KR101387112B1 - Vehicle cleaning apparatus - Google Patents

Abstract

The present invention relates to a mobile car wash device, and more preferably a method of washing car with a hand mop after sprinkling water in a bucket while moving various car installations in a trunk or a cargo compartment of a car used by a car wash service company. Instead of using the car wash equipment installed in the car to be able to quickly wash the car parked in the parking lot.

Description

Mobile car wash {VEHICLE CLEANING APPARATUS}

The present invention relates to a mobile car wash device, and more preferably a method of washing car with a hand mop after sprinkling water in a bucket while moving various car installations in a trunk or a cargo compartment of a car used by a car wash service company. Instead of using a car wash installed in the car to easily wash the car parked in the parking lot, etc. quickly.

In general, when the inside and outside of a car is contaminated with dust dirt, the car is maintained by removing dirt using a car vacuum cleaner and a hand mop provided in the car. Bars and cleaning methods are classified into three types: suction of dust inside the vehicle using a vacuum cleaner, external car wash using water, and waxing for appearance appearance of the vehicle.

The cleaning of such vehicles is a situation where the cleaning supplies are individually purchased as needed and carried out individually, or a method of automatically washing the car at a commercial car wash or the like is generally used.

However, the conventional car cleaning products are expensive or inconvenient to use, there is a hassle to purchase all the cleaning supplies corresponding to each function, and when washing the car can not wash every corner of the car outside, Car washes use a lot of water, so there was a loss of resources due to waste water.

And because you often do not stop at the car wash, but only when you put the oil was a problem that you can not always keep the car clean.

Thus, in general, the car owner washes the car periodically through a car wash service provider so that the car can be kept clean at all times, but this is also expensive, and water pollution as well as a lot of labor to wash the car. Because it is difficult to use because it takes a long time to wash.

In addition, when the car wash is not commissioned to a car wash service company, the self-driver must separately purchase a vacuum cleaner, a polisher, and a car wash sprayer, which is not practical.

The present invention was created in order to solve the above problems, install a car wash device in the car of the car wash service company to wash the car every day or on a fixed day so that the car parked in the parking lot to always run clean and move the vehicle It aims to allow a large amount of cars to be washed in the early hours.

In addition, the present invention by installing a car wash facility combined with a washing can, a detergent can, a waste water can, a foreign matter collection container installed in a vehicle of a professional car service company, washing water and detergent to the vehicle through a spray nozzle coupled to the end of the induction pipe The purpose of the present invention is to clean the wastewater and to reuse it by installing a purifying filter on a recovery device that prevents contamination by the washed wastewater as well as washing with a spray brush rotating by spraying. Therefore, it also contributes to reducing the waste of the wash water.

In addition, since the vehicle close cover formed on the workbench around the nozzle connected to the induction pipe is in close contact with the vehicle, the wastewater washed and used by the car wash brush does not leak to the outside and flows in through the waste water inlet formed in the vehicle close cover. For the purpose of doing so.

In addition, when the wash water is not used, the purpose of the present invention is to remove the remaining water by washing the surface of the vehicle by combining the support plates on which the water absorbing hair is formed after separating the car wash brush.

Referring to the configuration of the present invention having the above object with reference to the accompanying drawings as follows.

As shown in the drawing, the interior 11 of the vehicle 10 includes a washing tub 20 for storing washing water for washing the vehicle, a washing tub 30 for storing detergent, and the washing water. A wastewater collection container 40 for collecting and storing the wastewater washed by the wastewater, a foreign matter collecting container 50 for collecting and storing the foreign matter attached to the surface of the vehicle, and a motor 60 connected to a power source to transfer power. ) Are each formed,

Induction pipes (21) (31) (41) (51) and the motor (60) connected to the washing water tank (20), the detergent water tank (30), the waste water collecting water tank (40), and the foreign matter collecting container (50), respectively. Coupling the connection hose 71 in which the power supply line 61 for supplying as a single unit is combined into the interior of the work table 70,

The end of the work table 70 is connected to the injection nozzles 80 and 81 formed in the induction pipes 21 and 31 for inducing washing water and detergent, and the power line 61 for supplying power to transfer power. Motor 60 equipped with a rotating shaft 60 ', a wastewater inlet 91 for recovering wastewater to the wastewater collection container 40, and a foreign matter inlet for collecting the foreign matter with the foreign matter container 50 ) Is formed to form a vehicle close cover 90,
The pressurized pump 100 which delivers the pressurized pump 100 to discharge and pressurize the washing water and the detergent stored in the washing tub 20 and the detergent tub 30, respectively, is configured by mounting on one side of the washing tub 20 and the detergent tub 30. It is done.

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 In addition, the present invention is to form a coupling protrusion 601 on the rotating shaft 60 'of the motor 60, the coupling groove (110) on the support plate 120, the brush for washing 110 and the water-absorbing hair 121 is formed, respectively ( 130, 131 is characterized in that it is configured to rotate by separating and combining.

In addition, the work table 70 of the present invention is connected to the power supply to the motor 60 and at the same time the power switch 72 for pressurizing and ejecting the washing water in the wash tub, pressurizing switch 73 for pressurizing the detergent to eject, It is characterized in that the operation switch (74) (75) for the waste water inlet and foreign matter inlet is configured.

In addition, the present invention allows the wastewater to be introduced into the wastewater inlet 91 to be stored in the wastewater collection container 40, the foreign material inlet to the foreign matter inlet 92 to store the foreign material intake container (50) ) Is connected to one side of the waste collection container (40) and the foreign matter collection container (50).

In addition, the present invention is characterized in that the lower portion of the one side inlet port 42 of the waste water collection container 40, the purification filter 43 is configured.

The present invention by the configuration as described above by installing the car wash equipment in the car wash service company, there is an effect that can easily wash a large amount of vehicles parked in the parking lot while moving the vehicle.

Thus, by installing the car wash facility inside the vehicle is excellent in mobility and has the effect of washing a large number of vehicles in an early time.

In addition, the wastewater generated at the time of car wash is recovered at the same time as the car wash, so that the contaminated waste water does not flow to the floor and does not enter the sewers and pollutes the environment. have.

1 is a schematic perspective view showing a state in which a car wash apparatus according to the present invention is installed inside a vehicle and washed in a parked vehicle.
2 is a cross-sectional view showing a work table for washing according to the present invention.
3 is a cross-sectional view showing a state in which a purification filter is mounted on the waste water collection container according to the present invention.
Figure 4 is a perspective view showing a support plate equipped with a water absorbing hair according to the present invention.
5 is a perspective view showing a gloss working machine according to the present invention.

Next, a preferred embodiment of a mobile car wash apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

The embodiments described below are intended to illustrate the preferred embodiments of the present invention in an effective manner and should not be construed to limit the scope of the present invention.

The mobile car wash device according to the present invention is not a car wash device provided for self-cleaning by a driver, but a car wash service company equipped with a car wash facility on a vehicle 10 of a car wash service company and parked in a parking lot. By washing every day in the car, the driver can always drive in a clean vehicle.

The structure of the car wash apparatus 200 installed in the vehicle 10 of the car wash professional service company will be described in more detail with reference to FIGS. 1 and 2.

As shown in the perspective view of FIG. 1, the washing machine 20 and the detergent container 30, which can store the washing water and detergent, which are necessary for washing the car, in the vehicle 11 inside the vehicle 10 of the professional car wash service provider, are provided. And, it is provided with a waste water collection container 40 for inflow and storage of the waste water generated after washing, and a foreign matter collection container 50 for storing and entering the foreign matter on the wash surface before or after washing.

At this time, the washing water tank 20, the detergent container 30, the waste water collection container 40, the foreign material collection container 50 may be molded by adjusting to a predetermined size according to the space inside the vehicle.

And it is provided with a pressurized pump 100 for pressurizing the detergent stored in the wash water and the detergent container 30 and the waste water and the foreign matter inhaler 140 required to enter the waste water and foreign substances, respectively.

In addition, using the sprayed water to rotate the car wash brush 110 to wash the surface of the vehicle and the support plate 120 is formed with a moisture absorbing hair 121 for wiping the wash water remaining on the surface of the vehicle. And a motor 60 for transmitting power.

In addition, the power required to operate the motor 60, the air ball sucker 140, the pressure pump 100, etc. is configured to use the power of the automobile or a generator of self-powered generator.

In addition, the washing tub 20 and the detergent tank 30 are formed with induction pipes 21 and 31 for inducing washing water and detergent, respectively, and the waste water and the foreign matter as the waste water collecting tank 40 and the foreign matter collecting container 50. Induction pipes 41 and 51 for collecting and inducing the respective are formed.

In addition, a power line 61 for transmitting power to the motor 60 is connected to the motor 60.

Induction pipes (21) and (31) connected to the washing water tank (20) and the detergent container (30) as described above, and induction pipes (41) and (51), respectively, connected to the waste water collection container (40) and the foreign matter collection container (50), and A power line 61 connected to the motor 60 is combined into one and provided inside the work table 70 connected to the connection hose 71. Therefore, by tying several induction pipes together, it is formed in a simple structure without mounting. At this time, the connection hose 71 is configured to move freely, such as bellows.

A handle 70 ′ is formed on the work table 70 connected to the connection hose 71, and a vehicle close cover 90 formed in a circular shape is formed at an end of the work table 70.

In addition, the injection nozzles 80 and 81 mounted in the induction pipes 21 and 31 for supplying pressurized washing water or detergent are formed in the vehicle close cover 90 formed on the work table 70, respectively. The power supply line 61 for supplying power is connected to a motor 60 for transmitting power, and to the wastewater inlet 91 for recovering the wastewater to the wastewater collection container 40 and the foreign matter container 50. A foreign matter inlet port 92 for collecting the foreign matter is formed.

In addition, the coupling shaft 601 is formed on the rotation shaft 60 'of the motor 60, and the coupling recess 130 and 131 is provided on the support plate 120 on which the brush 110 and the water absorbing hair 121 are formed. By forming a combination to rotate the coupling grooves 130 and 131 of the support plate 120 is formed with a brush for washing 110 and the water-absorbing hair 121 to the coupling protrusion 601 of the rotary shaft 60 '. Can be configured to be enabled or detached.

In addition, the work table 70 is connected to a power supply to the motor 60 or the power switch 72 to operate to pressurize the washing water spray, pressurization switch 73 to operate to pressurize the detergent spray, waste water inflow crisis The operation switch 74 to operate in order, the operation switch 75 to operate to introduce foreign matter is configured.

Then, the wastewater inlet (91) is introduced into the wastewater collection tank (40), the foreign matter inlet (92) to the inlet to the foreign material inlet to flow into the foreign material collection bin (50) to the wastewater collection tank ( 40) and configured to connect to each side of the foreign matter container (50).

An embodiment of the present invention configured as described above will be described with reference to the accompanying drawings.

As shown in FIG. 1, in order to wash a car by using a car wash device 200 installed in a vehicle 10 of a car wash service company, the driver of the car wash device 200 and the washing water detergent, etc. are first checked. After moving to a car parked in a parking lot, etc., which has been asked to wash the car, the car may be washed by using a car wash device 200 installed inside the vehicle.

That is, a power source is connected to operate the car wash device 200, and the power source may be a power source of a car or a power source of a self-generator. Car wash may be performed using a work platform 70 coupled with a connection hose 71 connected to the car wash device 200 installed in the vehicle 10.

Referring to the operation method, by holding the handle (70 ') formed on one side of the work table 70 to move to the vehicle 10, the motor 60 in the inside of the vehicle contact cover 90 formed on the front end of the work table 70 The car wash brush 110 is coupled to the rotation axis (60 ') of. At this time, the coupling protrusion 601 of the rotating shaft 60 'is coupled to integrate the coupling groove 130 formed in the brush for washing 110. In addition, when the power switch 72 formed on the work table 70 is turned on, the motor 60, which is supplied with power, is driven to rotate the car wash brush 110 and at the same time the pressurized pump 100 is operated to wash the tub 20 Pressurized in the washing water to guide the guide pipe 21 is discharged through the injection nozzle 80 formed at the end of the guide pipe 21 is sprayed on the surface of the vehicle.

At this time, the sprayed washing water is washed by the washing brush 110 and then comes into close contact with the vehicle contact cover 90 formed in front of the work table 70 so that the waste water can be recovered without falling to the floor. You just need to wash it. In addition, after washing with washing water, when the detergent is used, turn off the power switch 72, and then operate the detergent pressure switch 73 again to pressurize the detergent stored in the detergent container 30 to transfer to the induction pipe (31). At the same time, by spraying to the surface of the vehicle through the injection nozzle 81, the car wash brush 110 rotates to wash the car and then turn off the subscription switch.

The waste water generated after washing is turned on again when the waste water inflow operation switch 74 installed on the work table 70 is operated, and the waste water collected in the vehicle close cover 90 is operated while the air suction unit 140 is operated. Induced by the induction pipe (41) through and stored in the waste recovery container (40).

At this time, as shown in FIG. 3, the wastewater introduced into the inlet 42 of the wastewater collection container 40 is purified by passing through a purification filter 43 formed around the inlet 42. Therefore, the purified wastewater may be discharged or transferred to the washing water tank 20 for reuse. At this time, as shown in FIG. 3, the purification filter 43 is not only provided in the main surface of the inflow port 42, but can be partitioned as needed, and the purification filter 43 can be installed again inside. After the wastewater flows into the wastewater collection container 40, the operation switch 74 is turned off.

After washing the vehicle using the washing water and the detergent as described above, in order to wipe the remaining washing water on the surface of the vehicle 10, the power switch 72, the pressure switch 73 and the operation switch 74 of the work table 70 After turning off all, the coupling groove 130 of the car wash brush 110 is separated from the coupling protrusion 601 formed on the rotation shaft 60 ′ of the motor 60. In addition, as shown in FIG. 4, the coupling recess 131 formed in the support plate 120 in which the water absorbing hair 121 is formed is coupled to the coupling protrusion 601 of the rotation shaft 60 'to be integrated.

When the power switch 72 is turned on again, the water absorbing hair 121 of the support plate 120 coupled to the rotation shaft 60 ′ of the motor 60 rotates while the motor 60 operates. It absorbs the moisture on the surface and cleans the car.

And as needed, as shown in FIG. 5, the engaging groove 151 of the gloss work machine 150 for glossiness can also be combined and used for the engaging projection 601 of the rotating shaft 60 'of the motor 60. FIG.

In addition, if you want to clean the dust on the surface of the vehicle before washing or after washing the car or foreign matter inside the vehicle, all the power switch 72, the pressure switch 73 and the operation switch 74 of the work table 70 When the foreign matter inflow operation switch 75 is turned on to turn off the foreign matter, the air inhaler 140 is operated and foreign matter on the surface of the vehicle or the interior 11 of the vehicle is guided through the foreign matter inlet 92. Via the pipe 51 is stored in the foreign matter container (50).

10. Vehicle 11. Interior
20. Washing Can 30. Detergent Can
40. Wastewater recovery container 42. Inlet
43. Purification filter 50. Foreign material container
21, 31, 41, 51. Induction pipe 60. Motor
61. Power Line 60 '. Rotating shaft
601. Coupling Projection 70. Work Table
71. Connecting hose 70 '. handle
72. Power switch 73. Pressure switch
74, 75. Operation switch 80, 81. Injection nozzle
90. Vehicle cover 91. Waste water inlet
92. Foreign material inlet 100. Pressurized pump
110. Car wash brush 120. Support plate
121. Water-absorbing hair 130, 131, 151. Combination groove
140. Air suction device 150. Polishing machine

Claims (5)

The interior 11 of the vehicle 10 has a washing water tank 20 for storing the washing water for washing the vehicle, a detergent container 30 for storing the detergent, and collecting and storing the waste water washed by the washing water. A waste collection container 40 for the collection, a foreign matter collection container 50 for collecting and storing the foreign matter attached to the surface of the vehicle, and a motor 60 for transmitting power in connection with a power source are formed, respectively.
Induction pipes (21) (31) (41) (51) and the motor (60) connected to the washing water tank (20), the detergent water tank (30), the waste water collecting water tank (40), and the foreign matter collecting container (50), respectively. Coupling the connection hose 71 in which the power supply line 61 for supplying as a single unit is combined into the interior of the work table 70,
The end of the work table 70 is connected to the injection nozzles 80 and 81 formed in the induction pipes 21 and 31 for inducing washing water and detergent, and the power line 61 for supplying power to transfer power. Motor 60 equipped with a rotating shaft 60 ', a wastewater inlet 91 for recovering wastewater to the wastewater collection container 40, and a foreign matter inlet for collecting the foreign matter with the foreign matter container 50 ) Is formed to form a vehicle close cover 90,
Forming a pressurized pump 100 to be discharged by pressing the washing water and the detergent stored in the washing water tank 20 and the detergent container 30, respectively, on one side of the washing water tank 20 and the detergent container 30,
A coupling protrusion 601 is formed on the rotation shaft 60 'of the motor 60, and coupling grooves 130 and 131 are respectively formed on the support plate 120 on which the brush 110 and the water absorbing hair 121 are formed. Mobile car wash, characterized in that configured to rotate to form a separate and combined. delete The method of claim 1,
The work table 70 is connected to a power supply to the motor 60 and at the same time the power switch 72 for pressurizing and flushing the washing water in the washing water tank 20, the pressurizing switch 73 for pressurizing the detergent to eject, wastewater inflow And an operation switch (74) (75) configured to introduce foreign substances. The method of claim 1,
Wastewater is introduced into the wastewater inlet 91 to be stored in the wastewater collection container 40, and foreign matters are introduced into the foreign matter inlet 92 to be stored in the foreign material container 50, respectively. Mobile car wash device, characterized in that configured to connect to each side of the recovery container 40 and the foreign matter container (50). The method of claim 1,
Mobile washing device, characterized in that the purifying filter 43 is configured in the lower portion of the one side inlet 42 of the waste water collection tank (40).

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