the front wheel drive roller group side (lower side in FIG. 1) as viewed from the central slope 5 side, and is protruded laterally. Two inner and outer sprockets 33 are attached to the projecting one end, and one bearing unit 22 is projected sideways through one end of the second long shaft 23 as viewed from the central slope 5 side. One sprocket 33 is attached to one end protruding.

  A fourth chain 35d is disposed between the outer sprocket 33 attached to the fourth long shaft 13 on the rear wheel drive roller group side and the outer sprocket 33 attached to the first long shaft 23 on the front wheel drive roller group side. Further, the fifth chain 35e is passed between the inner sprocket 33 attached to the first long shaft 23 on the front wheel driving roller group side and the second sprocket 33 attached to the second long shaft 23, and the rear wheel The rotational force of the fourth long shaft 13 on the drive roller group side is transmitted in order to the first long shaft 23 and the second long shaft 23 on the front wheel drive roller group side.

  In FIGS. 1 and 3, reference numeral 36 denotes a guardrail.

  Next, the cleaning medium supply means 9 will be described with reference to FIGS. 1, 2, 4 to 7.

  The cleaning medium supply means 9 includes a tank 41 for storing water as one of a predetermined amount of cleaning medium, a pump 42 to which water is supplied from the tank 41 via a valve 52, and water from the pump 42. The rear wheel mount side cleaning medium supply conduit 51 disposed on the rear wheel mount 4 side, the front wheel mount side cleaning medium supply conduit 61 disposed on the front wheel mount 6 side, and the bottom of the vehicle body disposed at the two locations. From the cleaning medium injection units 8A and 8B, the pair of left and right vehicle body side cleaning medium injection units 81A and 81B, and the rear wheel mount side cleaning medium supply line 51 to the front wheel mount side cleaning medium supply line 61 In addition to sending the cleaning medium, the vehicle body bottom cleaning medium injection sections 8A and 8B and the vehicle body side cleaning medium injection sections 81A and 81B are also provided with a connected cleaning medium supply pipe 71.

  The rear wheel mount side cleaning medium supply pipe 51 is arranged in parallel with the inlet piping material 53 made of a hose or the like connected to the discharge side of the pump 42 and the inside of the pair of bearing units 12 in the rear wheel mount 4. A pair of guide piping members 54, 54 formed of hoses and the like, and a pair of parallel arrangements in which the rear wheel mount 4 is disposed in a direction orthogonal to the traveling direction of the vehicle C and both ends are connected to the pair of guide piping members 54, 54 Nozzle piping members 55 and 55, and a total of twelve nozzles 10 each having six nozzles attached to the pair of nozzle piping members 55 and 55 in an arrangement in which the outlet of the cleaning medium faces upward. It has.

  That is, with respect to the first nozzle piping material 55, three nozzles 10 are attached at a predetermined interval for the right wheel, and three nozzles 10 are attached at a predetermined interval for the left wheel. The same applies to the second nozzle piping material 55.

  Further, the first nozzle piping material 55 is in an intermediate position between the first long axis 13 and the second long axis 13, and the second nozzle piping material 55 is the third long axis 13 and the fourth long axis 13. It arrange | positions in the intermediate position with the long axis 13.

  Furthermore, the height of the arrangement position of each nozzle 10 is substantially equal to the height of the long shaft 13 that supports the rear wheel drive roller 11.

  The inlet piping member 53, the pair of guide piping members 54, 54, and the pair of nozzle piping members 55, 55 are not described in detail, but water as a cleaning medium can be circulated by known means. The nozzles 10 are configured to inject water from the nozzles 10 toward the bottom (outer periphery) of the tires of the rear wheels of the vehicle C entering the rear wheel driving rollers 11.

  As shown in FIG. 1, the vehicle body bottom cleaning medium injection unit 8 </ b> A on the rear wheel mount 4 side is a drawer branched from the nozzle piping material 55 at an intermediate position before the pair of left and right rear wheel drive rollers 11, 11. Piping material 75, bottom nozzle piping material 76 attached to the end of this drawing piping material 75 so as to be parallel to the rear wheel drive rollers 11, 11, and bottom nozzle piping material 76, for example, at both corners And two nozzles 10 arranged toward the bottom of the vehicle body of the vehicle C.

  The front wheel mount side cleaning medium supply pipe 61 receives water, which is a cleaning medium from a connected cleaning medium supply pipe 71, which will be described in detail later, and enters the front wheel drive rollers 21 from the nozzles 10. Water is jetted toward the tire of each front wheel of C.

  That is, the front wheel mount side cleaning medium supply conduit 61 includes a pair of guide piping members 62 and 62 each including a hose or the like arranged in parallel inside the pair of bearing units 22 in the front wheel mount 6 and the front wheel mount 6. One nozzle piping member 63 having both ends connected to a pair of guide piping members 62, 62 in a direction orthogonal to the traveling direction of the vehicle C, and the cleaning medium outlet facing upward with respect to the nozzle piping member 63 A total of six nozzles 10 each attached to the arrangement.

  Further, three nozzles 10 are attached to the nozzle piping member 63 at a predetermined interval for the right wheel, and three nozzles 10 are attached at a predetermined interval for the left wheel.

  The pair of guide piping members 62 and 62 and the nozzle piping member 63 are not described in detail, but are connected so that water, which is a cleaning medium, can be circulated by known means. The water is jetted toward the tires of the front wheels of the vehicle C entering the front wheel drive rollers 21.

  Further, the height of the arrangement position of each nozzle 10 is substantially equal to the height of the long shaft 23 that supports the front wheel drive roller 21.

  The vehicle body bottom cleaning medium injection unit 8B on the front wheel mount 6 side is parallel to the front wheel drive rollers 21 and 21 at an intermediate position in front of the pair of left and right front wheel drive rollers 21 and 21 on the front wheel mount 6 side. And the two nozzles 10 arranged at both corners of the bottom nozzle piping member 77 toward the vehicle body bottom portion of the vehicle C, for example.

  The connected cleaning medium supply pipe 71 is connected to the rear wheel mount side cleaning medium supply pipe 51 and includes a connecting piping material 72 having the other end connected to the front wheel mount side cleaning medium supply pipe 61. Yes.

  In the middle of the connecting pipe material 72, a branch pipe unit 73 having a configuration having one inlet port and three outlet ports using a branch valve is disposed. The cleaning medium is supplied to the side cleaning medium supply pipe 61, and the cleaning medium is supplied to the vehicle body side cleaning medium spraying portions 81A and 81B through a pair of left and right distribution pipings 74 and 74. Yes.

  As shown in FIG. 1, the vehicle body side cleaning medium injection part 81 </ b> A is located on the left side of the traveling area of the vehicle C in the gantry body 2, and the vehicle body side cleaning medium injection part 81 </ b> B is located on the gantry body. 2 is disposed in the right region of the traveling region of the vehicle C.

  The vehicle body side cleaning medium injection unit 81A communicates with the distribution piping 74, and is provided with a left side piping 82a piped in a state of being located over the left side of the front wheel mount 6 and the rear wheel mount 4, and a left side. Three vertical pipes 83 erected at a predetermined height in the vertical direction from the pipe line 82a, and for each of the vertical pipe lines 83 for tire side portions and vehicle body side portions (for example, the loading platform side portion of the vehicle C) For each of the cleaning medium ejection nozzles 10 (total of 6 nozzles) mounted in the upper and lower two-stage arrangement and toward the inside of the gantry body 2.

  The three vertical pipes 83 are arranged, for example, at two positions corresponding to the extension lines of the two nozzle piping members 55 on the rear wheel mount 4 side and on the front wheel mount 6 side slip piping member 63. The distributed arrangement is such that one is located at a position corresponding to the extended line.

  Similarly, the vehicle body side cleaning medium injection unit 81B communicates with the distribution piping 74 and is provided with a right side piping 82b piped in a state of being located over the right side of the front wheel mount 6 and the rear wheel mount 4. , Three vertical pipes 83 erected at a predetermined height in the vertical direction from the left side pipe line 82b, and for each of the vertical pipe lines 83 for the tire side portion and the vehicle body side portion (for example, the vehicle C The cleaning medium jetting nozzles 10 (6 in total) are mounted in the upper and lower two-stage arrangement as the loading platform side part) and are directed toward the inside of the gantry body 2.

  The arrangement of the three vertical pipes 83 in this case is symmetrically arranged with the three vertical pipes 83 on the side of the vehicle body side cleaning medium ejection part 81A and the gantry body 2 interposed therebetween.

  Next, with reference to FIG. 8 and FIG. 9, the mud drop cleaning aspect of the vehicle C by the vehicle mud drop washing apparatus 1 which concerns on a present Example is demonstrated.

  In the initial state, it is assumed that the cleaning medium is set to be supplied.

  In the vehicle mud drop cleaning apparatus 1 according to the present embodiment, as shown in FIG. 10 (a), the vehicle C slowly proceeds on the gantry body 2 from the inlet side slope 3 side, and then in FIG. 10 (b). As shown, the front wheel is moved to the front wheel base 6 and the rear wheel side is moved to the rear wheel base 4 and stopped.

  Next, the driver of the vehicle C puts the gear in the second speed, for example, accelerates it to about 30 km / h, performs idle driving for about 5 to 10 seconds, then returns the gear to neutral, and stops the tire completely. .

  At this time, along with the rotation of the rear wheel tire that is driven to rotate by the engine during idle driving for about 5 to 10 seconds, the first long shaft 13 rotates as the driving shaft and interlocks as described above. As a result, the pump 42 is in operation, and the water supplied from the tank 41 is supplied by the pump 42 to the rear wheel mount side cleaning medium supply pipe 51, the connected cleaning medium supply pipe 71, and the vehicle body bottom cleaning medium injection sections 8A and 8B. Water is passed through the vehicle body side cleaning medium injection units 81A and 81B and the front wheel mount side cleaning medium supply conduit 61.

  Further, the operation of the rotation interlocking mechanism 31 causes the other tires on the rear wheel side of the vehicle C and the tires on the front wheel side to rotate idle for about 5 to 10 seconds.

  As a result, water is sprayed from the nozzles 10 provided in the rear wheel mount side cleaning medium supply pipe 51 toward the bottoms of the rotating tires of the rear wheels of the vehicle C and adheres to the bottoms of these tires. The mud is washed away.

  Further, water is sprayed from the nozzles 10 of the vehicle body bottom cleaning medium injection unit 8A toward the vehicle body bottom of the vehicle C, and the mud adhering to the vehicle body bottom is washed away.

  Further, the left and right vehicle side portions of the vehicle C and the left side of the vehicle 10 are separated from the upper and lower nozzles 10 arranged in the two vertical piping passages 82a on the rear wheel mount 4 side of the vehicle body side cleaning medium injection portion 81A. Water is sprayed toward the side of the tire on the rear wheel, and the mud adhering to these parts is washed away.

  Similarly, the right side of the vehicle C on the right side of the vehicle C and the right side of the nozzle 10 are arranged in two upper and lower stages arranged in the two vertical piping passages 82a on the rear wheel mount 4 side of the vehicle body side cleaning medium injection part 81B. Water is sprayed toward the side of the tire of the rear wheel, and the mud adhering to these parts is washed away.

  The water injection state with respect to each part of the vehicle C in these cases is shown in FIG.

  On the other hand, on the front wheel side of the vehicle C, water is sprayed from the nozzles 10 provided in the front wheel mount side cleaning medium supply conduit 61 toward the bottom of each rotating tire of the front wheel of the vehicle C. The mud adhering to the bottom is washed away.

  Further, water is sprayed from the nozzles 10 of the vehicle body bottom cleaning medium injection unit 8B toward the vehicle body bottom on the front wheel side of the vehicle C, and mud adhering to the vehicle body bottom is washed away.

  Further, from the nozzles 10 arranged in two upper and lower stages arranged in one vertical piping path 82a on the front wheel mount 6 side of the vehicle body side portion cleaning medium injection portion 81A, the vehicle body side portion on the left side of the front wheel side of the vehicle C and the left side. Water is sprayed toward the side of the front wheel tire, and the mud adhering to these parts is washed away.

  Similarly, the vehicle body side portion on the right side of the vehicle C and the right side portion of the right side of the vehicle C and the right side of the right side of the vehicle C are arranged from the upper and lower nozzles 10 arranged in one vertical piping path 82a on the front wheel mount 6 side of the vehicle body side portion cleaning medium injection portion 81B. Water is sprayed toward the side of the tire on the rear wheel, and the mud adhering to these parts is washed away.

  Next, when about 5 to 10 seconds elapse and the tire is completely stopped, the pump 42 is also stopped.

  Next, as shown in FIG. 10 (c), the driver of the vehicle C puts the gear back and moves the vehicle C backward by about 50 cm.

  Thereafter, as shown in FIG. 10 (d), the gear is set to, for example, the first speed and the like, and slowly proceeds on the gantry body 2, and travels forward from the outlet side slope 7 to complete a series of operations.

  According to the vehicle mud drop cleaning apparatus 1 of the present embodiment described above, the driver simply moves the vehicle C onto the gantry body 2 and performs a simple driving operation for idling for about 5 to 10 seconds. By using the engine power of the vehicle C, for example, the bottom (outer periphery) and side portions of the front and rear tires of the vehicle C such as a dump truck entering and exiting the construction site, the bottom of the vehicle, and the bottom of the vehicle, the mud adhered to the side of the vehicle, Moreover, it can be removed all at once in a short time, and it becomes possible to prevent the road around the construction site from being contaminated and the environment from deteriorating.

  The arrangement and specifications of the vehicle body bottom cleaning medium injection units 8A and 8B, the number of installed vertical piping passages 83 of the vehicle body side cleaning medium injection units 81A and 81B, and the like are limited to the configuration of the above-described embodiment. However, various modifications are possible depending on the size of the target vehicle C.

  INDUSTRIAL APPLICABILITY The present invention can be used as a dump truck and a vehicle mud drop cleaning device for vehicles similar to dump trucks.

DESCRIPTION OF SYMBOLS 1 Vehicle mud drop washing apparatus 2 Base frame 3 Inlet side slope 4 Rear wheel mount 5 Central slope 6 Front wheel mount 7 Outlet side slope 8A Cleaning medium injection part for vehicle body bottom part 8B Cleaning medium injection part for vehicle body bottom part 9 Cleaning medium supply means 10 Nozzle DESCRIPTION OF SYMBOLS 11 Rear wheel drive roller 12 Bearing unit 13 Long shaft 14 Chain coupling 15 Clutch brake 21 Front wheel drive roller 22 Bearing unit 23 Long shaft 24 Chain coupling 31 Rotation interlocking mechanism part 32 Drive pulley 33 Sprocket 34 Belt 35a First chain 35b First 2 chain 35c 3rd chain 35d 4th chain 35e 5th chain 36 Guard rail 37 Main body 38 Float 39 Connection plug 41 Tank 42 Pump 44 Driven pulley 51 Rear wheel mount side cleaning medium supply line 52 Valve 53 Inlet Pipe material 54 Guide piping material 55 Nozzle piping material 56 Pump stand 57 Strainer 58 Air vent valve 61 Front wheel mount side cleaning medium supply conduit 62 Guide piping material 63 Nozzle piping material 71 Connected cleaning medium supply conduit 72 Connecting piping material 73 minutes Piping unit 74 Distribution piping 75 Pull-out piping material 76 Bottom nozzle piping material 77 Bottom nozzle piping material 81A Car body side cleaning medium injection part 81B Car body side cleaning medium injection part 82a Left side piping path 82b Right side Pipe line 83 Vertical pipe line C Vehicle

Claims (2)

Front wheel base, rear wheel base, front slope base, and central slope connecting the front wheel base and rear wheel base, entrance slope connecting to the rear wheel base for entering the vehicle, and entry to the front wheel base A gantry body comprising an outlet-side slope of
A front wheel drive roller, a rear wheel drive roller provided on each of the front wheel mount and the rear wheel mount;
A cleaning medium supply means for supplying a cleaning medium, comprising a tank and a pump for storing the cleaning medium;
Rotation interlocking means for rotating the front wheel drive roller in conjunction with the rotational force of the rear wheel drive roller by the engine operation of the vehicle located on the rear wheel mount, and for setting the pump of the cleaning medium supply means to an operating state;
A cleaning medium provided on each of the front wheel mount and the rear wheel mount and having nozzles directed to the bottoms of the respective tires on both the left and right sides of the vehicle riding on the front wheel mount and the rear wheel mount, and communicated with the cleaning medium supply means A supply line;
A vehicle body cleaning medium injection unit having a nozzle for injecting the cleaning medium to the vehicle body bottom part of the vehicle mounted on the front wheel base, the rear wheel base, and the left and right vehicle body side parts, and communicating with the cleaning medium supply pipe;
Have
The front tire frame, the front wheel of the vehicle on the rear wheel frame, the tires of the rear wheel, the bottom of the vehicle body, and the vehicle body side of the vehicle, the cleaning medium is injected into the mud drop of the tire and the vehicle body parts of the vehicle. A vehicle mud drop cleaning device characterized by performing cleaning. Front wheel base, rear wheel base, front slope base, and central slope connecting the front wheel base and rear wheel base, entrance slope connecting to the rear wheel base for entering the vehicle, and entry to the front wheel base A gantry body comprising an outlet-side slope of
A front wheel drive roller, a rear wheel drive roller provided on each of the front wheel mount and the rear wheel mount;
A cleaning medium supply means for supplying a cleaning medium, comprising a tank and a pump for storing the cleaning medium;
Rotation interlocking means for rotating the front wheel drive roller in conjunction with the rotational force of the rear wheel drive roller by the engine operation of the vehicle located on the rear wheel mount, and for setting the pump of the cleaning medium supply means to an operating state;
A cleaning medium provided on each of the front wheel mount and the rear wheel mount and having nozzles directed to the bottoms of the respective tires on both the left and right sides of the vehicle riding on the front wheel mount and the rear wheel mount, and communicated with the cleaning medium supply means A supply line;
A vehicle body bottom cleaning medium injection unit having a nozzle provided at a position below the vehicle body bottom between the left and right tires in the vehicle mounted on the front wheel mount and the rear wheel mount and communicating with the cleaning medium supply pipe;
A vehicle body side cleaning medium ejecting section provided at each side position of the vehicle travel region in the gantry body, each having a nozzle communicating with the cleaning medium supply pipe;
Have
The front tire frame, the front wheel and rear wheel tires of the vehicle on the rear wheel frame, the vehicle body bottom portion, and the vehicle body side portion of the vehicle are sprayed with a cleaning medium, and the vehicle tire and the vehicle body mud A vehicle mud drop cleaning apparatus characterized in that it performs drop cleaning.

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