KR200178718Y1 - Footwear washer - Google Patents

Abstract

The present invention relates to a shoe polishing apparatus and improves shoe cleaning and cleaning reliability while allowing a brushing process and a cleaning process for removing foreign matter stuck to a shoe in a cabinet having an arbitrary space to be completed in a single process.

The shoe polishing apparatus of the present invention is composed of a base plate which is placed horizontally in the case space and supports the shoes in the case space, and a pneumatic tube for supporting or eliminating the support of the shoes placed on the base plate. Washing / cleaning head moving means to rotate the head closely to the shoe while moving the washing and cleaning head moving in phase in the case space around the shoe supported by the position adjusting part and the position adjusting part and the washing / cleaning head in phase , Head drive means for returning the cleaning / cleaning head. This enables automation of shoe polishing devices and improves cleaning and cleaning reliability.

Description

Shoe Polisher {Footwear washer}

The present invention relates to a shoe polishing apparatus, and more particularly, to improve the cleaning and cleaning reliability of shoes while allowing the brushing process and cleaning process for removing foreign matter on the shoe in a cabinet having any space to be completed in a single process. It is to let.

Brushes for brushing off debris and cleaning cloths for rubbing the surface of the shoe are the minimum tools necessary to clean the shoe, and detergents or varnishes applied or coated on the surface of the shoe to protect and polish the shoe are additional to the shoe. It is used.

The manual shoe polishing process is known to be a cumbersome operation because it sequentially undergoes brushing-washing or polishing, applying, rubbing and polishing.

Automatic shoe polishers or devices are known to replace manual work. The application of this method is basically just a mechanical transformation of the manual process. For example, it causes the brush to rotate and rotates the rotating plate or roll through an artificial drive for cleaning. Rotatable brushes and shapes like spinning cloths for cleaning are a requirement of 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. It is the task and goal of automation to single process one or more processes, as well as shoe polishers, as well as to process and transform the object into the required shape or phase.

The closer to this automation, the less manual or process, but the conditions of the object become barriers. Shoes never create favorable conditions for automation in these treatment targets. Because it uses leather, vinyl, urethane, etc. as a main raw material, the material itself has flexibility. Therefore, automation requires the provision of a system that puts this 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 this 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 the washing and cleaning directly with a shoe in a space, or select a cleaning process after the washing is finished.

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 a low level of 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 phase, the rotating plate or roll touched the front part of the upper part of the shoe locally, which was insufficient to rub the rotor sufficiently on the side or the back.

It is therefore an object of the present invention to provide an automated shoe polishing apparatus capable of simultaneously cleaning and cleaning in one space.

Another object of the present invention is to always ensure the cleaning and cleaning reliability of a shoe polishing apparatus which rotates the rotating body to perform cleaning or cleaning.

Another object of the present invention is to clean the dust and foreign substances generated during oral cleaning with a filter in the existing shoe washing method that causes dust indoors and contaminates the environment as the living time increases indoors. To make a product.

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 intermittently or periodically rotating to clean the surface of the shoes at any position of the case space, and a driving portion thereof.

Shoe polishing device of the present invention,

(1) a base plate placed horizontally in the case space to support the shoes in the case space,

(2) up and down movement mechanism which consists of a pneumatic tube to support the shoe mounted on the base plate or to eliminate the support force and to move the pneumatic tube up and down,

(3) washing and cleaning head moving in phase in the case space around the shoe supported by the vertical movement mechanism;

(4) washing / cleaning head moving means for rotating the head in close contact with the shoe while moving the washing / cleaning head in phase;

(5) It is characterized by consisting of a head drive means for rotating the cleaning / cleaning head.

Optionally, the vertical movement mechanism portion of the pneumatic tube is equipped with a pneumatic tube at the end and an actuating rod supporting the pneumatic tube;

A movable cylinder for moving the working rod in a vertical direction;

A rack gear mounted to protrude from the movable cylinder to move the movable cylinder horizontally along the support panel;

It is characterized by consisting of a pinion gear and a drive motor for engaging the rack gear to horizontally move the rack gear.

Optionally washing and cleaning heads,

The shaft connected to the motor,

A holder mounted to an outer diameter of the shaft to support the head shaft to a support panel;

A driving unit for moving the head;

And a coupler on the shaft for clamping the head to the drive.

Optionally, the cleaning / cleaning head moving means includes: a flexible curved moving curve rail formed on the support panel to fix and support the head shaft to the support panel;

Characterized in that it consists of a drive unit for providing power to the shaft to move the head along the guide rail.

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

Figure 2 shows the shoe support according to the present invention, (a) is a pneumatic tube method, (b) is a view showing an example of the cushion material expansion support method.

3 is a plan view of the head drive unit according to the present invention.

Figure 4 is a view showing an example of the head drive unit according to the present invention.

5 is a view showing another example of the head drive unit according to the present invention.

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

1: Case 2: Base Plate

3: pneumatic tube 4: washing head

5: cleaning head 6: rod

7: movable cylinder 8: support panel

9: rack 10: pinion gear

11: Drive motor 12: Shaft

13: Holder 14: Clamp

15: Moving curve rail 16: Linear motor

17: drive motor 18: rotary gear

19: Pinion gear 20: Shoe storage stand

21: drawer 22: filter dust collector

23: coin inlet 24: pressure line

25: Spray 26: Shoes

27: sponge / airbag

By providing a shoe polisher that can complete cleaning and cleaning in one space, the shoe cleaning and cleaning process can be carried out in a continuous process and automated, and the reliability of shoe cleaning and cleaning can be improved.

Hereinafter, with reference to the accompanying drawings an embodiment of the present invention as follows. 1 is an example of a shoe polishing apparatus according to the present invention, Figures 2 to 5 show the main components of the present invention.

The main part of the present invention consists of a case (1) having a space for putting shoes on, a rotating body intermittently or periodically rotating to clean the surface of the shoe at any position of the case (1) space, and its driving portion. Lose.

It consists of a base plate (2) which is placed horizontally in the case (1) space and supports the shoes in the case space, and a pneumatic tube (3) for supporting or eliminating the support of the shoes placed on the base plate (2). Position adjusting unit for adjusting the up and down or left and right position of the tube (3), washing and cleaning head (4) (5), which moves in phase in the space of the case (1) around the shoe supported by the pressing force of the position adjusting unit, washing / Washing / cleaning head moving means for rotating the head in close contact with the shoe while moving the cleaning head (4) (5) in phase, the head drive means for rotating the cleaning / cleaning head (4) (5).

The pneumatic tube (3) position adjusting section is equipped with a pneumatic tube (3) at its end and an actuating rod (6) for supporting the pneumatic tube (3), and a movable cylinder for moving the actuating rod (6) in the vertical direction ( 7), in order to move the movable cylinder (7) in the horizontal direction along the support panel (8) is engaged with the rack gear (9), rack gear (9) mounted protruded from the movable cylinder (7) It consists of a pinion gear 10 and a drive motor 11 for horizontally moving the rack gear 9, and the cleaning and cleaning head includes a shaft 12 connected to a motor and a head shaft 12 supporting a support panel 8. A holder (3) mounted on the shaft (12) to support it, a drive for moving the head, and a coupler (14) on the shaft (12) for clamping the head to the drive.

The cleaning / cleaning head moving means moves the head along the moving curved rail 15 and the moving curved rail 15 of the curved curve formed on the supporting panel 8 so as to fix and support the head shaft 12 to the supporting panel 8. It consists of a drive unit that provides power to the shaft 11 to move.

The drive unit is equipped with a rotary gear 18 to the drive motor 17 for turning the head as shown in Figure 5 and the way to apply the linear motor 16 along the trajectory of the moving curve 15 as shown in FIG. An internal gear 19 is installed on the inner surface of the moving curve 15 so that the rotary gear 18 is inscribed on the inner surface of the moving curve 15 so that the head drive motor 17 follows the internal gear 19. It is also possible to selectively apply a geared way to move.

In the case of the linear motor movement method, the head drive motors are respectively located in the washing / cleaning heads (4) and (5). In the geared method, the head driving motors are provided with a clamping means consisting of clutches. At the time of driving, the head can be driven by one motor selectively.

The upper part of the upper surface of the case (1) was configured to store the shoe polished or polished shoes by laying more than a single shoe storage rack 20 that can be stored on the shoe.

The front part of the case (1) is equipped with a slide-type drawer (21) for washing the shoes and sending them to the cleaning head (4) and (5) side when the shoes are polished. In order to collect the dust or foreign substances, a case-type dust tray (22) equipped with a replaceable filter filtration device was installed.

The case 1 is also equipped with a coin inlet 23 for automatic sales, it is configured to be used as a vending machine to control the driving of the power circuit according to the coin input.

In order to inflate the pneumatic tube (3), the compressor is installed at a position in the inner or outer place of the case (1). The pneumatic pressure of the compressor 28 is installed for the purpose of inflation of the pneumatic tube 3, but the bitumen in the lateral direction of the case 1 is used separately as a pressure means for applying the bitumen through the bitumen application pressure line 24. The spray gun 25 was laid.

In the lower space inside the case (1), an inlet for inhaling dust or foreign substances generated by the washing and cleaning action of the cleaning / cleaning head (4) and (5) is provided, and the inlet is equipped with a filter to discharge purified air. Install sewage collection and purification equipment.

Thus, the cleaning / cleaning head of the shoe polishing apparatus can be driven in a continuous process, thereby automating the shoe polishing apparatus, and the driving trajectory of the shoe polishing head has the same driving area as the shape of the shoe. The result is improved cleaning reliability.

The shoe polishing apparatus according to the present invention performs a process for washing and cleaning in a continuous process. 1 shows the overall appearance of the shoe polishing apparatus according to the present invention. The process of putting shoes into the device and wiping them in order with reference to the diagram is as follows.

The inside of the case 1 is empty as a space for putting shoes. Therefore, the shoe 26 is put into the case 1 through the drawer 21 which communicates with the space inside the case 1 in order to put the shoe 26 in or out of the case 1. When the shoe is put in the storage drawer 21 and the drawer is pushed into the case 1 to close, the closed position is exactly positioned in the vertical direction of the washing / cleaning head 4 and 5.

When the position of the shoe is set in the case (1), the pneumatic tube (3) is operated to support the shoe in the case (1). Pneumatic tube (3) is expanded by the pneumatic pressure supplied by the compressor, the position of the pneumatic tube (3) is controlled vertically vertical movement by the movable cylinder (7) and horizontal motion regulation by the drive motor (11) It is possible. However, a more simplified sponge / airbag 27 as shown in FIG. 2 may be used to replace the shoe 26 with a pressing force.

In order to support the shoe through the pneumatic tube (3), the cylinder rod (6) of the movable cylinder (7) is lowered in the vertical direction, and after fine adjustment to move the entire movable cylinder (7) horizontally again, the pneumatic tube (3) Inflate) to support the shoe. Similarly, the support type of the sponge / airbag 27 is similar.

Thus, the washing / cleaning heads 4 and 5 are sequentially driven while the shoes are supported in the case 1. The initial position of the cleaning head 4 is away from the shoe surface. In this state, when the washing head 4 is lowered to the lower position where the shoes are placed and the motor is turned, the washing head 4 removes the dust or foreign matter from the shoes 26. The brushing action of the cleaning head 4 proceeds along the moving curve rails 15 which guide the movement of the cleaning head 4. The drive of the washing head 4 begins with one shoe, ends with the other shoe and is raised again to return to the initial position and ends in the standby state.

When the brushing of the cleaning head 4 is finished, the cleaning head 5 successively descends further down with the shoe and rubs the shoe 26 surface. Likewise, the dynamic radius of the cleaning head 5 proceeds along the trajectory of the moving curve rail 15, and rubs both shoes and the driving ends. It is also possible to apply the tax solution during the washing or cleaning process. The application method carries out the tax solution by pneumatically by the compressor which becomes a pneumatic supply source, and apply | coats the tax solution to the surface of the shoe | mouth 26 by the spray method.

Since the cleaning head 4 and the cleaning head 5 are each independently started and terminated, each head may be selectively driven through one driving source. The movement of the head proceeds along the trajectory of the moving curve rail 15. Therefore, the head drive source is in a state which depends on the moving curve rail 15.

If the internal gear 19 is formed on the moving curve rail 15, and the rotary gear 18 is engaged with the internal gear 19 by attaching the rotary gear 18 to the shaft of the head drive motor 17, the rotary gear 18. When the head is turned, the entire head, which depends on the driving motor 17, moves along one direction along the moving curve rail 15 along with the rotation. In the same principle, it is also possible to linearly move the head along the moving curve 15. In this case, the directional magnetic force may be formed on the moving cover rail 15 and the holder 13 which couples the head to the moving curve rail 15, thereby driving the head along the moving curve rail 15.

The trajectory of the moving curve 15 is a nonlinear curve. This is determined in consideration of the space and shape of the shoe divided into two. The head of the head relative to the surface of the shoe in the process of driving the cleaning head 4 and the cleaning head 5 along the trajectory of the moving curve 15 is Makes the action optimal. That is, since the traveling line of the head becomes the moving curve rail 15 and the moving curve rail 15 is evenly distributed from the front to the rear of the shoe, the movement of the head dependent on the moving curve rail 15 is evenly distributed over the entire area of the shoe. This results in greater confidence in cleaning and cleaning.

The drive of the head is controlled as preset in accordance with the mode. For example, when the end cycle of the washing head drive is set from the beginning to the end of the moving curve rail 15, or as the reciprocating or two times, three times. Can be controlled. This can be controlled simply by the position identification by the limit sensor and the photosensor, and the cleaning head 5 has an idle time from the time when the driving of the cleaning head 4 is terminated, or the same principle as the cleaning head 4 immediately. The head can be moved along the moving curve rail 15.

More importantly, the movement of the head is moved along the moving curve rail 15 and the head movement process is induced so that the washing / cleaning action of the head is uniformly spread over the entire area of the shoe.

When the washing / cleaning of the shoes is completed by the continuous / intermittent / repetitive movement of the head, the dust or impurity, etc., generated from the head drive falls down and is collected by the recovery unit.The dust generated inside the case under atmospheric pressure It is sucked in, filtered through a filter and discharged.

When the head drive process is finished, remove the inflation pressure of the pneumatic tube (3), lift the up and down movement mechanism to release the support for the shoes, and pull out the drawer 21, the shoes are all wiped out, the shoes are all polished Is stored using the storage space 20 provided in the upper case (1). Collection of dust or foreign matter is recovered through the dust collector 22 under the case (1).

The shoe polishing apparatus according to the present invention appears to be capable of automation since the shoe polishing process enters a mechanical treatment process except for the operation of putting the shoe in the initial stage. Automation of the shoe polisher does not require manual intervention by the user, so it can be used as an automatic vending machine in addition to the indoor type. This application can be spread in a similar form as a normal vending machine having an electronic control method by making a coin inlet 23 in the case 1.

As such, the present invention provides automation of the shoe polishing apparatus by putting the shoes inside the case and cleaning and polishing, such as cleaning and polishing, in a single process. By having it, the shoes are polished to every corner to improve the cleaning and cleaning reliability of the shoes.

Claims (11)

A shoe polishing apparatus comprising a case having a space for putting shoes, a rotating body intermittently or periodically rotating to clean the surface of the shoes at any position of the case space, and a driving portion thereof. (1) a base plate placed horizontally in the case space to support the shoes in the case space, (2) up and down movement mechanism which consists of a pneumatic tube to support the shoe mounted on the base plate or to eliminate the support force and to move the pneumatic tube up and down, (3) washing and cleaning head moving in phase in the case space around the shoe supported by the vertical movement mechanism; (4) washing / cleaning head moving means for rotating the head in close contact with the shoe while moving the washing / cleaning head in phase; (5) Shoe wiping device comprising a head drive means for returning the washing / cleaning head. The method of claim 1, Up and down movement mechanism of the pneumatic tube is equipped with a pneumatic tube at the end and an operating rod for supporting the pneumatic tube, A movable cylinder for moving the working rod in a vertical direction; A rack gear mounted to protrude from the movable cylinder to move the movable cylinder horizontally along the support panel; Shoe polishing apparatus comprising a pinion gear and a driving motor for engaging the rack gear to horizontally move the rack gear. The method of claim 1, Washing and cleaning heads, The shaft connected to the motor, A holder mounted to an outer diameter of the shaft to support the head shaft to a support panel; A driving unit for moving the head; And a coupler in the shaft for clamping the head to the drive. The method of claim 1, The cleaning / cleaning head moving unit may include: a flexible curved moving curve rail formed on the support panel to fix and support the head shaft to the support panel; Shoe polishing device comprising a drive unit for providing power to the shaft for moving the head along the guide rail. The method of claim 3, wherein The driving unit shoe polishing apparatus, characterized in that for applying a linear motor along the trajectory of the moving curve. The method of claim 5, Shoe wiping device, characterized in that the head drive motor is located in each of the cleaning / cleaning head. The method of claim 3, wherein The drive unit attaches a rotary gear to the drive motor for turning the head, and installs an internal gear on the inner surface of the moving curve rail so that the rotary gear is inscribed on the inner surface of the moving curve rail to move the head drive motor along the internal gear. Shoe polishing device characterized by applying a geared method to enable. The method of claim 7, wherein Shoe wiping device characterized in that the head drive motor is provided with a clamping means consisting of a clutch to selectively drive the head with a single motor at the time of cleaning / cleaning head drive. The method of claim 1, The upper part of the case has a shoe rack that can hold shoes and put it on more than one floor. The front part of the case is equipped with a slide-type drawer to send to the cleaning and cleaning head side, A shoe scrubbing device under the drawer, which is provided with a swing type dust collector for wiping a shoe or collecting dust or foreign matter on the shoe. The method of claim 1, Shoe wiping device characterized in that the case is equipped with a coin inlet for automatic sales to control the driving of the power circuit according to the coin input to use as a vending machine. The method of claim 1, Shoe polish spray gun is installed in the case, and the space under the case is equipped with a suction port for inhaling dust or foreign substances caused by the cleaning and cleaning of the cleaning / cleaning head to install the filter to discharge the purified air Polishing device.