KR20160022952A - Wheel washing apparatus - Google Patents

Abstract

The present invention relates to a wheel washing apparatus, which comprises: a wheel washing support frame formed by connecting a plurality of frames; a water collection tank installed in the lower part of the wheel washing support frame and gathering waste matter while collecting the washing water; a rotation operating unit positioned in the upper part of the wheel washing support frame and installing a pair of wheel washing rollers at portions corresponding to vehicle wheels, respectively; a rotational force transmitting unit rotationally operating the wheel washing rollers positioned in the front and the rear thereof by making the wheel washing rollers interwork; a washing line installed in the upper part of the wheel washing support frame and forming spraying holes for spraying the washing water supplied via the water collection tank to be spaced at regular intervals on an inner side; a discharging unit connected to the water collection tank and discharging the waste matter to the outside using a discharge conveyor; a driving motor supplying a driving force to the rotation operation unit and the discharging unit, and supplying power to a drainage pump housed within the water collection tank to supply the water of the water collection tank to the washing line; and a vehicle rotational motor supplying the driving force to the rotation operation unit and the discharging unit and supplying power to a water pump installed in the upper part of the water collection tank to supply the water of the water collection tank to the washing line when the driving motor is not used. An embodiment of the present invention is easily installed because location constraints are small as well as is capable of removing soil, fly ash, dust, etc. attached on the lower part of a chassis or wheels of the vehicle by using the wheel driving force of the vehicle and the water pump in a construction field to which power is not supplied or a construction field in which power generation facilities are not installed besides a construction field to which power is supplied.

Description

WHEEL WASHING APPARATUS

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a wheel-washing machine, and more particularly, to a wheel-washing machine capable of cleaning a vehicle at a construction site where power is supplied or a power-

Generally, the wheel loader has various kinds of dust, dust, scattering, and soil generated in the construction site, civil engineering site, remicon factory, cement factory, briquette factory, land reclamation site, aggregate collection site, And it is a device that is installed in the entrance of the construction site to clean and clean the pollutants which are not exposed to the outside by spraying with water.

The hand wheel unit for performing such a function is briefly described as follows. The wheel chair comprises a water tank in which water for washing is stored, a frame in which the water tank is installed, a pair of rollers rotatably supported on the upper and lower sides of the frame, A washing water pipe provided around the roller and spraying high pressure washing water through the spray nozzle at various angles, a pump for supplying water to the washing water pipe, and a soil, Sand, gravel and the like to the outside.

In the above-described vehicle wheeling machine, when the driving wheel is pressed while the front wheel is stopped by the wheel of the vehicle on which the cargo such as sand, sand or gravel is loaded at the construction site, the roller is rotated and the pump is operated The cleaning water is supplied to the washing water pipe and is sprayed to the lower part of the vehicle and the wheel at high pressure through the injection nozzle to be cleaned and then the front wheel is cleaned and the rear wheel is positioned on the roller.

However, there is a problem that the conventional wheel-washing machine can not be used at a construction site where no electric power is supplied or a construction site where there is no electric power generation facility.

That is, the conventional wheel-washing machine is not usable in a place where electric power is difficult to supply or where there is no self-generating facility, and in addition, various facilities are required to use the above-mentioned wheel-drive machine,

In addition, the conventional wheel loader only removes dust, dust, scattering, and gravel adhered to the wheel and wheel, and can not remove the tread of the tire, the pebbles or the like that are caught in the valley, and thus the tire is damaged and the road is damaged.

Korean Utility Model Registration No. 20-0421100 Korean Patent Publication No. 2003-076538

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide a vehicle driving force control system and a vehicle driving force control system, It is possible to remove soil, scattering, dust and the like on the lower part of the vehicle body or on the wheel.

Further, it is an object of the present invention to provide a brush roller which can be detachably attached to a wheel roller with a gap therebetween so as to remove pebbles or the like that are caught by the tread or the valley of the tire.

A wheel-washing machine according to an embodiment of the present invention includes: a wheel supporting frame formed by connecting a plurality of frames; A water collecting tank installed at a lower portion of the wheel support frame and collecting washing water while collecting dirt; A rotation operating part which is positioned above the wheel support frame and on which a pair of wheel rollers are mounted respectively at parts corresponding to the wheels of the vehicle; A rotational force transmitting portion for rotationally operating the wheel rollers located before and after the wheel rollers; A cleaning line mounted on the upper portion of the wheel support frame and having a spray hole for spraying wash water supplied through a water collection tank at an interval inside the wash line; A discharge unit connected to the water collecting tank and discharging the dirt to the outside using a discharge conveyor; A driving motor for supplying driving force to the rotating operation unit and the discharge unit and supplying power to the drain pump accommodated in the water collecting tank to supply water to the washing line to the washing line; When the driving motor is not used, a driving force is applied to the rotary actuating part and the discharging part by using the wheel driving force of the vehicle rotating in the rotary actuating part and power is supplied to the water pump installed on the upper part of the water collecting tank, And a vehicle rotation motor for supplying the vehicle.

A brush is detachably mounted on the outer surface of the wheel roller, and a spray nozzle is attached to the spray hole of the cleaning line so as to easily supply wash water according to the size and position of the wheel of the vehicle. Can be mounted.

Further, a charger capable of charging the power source using a rotational force may be further provided on one side of the vehicle rotation motor.

According to the embodiment of the present invention, in a construction site where power is not supplied or a construction site where power generation facilities are not installed in addition to a construction site where power is supplied, , Scattering, dust and the like can be removed, and since there are few restrictions on the place, it is easy to install.

In addition, it is possible to remove the pebbles and gravel that are caught in the treads and the valleys of the tire by arranging the brushes so as to be spaced apart from the wheel roller, thereby reducing damage to the tire and damage to the roads. have.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing a wheel-washing machine according to the present invention;
2 is a side view showing a wheel-washing machine according to the present invention.
Fig. 3 is a schematic front sectional view showing a wheel-washing machine according to the present invention; Fig.
FIG. 4 is a process sequence diagram showing an operating state of the wheel warmer according to the present invention. FIG.
5 is a plan view showing a combined state of a rotational operation unit and a rotational force transmitting unit constituting a wheel-washing machine according to the present invention.
6 is a view showing another embodiment of a wheel roller constituting a wheeling machine according to the present invention;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated with like reference numerals throughout the specification.

1 is a plan view of a wheel-washing machine according to the present invention, FIG. 2 is a side view showing a wheel-washing machine according to the present invention, and FIG. 3 is a cross- And FIG. 4 is a process sequence diagram showing an operating state of a wheel-washing machine according to the present invention. FIG. 5 is a plan view showing a combined state of a rotational operation unit and a rotational force transmitting unit constituting a wheel- 6 is a view showing another embodiment of a wheel roller constituting a wheeling machine according to the present invention.

The wheeler 10 of the present invention comprises a wheel support frame 20, a water collecting tank 30 mounted on the lower portion of the wheel support frame 20, a rotation operation part 40 mounted on the upper part of the wheel support frame 20, A rotation force transmitting portion 50 for interlocking the wheel rollers of the rotary operation portion 40; a cleaning line 60 mounted on the upper portion of the wheel support frame 20 for spraying wash water; A driving motor 80 for providing a driving force to the rotary actuating part 40 and the discharging part 70 and a driving motor 80 for applying a driving force to the driving motor 80, And a vehicle rotation motor 90 for providing a driving force to the rotary operation portion 40 and the discharge portion 70 at the time of opening.

The wheel support frame 20 is formed by combining a plurality of frames 22 having a predetermined size and diameter.

That is, the wheel support frame 20 is formed by combining a plurality of vertical frames and a plurality of horizontal frames formed to have a predetermined size and diameter so as to support the vehicle.

The water collecting tank 30 mounted on the lower portion of the wheel supporting frame 20 has a predetermined size and a receiving space 32 for collecting washing water and dirt therein is formed therein and connected to the discharging unit 70 A discharge passage 34 is formed.

That is, the water collecting tank 30 is disposed at the lower portion of the wheel supporting frame 20, and the upper portion thereof is opened. Inside the water collecting tank 30, a space for collecting washing water that can remove soil, scattering, And a discharge passage 34 is formed on one side of the discharge passage 34 to discharge the dirt dropped through the washing water to the outside.

At this time, it is effective that the front and rear surfaces 36 of the water collecting tank 30 are inclined downward so that dirt such as falling soil, scattered dust, and the like can be collected at the center.

The rotary operation portion 40 mounted on the upper portion of the wheel support frame 20 is composed of a pair of wheel rollers 42 mounted on the corresponding portions of the wheels of the vehicle.

In other words, the rotary operation unit 40 is equipped with a pair of wheel rollers 42 having a predetermined length and diameter corresponding to the wheels of the vehicle and operating individually.

At this time, a bearing portion 43 having a bearing is mounted on an end portion of the wheel roller 42 so that the wheel roller 42 can be smoothly rotated and fixed to the wheel support frame 20, A gear 44, a sprocket, a pulley, and the like are selectively mounted.

On the outer surface of the wheel roller (42), non-slip projections (42a) are formed at intervals so as to prevent sliding of the wheels.

A brush 45 is detachably attached to the outer surface of the wheel roller 42 at intervals so as to remove gravel, gravel, and the like, which are sandwiched between treads and troughs of the tire.

That is, the brush 45 is mounted on the outer surface of the wheel roller 42 with a gap therebetween, so as to remove pebbles and gravel that are caught in the tread or the valley of the tire during the rotation operation, thereby reducing damage to the tire and damage to the road .

The rotational force transmitting portion 50 for interlocking the wheel rollers 42 of the rotary actuating portion 40 rotationally actuates the wheel rollers 42 positioned before and after the driving of the motor or the wheel of the vehicle .

The rotation transmitting portion 50 includes a roller rotation transmitting portion 52 for interlocking the pair of wheel rollers 42 and a rotation transmitting portion 54 for interlocking operation of the roller rotation transmitting portion 52 ).

That is, the rotational force transmitting portion 50 transmits a rotational force generated by the driving motor 80 or the wheel driving force of the vehicle to the pair of wheel worm wheels 52, which are positioned before and after using the roller rotational transmitting portion 52 and the rotational transmitting portion 54, So that the roller 42 can be rotated.

A washing line 60 mounted on the upper portion of the wheel support frame 20 and injecting washing water is selectively mounted around the periphery and the lower edge of the rotary operation portion 40.

That is, the cleaning line 60 may be configured to remove contaminants such as soil, scattering, dust, and the like on the wheels and wheels of the vehicle disposed in the rotary operation unit 40 by using the washing water supplied through the spray holes 62 It is.

At this time, an injection nozzle 64 may be attached to the injection hole 62 to allow the washing water to be easily supplied according to the size and position of the wheel of the vehicle.

The discharge unit 70 for discharging the dirt of the water collecting tank 30 to the outside is connected to the water collecting tank 30 and uses the discharge conveyor 72 to pollute the water contained in the water collecting tank 30, And discharged to the outside.

Here, the plate 74 is mounted on the outer surface of the discharge conveyor 72 at intervals so as to smoothly move the contamination.

That is, the discharge unit 70 operates to receive the rotation force during operation of the driving motor 80 or the vehicle rotation motor 90, and to collect pollutants such as dirt, dust, and dust collected in the water collecting tank 30 by the discharge conveyor 72 And the plate 74, as shown in Fig.

At this time, a synthetic resin plate, a rubber plate, or a diaphragm having a plurality of hollows is selectively mounted on the plate 74 so as to minimize a load due to the movement of dirt.

The driving motor 80 for providing the driving force to the rotary actuating part 40 and the discharging part 70 is constructed by using a known motor other than the motor shown in the drawing.

That is, when the wheels of the vehicle are positioned on the upper, lower, left, and right wheel rollers 42 constituting the rotary operation unit 40, The washing water is supplied to the washing line 60 by operating the drain pump 82 housed in the water collecting tank 30 while rotating the washing water line 42.

A valve 84 is provided in the pipe formed between the drain pump 82 and the cleaning line 60 so as to move or block the washing water according to the operation of the driving motor 80 or the vehicle rotation motor 90.

The vehicle rotation motor 90 that provides the driving force to the rotary operation portion 40 and the discharge portion 70 when the drive motor 80 is not used is not limited to the vehicle rotation motor 90 shown in the drawing, It is optionally used.

A water pump 92 is installed on the upper part of the water collecting tank 30 to supply the washing water of the water collecting tank 30 to the washing line 60 different from the drain pump 82.

That is, the vehicle rotation motor 90 is rotated by the wheel driving force of the vehicle rotating at the wheel rollers 42 of the rotary operation unit 40 at the construction site where the drive motor 80 can not be used, To supply the washing water of the water collecting tank (30) to the washing line (60) by supplying power to the water pump (92) mounted on the upper part of the water collecting tank (30) will be.

The vehicle rotation motor 90 is rotated by the rotation driving part 40 and the discharge part 40 using the rotational force transmitted through the wheel roller 42 of the rotary operation part 40 during the rotation of the wheel of the vehicle, (70) and the water pump (92).

In addition, a charger 100 capable of charging a power source using a rotational force is mounted on one side of the vehicle rotation motor 90. The charger 100 is configured by using a known charger, and a detailed description thereof will be omitted do.

That is, the charger 100 is charged when the vehicle rotation motor 90 operates, and supplies power to the drive motor 80 and the power generation facility.

Hereinafter, a description will be made with reference to an embodiment of a wheel-drive machine configured as described above.

First, a plurality of frames 22 formed with a predetermined size and diameter are combined to form a wheel support frame 20.

A receiving space 32 for collecting washing water and dirt is formed in the lower portion of the wheel support frame 20 and a discharge passage 34 connected to the discharge portion 70 is formed at one side of the receiving space 32 The water collecting tank 30 is mounted.

Next, a rotary operation unit 40 including a pair of wheel rollers 42 mounted on the wheel supporting frame 20 located at the upper portion of the water collecting tank 30 is mounted. At this time, a brush 45 is mounted on the outer surface of the wheel roller 42 so as to be detachable.

A rotation transmitting portion 54 for interlocking operation of the roller rotation transmitting portion 52 for interlocking the pair of wheel rollers 42 and the roller rotation transmitting portion 52 positioned before and after the rotation driving portion 40 (Not shown).

Next, a cleaning line 60 is formed in which a spray hole 62 is formed at intervals so as to remove contamination such as dirt, scattered dust, and the like adhering to wheels and wheels of the vehicle disposed in the rotary operation unit 40 The discharging portion 70 to which the discharging conveyor 72 is mounted is mounted on one side of the wheel supporting frame 20 to the collecting tank 30.

A drain pump 82 accommodated in the water collecting tank 30 and a drive motor 80 for providing a driving force to the rotary operation unit 40 and the discharge unit 70 are mounted on the upper portion of the wheel support frame 20 A water pump 92 mounted on the upper portion of the water collecting tank 30 and a vehicle rotation motor 90 for providing a driving force to the rotary operation portion 40 and the discharge portion 70 with a gap from the drive motor 80 The assembly of the wheel fixing machine 10 is completed.

Here, the assembling procedure of the wheeling machine may be configured differently from that described above, and a controller and a power supply line for controlling the operation of the wheeling machine 10 may be configured by a known configuration, and a detailed description thereof will be omitted.

Next, the state of use of the above-described vehicle wheeling machine will be described.

First, when the vehicle wheel unit 10 is installed at a construction site where power is supplied, the front wheel of a vehicle loaded with cargo such as sand, gravel or the like is fed to the front wheel roller 42 of the rotary operation unit 40 The control unit is operated in a state where the vehicle is stopped.

The driving motor 80 rotates and operates the wheel roller 42 of the rotary operation unit 40 while operating the drain pump 82 accommodated in the water collecting tank 30 to rotate the washing roller 60, The washing water contained in the containing space 32 of the water collecting tank 30 is supplied.

Dirt such as dust, dust, scattering, and gravel falling down to the bottom by the washing water discharged through the spray hole 62 of the washing line 60 is stored in the receiving space 32 of the water collecting tank 30, And then discharged to the outside along the discharge conveyor 72 of the discharge unit 70.

At this time, the chain or belt connected to the vehicle rotation motor 90 and the wheel roller 42 of the rotary operation unit 40 is removed.

Next, when the vehicle wheel 10 is installed at a construction site where power is not supplied, the front wheel of the vehicle on which the cargo such as sand, grit, and the like is mounted is rotated by the front wheel rollers 42 And then the wheel of the vehicle is rotated in place.

The rotational force of the wheel roller 42 of the rotary operation portion 40 drives the vehicle rotation motor 90 and the vehicle rotation motor 90 drives the water pump 90 mounted on the upper portion of the water collecting tank 30 So that the washing water contained in the containing space 32 of the water collecting tank 30 is supplied to the washing line 60.

Dirt such as dust, dust, scattering, and gravel falling down to the bottom by the washing water discharged through the spray hole 62 of the washing line 60 is stored in the receiving space 32 of the water collecting tank 30, And then discharged to the outside along the discharge conveyor 72 of the discharge unit 70.

As described above, in the present invention, the wheel loader of the present invention can be used in a construction site where power is not supplied or a construction site where power generation facilities are not installed in addition to a construction site where power is supplied, It is possible to remove scattering, dust and the like, and it is advantageous in that it is less restricted in places.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Should be interpreted as being.

10: a wheel-drive machine, 20: a wheel support frame,
30: water collecting tank, 40: rotating operation part,
50: Torque transmission part, 60: Cleaning line,
70: discharge portion, 80: drive motor,
90: Vehicle rotation motor.

Claims (3)

A wheel supporting frame formed by connecting a plurality of frames;
A water collecting tank installed at a lower portion of the wheel support frame and collecting washing water while collecting dirt;
A rotation operating part which is positioned above the wheel support frame and on which a pair of wheel rollers are mounted respectively at parts corresponding to the wheels of the vehicle;
A rotational force transmitting portion for rotationally operating the wheel rollers located before and after the wheel rollers;
A cleaning line mounted on the upper portion of the wheel support frame and having a spray hole for spraying wash water supplied through a water collection tank at an interval inside the wash line;
A discharge unit connected to the water collecting tank and discharging the dirt to the outside using a discharge conveyor;
A driving motor for supplying driving force to the rotating operation unit and the discharge unit and supplying power to the drain pump accommodated in the water collecting tank and supplying water to the washing line to the washing line;
When the driving motor is not used, a driving force is applied to the rotary actuating part and the discharging part by using the wheel driving force of the vehicle rotating in the rotary actuating part and power is supplied to the water pump installed on the upper part of the water collecting tank, And a vehicle rotation motor for supplying the vehicle wheel.
The method according to claim 1,
A brush is detachably mounted on the outer surface of the wheel roller at an interval,
Wherein a spray nozzle is detachably mounted on the spray hole of the washing line so as to easily supply wash water according to the size and position of the wheel of the vehicle.
The method according to claim 1,
And a charger capable of charging the power source by using a rotational force is further provided on one side of the vehicle rotation motor.

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