KR200197934Y1 - Footwear washer - Google Patents

Abstract

The present invention relates to a shoe polishing apparatus, and more particularly, to improve the washing and cleaning reliability of the shoe while allowing the brushing process and the cleaning process to remove foreign substances on the shoe to be completed in one process.

The shoe polishing apparatus of the present invention includes a slide bed which is horizontally placed in the case space and has a driving portion to support the shoe in the case space and to be able to slide open and close, and a cylinder for supporting or releasing the shoe placed on the slide bed. A sub head with a shoe support pipe actuated by the support, a sole rotatably mounted to the frame at an angle to wipe the front portion of the shoe fixed by the shoe support pipe on the slide bed, A main head with a brush mounted at a separate position and having a flat and rotating motion along the rails for wiping the side and the back of the shoe, and a guide part for guiding the distance and the positional movement of the main head through a driving force; Located in the periphery of the main head and the compression action of the cylinder A shoe polish applicator for applying shoe polish to the main head, a dust collector for collecting dust or foreign substances generated in the shoe by washing and cleaning by the head at the bottom of the slide bed, and a plurality of shoes placed on the case It is characterized by having a shoe holder for storing at the same time. This enables the automation of the device and improves shoe cleaning and cleaning reliability.

Description

Shoe Polisher {Footwear washer}

The present invention relates to a shoe polishing apparatus, and more particularly, to improve the washing and cleaning reliability of the shoe while allowing the brushing process and the cleaning process to remove foreign substances on the shoe to be completed in one process.

Brushes for brushing off debris and cleaning cloths for rubbing shoe surfaces are the minimum tools needed to clean shoes. Taxants or varnishes applied to or coated on the surface of the shoe to protect and shine the shoe are additionally used to polish the shoe.

The manual shoe polishing process is cumbersome because it goes through brushing, washing with detergent, applying a varnish, rubbing with a cloth, and polishing.

Automatic shoe polishers or devices are known to replace manual work. But the manual process was just a mechanical transformation. For example, it causes the brush to rotate and rotates the rotating plate or rollers through an artificial drive for cleaning. Rotatable brushes and shapes like spinning fabrics for cleaning appear to go through at least two processes.

Therefore, it is presented as a semi-automatic device that falls short of automation and slightly reduces the labor of manual labor. In addition to shoe polishers, other tasks require automation of a single process when more than one process is required to process or vary the desired shape to the desired shape.

The closer to this automation, the less manual work, but the conditions of the object become barriers. Verbal never creates favorable conditions for automation in the object to be treated. Because it uses leather, vinyl, urethane, and the like as the main raw material, the material itself has flexibility. Therefore, automation requires the provision of a system that puts it within the scope of the process and supports it floatingly or unaffected by successive linked processes.

Even if oral support systems were provided, it was also a technical challenge to treat the cleaning and cleaning processes in a single process. Conventional devices have included such cleaning and cleaning as a separate process rather than as a single treatment process, leaving the problem of securing oral support systems such as above.

Known shoe polishing devices are thus classified as semi-automatic devices and require user operation management. For example, a user may perform a washing and cleaning operation with a shoe placed in a space, or select a cleaning process after finishing.

The following is the level of reliability indicated by the cleanliness that occurs when the shoe is polished by the shoe polisher, that is, the state of washing or appearance treatment.

Conventional devices have low reliability. The cause was not suggested to fix the shoes without flow. Otherwise, since the shoes were polished by putting the shoes inside the device while the shoes were worn, the polishing was not constant. When cleaning shoes, these devices did not move organically along the shoes, revealing limitations in wiping out every corner. In other words, during the cleaning and cleaning stage, the rotating plate or roller only touched the front part of the upper surface, so that the rotating body touched the side or the rear was insufficient to give sufficient frictional force.

In this regard, my pre-registered Korean Utility Model Registration No. 178718 has been presented as an automated shoe-wiping device that can perform washing and cleaning in one space.

The apparatus includes a base plate which is placed horizontally in the case space and supports the shoes in the case space, an up and down movement mechanism portion consisting of a pneumatic tube for supporting or removing support for the shoes placed on the base plate, and the up and down movement mechanism portion. A washing and cleaning head moving in phase in the case space around the supported shoe, a washing and cleaning head moving means for rotating the washing and cleaning head in close contact with the shoe while moving the washing and cleaning head in phase, and rotating the washing and cleaning head It consists of a head drive, which is more accessible to the automation of shoe polishers.

However, in order to complete the cleaning and cleaning in one process by applying the linked driving method to the cleaning and cleaning head, it is necessary to maintain the movement of the driving head smoothly while keeping the respective driving heads close to the shoes. Since the device is a drive type in which the drive head moves along a curved trajectory, the reliability of the drive or the position for cleaning and cleaning did not reach the optimum position.

Therefore, an object of the present invention is to improve the reliability of the cleaning and cleaning by proceeding the movement of the drive head around the fixed position of the shoe in providing a shoe polishing apparatus that can complete the cleaning and cleaning in one process.

Another object of the present invention is to provide a shoe scrubbing device for collecting and discharging dust by purifying dust or foreign substances generated during shoe washing.

Features of the present invention for achieving this purpose,

A shoe polishing apparatus comprising a case having a space for putting shoes, a rotating body and a rotating body rotating intermittently or periodically to clean the surface of the shoe at any position of the case space,

Shoe polishing device of the present invention,

A slide bed placed horizontally in the case space and supporting the shoe in the case space and having a driving portion to enable the slide opening and closing;

A shoe support pipe driven by a cylinder for supporting or releasing a shoe placed on the slide bed;

A subhead with a sole rotatably mounted to the frame at an angle to wipe the front portion of the shoe secured on the slide bed by the shoe support pipe,

A main head with a brush mounted at a position separate from the sub head and having a planar motion and a rotational motion along the rail for wiping the side and rear portions of the shoe;

A guide unit for guiding a gap and a positional movement of the main head through a driving force;

A shoe polish applying device, which is located at a periphery of the main head and applies shoe polish to the main head by a compression action of a cylinder;

A dust collecting device for collecting dust or foreign substances generated in shoes by washing and cleaning by the head at the bottom of the slide bed;

Located on the case is characterized in that it further comprises a shoe holder for storing multiple shoes at the same time.

1 is a whole perspective view according to the present invention.

2 is a view showing a configuration example of a slide bed according to the present invention.

Figure 3 (a) (b) is an operation of the slide bed according to the present invention.

Figure 4 is a view showing a configuration example of the shoe fixing unit according to the present invention.

(A) and (b) is an operation diagram of FIG.

Figure 6 is a view showing another configuration example of the shoe fixing unit according to the present invention.

7 shows an example of the configuration of a subhead;

(A) and (b) is an operation diagram of FIG.

Fig. 9 shows another configuration example of the subhead, (a) is a front view and (b) is a sectional view taken along the line A-A 'in (a).

10 is a view showing an example of the configuration of the main head according to the present invention.

11 is a view showing an example configuration of the guide portion of the main head according to the present invention.

12 is a view showing a shoe polish application device according to the present invention.

13 is a view showing an example of a dust collector according to the present invention.

14 is a view showing an example of the configuration of a shoe holder according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: Case 2: Slide bed

4: cylinder 5: shoe holder

6: Subhead 7: Frame

8: Rail 9: Main head

10: cylinder 11: oral medicine applying device

12: dust collector 13: shoe storage

14: Landing zone 15: step

16: Rack gear 17: Drive gear

18: drive motor 19: frame

20: cylinder rod 21: support pipe

22: fixed pipe 23: tube

24: Anion 26: Subhead body

27: support 28: hinge shaft

34: center head 35: left head

36: right head 37, 38: cylinder

39, 39a: Guide track 44: Storage bin

46: suction air duct 48: dust collecting filter

51: rotating disc 52: opening and closing door

When the shoe cleaning device is configured, it is possible to automate the process of washing and cleaning the shoe in a continuous process, and the shoe cleaning and cleaning process is carried out according to the shape and shape characteristics of the shoe to improve the reliability of shoe cleaning and cleaning. It can be improved.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

1 is an overall perspective view according to the present invention, Figure 2 is a configuration example of a slide bed according to the present invention, Figure 3 (a) (b) is an operation of the slide bed according to the present invention, Figure 4 Fig. 5A and Fig. 5 show the operation of Fig. 4, Fig. 6 shows another configuration example of the shoe holder, Fig. 7 shows an example of the configuration of the subhead, and Fig. 8A (b) is an operation diagram of FIG. 7, (a) and (b) of FIG. 9 are other configuration examples of the subhead, FIG. 10 is a configuration example of the main head, and FIG. 11 is a configuration example of the guide portion of the main head. 12 is an example of a shoe polish application device, FIG. 13 is a configuration example of a dust collecting device, and FIG. 14 is a configuration example of a shoe holder.

An embodiment of the present invention, the slide bed 2 and the slide bed which is horizontally placed in the case 1 space as shown in Figs. 1 to 14 and provided with a driving unit for supporting the shoe in the case 1 space and allowing the slide opening and closing. (2) a shoe support (5) actuated by the cylinder (4) to support or release the support (3) on the shoe (3) and a shoe fixed on the slide bed (2) by the shoe support (5) Subhead 6 rotatably mounted to the frame 7 at any angle for wiping the front part of (3), and mounted at a position separate from the subhead 6 to wipe the side and back of the shoe A main head 9 which performs a planar motion and a rotational motion along the rail 8, a guide part for guiding a distance and a positional movement of the main head 9 through a driving force, and a peripheral part of the main head 9 By the compression action of the cylinder (10) A shoe polish application device 11 for applying medicine to the drive head, a dust collector 12 for collecting dust or foreign substances generated in shoes by washing and cleaning action by the head at the bottom of the slide bed 2, and a case ( 1) It is located in the upper portion is provided with a shoe holder 13 for storing several shoes at the same time.

2 and 3, the slide bed 2 and the driving unit has a landing zone 14 on which the upper surface can put the shoes 3, and the front side of the slide bed 2 and the driving unit which can be pulled out and stored outside the case 1 ( 15), the rack gear 16 is mounted on the side, and consists of a drive gear 17 and a drive motor 18 to be engaged with the rack gear (16).

The shoe support 5 includes a cylinder 4 mounted on the frame 19 as shown in FIGS. 4 and 5, and a pair of articulated support pipes 21 mounted on the cylinder rod 20 to fix the shoe 3. ) And a tube (23) mounted at the end of the shoe fixing pipe (22) to support and fix the shoe, and optionally a peripheral portion for supplying negative ions to the shoe fixing pipe (22). It is equipped with the anion group 24, and is comprised by connecting the anion group 24 and the shoe fixing pipe 22 with the hose 25.

In another embodiment, as shown in FIG. 6, a spring 54 may be installed in the shoe fixing pipe 22, and the articulating support pipe 21 may be coupled to the shoe fixing pipe 22 by touching the spring 54. have.

The sub head 6 includes a sub head main body 26 rotating as shown in FIGS. 7 and 8, a sub head support 27 fixed to the frame 7 to fix the head main body to the frame 7, Hinge shaft 28 rotatably supporting the sub head main body 26 to the frame 7, and the support 27 and the frame 7 to move the sub head support 27 around the hinge axis 28. A movable cylinder 29 fixed to the support cylinder, a head support frame 30 fixed to the support 27 to rotatably support the sub head main body 26, and a drive motor for rotating the shaft of the sub head main body 26 ( 31).

Then, as shown in FIG. 9, the frame 7 on which the support 27 is rotatably fixed is constituted by the guide rails 55, and the cylinder 56 for moving the support 27 is mounted to support the head support frame 30. It can be configured as a structure that can move in the horizontal direction, the sub head body 26 can be manufactured in the form of alternating cloth 57 and the sole 58. The head uses a sponge 59 as an interior material.

The main head 9 is movably fixed along the support plate to the upper vertical position of the slide bed 2 as shown in FIG. 10, and is coupled to the drive motor 32 and the shaft 33, in the center of the shoe. It consists of a central head 34 to be laid, and a left head 35 and a right head 36 to be placed on the left and right sides of the shoe, respectively.

The guide part of the main head 9 has a space for allowing the axes of the left and right heads 35 and 36 to be moved to guide the movement of the left and right heads 35 and 36 as shown in FIG. The guide rails 8, the cylinders 37 and 38 mounted on the center head 34 to move the left head 35 and the right head 36 laterally, respectively; The guide tracks 39 and 39a which support both ends of the guide rail 8 to guide the movement and guide the forward and backward movement of the main head 9 and the forward and backward driving force to the guide rail 8 are transmitted to the main head. The drive motor 32 mounted on the guide rail 8 and the gear 41 of the drive motor 40 in the lateral direction of the guide tracks 39 and 39a to move forward and backward 9 are The size word 42 is made up of.

The bitumen applicator 11 is a cylindrical bitumen container 44 with an outlet 43 mounted on the lateral frame of the head to discharge the bitumen to the head, and the bitumen contained in the bitumen container 44 as shown in FIG. In order to compress this, the piston 45 which is operated by the cylinder 10 and the cylinder which adjusts the position of the shoe box 44 can be additionally installed.

The dust collector 12 has an intake air duct 46 which makes the lower space inside the case 1 an air flow passage as shown in FIG. 13, and a suction force in the inner space inside the case 1 located under the duct 46. Located in the upper part of the duct 46 to collect and discharge the dust or foreign matter generated in the washing and cleaning process of the shoe (3) with the axial fan 47 and the suction force generated by the axial fan 47, A replaceable dust collecting filter 48 and a collecting filter 49 provided at the end of the duct 46 flow path for collecting and transporting impurities contained in the intake air passing through the dust collecting filter 48.

The shoe holder 13 has a rotating shaft 50 mounted axially on the upper surface of the case 1 as shown in FIG. 14, and at least one rotating disk rotated about the rotating shaft 50 or rotated by the rotating shaft 50. It consists of (51), and is configured to axially coupled with the drive motor to selectively return the rotary shaft 50 of the rotating disc 51 to a separate motor driving force.

In addition, an opening door 52 is installed at the front portion of the case 1 so that the slide bed 2 can be pulled out or put into the original position.

By arranging the driving heads for washing and cleaning for rotational movement and flat movement around the shoes, it is possible to automate the shoe cleaning device while the head brush works intensively around the shoes to improve the reliability of cleaning and cleaning. Not only can this be improved, but the shoe can be cleaned hygienically in the case.

The shoe polishing apparatus according to the present invention has dual driving heads as a sub head for wiping the front of the shoe and a main head for wiping the side and the back of the shoe in order to execute a process for washing and cleaning in a continuous process.

The operations of each part for the cleaning and cleaning of shoes from the input of shoes, the filtration or cleaning action of impurities appearing in this process, and the storage and fixing of shoes are as follows.

In order to clean the shoe 3, first, the opening and closing door 52 in the front part of the case 1 is opened, the shoe 3 is placed in the landing zone 14 of the slide bed 2, and the opening and closing door 52 ) Is started by placing the shoe 3 on the inner slide bed 2 of the case 1.

The opening / closing door 52 covers the front surface of the case 1 and at the same time becomes a discharge passage of the slide bed 2 when the slide bed 2 is discharged out of the case 1. Therefore, in order to put the shoe 3 on the slide bed 2, the opening and closing door 52 is opened at the time of discharging the slide bed 2 out of the case 1, and the slide bed 2 is fully inserted into the case 1 again. It is to be closed when it is returned, and is interlocked according to the operation of the slide bed (2). The slide bed (2) has a landing zone (14), on which the upper surface can place the shoe (3), where the shoe can later be more precisely cleaned and cleaned by the drive head. The landing zone 14 serves to designate the position of the shoe and is an indication of the degree to which the shoe-shaped line is inserted to position the shoe.

The driving of the slide bed 2 transmits the driving force to the rack gear 16 of the slide bed 2 through the drive gear 17 when the drive motor 18 turns, thereby inducing a planar linear motion of the slide bed 2. Do it. Since the front part of the slide bed (2) has a step (15) to protect the shoe (3) to be out of view or detached when operating the shoe (3) on the landing zone (14). The slide bed (2) comes out of the case (1) or enters inwardly depending on the rotational direction of the drive motor (18), and the outward position is a waiting position for putting shoes, and the opening / closing door (52) is closed. Shoe polishing is in progress or in progress. As such, the slide bed 2 is activated when the shoe is led into or out of the case 1.

When the operation of inserting the shoe into the space of the case 1 through the slide bed 2 is completed, an operation of continuously fixing the shoe on the slide bed 2 through the shoe fixing part 5 is performed. The shoe fixing part 5 is actuated by a cylinder 4 fixed to the frame to serve to fix the shoe 3 placed on the slide bed 2. That is, when the cylinder 4 is operated on the shoe seated in the landing zone 14 on the slide bed 2, the shoe fixing pipe 22 coupled with the cylinder rod 20 descends downwards, thereby causing the articulation type. The support pipe 21 and the tube 23 enter the shoe 3 and press the shoe at a constant pressure to fix the shoe on the slide bed 2 without flow. At this time, since the refraction type support pipe 21 is designed according to the shape of the shoe, it has a beneficial effect of doubling the support force of the shoe and preventing the shoe from being caught when it is returned again. Make it possible to move to the back of the. In this process, the anion group 24 is operated through the oral fixing pipe 22, and the anion generated therein can be supplied into the shoe in large quantities through the hole of the tube 23, and the action of the anion causes sterilization or deodorization of the shoe. Action can be obtained. The tube 23 applies a high elastic cushioning material. The shoe fixing part 5 is mounted on the shoe fixing pipe 22 as shown in FIG. 5 and the spring 54 is mounted on the articulated support pipe 21 so that the height of the shoe 3 is changed, that is, H1, H2 and the like. The shoes can be fixed at the proper pressure for the same height change without additional adjustment.

When the fixing of the shoe is completed, the subhead 6 is driven to perform the front part washing and cleaning process of the shoe. Since the sub head 6 is fixed by the support 27 which is rotatable about the hinge axis 28 by the stroke of the cylinder 29, the sub head main body 26 with a brush as shown in FIG. 8 is operated by moving the cylinder 29. By adjusting the position of the), you can wipe the entire front part from the front of the shoe.

In this case, as shown in FIG. 9, when the frame 7 supporting the support 27 of the sub head 6 is configured as the guide rail 55, the head support frame 30 can be moved in the horizontal direction. When the main body 26 is fabricated in the form of alternating cloth 57 and sole 58, the cloth 57 and brush 58 can be selectively brought into contact with the surface of the shoe 3 so that wiping and polishing are easier. By using the sponge (59) as the interior material of the head, the frictional force is alleviated when it comes in contact with the shoe and close contact is maintained.

Thus, the front part of the shoe is mainly wiped by the subhead 6, and the side and the rear part are wiped by the main head 9 as shown in FIG. The main head 9 is composed of three drive heads, and is divided into a center head 34 and left and right heads 35 and 36 located at both sides thereof. Based on the fixed position of the shoe 3, the central head 34 is in contact with the inner side of the shoe, and the left / right heads 35 and 36 are in contact with both sides of the shoe. Therefore, driving the head wipes the inner and outer surfaces of the shoe at the same time. The driving head is mounted on the guide rail 8 to facilitate the washing and cleaning process of the shoes, and the left and right heads 35 and 36 are provided with a gap adjusting function in a straight direction about the center head 34. That is, the left and right heads 35 and 36 are respectively mounted with the cylinders 37 and 38 around the center head 34. When the cylinders 37 and 38 are operated, the left and right heads 35 and 36 are corresponding. By the operation of the cylinders 37 and 38, the gap is narrowed toward the center head 34 or further apart in the outer direction. Therefore, the driving head can be closely attached to the shoe regardless of the shoe size.

In addition, in addition to the gap adjustment function along the guide rail 8, the overall plane motion function is given. When the driving motor 40 is rotated, the rotary gear 41 rotates to engage the rack gear 42 to guide the guide tracks 39 and 39a. By expanding the plane along the plane, the working area of the main head is further expanded.

The washing and cleaning process of the shoes by the subhead 6 and the main head 7 may be performed separately or at the same time with a time difference, and the addition of the process of applying the shoe polish as shown in FIG. 12. If the bitumen is extruded by the piston 45 of the cylinder 10 on the periphery of the head and applied to the sole portion of the head, bitumen is also possible in the step of driving the driving head.

In the washing and cleaning step of the shoe by the driving head, a large amount of dust or foreign substances are generated, but when the axial fan 47 in the inner space of the case 1 is driven as shown in FIG. 13, most of the air in the case 1 is axially flown. It can be sucked out through the fan 47 and discharged out.

When the axial fan 47 rotates, most of the foreign matter falling by the shoes and the driving head mounted on the slide bed 2 is collected in the dust collecting filter 48. The filtered suction air flows along the duct 46 and is again filtered by the collecting filter 49 to escape through the axial fan 47, thereby suppressing the discharge of contaminated air.

The upper surface portion of the case (1), as shown in Figure 14 has a shoe holder 13 made of a rotating disc 51 that can be rotated around the rotating shaft 50, it is also possible to store several pairs of shoes here. The rotating disc 51 may be turned by hand or driven by a driving force, and may be mounted in two or more stages.

On the other hand, when the shoe polishing apparatus of the present invention is automated, an example thereof is as follows. When the coin is placed in the coin inlet 53, the opening and closing door 52 is opened first, the slide bed 2 is released out of the case 1 so that the shoe can be put on. When the user puts the shoe on the slide bed (2), the slide bed (2) enters the case (1) again, and the opening / closing door (52) is closed, and the washing and cleaning process by the driving head is performed inside the case (1). do. The display unit 54 displays the current stage of the shoe polishing process. Upon completion, the opening / closing door 52 opens again, and the slide bed 2 on which the shoe 3 is placed is discharged out to recover the shoe. 2 enters the case 1 and the opening / closing door 52 is closed. The present invention can be used as a coin vending machine through automation by adding a simple control device.

According to the present invention as described above, the drive head with a brush for cleaning and cleaning of the shoe is able to adjust the spacing and position around the fixed position of the shoe, thereby improving the cleaning and cleaning efficiency of the shoe, It is possible to improve driving stability by changing the head driving method into linear motion, and it is advantageous for high-speed driving, which can shorten washing and cleaning time, and it can be utilized indoors by suppressing the discharge of impurities in the process of cleaning shoes. It works.

Claims (13)

A shoe polishing apparatus comprising a case having a space for putting shoes, a rotating body and a rotating body rotating intermittently or periodically to clean the surface of the shoe at any position of the case space, The shoe polishing device, A slide bed placed horizontally in the case space and supporting the shoe in the case space and having a driving portion to enable the slide opening and closing; A shoe support driven by a cylinder for supporting or releasing a shoe placed on the slide bed; A subhead rotatably mounted to the frame at an angle to wipe the front portion of the shoe secured over the slide bed by the shoe support; A main head mounted at a position separate from the sub head and performing a planar movement and a rotational movement along the rail to wipe the side and rear portions of the shoe; A guide unit for guiding a gap and a positional movement of the main head through a driving force; A shoe polish applying device, which is located at a periphery of the main head and applies shoe polish to the main head by a compression action of a cylinder; A dust collecting device for collecting dust or foreign substances generated in shoes by washing and cleaning by the head at the bottom of the slide bed; Shoe wiping device characterized in that it is located on the upper case and further comprising a shoe holder for storing multiple shoes at the same time. The method of claim 1, The slide bed and the driving unit has a landing zone on which the upper surface can put shoes, and the front side has a stepped portion to be pulled out to the outside of the case, and a rack gear is mounted on the side, and the driving gear meshes with the rack gear. And a driving motor. The method of claim 1, The shoe support is a cylinder mounted to the frame, A shoe fixing pipe having a pair of articulated support pipes mounted on the cylinder rod to fix shoes; Shoe polishing apparatus, characterized in that consisting of a tube mounted on the end of the shoe fixing pipe to support the shoe. The method of claim 3, wherein Shoe polishing apparatus comprising an anion group in the periphery in order to supply anions to the shoe fixing pipe, and configured by connecting the anion group and the shoe fixing pipe with a hose. The method of claim 1, And a spring is installed in the shoe fixing pipe, and the articulated support pipe is coupled to the shoe fixing pipe by touching the spring. The method of claim 1, The sub head has a rotating sub head body, A subhead support fixed to the frame to fix the head body to the frame; A hinge shaft rotatably supporting the sub head to the frame; A movable cylinder fixed to the support and the frame to move the sub head support to a hinge axis; A head support frame fixed to the support to rotatably support the sub head body; Shoe polishing apparatus comprising a drive motor for rotating the shaft of the sub head. The method of claim 1, The support frame is rotatably fixed with a guide rail, and a cylinder for moving the support is mounted in a structure in which the head support frame is movable in a horizontal direction, and the sub-head body is manufactured in a form in which cloth and a brush alternately. Shoe polishing device characterized in that. The method of claim 1, The main head is fixed to the upper vertical position of the slide bed so as to be movable along the support plate and coupled to the drive motor and the shaft, the center head lying in the center of the shoe, and the left head and right lying on the left and right sides of the shoe, respectively. A shoe polishing apparatus comprising a head. The method of claim 1, The guide portion of the main head, a guide rail having a space for allowing the axis of the left and right head to move to guide the movement of the left and right head, A cylinder mounted to the central head for laterally moving the left head and the right head, respectively; Guide tracks supporting both ends of the guide rails to guide the movement of the guide rails to guide the forward and backward movement of the main head; A drive motor mounted to the guide rail to transfer the driving force forward and backward to the guide rail to move the main head forward and backward; Shoe polishing apparatus comprising a rack gear installed to engage with the gear of the drive motor in the lateral direction of the guide track. The method of claim 1, The shoe polish applicator includes a cylindrical shoe polish container having an outlet mounted on the lateral frame of the main head to discharge the shoe polish to the main head, A piston operated by a cylinder to compress the bitumen contained in the bitumen container, Shoe polishing device comprising a cylinder mounted to the frame to adjust the position of the shoe box. The method of claim 1, The dust collector may include an intake air duct which makes the lower space inside the case an air flow passage; An axial fan positioned at a lower portion of the duct to provide suction to an inner space of the case; A dust collecting filter replaceable at an upper portion of the duct to collect and discharge dust or foreign substances generated in the washing and cleaning process of the shoe by the suction force generated by the axial fan; Shoe wiping device comprising a collecting filter installed at the end of the duct flow path for collecting the impurities contained in the intake air that has passed through the dust collecting filter. The method of claim 1, The shoe holder is a rotary shaft mounted in the axial direction on the upper surface of the case, Shoe wiping device, characterized in that consisting of at least one rotating disk rotated by the rotating shaft or the center of the rotating shaft. The method of claim 12, Shoe wiping device characterized in that the shaft coupled to the drive motor to return the rotating shaft of the rotating disk to a separate motor driving force.