KR200400476Y1 - A fabric washing equipment - Google Patents

Abstract

The present invention relates to a structure cleaning device, the configuration is installed on the vehicle, one end is coupled to the first end of the end of the length adjusting member is adjusted by a plurality of stages, by the length adjustment of the length adjusting member , The first frame which can be selectively operated in any one of the lower direction and the left, right direction, one end is coupled to the other end of the first frame, it is possible to rotate 360 °, the other end is left and right It is coupled to the second frame and the other end of the adjustable tilt, and artificial shape change is possible, one side is combined with a high-pressure wash water supply for supplying high-pressure washing water, the high-pressure washing water injection member for spraying the high-pressure washing water Including, regardless of the shape and height of the cleaning surface to move the vehicle at the same time to wash the cleaning area quickly and clean, having a variety of shapes and height Without regard to the cleaning surface rapidly without loss and labor safety problems, and there is an effect that cleaned the cleaning surface.

Description

Structure Washing Equipment {A FABRIC WASHING EQUIPMENT}

The present invention relates to a structure cleaning apparatus, and more particularly, to a structure cleaning apparatus for washing the cleaning surface quickly and cleanly, regardless of the washing surface having a variety of shapes and heights without labor loss and safety problems.

In general, the walls of tunnels, soundproof walls, and various buildings installed on the roads contain waste combustion gases emitted from automobiles and various contaminants generated in the surroundings, which are spotted or dirty, which damages the surrounding environment. Of course, the appearance is also worse, there is an urgent need for a device that can simply and easily clean the contaminants.

However, even if such a task is not equipped, a large number of workers are provided with a workbench, and the work time is delayed by removing the contaminants on the work surface manually by using a mop or a cleaning rod. And waste of labor and washing the work surface of high places such as the ceiling work in such a high workbench to cause the safety problems of workers, and also the wall surface of the tunnel is straight, round, slope according to the construction type It has various shapes such as a shape, and among the walls of tunnels having such various shapes, the work surface having a curvature like the round shape is very difficult for a worker to clean it manually by the curvature, and the ceiling of the tunnel having such curvature. Is a problem that is almost impossible to clean by hand.

The present invention has been proposed to solve the above problems, the purpose of which is to be able to clean the washing surface quickly and cleanly without any loss of labor and safety problems, regardless of the washing surface having a variety of shapes and heights The present invention provides a structure cleaning apparatus.

Structure washing apparatus according to the present invention for achieving the above object is coupled to the first end of the end of the length adjusting member is installed in the vehicle length is adjusted by a plurality of ends, the length adjustment of the length adjusting member By the first frame which can be selectively operated in any one of the up, down direction and left, right direction, and one end is coupled to the other end of the first frame, it is possible to rotate 360 °, the other end is left, It is coupled to the second frame and the other end of the second frame that can be tilted in the right direction, artificial shape change is possible, one side is combined with a high pressure wash water supply unit for supplying the washing water at high pressure to spray the high pressure washing water Including a washing water spray member, regardless of the shape and height of the washing surface, and at the same time as the movement of the vehicle, characterized in that to quickly and cleanly wash the cleaning area.

In addition, the first frame of the structure cleaning apparatus according to the present invention, one end is fixed to the first end of the end of the length adjusting member is installed in the vehicle is adjusted in length by a plurality of stages, the other end of the joint coupling portion A joint coupling portion is formed at one end, and a joint coupling portion is formed at one end thereof, and one end thereof is jointly coupled to a joint coupling portion formed at the other end of the fixed coupling portion. Selective operation in any one of the right direction is possible, the other end is formed with a spiral coupling groove, the other end of the first coupling connecting portion is formed with a protruding joint coupling portion, the end of the length adjusting member It is supported on the upper part of the second end, which is the rear end of the first end, and on one side, the joint support coupling part is formed, and the joint coupling part is formed at both ends. One end and the other end of the joint coupling portion formed to protrude on the other end of the first coupling connection portion and the joint coupling portion formed on one side of the joint supporting coupling portion, respectively, It characterized in that it comprises a connecting support portion that can be selectively operated in any one of the up, down direction and left, right direction.

In addition, the second frame of the structure cleaning apparatus according to the present invention, the helix coupling rod is helically coupled to the helix coupling groove formed on the other end of the first coupling connecting portion, and is coupled to the outer peripheral surface of the helix coupling rod, When the helix coupling rod is spirally coupled to the helix coupling groove, a double nut is fixed to prevent the helix coupling rod from rotating, and one end is coupled to the other end of the helix coupling rod, and a first connection part is formed on both sides of the outer peripheral surface of the one end. The second coupling connecting portion is formed, the joint coupling portion is formed in the center of the rear end surface, the rear coupling center is jointly coupled to the joint coupling portion formed at the other end of the second coupling connecting portion is possible to tilt left and right Fixed sides connected to the second connection portion is formed on both sides, one end and the other end is coupled to the first connection portion and the second connection portion, respectively, length adjustment From, characterized in that it comprises a single stiff to control the left and right tilt of the fixed connection through the adjustment length.

In addition, the high-pressure wash water spray member of the structure cleaning apparatus according to the present invention, is coupled to the front end of the fixed connection portion, the support is capable of artificial shape change, coupled to the support portion, the shape according to the artificial shape change of the support It is possible to change, the high pressure washing water supply coupling hole is formed on one side, the high pressure washing water branching portion is coupled to the high pressure washing water supply unit for supplying high pressure washing water to the high pressure washing water supply coupling hole, the high pressure washing water supply is supplied from the high pressure It is characterized in that it comprises a high-pressure washing water injection nozzle is sprayed with a high-pressure washing water branched from the washing water branch, the plurality is coupled along the longitudinal direction of the high-pressure washing water branch.

In addition, the high-pressure washing water injection nozzle of the structure cleaning apparatus according to the present invention, it has a curved portion, characterized in that formed in a pair.

In addition, the high-pressure wash water branch of the structure washing apparatus according to the present invention, it is possible to artificially change the shape, characterized in that the high pressure rubber hose capable of branching the high pressure washing water.

In addition, the bent portion of the structure cleaning apparatus according to the present invention, it characterized in that the bending angle is 15 ° to 90 °.

DETAILED DESCRIPTION Hereinafter, the most preferred 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 implement the present invention. . Other objects, features, and operational advantages, including the purpose, operation, and effect of this design, will become more apparent from the description of the preferred embodiment.

1 to 7b is a view showing a structure cleaning apparatus according to an embodiment of the present invention, Figure 1 is a perspective view of the structure cleaning apparatus according to an embodiment of the present invention, Figure 2 of the structure cleaning apparatus shown in FIG. 3 is an exploded perspective view, FIG. 3 is an operational state diagram in which the second frame and the high pressure washing water spraying member are rotated in the structure cleaning apparatus shown in FIG. 1, and FIGS. 4A and 4B are the first in the structure cleaning apparatus shown in FIG. 1. Figure 5a and 5b is a state diagram in which the frame is operated in the up, down direction, Figure 1 is a state diagram in which the first frame is operated in the left, right direction in the structure cleaning apparatus shown in Figure 1, Figures 6a and 6b 7A and 7B show an operating state diagram in which the second frame is inclined in the structure cleaning apparatus shown in FIG.

As shown in the drawings, the structure cleaning apparatus 1000 according to an embodiment of the present invention includes a first frame 100, a second frame 300, and a high pressure washing water injection member 500.

The first frame 100 is installed in the vehicle, coupled to the first end 710 of the end 710 of the length adjusting member 700, the length of which is adjusted by a plurality of stages, the up, down and left, right As the selective operation in any one direction is possible, one end is inserted into the coupling groove 711 formed in the front end of the first end 710, which is the end 710 of the length adjusting member 700, The fixing pins 730 are inserted into and fixed to the coupling holes 713 and 113 formed on the side surfaces of the first end 710, the end 710 of the length adjusting member 700, and the one end thereof. One end of the joint coupling portion 131 is formed in the fixed coupling portion 110 and the joint coupling portion 111 formed at the other end of the fixed coupling portion 110 where the portion 111 is formed. By the way the joints are combined, it is optional in any of the up, down and left and right directions. It is possible to move, the other end of the spiral coupling groove 135 is formed, the first coupling connecting portion 130 is formed protruding joint coupling portion 133 is formed on the other end, and the length adjusting member 700 The end 710 of the first end 710 of the rear end 720 of the second end 720 is formed to protrude from the upper portion of the protrusion coupling portion 721 is formed to protrude, the joint coupling portion 171 on one side The joint support coupling part 170 is formed, and the joint coupling parts 151 and 153 are formed at both ends, and the joint coupling part 133 and the joint which are formed to protrude from the other end of the first coupling connection part 130. One end and the other end of the joint coupling portion 171 formed on one side of the support coupling portion 170 is respectively coupled to the joint, and in any one of the up, down direction and left, right direction by the method of the joint coupling Is provided with a connection support 150 that can be selectively operated.

The second frame 300 is coupled to the other end of the first coupling connector 130 of the first frame 100 and rotatable 360 °, and is formed at the other end of the first coupling connector 130. One end of the spiral coupling groove 133 is helically coupled to the spiral coupling rod 310 that can be rotated 360 °, the helical coupling rod 310 is helically coupled to the outer peripheral surface of the spiral coupling rod 310, the spiral coupling groove 310 When the spiral is coupled to the 133, the double nut 330 for fixing the spiral coupling rod 310 is not rotated, and one end is coupled to the other end of the spiral coupling rod 310, the first end of both ends of the outer peripheral surface A connecting portion 351 is formed, and a second coupling connecting portion 350 having a joint coupling portion 353 formed at the other end thereof, a joint coupling portion 371 is formed at the center of the rear end portion, and the second coupling connecting portion 350 is formed. Joint joint formed at the center of the rear end to the joint joint 353 formed at the other end of the 371 is coupled to the left and right inclined, the fixed connection portion 370, the second connecting portion 373 is formed on both sides, and the first coupling formed on both sides of one outer peripheral surface of the second coupling connection portion 350 One end and the other end are coupled to the first connection part 351 and the second connection part 373 formed on both sides of the fixed connection part 370, respectively, to adjust the length of the fixed connection part 370. It is provided with a short bark 390 for adjusting the left and right tilt.

The short bark 390 is composed of a body portion (391) having a spiral coupling hole formed on both sides and a spiral coupling ring (393) which is spirally coupled to the spiral coupling hole, respectively, the body portion (391) clockwise Or the length is adjusted by rotating counterclockwise.

The high pressure washing water injection member 500 is coupled to the front end of the fixed connection part 370 of the second frame 300 to spray the washing water at a high pressure, and is coupled to the front end of the fixed connection part 370. It is coupled to the support 510 and the support 510, which can be artificially changed in shape according to the shape of the washing surface to be cleaned, the shape can be changed according to the artificial shape change of the support 510, the high pressure washing water on one side The supply coupling hole 531 is formed, the high pressure washing water supply unit 800 for supplying the high pressure washing water to the high pressure washing water supply coupling hole 531 is coupled, and the high pressure washing water branch to branch the high pressure washing water ( 530 and the high-pressure wash water supplying part 800 are sprayed with high-pressure washing water branched from the high-pressure wash water branch 530, and a plurality of the high-pressure wash water branches 530 are coupled along the longitudinal direction thereof. Angle It has a 15 ° to 90 ° of the bend 551, and a high-pressure washing water jetting nozzle 550 is formed as a pair.

Structure cleaning apparatus 1000 according to an embodiment of the present invention having the configuration as described above operates as follows.

First, as shown in Figure 7a and 7b, of the support portion 510 of the high-pressure washing water injection member 500 of the structure cleaning device 1000 is coupled to the length adjusting member 700 installed in the vehicle The shape is artificially changed to match the shape of the cleaning surface to be cleaned.

When the shape of the support part 510 is changed in this way, the high-pressure wash water branching part 530 coupled to the support part 510 is also artificially changed in shape to match the shape of the support part 510.

The high-pressure wash water branching part 530 may be artificially changed in shape according to the artificial shape change of the support part 510, and the high-pressure rubber hose capable of branching the high-pressure washing water supplied from the high-pressure wash water supplying part 800 ( 530).

When the shape of the high pressure rubber hose 530 which is the high pressure wash water branch 530 is changed according to the artificial shape change of the support part 510, the high pressure wash water is formed on one side of the high pressure rubber hose 530. The high pressure wash water supplied from the high pressure wash water supply unit 800 coupled to the coupling hole 531 and branched from the high pressure wash water branch 530 is changed in shape according to the shape of the washing surface to be cleaned. A plurality is coupled along the longitudinal direction of the branch portion 530, has a bent portion 551 having a bend angle of 15 ° to 90 °, sprayed on the cleaning surface through a pair of high-pressure washing water injection nozzle 550 formed in a pair do.

Thus, even if the cleaning surface to be washed in a variety of shapes are coupled to the support 510 and the support 510 that can be artificially changed shape, high pressure rubber hose 530 capable of artificial shape change, such as the support 510 It is possible to quickly and clean the washing surface having a variety of shapes with high pressure washing water.

A plurality of high pressure wash water injection nozzles 550 supplied from the high pressure wash water supply unit 800 and spraying the high pressure washing water branched from the high pressure rubber hose 530 have a bending angle of 15 ° to 90 °. And having a pair, the pair of high pressure washing water spray nozzles 550 sprays the high pressure washing water in various directions by the bent portion 551 having the various bending angles. Will be cleaned.

In addition, if the washing surface to be cleaned, such as the ceiling of the tunnel is located in a high place, first adjust the height using the length adjusting member 700 installed in the vehicle.

Here, the length adjusting member 700 is the height in the vertical direction is adjusted by a plurality of support frame 730, the crane 700 is adjusted in the front, rear direction by a plurality of stages (710, 720). To say.

When the height is adjusted to some extent by the crane 700 which is the length adjusting member 700, as shown in FIGS. 4A and 4B, the first frame 100 is moved upward and downward in order to adjust the height more accurately. To adjust the correct position.

The height adjustment of the first frame 100 is the end 710 of the end 710 of the crane 700, the length adjusting member 700 is advanced at the second end 720 of the rear end 720, the end thereof A fixed coupling part 110 fixed to the first end 710 of 710 and a first coupling connection part 130 coupled to the fixed coupling part 110 are advanced, and an end 710 of the fixed coupling part 110 is coupled to the fixed end 110. The joint support coupling part 170 which is supported on the upper part of the second end 720 which is the rear end 720 of the first end 710 is not advanced, so as to protrude on the first coupling connection part 130. One end is joint-joined to the joint coupling portion 133 is formed, the other end is connected to the joint support portion 150 formed at one side of the joint support coupling portion 170 one end of the connection support 150 Is to be advanced and the other end is not to be advanced, so both ends are jointed and the both ends operate in the up and down direction Being possible to be connected to the support portion 150 is operated upward so that the first coupling connection 130 will behave in the above that height is adjustable.

In order to operate the structure cleaning apparatus 1000 operated upward by the first frame 100 coupled to the crane 700 downward, the first end 710 of the end 710 of the crane 700. To the rear end 720 of the end 710 of the first end 710 to the second end 720 is reversed.

By repeatedly adjusting this series of operations, the height of the structure cleaning apparatus 1000 is adjusted.

In addition, to operate the structure cleaning apparatus 1000 in the left and right directions, as shown in Figures 5a and 5b, is formed on the other end of the fixed coupling portion (110a) of the first frame (100a) How the joint coupling portion 111a and the joint coupling portion 131a formed at one end of the first coupling connection portion 130a of the first frame 100a are joint-joined and the first of the first frame 100a Both ends of the joint coupling portion 133a formed to protrude from the other end of the coupling connection portion 130a and the joint coupling portion 171a formed at one side of the joint support coupling portion 170a of the first frame 100a. The structure cleaning apparatus 1000 operates in the up and down directions in which both ends of the connection support part 150a of the first frame 100a having the joint coupling parts 151a and 153a are jointed together. Joint coupling portions 111, 131, 133, 151, 153 and 17 in the first frame 100. By differently joining the method of 1), selective operation in the left and right directions is possible.

In addition, to rotate the high-pressure washing water injection member 500 for spraying the high-pressure washing water to be positioned in accordance with the situation of the washing surface to be washed, as shown in Figure 3, the first coupling of the first frame 100 The spiral coupling rod 310 of the second frame 300 is spirally coupled to the spiral coupling groove 135 formed at the other end of the connecting portion 130 to be rotatable 360 °.

The spiral coupling rod 310 is rotated 360 ° in the spiral coupling groove 135 to wash the high pressure washing water injection member 500 from various positions such as horizontal, vertical and diagonal using the rotary coupling. Adjust the position according to the situation of the cleaning surface.

When the spiral coupling rod 310 is adjusted to a position suitable for the situation of the washing surface to be cleaned using the spiral coupling rod 310, the double nut that is spirally coupled to the outer circumferential surface of the spiral coupling rod 310 ( 330 is used to fix the spiral coupling rod 310 so that it can no longer be rotated.

As described above, the second nut is helically coupled to the spiral coupling groove 135 formed at the other end of the first coupling connection part 130 of the first frame 100 by using the double nut 330. By selectively limiting the rotation of the spiral coupling rod 310 of the frame 300, the high-pressure washing water injection member 500 can be positioned according to the situation of the cleaning surface to be cleaned.

In addition, in order to give a tilt in accordance with the situation of the cleaning surface to be washed the high-pressure washing water injection member 500, as shown in Figure 6a and 6b, one end of the second coupling connection portion 350 of the second frame 300 One end and the other end are respectively coupled to the first connecting portion 351 formed on both sides of the outer peripheral surface and the second connecting portion 373 formed on both sides of the fixed connecting portion 370 of the second frame 300, respectively. It uses a short bark 390 is adjusted accordingly.

The short bark 390 has a spiral coupling ring (393) is spirally coupled to the spiral coupling hole formed on both sides of the body portion (391), the spiral coupling ring (393) of the second coupling connecting portion 350 One end portion is formed at both sides of the outer circumferential surface, and is formed on both sides of the fixed and non-moving first connection portion 351 and the fixed connection portion 370, respectively, and is coupled to the second connection portion 373 capable of the left and right tilt movements.

As the body portion 391 of the short bark 390 is rotated in a direction of decreasing length, each of the spiral coupling rings 393 coupled to both sides of the body portion 391 has its respective spiral coupling ring ( The first connection part 351 and the second connection part 373 coupled to the 393 are pulled out.

In this way, the left and right inclinations of the fixed connection part 370 are adjusted by differently adjusting the lengths of the end bars 390 respectively coupled to the first connection part 351 and the second connection part 373.

Thus, the structure washing apparatus 1000, regardless of the shape and height of the cleaning surface to be cleaned, the work time is reduced by washing the cleaning surface at the same time as the movement of the vehicle, a worker who can drive the vehicle There is no labor loss and safety problems because it is possible to work by itself, it has the effect of washing quickly and cleanly by the washing water sprayed at high pressure.

As described above, the structure cleaning apparatus according to the embodiment of the present invention can obtain the effect of washing the washing surface quickly and cleanly without any loss of labor and safety problems, regardless of the washing surface having a variety of shapes and heights .

For reference, the embodiments disclosed herein are only presented to select the most preferred embodiment from among the various possible examples to help those skilled in the art to understand, various changes and additions and changes within the scope without departing from the technical spirit of the present invention It goes without saying that this is possible, of course, and other equivalent embodiments are possible.

1 is a perspective view of a structure cleaning apparatus according to an embodiment of the present invention.

Figure 2 is an exploded perspective view of the structure cleaning apparatus shown in FIG.

3 is a view illustrating an operation state in which the second frame and the high pressure washing water spraying member are rotated in the structure cleaning apparatus shown in FIG. 1.

4a and 4b is a state diagram in which the first frame is operated in the up, down direction in the structure cleaning apparatus shown in FIG.

5a and 5b is a state diagram in which the first frame is operated in the left and right directions in the structure cleaning apparatus shown in FIG.

6A and 6B are diagrams illustrating an operating state in which the second frame is inclined in the apparatus for cleaning a structure shown in FIG. 1.

7A and 7B are diagrams illustrating an operation state in which the structure cleaning apparatus shown in FIG. 1 cleans a cleaning surface.

<Explanation of symbols for the main parts of the drawings>

100: first frame 30: second frame

500: high pressure washing water injection member 1000: structure cleaning device

Claims (7)

One end is coupled to the first end, which is the end of the length adjusting member installed in the vehicle and the length is adjusted by a plurality of ends, and in one of the up, down and left and right directions by adjusting the length of the length adjusting member. A first frame capable of selective operation of; A second frame having one end coupled to the other end of the first frame, capable of rotating 360 °, and the other end of which is inclined in a left and right direction; And It is coupled to the other end of the second frame, the artificial shape change is possible, one side is combined with a high pressure washing water supply unit for supplying the washing water at high pressure, the high pressure washing water injection member for spraying the washing water of high pressure; including, Regardless of the shape and height of the cleaning surface, the structure cleaning device, characterized in that the cleaning portion is quickly and cleanly cleaned at the same time as the movement of the vehicle. The method of claim 1, The first frame, A fixed coupling part installed at the vehicle and fixed at one end to a first end of the length adjusting member whose length is adjusted by a plurality of ends, and a joint coupling part formed at the other end; A joint coupling part is formed at one end, and one end of the joint coupling part is formed at the other end of the fixed coupling part, and the joint coupling part is connected to one of the up, down direction and the left and right directions by the joint coupling method. Selective operation is possible, the other end is formed with a spiral coupling groove, the other end of the first coupling connecting portion is formed with a protruding joint coupling portion; A support joint coupled to an upper end of the second end, which is a rear end of the first end, which is an end of the length adjusting member, and a joint support part formed at one side thereof; Joint coupling parts are formed at both ends, and one end and the other end of the joint coupling part are formed to protrude on the other end of the first coupling connection part and the joint coupling part formed at one side of the joint support coupling part, respectively. And a connecting support portion capable of selectively operating in any one of up, down, left, and right directions by a method in which the joint is coupled thereto. The method of claim 2, The second frame, A spiral coupling rod having one end spiral coupled to a spiral coupling groove formed at the other end of the first coupling connection portion; A double nut coupled to an outer circumferential surface of the spiral coupling rod and fixed to prevent the spiral coupling rod from rotating when the spiral coupling rod is spirally coupled to the spiral coupling groove; A second coupling connection portion having one end coupled to the other end of the spiral coupling rod, a first connection portion formed at both sides of an outer circumferential surface of the one end, and a joint coupling portion formed at the other end; A joint coupling part is formed at the center of the rear end face, and a rear coupling center is jointly coupled to the joint coupling part formed at the other end of the second coupling connection part to enable left and right tilting, and a fixed connection part having a second connection part at both sides is formed. ; One end and the other end is coupled to the first connection portion and the second connection portion, respectively, the length is adjustable, and the end buckles for adjusting the left and right inclination of the fixed connection portion through the length adjustment; Washing device. The method of claim 2 or 3, The high pressure wash water injection member, A support part coupled to the front end of the fixed connection part and capable of artificial shape change; It is coupled to the support, the shape can be changed according to the artificial shape change of the support, the high pressure wash water supply coupling hole is formed on one side, the high pressure wash water supply unit for supplying high pressure washing water to the high pressure wash water supply coupling hole is coupled High pressure wash water branch; And a high pressure washing water injection nozzle supplied from the high pressure washing water supply unit and spraying the high pressure washing water branched from the high pressure washing water branching portion, and a plurality of high pressure washing water spraying nozzles are coupled along the longitudinal direction of the high pressure washing water branching portion. . The method of claim 4, wherein The high pressure washing water injection nozzle, The structure washing apparatus having a curved portion, characterized in that formed in a pair. The method of claim 4, wherein The high pressure wash water branching portion, It is possible to artificially change the shape, structure cleaning device, characterized in that the high pressure rubber hose that can branch the high pressure washing water. The method of claim 5, The bent portion, Structure cleaning device, characterized in that the angle of inclination of 15 ° to 90 °.