KR20010090335A - automatic shoes clening device - Google Patents

Abstract

PURPOSE: A shoe-shining device is provided to automatically shine shoes with a shining degree as obtained by manual work in a simple structure without any shining brushes, thereby improving the convenience of the use. CONSTITUTION: A shoe-shining device includes a main body(10), a side surface dusting unit(20) mounted at a front part of the main body to move back and forth for dusting both side and rear surfaces of shoes, an upper dusting unit(30) mounted at a side of the main body to move right and left for dusting top surfaces of the shoes, and a shoe-polish supplying unit(40) mounted at a rear part of the main body to move back and forth to apply the shoe-polish to the shoes.

Description

Automatic shoes clening device

The present invention relates to an automatic shoe polishing apparatus which enables to improve the dust removal and gloss effect of shoes to a manual level.

Currently, the automatic shoe polishing apparatus is distributed in the market in the form of a vending machine that wipes the shoe for a set time according to the coin.

In the conventional automatic shoe polishing apparatus, when a shoe is placed on a footrest provided at the front of the apparatus after the coin is put in, the soil / dust, etc. adhered to the shoe by the shoe by various shoe brushes installed at various angles.

Next, the bitumen is applied to the shoe with a viscous brush and then polished, and a dry function may be added to dry the bitumen depending on the product.

However, the conventional automatic shoe cleaning device has a complicated configuration because it is essentially equipped with a brush or villi to wipe the shoes again in order to polish after applying the bitumen.

In addition, the conventional automatic shoe polishing apparatus focuses on improving the functionality for raising the glossiness of the shoe to the level comparable to the manual work, but is insignificant, and the glossiness of the shoe still does not reach the manual work.

The present invention has been made to solve the above-mentioned problems, and to provide an automatic shoe polishing apparatus that can obtain the glossiness according to the manual work without installing a separate gloss brush to polish the shoe. I put it.

1 is a plan view showing the configuration of the automatic shoe polishing apparatus according to the present invention

FIG. 2 is a view of FIG. 1 viewed in the A direction

Figure 3 is a plan view showing a portion of the side hair removal device of the automatic shoe cleaning device according to the present invention

4 is a view of FIG. 3 viewed in the direction B;

Figure 5 is a plan view showing a portion of the upper whisk device of the automatic shoe polishing apparatus according to the present invention

6 is a view of FIG. 5 viewed in the C direction;

FIG. 7 is a view of FIG. 5 viewed in the D direction. FIG.

Figure 8 is a plan view showing a gloss supply device portion of the automatic shoe polishing apparatus according to the present invention

9 is a view of FIG. 8 viewed in the F direction;

10 is a view of FIG. 8 viewed in the G direction;

11a to 11d is an operation progress diagram of the varnish supply device

Explanation of symbols for the main parts of the drawings

1. Shoes 10. Body

20. Side stripping device 21. Moving frame

22.Spring 23.Sidebrush

24. Side brush drive motor 25. Transfer means

26.Guider 27.Guide Roller

30. Upper stripper 31. Fixed frame

32. Moving Frame 33. Top Brush

34. Top brush motor 35. Transfer means

40. Polishing device 41. Fixed frame

42. Moving frame 43. Transfer means

44. Sponge 45. Polishing Base

46. Lifting means 47. Guiding means

48. Polishing reservoir 250. Forward / reverse transfer motor

251.Racket Gears 252.Spur Gears

350. Left / Right Feed Motor 351. Rack Gear

352. Spur Gears 430. Forward / Reverse Feed Motors

431. Spur Gears 460. Cam Motors

461. Cam 462. Pedestal

470. Guide Rollers 471.Guide Plates

471a. Recess 472. Auxiliary Guide Plate

473. Return passage

According to an aspect of the present invention for achieving the above object,

The body, and a side curling device installed on the front and the front of the body to shake off the dirt on both sides and the back of the shoe, and the left / right transfer on one side of the body is installed on the upper surface of the shoe It is characterized in that it comprises a top feeder for brushing off the dust and a polisher supply device is installed in the rear of the body capable of forward / backward to apply a varnish to the shoe.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 are plan views showing the overall configuration of the automatic shoe polishing apparatus according to the present invention, and Fig. 1 is a view seen from the A direction, respectively.

According to the drawings, the automatic shoe shining apparatus of the present invention and the body (10); A side curling device 20 installed in front of the body 10 so as to be capable of moving forward / backwards to shake off dirt / dust on both sides and the back of the shoe 1; An upper hair removal device (30) installed on one side of the body (10) so as to be transported left and right to shake off dirt and dust on the upper surface of the shoe (1); It is configured to include a varnish supply device 40 is installed in the rear of the body 10 so as to be forward / backward to apply a varnish to the shoe (1).

Hereinafter, the configuration of each device will be described in detail.

1. Side stripping device

3 and 4 are a plan view showing a portion of the side hair removal device of the automatic shoe cleaning device according to the present invention, Figure 4 is a view of Figure 3 seen from the B direction, respectively.

According to the drawing, the side curling device 20 is installed on both front sides of the body 10 so as to be movable in the front / rear direction of the body 10, and is connected to each other by a spring 22 to adjust the elasticity of the gap between them. This movable frame 21 and; A side brush (23) installed on the moving frame (21) to shake off the side and back of the shoe (1); A pair of side brush drive motors 24 fixedly installed at the lower portions of the moving frames 21 to rotate the side brushes 23 in opposite directions; A transfer means 25 for transferring the moving frame 21 to the front / rear direction of the body 10; It is configured to include a guider 26 for guiding the moving frame 21 is installed and transported on both sides of the body (10).

The transfer means 25 includes a forward / reverse transfer motor 250 for generating a transfer power installed under the moving frame 21; A rack gear 251 which is a fixed body installed in the front / rear direction of the body 10; The spur gear 252 is coupled along the shaft of the forward / reverse transfer motor 250 and is moved along the rack gear 251 engaged while being rotated by a motor power.

For reference, the rack gear 251 is also used as a conveying means of the polisher supply device 40 to be described later. Detailed description thereof will be made when describing the polish supply device 40.

And, the outer side of the moving frame 21 is provided with a guide roller 27 in contact with the guider 26 in the cloud, so as to ensure the smoothness during the transfer of the moving frame 21. At this time, the guide roller 27 is brought into contact with the inner surface of the guider 26 when the moving frame 21 moves forward (direction toward the shoe), and the guide roller 27 when returning (away from the shoe). ) Is transported in rolling contact with the outer surface of the guider 26.

In addition, a position detection sensor (not shown) is installed on the movement path of the forward / reverse transfer motor 250 to limit the movement distance of the forward / reverse transfer motor 250 within a certain distance limit.

The operation process of the side curling device 20 having such a configuration is as follows.

When the shoe 1 is seated on the footrest 2 provided at the front of the body 10, the sensor 1 detects that the shoe 1 is seated by the sensor, and the moving frame 21 which has been retracted and various components coupled thereto. They are transferred to the front of the body 10 by the rotational power of the forward / backward transfer motor 250. At this time, the rotational power of the forward / reverse transfer motor 250 is transmitted by the engagement force of the spur gear 252 and the rack gear 251 installed in the longitudinal direction of the body 10 on the shaft.

In the process of moving the moving frame 21 and the components coupled thereto in front of the body 10, the pair of side blushes 23 coupled to the moving frame 21 are interlocked by the side blush driving motor 24. Rotating will shake off both sides of the shoe (1). At this time, the moving frame 21 is guided along the inner surface of the guider 26 by guide rollers 27 installed on both sides thereof.

On the other hand, when the moving frame 21 and the components coupled thereto return to the rear of the body 10, the interval between the two side blushes 23 as the guide roller 27 is guided along the outer surface of the guider 26. This will return to the open state.

In the above, the moving distance of the forward / backward of the moving frame 21 is limited by the position sensor installed on the body (10).

2. Upper hair removal device

5, 6, and 7 are a plan view showing a portion of the upper hair removal apparatus of the automatic shoe polishing apparatus according to the present invention, a view of FIG. 5 seen in the C direction, and a view of FIG. 5 viewed in the D direction, respectively.

According to the drawings, the upper hair removal device 30 includes a fixed frame 31 fixed to one side of the body 10; A moving frame 32 installed on the fixed frame 31 so as to be transportable in a left / right direction of the body 10; A top brush 33 rotatably installed at the lower portion of the moving frame 32 and interlocking with the moving frame 32 to shake off the upper surface of the shoe 1 during the movement; A top brush motor 34 coupled to the top brush 33 to provide power to rotate the top brush 33; It comprises a conveying means 35 for conveying the moving frame (32).

The transfer means 35 comprises a left / right transfer motor 350 coupled to the moving frame 32; A rack gear 351 which is a fixed body installed in the longitudinal direction of the fixed frame 31; It is composed of a spur gear 352 coupled to the shaft of the left / right transfer motor 350 is transferred along the rack gear 351 engaged while being rotated by the motor power.

The operation process of the upper hair removal device 30 having such a configuration is as follows.

The upper hair removal device 30 is operated while the side hair removal device 20 is completely returned.

The top brush 33 connected thereto by the rotational power of the top brush motor 34 rotates, and in this state, the moving frame 32 and various components coupled thereto are fixed by the transfer means 35. 31) is transferred to the central portion of the body (10).

At this time, the moving frame 32 and the components coupled thereto are fixed body racks as the synchronized power from the left / right transfer motor 350 is transmitted to the rack gear 351 and the spur gear 352 which are power transmission bodies. The spur gear 352 and the associated parts thereof are transferred to the center of the body 10 based on the size gear 351.

The top brush 33 transferred to the center portion of the body 10 carries soil / dust, etc., buried on the upper surface of the shoe 1 by its magnetic force, and the top brush 33 and its associated parts. When the return is made by the reverse rotation of the left / right transfer motor 350.

At this time, the forward / reverse transport distance of the transport parts is limited by the position sensor installed on the fixed frame 31.

3. Polish Feeder

8, 9, and 10 are plan views showing portions of the varnish supply apparatus of the automatic shoe polishing apparatus according to the present invention, FIG. 8 is viewed from the F direction, and FIG. 10 is a view of FIG. 8 viewed from the G direction.

The gloss supply device 40 is the most important part in the present invention, the configuration is as follows.

According to the figure, the varnish supply device 40 and the fixed frame 41 is fixed to the rear side on the body 10; A moving frame 42 installed at the rear of the body 10 to be movable in a forward / backward direction; A conveying means (43) which is a power source for conveying the moving frame (42); It is conveyed with the moving frame 42, one end is rotatably installed on the moving frame 42, the other end is provided with a flat polish supply table 45, the sponge 44 is installed; Elevating means (46) for selectively elevating a sponge (44) installation portion of the polish supply table (45); Guide means 47 for guiding the polish supply table 45 when it is moved forward and backward; It is installed on the body 10 but is positioned directly below the sponge 44 is configured to include a varnish storage container 48 for receiving a varnish.

The transfer means 43 is fixed to the body 10, the forward / reverse rotation motor capable of forward / reverse rotation 430 and; A rack gear 252 which is a fixed body installed in the front / rear direction of the body 10; The spur gear 431 is installed on the shaft in the forward / reverse transfer motor 430 and is transferred along the rack gear 252 engaged while being rotated by the motor power.

At this time, the rack gear 252 corresponds to the rack gear of the side curling device 20 described above. That is, the front side of the rack gear 252 is engaged with the spur gear 252 of the side curling device 20, and the rear side is engaged with the spur gear 431 of the varnish supply device 40.

And, the lifting means 46 and the cam motor 460 is installed on the body 10; A cam 461 mounted on the shaft of the cam motor 460; The upper portion of the cam 461 is installed in contact with the upper and lower flow by the power of the cam 461, it is composed of a pedestal 462 also serves to support this when the guide roller 470 to be described later is rolled.

In addition, the guide means 47 includes a rod-shaped guide roller 470 which is rotatably installed on the bottom surface of the varnish supply table 45; The guide roller 470 is fixedly fixed on the fixing frame 41, and the guide roller 470 is rolled along the guide surface, and a part of the guide surface of the guide roller 470 has a guide plate 471 having a depression 471a. ; The hinge frame is fixed to the fixing frame 41, and consists of an auxiliary guide plate 472 installed on the depression 471a so as to match the upper end of the guide surface of the guide plate 471.

At this time, between the guide plate 471 and the auxiliary guide plate 472 is formed with a return passage 473 of at least a gap larger than the diameter of the guide roller 470 is to pass through when the guide roller 470 is returned. .

In addition, the auxiliary guide plate 472 is separated into a first auxiliary guide plate 472a and a second auxiliary guide plate 472b, and these two auxiliary guide plates 472a and 472b are based on the connection part 472c. It is connected by folding.

In addition, the second auxiliary guide plate 472b located close to the shoe 1 side is connected to the guide plate 471 by a spring 474 to enable elastic flow in the up / down direction, and the first auxiliary guide plate. 472a is supported in a horizontal state by the guide plate 471 so that downflow is limited while upward flow is possible.

The operation process of the varnish supply device 40 having such a configuration is as follows.

The polish supply device 40 is operated after the upper hair removal device 30 is returned.

As shown in FIG. 11A, when the cam 461 reaches the top dead center by driving the cam motor 460, which is one of the elevating means 46, in the state where the pedestal 462 is lowered, the pedestal 462 located thereon. As it rises, the guide roller 470 is pushed up. Accordingly, as the polisher supply base 45 coupled with the guide roller 470 rotates around the pivot shaft O, the installation stage of the sponge 44 is raised (see FIG. 11B).

At this time, since the sponge 44 is located in the varnish storage bin 48 before the ascension, the sponge 44 is raised in a state in which the varnish embedded in the varnish storage bin 48 is buried.

Then, the associated parts (moving frame, lifting means, guide rollers, etc.) including the varnish supply stand 45 is the power generated from the forward / backward transfer motor 430 is one of the transfer means 43 is engaged. As it is delivered to the spur gear 431 and the rack gear 252 is to be advanced toward the shoe (1). At this time, the stop position of the conveying part is determined by the position detecting sensor (see FIG. 11C).

In addition, when the conveying part is conveyed, the guide roller 470 installed on the bottom surface of the polisher supply stand 45 is rolled along the upper surface of the pedestal 462, the guide plate 471, and the auxiliary guide plate 472. Done.

At this time, since the first auxiliary guide plate 472a located at the rear side of the body 10 of the auxiliary guide plate 472 is supported by the guide plate 471, when the guide roller 47 passes through the upper part of the auxiliary guide plate 472, There is no flow, and the second auxiliary guide plate 472b is elastically installed on the guide plate 471 by the spring 474, so that the guide roller 47 is compressed when passing through the upper part of the spring 474. It is restored to its original state in the horizontal state by the elastic force of.

Subsequently, the polisher supply stand 45 continues to advance to the set point, and when the sponge 44 coupled to the tip reaches a position located on the upper portion of the shoe 1, the position sensor detects and stops it.

On the other hand, at the time of return of the varnish supply stand 45, the guide roller 47 is returned through the return passage 473 formed between the guide plate 471 and the auxiliary guide plate 472 as shown in FIG. The engagement portion of the sponge 44 of 47 is lowered.

Accordingly, the polish is applied while the shoe 44 with which the polish is smeared is in contact with the shoe 1.

Thereafter, the guide roller 47 is continuously conveyed to the rear of the body 10 along the return passage 473, and reaches the outlet 473a side of the return passage 473 by the first auxiliary guide by the traveling force. The plate 472a is lifted out of the return passage 473.

Thereafter, the guide roller 47 is stopped on the pedestal 462, which is the first position through the top surface of the guide plate 471, and in this state, the cam 461 is bottom dead center driven by the cam motor 460. As it rotates to the base 462, the guide roller 47, the guide plate 471 is lowered (see Figure 11a).

Accordingly, the sponge 44 of the polisher supply stand 45 is inserted into the polisher reservoir 48 located below the polisher supply stand 45, and the polisher reservoir ( The open top of 48) is covered to prevent the liquid polish from evaporating or solidifying.

As described above, the present invention can obtain glossiness according to the manual work without the need of applying a shoe polish and rubbing it, thereby simplifying the configuration and improving the functionality of the shoe polishing apparatus.

Claims (7)

A body 10; A side curling device (20) installed at the front of the body (10) to be capable of moving forward and backward to shake off dust on both sides and the back of the shoe (1); An upper hair removal device (30) installed at one side of the body (10) to allow for left / right conveyance and brushing off foreign substances on the upper surface of the shoe (1); Automatic shoe polishing device comprising a polisher supply device 40 is installed in the rear of the body 10 to be forward / backward to apply a polish to the shoe (1). The method of claim 1, The varnish supply device 40, A fixed frame 41 fixedly installed at one rear side of the body 10; A moving frame 42 installed at the rear of the body 10 to be movable in a forward / backward direction; Conveying means (43) for conveying said moving frame (42); One end is rotatably installed on the movable frame 42, the other end is provided with a flat polisher supply base 45, the sponge 44 is installed; Elevating means (46) for selectively elevating a sponge (44) installation portion of the polish supply table (45); Guide means 47 for guiding the polish supply table 45 when it is moved forward and backward; Located directly below the sponge (44), automatic shoe polisher characterized in that it comprises a polish reservoir (48) for receiving the polish. The method of claim 2, The transfer means 43, It is fixed to the body 10, and forward / reverse rotation motor capable of forward / reverse rotation 430 and; A rack gear 252 fixed to the body 10 in a front / rear direction; Automatic shoe polishing device, characterized in that consisting of the spur gear 431 is linearly conveyed along the rack gear 252 is engaged on the shaft of the forward / backward transfer motor 430 and engaged by the motor power . The method of claim 2, The lifting means 46, A cam motor 460 fixed to one rear side of the body 10; A cam 461 provided on the shaft of the cam motor 460; Automatic shoe cleaning device characterized in that it is installed in contact with the upper portion of the cam (461) is composed of a pedestal (462) to be moved up / down by the cam (461). The method of claim 2, The guide means 47, A rod-shaped guide roller 470 provided to be rollable on a bottom surface of the varnish supply table 45; A guide plate 471 fixedly installed on the fixing frame 41 and having a guide roller 470 guided along an upper surface thereof, the guide plate having a depression 471a on a portion of the upper surface; The return passage 473 is installed on the recessed portion 471a of the guide plate 471 to maintain a horizontal state at all times and to allow the guide roller 470 to pass through the guide plate 471. Automatic shoe polishing device, characterized in that consisting of a guide plate 472 installed to have a. The method of claim 5, The auxiliary guide plate 472 is, The first auxiliary guide plate 472a and the second auxiliary guide plate 472b are configured to be foldably connected, The second auxiliary guide plate 472b installed near the front of the body 10 is connected by the guide plate 471 and the spring 474 to allow elastic flow. The first auxiliary guide plate (472a) which is installed close to the rear with respect to the body (10) is supported by the guide plate (471) so that the downward flow is limited while the upward flow free shoe installation apparatus. The method of claim 5, Automatic sponge cleaning device, characterized in that the cover (49) is provided on the sponge (44) installation portion of the polish supply table 45 to cover the open upper portion of the polish reservoir (48).