TW202100388A - Rotary 3D car washing machine and movement method thereof for saving and effectively improving land utilization cost and efficiency - Google Patents

Abstract

The present invention provides a rotary 3D car washing machine, which comprises: a car washing machine, which is configured with a rotary table at the bottom and a flushing device on the top, wherein the rotary table is used for carrying a car and is capable of rotating in situ. A rotating arm of the flushing device is vertically extended with a rotary arm, and the rotating arm may drive the rotary arm to rotate and make the rotational path of the rotary arm to be located on the periphery of the rotary table. The flushing device is further provided with at least two sets of nozzle sets respectively disposed on the rotating arm and the rotary arm. Furthermore, the car washing machine is provided with a control device for respectively controlling the rotating angles of the rotary table and the flushing device and the injection time of the plurality of nozzle sets of the flushing device. Thus, while the car is located on the rotary table and rotating in situ, the nozzle sets located on the rotating arm and the rotary arm may strongly inject different substances (such as water, cleaning solution or air) to achieve an omnidirectional 3D car washing effect.

Description

Rotary 3D car washing machine and its movement method

The present invention relates to a rotary 3D car washing machine, in particular to an independent car washing machine. The bottom of the car washing machine is provided with a rotating table and the top is equipped with washing equipment. The rotating table can be used to carry vehicles and rotate in place , And then use the rotating arm (horizontal setting) of the washing equipment to extend longitudinally with a rotating arm (vertical setting), the rotating arm drives the rotating arm to rotate and the rotation path of the rotating arm is located on the periphery of the rotating table; making the vehicle stand still in rotation While the platform is rotating in place, different substances (such as water, cleaning liquid or air) are sprayed through the nozzle groups on the rotating arm and the rotating arm, so that the top and sides of the vehicle can be completely covered. Spray washing, to achieve a full range of 3D car washing operations; at the same time, the car washing machine only needs to use the working area of the rotating table as the effective area of the car washing operation, so as to avoid the conventional tunnel-type car washing machine, which must occupy a long and large land area. Car wash operations to save and effectively improve land use costs and efficiency.

According to the popularization of cars, people have regarded cars as necessary means of transportation for work or long-distance travel. In order to keep cars clean and bright, there have been many artificial car washes in imitation rooms; however, traditional manual car washes are due to The high cost and lengthy car wash time has led most drivers to choose cheap and fast automatic car washing machines to clean their cars; therefore, there are a lot of automatic car washing machines appearing, providing car drivers with economic choices. , Affordable and fast Wash the car quickly.

Looking at the conventional automatic car washing machine, as shown in the first figure, it is mainly based on the tunnel type car washing machine A. The conventional tunnel type car washing machine A must be provided with a long frame, and the length of the long frame is about The car body of car B is at least two times the length of the car body, and a plurality of cleaning units A1 (such as: the first water spray unit, brush unit, washing foam unit, second water spray unit, air blowing Dry unit... etc.), providing car B enters from the entrance of tunnel-type car washer A, passes through multiple washing units A1 in sequence, and then exits from the other end of tunnel-type car washer A to achieve the effect of automatic and rapid car washing. Save the high cost of manual car washing.

However, the conventional tunnel type car washing machine A has many shortcomings, such as:

1. The conventional tunnel-type car washing machine A series adopts a long frame and is designed with the vehicle moving forward. The space and area required are bound to be too large. For the urban area with an inch of land, it is completely inconsistent with the land use cost.

2. The conventional tunnel-type car washing machine A needs to occupy a large land area, so that in a limited land area, only one or two tunnel-type car washing machines A can be installed at most, resulting in a single time, the amount of car washing processed by it is obviously insufficient. It is easy to cause car washing vehicles to queue up, and it is impossible to obtain the highest economic benefits.

3. The interior cleaning unit A1 of the conventional tunnel-type car washing machine A is a lining design. Therefore, each cleaning unit A1 must be activated before the vehicle arrives (such as pre-spraying water or foaming, etc.) to ensure the Washing, leading to pre-start operations, will inevitably result in the waste of water resources and cleaning fluid, resulting in a large amount of energy and water consumption, and the cost is also a big burden.

4. The installation cost of the conventional tunnel-type car washing machine A is quite expensive, often as high as several million yuan, and multiple cleaning units A1 must be built inside, so that the required investment cost is relatively large, and the cost recovery efficiency is not good; The upper tunnel-type car washer A is bulky, and once it is installed, it cannot be moved at will. As a result, the conventional tunnel-type car washer A cannot change with the tide of cars and market changes.

In order to solve the above-mentioned problems and defects of the prior art, the present invention discloses a rotary 3D car washing machine, including a car washing machine, the car washing machine includes a rotating table, a washing device and a control device; the rotating table is arranged in the car washing machine At the bottom, the rotating table has a rotating mechanism, which is used by the rotating table to carry vehicles and rotate in place; the washing equipment is arranged on the top of the car washing machine, and the washing equipment is provided with a rotating arm on the top of the car washing machine. Rotation mechanism, and one end of the rotating arm extends downward and longitudinally with a rotating arm. The rotating arm drives the rotating arm to rotate and makes the rotating motion path of the rotating arm located on the periphery of the rotating table. In addition, the flushing equipment has at least two sets Each nozzle group is used for spraying different substances. Each nozzle group has a plurality of communicating nozzles and is respectively set on the rotating arm and the rotating arm; the control equipment is set on the car washing machine to connect to the rotating table respectively It is electrically connected to the washing equipment. The control equipment controls the rotation angle of the rotating table and the washing equipment, and controls the spray intensity and time of the nozzle groups of the washing equipment. In addition, the car washing machine forms a space between the rotating table and the washing equipment. A car washing space, the car washing space has at least one opening, so that the vehicle enters the car washing space and the range of the rotating table through the opening.

The technical feature of the present invention is that the car washing machine can be a free-standing cylindrical or cubic type, and the car washing machine is provided with a rotating table at the bottom and a washing device on the top. The rotary table can be used to carry vehicles and rotate in situ, and then the rotary arm of the washing equipment (horizontally arranged) is longitudinally extended with a rotary arm (vertically arranged). The rotary arm drives the rotary arm to rotate and make the rotary arm rotate. The rotation path is located on the periphery of the rotating table; when the vehicle enters the rotating table of the car washing machine, the car washing operation can be started; while the vehicle is rotating on the rotating table in situ, different substances are carried out through the nozzle groups located on the rotating arm and the rotating arm ( Such as: water, cleaning fluid or air, etc.), that is, the control device controls the spray intensity and time of each nozzle group, so that the top and sides of the vehicle can be completely washed and air-dried to achieve full The effect of azimuth 3D car washing; at the same time, the car washing machine only needs to use the working area of the rotating table as an in-situ rotating washing operation, so as to break through the conventional tunnel-type car washing machine that must occupy a large area of land to carry out the car washing operation, and further achieve effective land improvement Use efficiency and increase economic benefits.

Moreover, the present invention also discloses a movement method of a rotary 3D car washing machine. The movement method steps include: 1. Driving a vehicle into the range of the rotating table; 2. Controlling the rotation of the rotating table and the washing device by the control device respectively (For example: the rotation direction of the rotating table and the washing equipment can be the same or different); 3. The control device sequentially controls the spray intensity and time of each nozzle group; 4. When the spray time of each nozzle group ends At the time, the control device controls the rotating table to rotate until the front of the vehicle faces the opening of the car washer, and ends.

1‧‧‧Car washing machine

10‧‧‧Car wash space

101‧‧‧Open

102‧‧‧ shelter

11‧‧‧Rotating table

111‧‧‧First drive motor

112‧‧‧Auxiliary roller

12‧‧‧Flushing equipment

121‧‧‧Rotating arm

122‧‧‧Second drive motor

123‧‧‧Swivel arm

124‧‧‧Nozzle Group

13‧‧‧Conveying pipe

14‧‧‧Container

15‧‧‧Control equipment

16‧‧‧Electric door

2‧‧‧Vehicle

A‧‧‧Tunnel car washing machine

A1‧‧‧Cleaning unit

B‧‧‧Car

The first picture: is a schematic diagram of a conventional tunnel-type car washing machine.

Figure 2: is a perspective view of the rotary 3D car washing machine of the present invention.

The third figure: is a schematic side view of the rotary 3D car washing machine of the present invention.

The fourth figure: is a schematic diagram of the rotation angle of the cleaning equipment of the rotary 3D car washing machine of the present invention.

Figure 5: is a schematic diagram of a second embodiment of the rotating arm of the rotary 3D car washing machine of the present invention.

Figure 6: is a schematic diagram of a third embodiment of the rotating arm of the rotary 3D car washing machine of the present invention.

Figure 7: is a partial structure diagram of the arm of the rotary 3D car washing machine of the present invention.

Figure 8: is a schematic diagram of an application embodiment of the rotary 3D car washing machine of the present invention.

Figure ninth: is a movement flow chart of the rotary 3D car washing machine of the present invention.

In order to make it easier for your examiner to understand the other features and advantages of the present invention and the effects achieved by it more apparent, the present invention is combined with the drawings to describe the features and advantages of the present invention in detail. The following embodiments are The viewpoint of the present invention is further explained in detail, but the scope of the present invention is not limited by any viewpoint.

Please refer to the second, third, fourth and seventh figures. The present invention discloses a rotary 3D car washing machine, including a car washing machine 1. The car washing machine 1 can be a free-standing cylindrical or free-standing cube type. For example, the car washing machine 1 tried in the present invention is an independent cylindrical type, and the car washing machine 1 includes a rotating table 11, a washing device 12 and a control device 15.

The rotating table 11 is arranged at the bottom of the car washing machine 1. A first driving motor 111 is provided on the bottom surface of the rotating table 11. The first driving motor 111 drives the rotating table 11 to rotate, so that the rotating table 11 is in place at the bottom of the car washing machine 1 The rotating table 11 can be used to carry a vehicle 2 and rotate in place. The bottom surface of the rotating table 11 can be provided with a plurality of auxiliary rollers 112 relative to the periphery of the first drive motor 111. Increase the weight of the rotating table 11 to make it easier for the first drive motor 111 to rotate the rotating table 1 1. The rotating table 11 may be circular.

The washing device 12 is arranged on the top of the car washing machine 1, and the washing device 12 is arranged on the top of the car washing machine 1 with a rotating arm 121. The rotating arm 121 is connected to a second driving motor 122. The second driving motor 122 drives the rotating arm 121 to rotate, so that The rotating arm 121 has a rotating mechanism on the top of the car washing machine 1, and one end of the rotating arm 121 is downwardly extended with a rotating arm 123 longitudinally. The rotating arm 121 can drive the rotating arm 123 to rotate and make the rotating path of the rotating arm 123 located The periphery of the rotating table 11; and, the flushing equipment 12 is additionally provided with at least two or more nozzle groups 124, and each nozzle group 124 is connected to a conveying pipe 13, and each conveying pipe 13 can be connected to different substances (Such as: water, cleaning fluid, foam or high-pressure air... etc.), so that each nozzle group 124 can be used to spray or spray different substances (such as: water, cleaning fluid, foam or high-pressure air... etc.) Spraying, and each nozzle group 124 has a plurality of communicating nozzles, which are respectively arranged on the rotating arm 121 and the rotating arm 123. In addition, the nozzles of each nozzle group 124 can have different shapes according to the spraying of different substances (such as the seventh As shown in the figure).

The control device 15 is provided in the car washing machine 1. The control device 15 is electrically connected to the first drive motor 111 of the rotating table 11 and the second drive motor 122 of the washing device 12, and the control device 15 controls the rotating table 11 and the washing device 12 respectively The angle of rotation (as shown in the fourth figure), and controls the spray intensity and time of the nozzle groups 124 of the flushing device 12; the control device 15 is provided with a plurality of buttons, and the control device 15 can be remotely controlled or manually Carry out the setting control of car wash.

The car washing machine 1 forms a car washing space 10 between the rotating table 11 and the washing device 12, and the car washing space 10 has at least one opening 101 for the vehicle 2 to open therethrough 101 enters the range of the car wash space 10 and the rotating table 11. The car washing machine 1 may be further provided with a shield 102 (such as acrylic or glass) around the car washing space 10, and the shield 102 does not cover the range of the opening 101. In addition, the top of the car washing machine 1 can be provided with a plurality of containers 14 and an air compressor, and the plurality of containers 14 can be respectively filled with different substances (such as water, cleaning liquid, foam, etc.), that is, each conveying pipe 13 It can be connected to a container 14 containing different substances and an air compressor, so that each nozzle group 124 is used for spraying or spraying different substances (such as water, cleaning liquid, foam or high-pressure air, etc.).

In addition, the car washing machine 1 can be further provided with an electric door 16 at the opening 101 position. The electric door 16 is electrically connected to the control device 15 and the control device 15 is used to control the opening and closing of the electric door 16, so that when the car is washed, Forms airtight and shielding functions to avoid splashing of car wash water.

The present invention tries to give an example. When a vehicle 2 wants to wash a car, the vehicle 2 is driven into the rotating table 11 of the car washing machine 1, and the car washing operation is controlled by the control device 15 to start. The vehicle 2 is rotating on the rotating table 11 at the same time , Through the nozzle group 124 located on the rotating arm 121 (that is above the car washer 1) and the rotating arm 123 (that is, on the side of the car washer 1) to spray different substances (such as water, cleaning liquid or air, etc.), namely The control device 15 controls the spraying intensity and time of each nozzle group 124 respectively, so that the top and sides of the vehicle 2 can be completely washed and air-dried, achieving the effect of a full-scale 3D car wash.

In addition, the car washing machine 1 only needs to use the area of the rotating table 11 as the washing operation for in-situ rotation, so as to break through the conventional tunnel-type car washing machine that must occupy a large area of land to perform the car washing operation, so that on the same land area, The car washing machine 1 of the present invention (as shown in Figure 8) can be added to increase the number of car washings in the effective area and a single time, and further achieve To effectively improve the efficiency of land use and economic benefits. In addition, the vehicles 2 to be washed are all completed on the rotating table 11 of the car washing machine 1, so that the car washing machine 1 does not have to start the spraying operation of water or cleaning liquid in advance, thereby avoiding the waste of water resources and cleaning liquid, and effectively reducing energy. And the cost of water source is depleted.

Please refer to Figures 4, 5, and 6 again. The rotating arm 121 of the washing device 12 can be a single-arm type (as shown in the fifth figure), a double-arm type (as shown in the fourth figure) or plural Arm type (as shown in Figure 6), no matter which type of rotating arm 121, a rotating arm 123 is formed downward and extending longitudinally at the end of rotating arm 121. Then rotating arm 121 can drive rotating arm 123 to rotate and make The rotation path of the rotating arm 123 is located on the periphery of the rotating table 11.

Please refer to Figure 9 again. The present invention will try to cite an embodiment to illustrate a movement method of a rotary 3D car washing machine. The movement method steps include:

Step 100: Drive a vehicle 2 into the range of the rotating platform 11.

Step 110: The control device 15 controls the rotation of the rotating table 11 and the washing device 12 respectively; the rotation direction of the rotating table 11 and the washing device 12 may be the same or different.

Step 120: The control device 15 sequentially controls the ejection intensity and time of each nozzle group 124.

Step 130: When the ejection time of each nozzle group 124 ends, the control device 15 controls the rotating table 11 to rotate until the front of the vehicle 2 faces the opening 101 of the car washer 1, and ends.

Therefore, the technical feature of the present invention is that the car washing machine 1 can be an independent The car washing machine 1 has a rotating table 11 at the bottom and a washing device 12 on the top. The rotating table 11 can be used to carry a vehicle 2 and rotate in place, and then use the washing device The rotating arm 121 of 12 (horizontally arranged) is longitudinally extended with a rotating arm 123 (vertically arranged). The rotating arm 121 drives the rotating arm 123 to rotate and makes the rotating motion path of the rotating arm 123 located on the periphery of the rotating table 11.

In this way, when the vehicle 2 wants to wash the car, it is only necessary to drive the vehicle 2 into the rotating table 11 of the car washing machine 1. When the control device 15 controls the car washing operation to start, the vehicle 2 rotates in place on the rotating table 11 at the same time through the The nozzle group 124 on the rotating arm 121 and the rotating arm 123 sprays different substances (such as water, cleaning liquid or air, etc.), that is, the control device 15 controls the spraying intensity and time of each nozzle group 124 separately to allow The top and sides of the vehicle 2 can be completely washed and air-dried to achieve the effect of omni-directional 3D car washing; at the same time, the car washing machine 1 of the present invention only needs to use the area of the rotating table 11 as the washing operation for rotating in situ , And the car washing machine 1 of the present invention can be a free-standing cylindrical or free-standing cube type; therefore, according to the embodiment of the present invention, it can be completely suspended and removed on a limited land and configuration. Changes in line with the car tide and market changes to achieve the ability to truly improve land use and high economic returns.

1‧‧‧Car washing machine

10‧‧‧Car wash space

101‧‧‧Open

102‧‧‧ shelter

11‧‧‧Rotating table

12‧‧‧Flushing equipment

121‧‧‧Rotating arm

122‧‧‧Second drive motor

123‧‧‧Swivel arm

124‧‧‧Nozzle Group

13‧‧‧Conveying pipe

15‧‧‧Control equipment

16‧‧‧Electric door

Claims (10)

A rotary 3D car washing machine includes: a car washing machine, which includes: a rotating table arranged at the bottom of the car washing machine, the rotating table has a rotating mechanism, and the rotating table is used to carry a vehicle and perform the original A washing device is arranged on the top of the car washing machine, the washing device is provided with a rotating arm on the top of the car washing machine, the rotating arm has a rotating mechanism, and one end of the rotating arm is downward and longitudinally extending with a rotating arm Arm, the rotating arm drives the rotating arm to rotate and the rotating path of the rotating arm is located on the periphery of the rotating table. The washing equipment is additionally provided with at least two or more nozzle groups, each of which is used as For spraying different substances, each of the nozzle groups has a plurality of communicating nozzles and is respectively arranged on the rotating arm and the rotating arm; a control device is arranged on the car washing machine, and the control device is respectively connected with the rotating table and the washing device Electrically connected, the control device controls the rotation angle of the rotating table and the washing equipment, and controls the spraying intensity and time of the nozzle groups of the washing equipment; the car washing machine is between the rotating table and the washing equipment A car washing space is formed, and the car washing space has at least one opening, so that the vehicle enters the car washing space and the range of the rotating table through the opening. The rotary 3D car washing machine according to claim 1, wherein the bottom surface of the rotating table is provided with a first driving motor, the first driving motor is electrically connected to the control device, and the bottom surface of the rotating table is opposite to the first driving motor. A plurality of auxiliary rollers are arranged around the driving motor. The rotary 3D car washing machine according to claim 1, wherein the rotating arm is connected with a second driving motor, and the second driving motor is electrically connected with the control device. The rotary 3D car washing machine according to claim 1, wherein the rotating arm can be one of a single-arm type, a double-arm type, or a multiple-arm type, and the end of the rotating arm is downward and longitudinally extending with the rotating arm . The rotary 3D car washing machine according to claim 1, wherein each of the nozzle groups is connected to a conveying pipe, and each conveying pipe is connected to different substances. The rotary 3D car washing machine according to claim 5, wherein the top of the car washing machine is provided with a plurality of containers and an air compressor, the containers are respectively filled with different substances, and each conveying pipe is connected to contain different substances The each container and the air compressor. The rotary 3D car washing machine according to claim 1, wherein the car washing machine is further provided with a shielding around the car washing space, and the shielding does not cover the range of the opening. The rotary 3D car washing machine according to claim 1, wherein the car washing machine is further provided with an electric door at the opening position, the electric door is electrically connected to the control device, and the control device is used to control the opening and closing of the electric door . A movement method of a rotary 3D car washing machine as described in claim 1, wherein the movement method includes: 1. driving the vehicle into the range of the rotating table; 2. controlling the rotating table and the rotating table separately by the control device The rotation of the flushing equipment; 3. The control device controls the spray intensity and time of each nozzle group in sequence; 4. When the spray time of each nozzle group ends, the control device controls the rotation of the rotating table Until the front of the vehicle faces the opening of the car washer, and the end. The motion method of the rotary 3D car washing machine according to claim 9, wherein in the second step, the rotating direction of the rotating table and the washing device may be the same or different.

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