KR19990014273U - Automatic shoe polisher - Google Patents

Abstract

The present invention relates to a shoe polishing device that can easily wipe the shoes immediately by inserting money, and in particular, the left and right conveyance of the upper brush for wiping the upper surface of the shoe and the front and rear conveyance are smooth and the upper surface is wiped When giving, three upper brushes relate to an automatic shoe polisher that gives a high gloss like a human hand wipes in three steps.

The present invention has a lower fixing plate is formed before and after the rotational movement of the driving motor is converted into a linear reciprocating motion in the lower portion of the body formed with guide grooves on both sides of the scaffold and along the guide groove on the lower fixing plate In the automatic shoe cleaning device having a side rotating brush for post-feeding, the front and rear conveying brush is formed on both sides of the body to transfer the upper rotating brush, the upper first gloss brush, and the upper second gloss brush. Left and right conveying means of the upper rotary brush and the upper first glossy brush, the upper first gloss brush, the upper second gloss brush and the circular rail formed on the front and rear conveying pieces of the front and rear conveying means; , The upper rotary brush and the upper first gloss brush formed on the upper left and right conveying plate of the left and right conveying means, the rotating means of the second glossy brush for the upper part, and the upper part attached to the upper part of the rotating plate of the rotating means. Brush fixing means and the body Because with a wax to control the discharge of the wax outlet means formed in the body case being made to be built-in solenoid to write.

Description

Automatic shoe polisher

The present invention relates to a shoe polishing device that can easily wipe the shoes immediately by inserting money, and in particular, the left and right conveyance of the upper brush for wiping the upper surface of the shoe and the front and rear conveyance are smooth and the upper surface is wiped When giving, three upper brushes relate to an automatic shoe polisher that gives a high gloss like a human hand wipes in three steps.

As a conventional automatic shoe cleaning device has been proposed an invention patent application No. 98-43081 filed by the applicant of the present invention.

The first application of the invention is the body 12, the guide groove 11 is formed on both sides of the scaffold 10, the lower portion of the lower portion of the body 12, the rotational movement of the drive motor is converted into a linear reciprocating movement before and after Before and after conveying means of the side rotary brush 13 is formed with a fixed plate is formed and the side rotary brush 13 is transported along the guide groove 11 in the lower fixing plate,

Left and right conveying means of the upper rotary brush 16 and the upper glossy brush 17 formed on the fixed plate 15 to be transported before and after the guide rail 14 of the upper body 12,

The upper and lower left and right of the right conveying means of the conveying plate 18, the upper and lower flow possible to the upper side of the rotating brush 16 and the upper polished brush 17 is formed of the upper brush fixing means is formed.

In the above-described invention of the present invention made of such a configuration to put the shoe on the footrest 10, the side rotary brush 13 is rotated and wiped along the side of the shoe while transporting along the guide groove (11).

And, when the side rotary brush 13 is located in the middle of the shoe, the upper rotary brush 16 is moved forward to wipe the upper surface of the shoe together, and the wax is supplied while returning to the original position. The hot air of the hot air generator is generated to give a higher gloss.

After the reciprocating motion is carried out a number of times, the support plate 18 is transferred to the left side by the left and right transfer means, and the front and rear sides are rotated together with the side rotary brush 13 to the top polished brush 17 of soft fleece material. Repeating the reciprocating motion gives a higher gloss.

However, the above-described invention of the invention is that the roller seated on the guide rail 14 is transported on the guide rail 14, so that the upper sole is transported before and after, so that the contact area of the roller is wide and the conveyance was not smooth.

The left and right conveying means of the upper sole are configured to be engaged with the rack and pinion gear, and the left and right conveying plate 19 is conveyed to the left and right according to the rotational power of the driving motor, so that the conveyance is not smooth and noise is generated. Of course, the manufacturing process of processing the rack and pinion gear is complicated and the manufacturing cost is increased.

In addition, the upper surface of the shoe is repeatedly wiped with a general rotary brush and a polished brush, but because the rotation is made horizontally, there was a problem that the gloss was significantly lowered compared to the gloss while rotating manually by hand depending on the conventional manpower.

The present invention wipes the sides of the shoe with the side rotating brush and at the same time wipes the upper surface with three various upper brushes, but the last upper brush is rotated vertically and polished with fingers. It is to make high gloss like that.

The present invention has a lower fixing plate is formed before and after the rotational movement of the driving motor is converted into a linear reciprocating motion in the lower portion of the body formed with guide grooves on both sides of the scaffold and along the guide groove on the lower fixing plate In the automatic shoe cleaning device formed with a rotating brush for the side to be transported,

It is formed on both sides of the body before and after conveying means for conveying the front and rear rotary brush, the upper first glossy brush, the upper second glossy brush, and;

Left and right conveying means of the upper rotary brush and the upper first gloss brush, the upper second gloss brush, the left and right conveyed by the circular rail formed on the front and rear conveying pieces of the front and rear conveying means;

Rotating means for the upper rotary brush and upper first gloss brush, upper second gloss brush formed on the upper left, right conveying plate of the left, right conveying means;

Upper sole fixing means attached to the upper portion of the rotating plate of the rotating means,

It is made by providing a solenoid for controlling the wax discharge of the wax discharge means formed in the body case in which the body is built.

1 is an example of a conventional shoeshine apparatus

2 is a perspective view of one embodiment of the present invention

Figure 3 is a plan view showing the front and rear conveying state of the present invention side rotating brush and the upper brush

4 to 5 is a cross-sectional side view showing the operating state of the front and rear conveying means of the subject innovation

Figure 6 is a plan view showing the operating state of the left and right transfer means of the present invention upper brush

Figure 7 is a rear view showing the operating state of the left and right transfer means of the subject innovation upper brush

Figure 8 is a side cross-sectional view showing a fixed state of the left and right transfer plate of the present invention

9 to 10 is a plan view showing the operating state of the upper sole rotating means of the present invention

11 is a plan sectional view showing the main part of the upper sole rotating means of the present invention

12 is a front view showing the operating state of the upper sole of the subject innovation

13 is a side cross-sectional view showing an operating state of the upper brush of the present invention

14 is a cross-sectional view showing an example of a solenoid attached to the present invention wax discharge means

Explanation of symbols for main parts of the drawings

1: footrest 2: guide groove 3: body

5: side rotary brush 100: front, rear transfer means 102, 102a, 202: circular rail

103,203 Pulley 104,104a: Before and after conveying flight 200: Left and right conveying means

201: Left and right song board 204: Ju pulley 205,402,412: Motor

300: rotation means 302: worm gear 303: worm wheel

305: rotating plate 400: fixing means 403, 415: height adjustment plate

409: upper rotary brushes 410; Upper Solvent 1 Gloss Brush 413: Upper Solvent 2 Gloss Brush

418: semicircular support piece 500: solenoid

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

2 is a schematic configuration of the present invention, as the rotational motion of the driving motor is converted into a linear reciprocating motion at the lower part of the body 3 in which the guide grooves 2 are formed on both sides of the scaffold 1, as shown in FIG. In the automatic shoe cleaning device is formed with a lower fixing plate (4) to be transported after and the side rotating brush (5) is transported before and after along the guide groove (2) in the lower fixing plate (4),

It is formed on both sides of the body (3) to the front and rear conveying means 100 for conveying the upper and rear soles, and before and after the conveying pieces 104, 104a of the before and after conveying means 100 The left and right conveying means 200 of the upper sole is conveyed left and right on the formed circular rail (102, 102a),

Rotating means 300 of the upper rotary brush formed on the left and right transfer plate 201 of the left, the transfer means 200 and the upper sole attached to the upper rotating plate 305 of the rotating means 300 It is made of a fixing means (400).

The front and rear conveying means 100 of the upper sole is the upper and lower circular rails (102, 102a) to the fixed bracket (101, 101a) formed on both sides of the body (3) and the circular rail (102) ( 102a) is fitted with a pulley 103 having a semicircular contact surface to prevent separation and smooth transfer, and is transported forward and backward on the circular rails 102 and 102a, and the pulley 103 is moved forward and backward 104. By being attached to both sides of the 140a, the front and rear conveying pieces 104 and 104a can be smoothly and smoothly conveyed.

At this time, one side of the fixing bracket 101 is a circular rod 105 to the parallel to the circular rail 102 and the circular rod 105 is fixed with a fixing bolt or the like, the position adjustment opening 106 is free to change position.

The position adjusting device 106 is attached to the limit switch 107 so that the front and rear conveying pieces 104 and 104a may be moved by grounding the limit switch 107 so that the position adjusting device can be controlled before and after. By changing the position of 106, it is possible to adjust the forward and backward feed amounts.

The left and right conveying means 200, in which the upper sole is conveyed left and right, has a circular rail 202 speaking at regular intervals in parallel to the front and rear conveying pieces 104 and 104a, and the inner side of the circular rail 202 As shown in FIG. 7, the pulley 203 rotatably attached to the left and right transport plates 201 is inserted to allow the left and right transport plates 201 to be smoothly transported to the left and right on the circular rail 202. .

In addition, a motor 205 in which the main pulley 204 is fixed to the rotating shaft is formed on one side of the front and rear conveying pieces 104a, and a driven pulley 206 is formed on the other conveying pieces 104 before and after.

One side of the wire 208 having a high strength is fixed to one side of the fixing piece 207a formed on both rear sides of the left and right transfer plates 201 and the wire 208 is wound around the main pulley 204 a plurality of times. It is connected to the pulley 206 is fixed to the other fixing piece 207 of the left and right transfer plate 201.

Therefore, as the motor 205 is rotated forward and reverse, the wire 208 is wound or unwound by the main pulley 204, so that the left and right transfer plates 201 can be smoothly transferred.

The rotating means 300, which is converted from the upper rotary brush 409 and the upper first gloss brush 40 to the upper second gloss brush 413, is rotated on the upper part of the left and right transfer plates 201. 301 is bolted.

As shown in FIG. 11, the rotating body 301 has a pair of worm gears 302 and a worm wheel 303 which are orthogonal to the inside thereof, and a motor 304 is attached to one side of the worm gear 302 to attach the worm gear 302. As the worm 303 rotates, the rotating plate 305 attached to the rotating shaft 306 of the worm wheel 303 vertically rotates forward and reverse about the rotating shaft 306.

In addition, the upper sole fixing means 400 is attached to the upper portion of the rotating plate 305, the height adjustment plate 403 is attached to the support piece 401 formed on one side of the rotating plate 305, the height adjustment plate 403 is rotatable. It is fixed by the hinge 404, etc., one end of the height adjustment plate 403 is attached to the fixed interval 406 screwed to the weight 405 is coupled to the other side of the motor 402 is connected to the timing belt 407 to rotate An axial rod 408 is formed.

The shaft bar 408 is fixed to the upper rotary brush 409 and the upper first glossy brush 410 on both sides around the height adjustment plate 403.

At this time, the upper rotary brush 409, which first wipes the upper surface of the shoe, uses artificial hair of a slightly thicker shape so that dust or foreign matter on the shoe can be cleaned cleanly. Glossy brush 410 is thinner than the upper rotary brush 409 artificial hair is used to form a higher gloss.

In addition, the support plate 411 is formed on the rotating plate 305 in a position perpendicular to the height adjustment plate 403 in the counterclockwise direction, and the support piece 411 for the upper part to rotate vertically by a separate motor 412 The second gloss brush 413 is fixed to the rotatable hinge 414.

The height adjustment plate 415 to which the motor 412 is attached is formed with a transfer rod 416 such that the transfer rod 416 is fitted to the motor fixing stand 417 to allow up and down transfer.

And the lower half of the height adjustment plate 403, 415, as shown in Figure 12 is a semi-circular support plate 418 is attached to the upper left and right of the transfer plate 201, the height adjustment plate 403 (415) is supported At the same time the rotation will rotate along the upper surface.

At this time, the round bar 419 is attached to the lower portion of the height adjustment plate (403, 415) for smooth rotation.

The upper second gloss brush 413 is a soft natural hair is used to give the oral light in the third.

Wax discharge of the wax discharge means formed in the main body case in which the body 3 is embedded is a ball in which the pushing hole 502 carried by the electromagnet 501 is supported by the spring 503 as shown in FIG. When the outlet 505 is opened by pushing the 504 to supply wax, and the pushing hole 502 is in place, the ball 504 is blocked by the elasticity of the spring 503 to discharge the wax 505. This is made of a solenoid 500 is stopped.

Referring to the operating state of the present invention made of such a configuration as follows.

When the side rotary brush 5 is positioned in the middle of the shoe 6 as shown in FIG. 3 while wiping the side of the shoe 6, the catch 8 of the front and back conveying bodies 7 moves forward. The front and rear transfer pieces 104 and 104a are smoothly transported forward by the circular rails 102 and 102a while being caught by the catching rods 9 formed on the post transfer pieces 104 and 104a.

At this time, the upper rotary brush (409) is transported together to wipe the upper surface of the shoe first, and when the side rotary brush (5) is transported to the back of the shoe is a straight reciprocating motion to return to the original position again The front and rear feeds are controlled by the limit switch 107 attached to the control mechanism 106.

In the present invention, the front limit switch 107 is grounded twice and then wax is automatically discharged upon return.

The discharge of the wax can be constantly supplied only the proper amount by the solenoid (500).

When the first operation of wiping the upper surface of the upper rotary brush 409 is completed, as shown in FIGS. 6 to 7, the motor 205 of the left and right transfer means 200 rotates in reverse and the wire 208 is rotated. The left and right transfer plate 201 fixed to the upper side is transferred to the left side so as to be changed to the upper first gloss brush 410, and then the upper first gloss brush 410 automatically repeats the linear relaxation movement and the shoe ( Secondary work is performed to give the primary gloss on the upper surface of 6).

In the present invention, although not shown in the drawing, the left and right transfer plates of the left and right transfer plates 201 may be grounded to limit switches to control left and right feed.

When the first gloss brush 410 for the upper part is transported before and after a plurality of times, the primary gloss for wiping the upper surface of the shoe is completed, as shown in FIG. 11, the motor 304 of the rotating means 300 rotates. The worm gear 302 is reversed by the rotational force of the motor 304.

Accordingly, as the worm wheel 302 is orthogonal to the worm wheel 303 orthogonally rotated about the rotation shaft 306, as shown in FIG. 10, the rotating plate 305 rotates together to be changed to the upper second glossy brush 413. do.

At this time, although not shown in the drawing, the rotation angle of the rotary plate 305 can be accurately controlled by the limit switch, so even if the rotation is made, the upper second gloss brush 413 is accurately positioned on the upper surface of the shoe and has a semicircular support piece ( An over-rotation is prevented by the stopper 420 formed at 418.

The upper second gloss brush 413 rotates vertically and thus produces the same high gloss as the gloss by hand while rotating a finger.

As described above, the first step of wiping off the dust or foreign matter by wiping the upper surface of the shoe by the upper rotary brush 409 and the second step of making the primary gloss by the first glossy brush 410 for the upper part By the second gloss brush 413, the three-stage operation to make the secondary gloss is made, so that it is possible to produce the same high gloss as wiping by hand.

The present invention consists of three steps when the upper surface of the shoe is wiped by three different upper brushes. Firstly, the upper rotary brush is used to thoroughly wipe off the dust or foreign substances. The first gloss is made by the second gloss brush and the second gloss is rotated with the finger by the upper second gloss brush which is vertically rotated in the third direction. It is effective.

Claims (5)

As the rotational motion of the driving motor is converted into a linear reciprocating motion at the lower part of the body 3 on which the guide grooves 2 are formed on both sides of the scaffold 1, a lower fixing plate 4 is formed which is moved forward and backward, and the lower fixing plate In (4), the automatic shoe cleaning device is provided with a rotating brush (5) for the side to be moved before and after the guide groove (2), It is formed on both sides of the body (3) before and after the transfer means for transferring the upper rotary brush 409, the upper first glossy brush 410, the upper second glossy brush 413, before and after )and, The upper rotary brush 409 and the upper first glossy brush 410 which are transported left and right on the circular rails 202 formed on the front and rear conveying pieces 104 and 104a of the before and after conveying means 100. ), The left and right conveying means 200 of the upper second brush 413, Rotation of the upper rotary brush 409 and the upper first gloss brush 410 and the upper second gloss brush 413 formed on the left and right feed plate 201 of the left and right conveying means 200. Means 300, Upper sole fixing means 400 is attached to the upper portion of the rotating plate 305 of the rotating means 300, Automatic shoe polishing apparatus, characterized in that consisting of a solenoid (500) for controlling the wax discharge of the wax discharge means formed in the body case in which the body (3) is built. The method according to claim 1, Before and after the conveying means 100 is attached to the pulley 103 for conveying the front and rear riding the circular rail (102, 102a) up and down to the fixed bracket (101, 101a) to both sides of the body (30) Before and after the conveying pieces 104, 104a The circular bar 105 formed with the position adjusting opening 106 on the one side fixing bracket 101 is attached, and the limit switch 107 is attached to the positioning adjusting hole 106 so that the front and rear conveying pieces 104 and 104a are disposed. Automatic shoe polishing device, characterized in that configured to control the transfer before, after. The method according to claim 1, The left and right conveying means 200 forms a left and right conveying plate 201 to which a pulley 203 attached to the left and right conveying is carried on the circular rail 202 delivered to the front and rear conveying pieces 104 and 104a. On the other hand, the wire 208 fixed to one side of the left and right transfer plate 201 is wound around the main pulley 204 of the motor 205 formed on one side before and after the transfer piece 104a, and the driven pulley 206 on the other side Automatic shoe polisher, characterized in that configured to be fixed to the other side of the left, right feed plate (201) by connecting to. The method according to claim 1, The rotating means 300 forms a rotating body 301 on the left and right transfer plate 201, but forms a pair of worm gears 302 and a worm wheel 303 orthogonal to the inner side of the rotating body 301, and a worm wheel ( Automatic shoe polishing, characterized in that the rotating plate 305 is attached to the rotating shaft 306 of the 303 by rotating the worm gear 302 is rotated about the orthogonal rotating shaft 306 as the horizontal worm gear 302 is rotated Device. The method according to claim 1, The upper sole fixing means 400 of the upper portion of the rotating plate 305 is fixed to the support piece 401, the height adjusting plate 403, which is attached to the motor 402, and the weight (1) on the one end of the height adjusting plate 403. 405 is attached to the fixed interval 406 is attached to the other side of the motor 402 and the timing belt 407 is fixed to the upper rotating brush (409) and the upper first polishing brush 410 to rotate and Rotating and fixing the upper second gloss brush 413 for vertical rotation by the motor 412 attached to the height adjustment plate 415 on the support piece 411 at a position orthogonal to the height adjustment plate 403. On the other hand, the height adjustment plate 403, 415, the lower portion of the semi-circular support piece 418 attached to the left, right feed plate 201, automatic shoe cleaning device, characterized in that configured.