KR20000052345A - A automatic shoe-polishing device which has a moable rotary brush - Google Patents

Abstract

PURPOSE: An automatic shoe polishing machine is provided which includes a mobile rotary brush to shine shoes, which have the same brilliance as by hand. CONSTITUTION: In the automatic shoe polishing machine with a mobile rotary brush, it contains the parts of: a body(100) wherein a guide groove(103), a guide rail(104), a roller, a hanging piece(107) and a support bar(108) are formed; a left and right moving tool(200) which moves a rotary brush(510) and a polishing brush(511) for an upper part which are formed in a brush fixing device for a upper part; a front and rear moving tool which moves a rotary brush(314) for a side face; a wax supplying tool which supplies wax to a rotary brush for a side face and a upper part; and a hot air generator which is placed inside the body.

Description

Automatic shoe-polishing device which has a moable rotary brush

The present invention relates to an automatic shoe polishing device having a movable rotary brush, and in particular, if a coin is immediately inserted, the rotary brush moves back and forth and left and right even without a person moving the shoe, and easily removes dust and foreign matter from the shoe. The present invention relates to an automatic shoe cleaning device having a movable rotary brush which enables a high gloss such as a person polished by hand by a glossy brush and hot air.

Conventional shoe polishing apparatus has been proposed Utility Model Registration Application Nos. 98-5088 and 98-10282 previously filed by the inventor of the present invention.

However, the above-described prior design devised a problem that the brush for cleaning the shoe was not able to clean the side and rear of the shoe by rotating at a predetermined position.

In other words, when the shoe was placed on the scaffold, only the part where the brush touched was wiped.

And when you wipe the upper part of shoes, which is the core of shoe gloss, you have to brush off the dust with a brush made of artificial hair and then apply it with a gloss brush made of soft material such as fleece to give it a high gloss. Since it is installed, foreign matter or dirt on the shoes cannot be removed effectively, and the shoes cannot be cleaned.

In addition, since the discharge means of the wax is a screw method, the discharge pressure is very weak and there was a problem that the smooth discharge is not made.

On the other hand, according to another prior art Japanese Patent Application Laid-open No. Hei 9-98935 (automatic shoe polishing device and its operation control method),

In the automatic shoe cleaning device formed of a pair of left and right rotating brushes to rotate the vertical axis and a rotating brush to rotate the horizontal axis located inwardly upward between the brush,

A porous roller is placed in contact with each rotating brush, and a spray nozzle for appropriately spraying bitumen onto the roller and the spray nozzle are connected to a liquid shoe polish storage container, and a liquid shoe polish from a liquid shoe polish container to a liquid shoe polish injection nozzle. By arranging the closed control panel in the supply passage and supplying pressurized air to the liquid bitumen storage container, the rotation of each brush, the closing of the closed control panel, and the supply of the pressurized air can be controlled by an electric control device.

The nozzle cap was attached to the liquid oral medicine injection nozzle to be accessible, and the movement of the nozzle cap was configured to be controlled by the electric controller.

And the automatic shoe cleaning device configured as described above is operated while placing a pair of left and right rotating brushes rotating the vertical axis and a rotating brush rotating in the horizontal axis inside the left and right rotating brushes.

Liquid oral medicine injection nozzles are placed on the porous rollers placed in contact with each of the rotary brushes, and the liquid oral medicine is inserted into the porous rollers to be attached to each rotary brush. After the end of the dust removal operation to shake off the dust on the surface of the shoe by rotating the wheel for a certain time, reduce the rotation speed of each rotating brush, and spray the liquid shoe medicine to each porous roller from the liquid shoe polishing nozzle for a certain time. Transfer the liquid shoe polish attached to the porous roller onto the shoe surface by inserting each rotating brush, and after spraying the liquid shoe polish, change the rotation speed of each rotating brush to the original rotation speed and maintain the rotation for a certain time. Operation system to repeat the operation described It was made to work by fishing method.

However, according to the conventional automatic shoe cleaning device and the operation control method as described above, the left and right pair of rotating brushes rotating the vertical axis and the rotating brush rotating the horizontal axis located deeply upward between the rotating brush are arranged. A porous roller is placed in the state of being connected to a rotating brush, and a bitumen storage container and a supply path are provided to continuously supply the amount of bitumen to the spray nozzle and the injection nozzle to properly spray the bitumen onto the roller. Although it has a supply control means for smoothly supplying proper bitumen and a pressurized air supply control means which is electrically operated, the shoe is similarly applied as in Utility Model Registration Nos. 98-5088 and 98-10282 filed by the inventor of the present invention. The rotating brush that wipes all the fixed position around the fixed axis By rotating the problem was failing to evenly wipe clean the shoe side and back in.

That is, when the shoe is placed on the footrest, there was a disadvantage in that only the part where the rotating brush touched was wiped.

In addition, the bitumen brush and the shine brush is the same, so the bitumen on the brush must be polished in the state that some of the high gloss did not have a disadvantage.

The present invention has been devised to solve the disadvantages of the prior art, the purpose of which is to rotate the brush to wipe the shoe moves along the surface of the shoe so that people can easily remove the dirt and foreign matter on the shoe without moving the shoe At the same time, it is to provide an automatic shoe polishing device having a movable rotary brush to smooth the wax discharge, and to produce a high gloss with the side rotary brush, polished brush and hot air.

In order to achieve the above object, the present invention forms a scaffold having a limit switch embedded in the upper front of the rectangular body, and on both sides of the scaffold to form guide grooves having both ends rounded toward the scaffold, while forming guide rails on both sides of the upper rear. On the rail, rollers fixed to both sides of the roller fixing piece are seated, and a locking piece is attached to an upper portion of one side of the roller fixing piece.

The fixing plate of the body forms a left and right movement means of the upper rotary brush and the upper polished brush fixed to the upper brush fixing means,

The lower portion of the body is installed before and after the movement means of the side rotary brush,

The inner side of the main body is provided with a wax discharge means for supplying wax to the side rotary brush and the upper rotary brush and a hot air generator to immediately put a coin, the side rotary brush and the upper rotary brush and polished rotary brush While the reciprocating movement of the shoe wipes the front of the shoe and at the same time, a smooth wax is supplied by the wax discharge means of the piston, and the hot air of the hot air generator can produce high gloss as if a person wipes the shoe by hand. There is.

1 is a perspective view of one embodiment of the present invention,

2 is a perspective view of the driving device of the present invention;

3 and 4 are a plan view showing the operating state of the side rotating brush of the present invention,

Figure 5 is a plan view showing the operating state of the side rotary brush and the upper rotary brush of the present invention.

Figure 6 is a bottom view showing the operating state of the front, rear movement means of the present invention.

Figure 7 is an operating state of the motor fixing piece is attached to the rotary brush for the side of the present invention.

8 and 9 is an operational state diagram of the front and rear moving body of the present invention.

10 is an operating state of the left and right movement means of the present invention.

Figure 11 is a side view showing the operating state of the left, right movement means of the present invention.

12 is a front view showing an operating state of the left and right movement means of the present invention.

Figure 13 is an exploded perspective view of the wax discharge means of the present invention.

14 is an operational state diagram of the wax discharge means of the present invention.

Figure 15 is a side view showing the operating state of the upper brush fixing means of the present invention.

Figure 16 is a front sectional view showing a state in which the roller is seated on the guide rail of the front, rear movement means of the present invention.

17 is an exemplary view of a hot air generator of the present invention.

18 is an operating state of the scaffold of the present invention.

19 is a perspective view of another embodiment of the upper brush fixing means of the present invention.

20 is an operating state of the upper brush fixing means of the present invention.

*** Explanation of symbols for the main parts of the drawing ***

1: main body 2: driving device

100, 402: body 101: scaffold

102, 208, 320d: limit switch 103: guide groove

104, 201: guide rail 105: roller fixing piece

106, 315: Roller 107: Hanging piece

200: left and right movement means 202: left and right movement plate

205: rack 206, 301, 311, 502: drive motor

207, 302: pinion gear 300: before and after moving means

303: drive gear 304, 405: connection

305: lower fixing plate 307: motor fixing piece

309, 504, 504a: Long groove 313, 509: Semi-circular cover

314: side rotating brush 317, 506: spring

400: wax discharge means 406: piston rod

407 cylinder 409 wax dispenser

411 cylinder 412 wax barrel

500, 700: Upper brush fixing means 503, 703: Height adjustment plate

510: upper rotary brush 511: upper polished brush

600: hot air generator 706: fixed interval

707: weight 708: support

Referring to the configuration of the present invention in detail based on the accompanying drawings as follows.

The present invention is the advertising panel and the coin inlet is formed on the front of the body (1), the drive unit is formed in the lower portion of the coin inlet by operating the driving device by operating the driving device to wipe the shoe by the rotational force of the brush In the automatic shoe polishing device provided with a brush,

On the upper front of the rectangular body 100 of the drive device 2 is formed a footrest 101 is placed shoes, and on both sides of the footrest 101 is formed a guide groove 103 for moving the side rotating brush 314 do.

At this time, both ends of the guide groove 103 is rounded toward the footrest 101 so that the front and rear surfaces of the shoe 3 placed on the footrest 101 are completely wiped.

Guide rails 104 are formed on both sides of the upper rear side of the body 100, and the roller fixing piece 105 rides on the guide rails 104 to smoothly move the guide rails 104 as shown in FIG. 15. To be.

Attaching the locking piece 107 to one upper portion of the roller fixing piece 105 and fixing the support rod 108 to both sides of the locking piece 107, the upper rotary brush 209 and the upper portion on the upper support rod 108 The fixing plate 109 to which the left and right movement means 200 of the polishing brush 210 is attached is attached.

A guide rail 201 is attached to one side of the fixing plate 109 as shown in FIGS. 10 to 11, and a guide piece 203 formed on the lower side of the left and right moving tubes 202 is attached to the guide rail 201. The rack 205 coupled to the bolt 204 on one side of the guide piece 203 to be seated is engaged with the pinion gear 207 fixed to the drive motor 206 to rotate the drive motor 206. The left and right moving plates 202 are converted into linear reciprocating movements according to the power to be moved left and right.

In this case, as shown in FIG. 12, the bolt 204 of the rack 205 moves along the moving groove 110 formed at the bottom of the rack 205 and the limit switch 208 formed on both sides of the moving groove 110. Left and right movement operation is controlled by.

An upper brush fixing means 500 is formed at an upper portion of the left and right moving plates 202.

The upper brush fixing means 500 is fixed to the support plate 501 vertically, as shown in Figures 2 to 15, and the support plate 501 has a height adjustment plate 503 having a drive motor 502 attached thereto. To be coupled but the rotary shaft of the drive motor 502 penetrates the long groove 504 formed in the support plate 501 and the fixed pin in the long groove 504a formed up and down of the drive motor 502 on the height adjustment plate 503 505 and the height adjustment plate 503 and the support plate 501 is supported by a strong spring 506.

A shaft 507 is installed horizontally in the lower part of the height adjustment plate 503, and the upper rotary brush 510 made of artificial hair, which shakes off dust or foreign matter, which is firstly attached to shoes, is fixed to the shaft on the left side of the shaft 507. The other side is fixed to the upper rotary brush 511 of the natural fleece material for producing a high gloss while the rotating shaft and the shaft bar 507 of the drive motor 502 is connected by a belt 512.

At this time, the top of the upper rotary brush 510 is covered with a semi-circular cover 509 formed with a wax outlet 508 to prevent the wax 413 is sprayed only on the shoe (3) to prevent it from splashing outside.

The lower side of the body 100 is provided with a front and rear movement means 300, the side rotary brush 314 is moved before and after.

The front and rear movement means 300 is engaged with the pinion gear 302 is fixed to the drive motor 301 to the lower side of the left and right movement means 200, as shown in Figure 6 drive gear 303 ) And the drive gear 303 is connected to the fixed base 306 fixed to the upper portion of the lower fixing plate 305 by the connecting rod 304 in the eccentric position in the eccentric position, the drive gear (301) according to the rotation of the drive motor (301) The rotational movement of 303 is converted into a linear reciprocating motion so that the lower fixing plate 305 is moved forward and backward.

At this time, the wheels 318 formed on all sides of the lower fixing plate 305 are smoothly moved on the fixed rail 319 formed inside the side of the body 100.

The motor fixing piece 307 is fixed to the lower center of the lower fixing plate 305 at a predetermined interval, but the motor fixing piece 307 is left and right centered on the fixing shaft 308 as shown in FIG. 7. The long groove 309 is formed to be flowed and fixed through the fixing pin 310.

The motor fixing piece 307 is fixed to the driving motor 311, respectively, but the rotating shaft of the driving motor 311 is projected to the upper portion of the body 100 through the guide groove 103, the side to the rotating shaft Axial fixing brush 314 is fixed.

The roller 315 is installed inside the driving motor 311 so that the roller 315 can be moved on the side of the peanut-shaped roller contact plate 316 formed at the bottom of the foot plate 101. The fixing piece 307 is supported by the mutual spring 317 so that the roller 315 of the motor fixing piece 307 is always in close contact with the roller contact plate 316.

In addition, before and after the moving body for controlling the front and rear movement of the fixed plate 109, the upper rotary brush 510 and the upper glossy brush 511 is installed on both lower sides of the lower fixing plate 305 as shown in FIG. Install 320.

The T-shaped front and rear movable body 320 is coupled to the screw rods (320b) on both ends and the lower end of the circular rod (320a) by screwing on both ends of the threaded rods (320b) to form a latch (320c), respectively The lower screw rod 320b penetrates through the moving groove 110 formed in the upper portion of the body 100 and fixes the screw to the lower fixing plate 305.

At this time, the locking hole (320c) is to allow the locking piece 107 formed in the roller fixing piece 105 and the limit switch (320d) is attached to both sides of the moving groove (110) before and after the moving body (320) Afterwards, it controls the movement.

Wax discharge means 400 is installed inside the main body 100 is fixed to the body 402 at regular intervals on one side of the fixing bracket 401 as shown in Figure 13 to 14 and the body 402 While fixing the drive motor 403 to the other side of the rotary body 404 fixed to the shaft of the drive motor 403 to the piston rod 406 by fixing the connecting rod 405 in the eccentric position and the piston The rod 406 is coupled to the cylinder 407 formed on one side of the body 402, while the other wax outlet 408 of the body 402 is screwed with the wax distributor 409 in which wax is distributed to three places.

In addition, the screw hole 410 formed on the upper portion of the body 402 is screwed to the wax barrel 412 of the transparent material so as to detect the amount of the wax 413.

The wax container 412 is filled with a wax 413, the upper portion is embedded with a pressing disc 411 to push the wax 413 to the lower body 412.

And the hot air generator 600 is installed inside the main body 1 for high gloss of shoes.

The hot air generator 600 allows the heat generated by the electric wire to be sent to the predetermined position according to the rotation of the fan in the form of wind to enable high gloss on the waxed shoe.

19 to 20 shows another embodiment of the upper brush fixing means 700

A fixing bracket 701 having a support piece 708 attached to the upper left and right moving plate 202 is attached, and a lower portion of one side of the height adjusting plate 703 to which the driving motor 502 is attached is attached to the fixing bracket 701. The fixing pin 704 is fixed to the upper portion of the fixing section 706 is formed with a threaded portion 705 is attached to the fixing section 706 screw the weight 707,

While installing the shaft bar 507 horizontally on the other side of the height adjustment plate 703, and the upper rotation brush 510 is fixed to the left side of the shaft bar 507 and the other side is fixed to the upper polished brush 511 ,

The rotating shaft of the drive motor 502 and the shaft rod 507 are connected to the belt 512, and then the fixing plate 109 to which the left and right moving plates 202 are attached is directly fixed to the upper portion of the fixing piece 105. It is a structure made.

If described in detail the operating state and effect of the present invention made of a configuration as described above.

After putting a predetermined coin into the coin inlet formed on the front of the main body 1, put the foot in the state of wearing one of the shoes 3 on the footrest 101.

In this case, as shown in FIG. 17, the operation is performed while the limit switch 101 formed at the bottom of the foot plate 101 is grounded, and each driving motor 204 and 311 generates rotational power to simultaneously rotate and As shown in FIG. 6, while the pinion gear 302 fixed to the shaft of the drive motor 301 and the drive gear 303 meshed with the drive gear 303 rotate, the connection 304 connected to the drive gear 303 performs an eccentric motion. The roller 315 of the motor fixing piece 307 fixed to the lower fixing plate 305 is moved while gently contacting the side of the roller contact plate 316.

Therefore, the side rotary brush 314 fixed to the rotation axis of the drive motor 311 attached to the motor fixing part 307 is moved forward as shown in FIGS.

At this time, before and after the moving body 320 is screwed to the lower fixing plate 305 is also moved together and when the side rotary brush 314 is moved to the intermediate position of the shoe (3) as shown in Figure 4, As shown in FIG. 5, while the locking hole 320c of the rear movable body 320 is caught by the locking piece 107 formed on the roller fixing piece 105, the roller fixing piece 105 rides on the guide rail 104. The rotary brush 314 is moved together.

As the roller fixing piece 105 moves, the upper rotary brush 209 wipes the upper surface of the shoe 3.

That is, from the initial position to the middle position of the shoe 3, only the side rotary brush 314 is used to wipe the side while reciprocating and the side rotary brush 314 is positioned in the middle of the shoe 3 when FIG. 9 As shown in the above, the front and rear moving body 320 is to wipe the upper surface of the shoe 3 together while the upper rotary brush 510 reciprocates together.

In other words, when the side rotary brush 314 is moved and at the same time the upper rotary brush 510 is moved together, when the side rotary brush 314 is located at the rear of the shoe (3) the upper rotary brush 510 Since the ankle is hit, once the side rotary brush 314 is moved to the intermediate position, the upper rotary brush 510 starts to move smoothly.

When the upper rotary brush 510 wipes the upper surface of the shoe (3) because the height of the shoe (3) is varied, the upper rotary brush (510) must be moved up and down in accordance with the height of the shoe (3). do.

In the present invention, as shown in Figure 15, when the height of the shoe 3 is high, the height adjustment plate 503 fixed to the upper rotary brush 510 is easily moved upward by the elasticity of the spring 506, When (3) is wiped down, it comes down to its lower part by its own weight and maintains the first state.

In addition, in another embodiment illustrated in FIG. 20, the height adjusting plate 703 is easily moved by the weight of the weight 707 screwed to the fixing section 706 around the fixing pin 704, and then the shoe 3 is moved. If it is wiped, it will return to its original state by its own weight.

In this case, when the upper rotary brush 510 adjusts the initial height, the weight 707 may be rotated to move forward and backward.

As the side rotary brush 314 and the upper rotary brush 510 wipe the shoe 3 together and move forward, the side rotary brush 314 moves to the rear of the shoe 3 as shown in FIG. 5. When it is moved, it will make a straight reciprocating motion to return to its original state.

At this time, the front and rear moving body 320 is connected to the limit switch 320d attached to both sides of the moving groove 110.

In the present invention, when the front limit switch 320d is connected twice, when the wax is supplied to the side rotating brush 314 and the upper rotating brush 510 automatically at the same time, the rotation speed is reduced to 1/3. This prevents the wax from splashing.

In addition, at this time, the hot air is generated in the hot wind generator 600 for about 10 seconds while applying heat to the shoe 3 on which the wax 413 is buried.

As shown in FIG. 14, the supply of the wax 413 is performed in the cylinder 406 while the piston rod 406 is linearly reciprocated by the connecting rod 405 fixedly eccentric as the driving motor 403 rotates. The pressure of the piston to discharge the wax 413, and when the piece cylinder rod 406 is in place, the pressing disk 411, while pressing the wax 413, the wax 413 is naturally lowered into the space inside the body 402 You are ready to prepare for your next move.

As the wax 413 is supplied, the front and rear moving bodies 320 and the pinion gear 207 fixed to the driving motor 206 are rotated while the driving motor 206 of the rear left and right moving means 200 rotates. The engaged rack 205 is reciprocated to the left to change to the upper gloss brush 511.

At this time, the bolt 204 of the rack 205 is connected to the limit switch 208 attached to the left side of the moving groove 110, the movement to the left is stopped.

When the upper rotary brush 510 is changed to a soft fleece upper polished brush 511, the side rotary brush 314 and the upper polished brush 511 are wiped by hand while repeating three straight reciprocating movements. It is possible to produce high gloss like this.

When the three reciprocating motions are completed, the front and rear moving body 320 finally grounds the limit switch 320d at the rear five times, and the left and right moving plates 320 automatically return to their original positions, and the upper rotary brush ( At the same time, it is changed back to 510 and at the same time, the limit switch 208 attached to the right side of the movable groove 110 is connected, and all the operations are completed to restore the original operation state.

In the present invention, the number of detection of the limit switch is limited, but the number of times can be adjusted in various ways according to the user's setting.

When one shoe 3 is wiped by the above operation, the other shoe 3 can be wiped in the same manner.

As described above, the automatic shoe cleaning device provided with the movable rotary brush of the present invention is provided with a side rotary brush for cleaning the shoe without moving the shoe foot and the upper rotary brush and the polished brush while moving along the shoe surface. At the same time, the wax is supplied by the piston-type wax discharge means, and the wax can be supplied smoothly, and the hot air and the gloss brush of the hot air generator have the effect of producing high gloss in the same way as a person wipes by hand.

Claims (7)

Advertisement panel and coin inlet is formed on the front of the main body 1, a driving device is formed in the lower part, and a coin is inserted into the coin inlet to operate the driving device and has a movable rotary brush for wiping shoes by the rotational force of the brush. In one automatic shoe polisher, On both sides of the scaffold 101 having the limit switch 102 embedded in the upper front, guide rails 103 are formed at both ends of the scaffold 101 and the guide rails 104 are formed on both sides of the scaffold 101. 104, the rollers 106 fixed to both sides of the roller fixing piece 105 are seated, and a locking piece 107 is attached to an upper portion of one side of the roller fixing piece 105, and a locking piece 107 is attached to an upper portion of both sides of the locking piece 107. A rectangular body 100 to which the support bar 108 to which the fixing plate 109 is attached is fixed; The left and right movement means 200 is formed on the fixing plate 109 of the body 100 and moves the upper rotary brush 510 and the upper glossy brush 511 of the upper brush fixing means 500 to the left and right. and; It is installed in the lower portion of the body 200 and the front, rear movement means 300 for moving the front and rear rotary brush 314, and; A wax discharge means (400) installed inside the main body (200) to supply wax to the side rotating brush (314) and the upper rotating brush (510); Automatic shoe cleaning device having a movable rotary brush, characterized in that consisting of hot air generators 600 are installed at a predetermined position inside the main body 200. The method of claim 1, wherein the left, right moving means 200 is to allow the guide piece 203 attached to the lower left and right moving plate 202 to be seated on the guide rail 201 attached to the fixed plate 109, The rack 205 coupled with the bolt 204 on one side of the guide piece 203 is engaged with the pinion gear 207 of the drive motor 206, Automatic shoe polishing device having a movable rotary brush, characterized in that by attaching a limit switch 208 on both sides of the movable groove 110 formed in the lower portion of the rack (205). The driving gear 303 of claim 1, wherein the front and rear movement means 300 are installed to be engaged with the pinion gear 302 of the drive motor 301 under the left and right movement means 200. The drive gear 303 is connected to the fixed base 306 fixed to the upper portion of the lower fixing plate 305 by the connecting rod 304 in the eccentric position, A long groove 309 is formed on the upper portion of the fixing shaft 308 while fixing the motor fixing pieces 307 at predetermined intervals in the lower center of the fixing table 306, and fixed through the fixing pin 310, The motor fixing piece 307 is fixed to the drive motor 311 while the rotation shaft of the drive motor 311 is covered with a semi-circular cover 313 formed with a wax outlet 312 through the guide groove 103 Axial fix the side brush 314, The roller 315 is installed inside the driving motor 311 so that the roller 315 is in close contact with the roller contact plate 316 formed in the lower portion of the foot plate 101, and the motor fixing piece 307 is a spring. Burnt to 317, The wheels 318 are attached to four sides of the lower fixing plate 305 to be moved on the fixed rails 319 formed on the inner side of the body 100, and the front and rear moving bodies 320 having a T-shape are provided on both sides of the lower part. Automatic shoe polishing device having a removable rotary brush, characterized in that fixed by a screw. The method of claim 1, wherein the wax discharge means 400 is fixed to the driving motor 403 on the other side of the body 402 while fixing the body 402 on one side of the fixing bracket 401, The rotator 404 fixed to the shaft of the drive motor 403 is fixed to the piston rod 406 by fixing the connecting rod 405 eccentrically, The piston rod 406 is coupled to the cylinder 407 formed on one side of the body 402 and the outlet 408 formed on the other side of the body 402 is screwed with the wax distributor 409, The screw hole 410 formed on the upper portion of the body 402 is a shoe polishing device with a movable rotary brush, characterized in that by screwing the wax cylinder 412 in which the pressing disc 411 is embedded inside. The method of claim 1, wherein the upper brush fixing means 500 is fixed to the support plate 501 to the upper portion of the left, right moving plate 202, The rotation plate of the driving motor 502 penetrates the long groove 504 formed in the supporting plate 501 while coupling the height adjusting plate 503 to which the driving motor 502 is attached to the supporting plate 501. It is fixed to the height adjustment plate 503 by the fixing pin 505 in the long groove 504a formed up and down of the driving motor 502, While installing the shaft bar 507 in the lower portion of the height adjustment plate 503, while fixing the upper rotary brush 510 is covered with a semi-circular cover 509 formed with a wax discharge port 508 on the left side of the shaft bar 507, The other side of the upper rotary brush 510 is fixed to the upper rotary brush 511 while the rotating shaft of the drive motor 502 and the shaft 507 is movable by being connected to the belt 512 Automatic shoe polisher with rotating brush The method according to claim 3, the front and rear movable body 320 is coupled to the both ends and the lower end of the circular rod (320a), while forming the engaging holes (320c) on the screw rods (320b) of both ends, The lower screw rod 320b is fixed to the lower fixing plate 305 through the moving groove 110 formed in the upper portion of the body 100, Automatically equipped with a movable rotary brush, characterized in that the front and rear movement of the fixed plate 109, the left and right movement means 200 is formed by attaching a limit switch (320d) rule on both sides of the moving groove (110) Shoe Shine. The upper brush fixing means 700 is attached to the fixing bracket 701 is attached to the support piece 708 on the upper left and right moving plate 202, The fixing bracket 701 is fixed to the lower side of the height adjustment plate 703 to which the drive motor 502 is attached by a fixing pin 704, and a fixing section 706 having a screw portion 705 is attached to the upper portion thereof. Screw (707), While installing the shaft bar 507 horizontally on the other side of the height adjustment plate 703, the left side of the shaft 507 is fixed to the upper rotary brush 510 and the other side is fixed to the upper polished brush 511, The rotating shaft of the drive motor 502 and the shaft rod 507 is connected to the belt 512, and then fixed directly to the upper portion of the roller fixing piece 105, the fixing plate 109 to which the left and right moving plate 202 is attached. Automatic shoe polishing device having a movable rotary brush, characterized in that.