KR20060102000A - The washer of shoes - Google Patents

Abstract

 The present invention relates to a washing machine for washing shoes, and in particular, to remove dirt from work shoes or various shoes, using a rotary brush contained in a cleaning liquid that rotates automatically, using ultrasonic vibration that is operated in the cleaning liquid. A shoe washing machine for cleaning and sterilizing.

 The present invention, when workers enter the interior of the building after work, can easily shake off the dirt stuck to the soles of shoes such as work shoes, so that it is possible to always maintain a clean state without the need for a separate cleaning work in the building.

In addition, infectious parasites, odors and harmful microorganisms of the workplace that can be brought into shoes such as work shoes are also useful for hygiene because it can bring about the effect of sterilization if the fungicide is added to the cleaning solution of the present invention.

In addition, the shoe washing machine of the present invention has a very simple structure, and thus can be installed in a narrow space and thus has high utility.

Control box, infectious parasite, microorganism, brush cleaner, ultrasonic cleaner

Description

Shoe Washer {The washer of shoes}

1 is an exploded perspective view showing a shoe washing machine of the present invention;

2 is a cross-sectional view showing a shoe washing machine of the present invention cut from the side;

3 is a front sectional view showing the shoe washer of the present invention from the front,

Figure 4 is a plan view showing the present invention from the top,

5 is a system diagram showing a drain structure and a purification unit of the present invention;

6 is a system diagram showing another embodiment of the drain structure and the purification unit of the present invention;

7 is an overall perspective view showing an overall shoe washing machine of the present invention.

<Brief description of the symbols in the drawings shown>

10; Frame portion 11; handle

12; Base 13; Caster

20; Control panel 21; Operation Button

30; Control box 40; Brush Wash

41; Rotary brush 42; Opening

43; Scaffold 44; Brush cleaning room

45; Scraper 50; Ultrasonic Cleaner

51; Open hole 52; Scaffolding

53; Ultrasonic cleaning chamber 54; Ultrasonic Generator

60; A purifying unit 61; Cleaning Liquid Purification Room

63; Strainer 64; Pump

70; Drain structure 71; Drain pipe

72; Drain valve 73; Connector

74; Branch 75; discharge pipe

The present invention relates to a washing machine for washing shoes, and in particular, to remove dirt from work shoes or various shoes, using a rotary brush contained in a cleaning liquid that rotates automatically, using ultrasonic vibration that is operated in the cleaning liquid. A shoe washing machine for cleaning and sterilizing.

In general, a shoe washer is a device that removes dirt from shoes, and has been conscious of many needs, but its development is insignificant.

That is, in the case of the shoe washing apparatus generally used in the prior art, there was one configured to maintain a fixed state while providing a brush portion in the center of the frame of the steel with the steel frame.

Therefore, when a worker comes in after finishing work, the sole of the shoe is scraped so as to be rubbed on the brush part, and a manual method of dusting off dust is used.

However, such a shoe washing device has a lot of problems.

First, it is cumbersome for the worker to shake off the dirt stuck to the sole of the shoe using his foot.

Therefore, they do not use well and often enter the office after work.

Secondly, workers who return home from a poultry farm or barn have been subjected to many harmful microorganisms or poisonous excreta that live in poultry farms or barns, but cannot carry out a separate sterilization or sterilization process.

The present invention, which solves the above problems, relates to a washing machine for washing shoes, and in particular, to shake off the dust in the working shoes or various shoes using a rotating brush contained in the cleaning liquid that automatically rotates, and is operated in the cleaning liquid To provide a shoe washing machine that cleans and sterilizes using ultrasonic vibration.

Therefore, the present invention, the frame portion is composed of a caster fastened to the bottom of the bottom plate and the bottom plate is seated on the handle and the components fastened vertically from one side, and is provided on the top of the handle of the frame portion is formed with various operation buttons An operation unit, a control box for controlling the operation of each component in response to a command signal of the operation unit, a brush washing unit for washing the sole of the shoe with a rotating brush on one side of the upper surface of the bottom plate, and an ultrasonic wave at the other side of the brush washing unit Ultrasonic cleaning unit for washing outsole using vibration, Purifying unit combined with the ultrasonic cleaning unit to purify the cleaning liquid by the smooth rotation of the cleaning liquid, and the drain structure for draining the cleaning liquid inside the brush cleaning unit ultrasonic cleaning unit purifier Brush cleaning unit, ultrasonic cleaning unit, and purifying unit are separated through the bottom wall of the frame unit. Combined and washed with the insole of the shoe, and to provide a shoe that controls washer him through the control.

In addition, the brush cleaning unit of the present invention, the scaffold having an open hole positioned in the open top, and the brush cleaning chamber is formed on the bottom of the scaffold is filled with the cleaning liquid; Rotating brush formed in the brush cleaning room and the left and right sides; A scraper which is fitted with a lower end of the rotary brush protruding from the bottom of the brush washing chamber; A brush operating part fixed to one end of the rotating brush to rotate the brush; The operation of the brush operation to rotate the rotating brush fixed to the left and right at high speed, the rotation is to provide a shoe washing machine to shake off the shoes located on the top of the scaffold with a brush brush that is protruded into the opening hole.

In addition, the brush operating unit of the present invention, the motor is fixedly arranged at one end; A sprocket fixed to the motor shaft; A first sprocket and a second sprocket fixed to the shaft of the rotating brush of one side; A third sprocket fixed to the other shaft of the rotating brush; The sprocket fixed to the motor shaft and the first sprocket are coupled to each other using a first chain, and the second sprocket and the third sprocket are coupled to each other to connect the second sprocket, so that the rotation of the motor rotates on both the left and right sides. We want to provide a shoe washer that spins the brush and brushes the soles of the shoes.

In addition, the ultrasonic cleaning unit of the present invention, having an open hole positioned in the open top, the scaffold inclined to the rear side of the back slug, and the ultrasonic cleaning chamber is configured on the bottom of the scaffold is filled with the cleaning liquid; An ultrasonic generator positioned inside the brush washing chamber; By controlling the ultrasonic generator through the control box in response to the operation of the control unit, to adjust the strength of the ultrasonic wave to provide a shoe washing machine for washing the shoe sole using the vibration of the cleaning solution and the vibration of the footrest.

 The present invention has a similar purpose to that of the conventional in that it is a device for washing the sole of a shoe.

However, since it is automatically washed, it is possible to sterilize various germs or harmful germs at the time of washing, and the organic coupling between each necessary configuration for this feature will be described in detail with the drawings shown. .

And the configuration and operation will be described together for easy description of the present invention.

1 to 7, the handle 11 fastened vertically from one side and the bottom plate 12 on which the components of the body are seated and the caster 13 fastened to the bottom of the bottom plate 12 are seated. There is a frame portion 10 is configured, there is an operation portion 20 is provided on the handle 11 of the frame portion 10, the various operation buttons 21 are formed.

In addition, there is a control box 30 for controlling the operation of each component in response to the command signal of the operation unit 20, one side of the upper surface of the bottom plate 12, the sole of the shoe (1) with a rotating brush 41 Brush washing portion 40 to be formed is formed.

In addition, the other side of the brush washing unit 40 has an ultrasonic washing unit 50 for washing the sole using ultrasonic vibration, combined with the ultrasonic washing unit 50 to wash the cleaning liquid by smooth rotation of the cleaning liquid (2) ( 2) There is a purification section 60 for purification.

In addition, the brush cleaning unit 40, the ultrasonic cleaning unit 50 and the purifying unit 60 has a drain structure 70 for draining the internal cleaning liquid (2).

Accordingly, the brush washing unit 40, the ultrasonic washing unit 50, and the purifying unit 60 are separated and combined through the respective partitions 25 and 25 ′ on the bottom plate of the frame unit 10. To wash, to control him through the control box 30 to wash the shoes.

Looking at the operation of the present invention, when the worker climbs up in the state of wearing the shoe (1) in the brush washing unit 40, and pressing the operation button 21 of the operation unit 20, the control box 30 Under the control, the brush washing unit 40 rotates the rotating brush 41 to shake off the dirt dust on the sole of the work shoes.

After the dust is shaken, the foot is moved to the side of the ultrasonic cleaning unit 50 is provided side by side to operate the operation unit (20).

This operation is to emit ultrasonic waves under the control of the control box 30, to shake off any dirt remaining in the shoes (1) through the residual vibration, and to clean more cleanly through the residual vibration of the cleaning liquid (2).

At this time, the cleaning liquid (2) may contain a bactericide capable of sterilizing bacteria or microorganisms harmful to the human body.

In other words, the present invention operates as described above to wash the shoe (1).

Therefore, looking at a detailed configuration and operation of the same, first of all, the present invention has a brush washing unit 40 shown in Figs.

That is, there is a scaffold 43 having an open hole 42 positioned at an open upper portion, and a brush washing chamber 44 formed at the bottom of the scaffold 43 and filled with the cleaning liquid 2. (44) There is a rotating brush 41 formed on both the inside and the left and right sides.

In addition, there is a scraper 45 to be fitted with the lower end of the rotary brush 41 protruding from the bottom of the brush washing chamber 44, is fixed to one end of the rotary brush 41 to rotate the rotary brush 41 Brush operation unit 80 is configured.

Therefore, by rotating the brush (41) fixed to the left and right by the operation of the brush operation unit 80, the rotation of the shoe (1) located in the upper portion of the footrest 43 to the opening hole 42 Brush off with a rotating brush brush.

3 and 5, the brush cleaning chamber 44 of the present invention is filled with a cleaning liquid.

That is, the filling of the cleaning liquid is to fill the appropriate amount by a person, it is preferable to fill so that only the lower end of the rotary brush 41 slightly locked as shown in the figure.

Therefore, in the present invention, when washing the shoe (1), it can be cleaned more neatly to use the cleaning liquid (2), and furthermore, since it is possible to add a fungicide capable of killing various microorganisms and bacteria to the cleaning liquid (2). It also brings the effect of sterilization.

By the way, by rotating the rotary brush 41, the means for brushing off the dirt stuck to the sole of the shoe (1) is the brush operating unit 80, the present invention is the brush operation unit 80 is implemented two ways It consists of an example.

That is, as shown in FIG. 4A, the brush operation unit 80 includes a motor 81 fixedly disposed at one end thereof, and a sprocket 83 fixed to the motor shaft 82.

In addition, there is a first sprocket 84 and a second sprocket 85 fixed to the shaft 47 of the rotating brush 41 of the one side, a third fixed to the other shaft 48 of the rotating brush 41 The sprocket 86 is configured.

Therefore, the sprocket 83 and the first sprocket 84 fixed to the motor shaft 82 are coupled using the first chain 87, and the second sprocket 85 and the third sprocket 86 are coupled to each other. Coupled with a second chain 88 to connect, the rotation of the motor 81 is to rotate the rotary brush 41 on both the left and right sides to shake off the sole of the shoe (1).

In more detail, the control box 30 of the present invention controls the signal by the operation of the operation unit 20 to rotate the motor 81 of the brush operation unit 80.

The rotation of the motor 81 brings about the rotation of the sprocket 83 and rotates the first sprocket 84 connected to the first chain 87.

In addition, since the illustrated second sprocket 85 and the third sprocket 86 fixed to the other side of the rotating brush shaft are connected to the second chain 88, the left and right rotating brushes 41 rotate in the same direction. Will be

Of course, such a rotation speed can also be controlled through the above-described operation unit 20.

The above described the first embodiment of the brush operating unit 80 according to the present invention, as shown in Figure 4b, can also be achieved through the second embodiment.

That is, the brush actuating unit 80 of the second embodiment achieves the operation of the brush actuating unit 80 through the pulley and the belt.

There is a pulley 93 fixed to the motor shaft 82, there is a first pulley 94 and the second pulley 95 fixed to the shaft 47 of the rotary brush 41 of the one side.

In addition, a third pulley 96 fixed to the other side shaft 48 of the rotary brush 41 is configured.

Accordingly, the pulley 93 fixed to the motor shaft 82 and the first pulley 94 are coupled using the first belt 97, and the second pulley 95 and the third pulley 96 are coupled to each other. Coupled with the second belt 98 to connect, the rotation of the motor 81 is to rotate the rotary brush 41 on both the left and right sides to shake off the sole of the shoe (1).

As shown in the above two embodiments, the worker first shakes off the dirt of the sole of the shoe 1 through the brush washing unit 40 described above, and the foot to the ultrasonic washing unit 50 located on the right side in FIG. 4. Move it.

Here, the ultrasonic cleaning unit 50 of the present invention has an open hole 51 positioned at an open top, as shown, and is configured on the footrest 52 and the bottom surface of the footrest 52 which are inclined to the rear side where the heel touches. The ultrasonic cleaning chamber 53 is filled with the cleaning liquid 2, and the ultrasonic generator 54 positioned inside the ultrasonic cleaning chamber 53 is provided.

Accordingly, the ultrasonic generator 54 is controlled through the control box 30 in response to a command of the operation unit 20, and the strength and weakness of the ultrasonic waves are adjusted to control the vibration of the cleaning liquid 2 and the vibration of the scaffold 52. Through the shoe (1) is to wash the sole.

In other words, the ultrasonic cleaning chamber 53 of the present invention is filled with the cleaning liquid 2.

When the filling amount of the cleaning liquid 2 is raised by the worker wearing the shoe 1 on the footrest, it is preferable that the state is raised by about 1-3 cm to the top of the sole bottom of the shoe.

Therefore, when the ultrasonic wave generator 54 vibrates using the sound waves, the cleaning solution 2 and the footrest 52 vibrate after vibration, and gently remove the dirt adhered to the sole of the shoe 1 and clean the cleaning solution. To wash through.

Of course, since the cleaning solution 2 also contains a sterilizing solution, the sterilization effect may also be brought.

And because the shoe (1) such as work shoes are structurally inevitably designed to be higher than the heel portion, the footrest 52 of the present invention has an open hole 51 positioned in the open upper portion inclined toward the rear heel contact. It is coupled to the ultrasonic cleaning chamber 53 in a state.

If so, the present invention by the above operation there is a fear that the cleaning liquid is dirty if there is a long time use so that a large amount of dirt or dust fall in the ultrasonic cleaning chamber (53).

Of course, this cleaning liquid (2) is likely to be expensive, so it is economical to change often.

Therefore, in order to solve this problem, the present invention has been devised to purify the cleaning liquid (2) for a long time, this configuration is shown in Figures 4 and 5, the cleaning liquid (2) by smooth rotation of the cleaning liquid (2) Purification unit 60 to purify.

That is, the purifying unit 60 has a cleaning liquid purification chamber 61 formed to the right of the ultrasonic cleaning unit 50, and has a low partition wall partitioning the cleaning liquid purification chamber 61 and the ultrasonic cleaning chamber 53 ( 25 ').

In addition, there is a filtering net 63 formed on the lower partition 25 'and filtering impurities of the cleaning liquid 2 through a network structure, and the ultrasonic cleaning is performed by pumping the purified cleaning liquid 2 in the cleaning liquid purification chamber 61. There is a pump 64 that returns to the wash chamber 53.

Therefore, the cleaning solution 2 filtered by the strainer 63 is purified by a circulation motion sent to the ultrasonic washing chamber 53.

In other words, the purified cleaning liquid 2 popped at the bottom of the cleaning liquid purification chamber 61 through the pump 64 enters the ultrasonic cleaning chamber 53.

Of course, in order to enter the ultrasonic cleaning chamber 53, the cleaning liquid 2 must be purified, and according to the present invention, the lower partition 25 'is interposed between the ultrasonic cleaning chamber 53 and the cleaning liquid purification chamber 61. It is provided with a sieve (63) having a hole formed by dividing the upper portion of the cleaning liquid purification chamber (61).

Therefore, the bubbles generated by the ultrasonic operation of the ultrasonic washing chamber 53 and the dust accumulated in the foam are filtered in the strainer 63 in the ultrasonic washing chamber 53 in the state of the arrow shown in FIGS. 5 and 6. It flows into the washing | cleaning liquid purification chamber 61 and flows.

Meanwhile, in the present invention, the drain structure 70 is shown in the system diagram of FIGS. 5 and 6, the brush cleaning chamber 44 of the brush washing unit 40 and the ultrasonic washing chamber of the ultrasonic washing unit 50 ( 53 and the respective drain pipes 71 coupled to the lower end of the cleaning liquid purification chamber 61 of the purification unit 60, and each drain valve 72 fixed to the end of the drain pipe 71 is provided. have.

In addition, there is a connection pipe 73 connected to the drain valve 72 and a branch pipe 74 thereof, and a discharge pipe 75 coupled to the branch pipe 74 is provided.

Therefore, the dirty cleaning liquid 2 contained in each of the brush cleaning chamber 44, the ultrasonic cleaning chamber 53, and the cleaning liquid purification chamber 61 is discharged.

5 and 6 are embodiments of the present invention, and are subject to the claims of the present invention in sub-conceptual configurations which are illustrated in more detail by the claims of the following claims.

That is, the pump 64 described in the purifying unit 60 and the drain valve 72 is connected to the drain pipe 71 connected thereto, and as shown in FIG. 6, the pump of the purifying unit 60 ( 64 and the drain pipe 71 and the drain pipe 71 and the valve 72 is attached to each other to achieve the same purpose can be used.

Therefore, the operation of the drain structure 70, there is a drain pipe 71 attached to the lower end of each brush cleaning chamber 44, the ultrasonic cleaning chamber 53 and the cleaning liquid purification chamber 61, When the drain valve 72 is opened and closed, the contaminated cleaning liquid 2 exits and exits through the branch pipe 74 to the discharge pipe 75.

In this case, each of the drain valves 72 may be replaced with only the cleaning liquid 2 where necessary to operate independently.

In addition to the drawings shown in the piping structure for a separate drain structure is not shown.

The reason is that the drain structure of the present invention is not limited to being mounted in the prescribed places of the respective seals 44, 53, 61, so that the description is made only by the system diagram as shown in Figs.

As described above, the present invention, when workers enter the interior of the building after finishing work, it is easy to shake off the dirt attached to the soles of shoes such as work shoes, so it is always kept neat without a separate cleaning work in the building To be able.

In addition, infectious parasites, odors and harmful microorganisms of the workplace that can be brought into shoes such as work shoes are also useful for hygiene because it can bring about the effect of sterilization if the fungicide is added to the cleaning solution of the present invention.

In addition, the shoe washing machine of the present invention has a very simple structure, and thus can be installed in a narrow space and thus has high utility.

Claims (7)

In the device for washing the sole of the shoe, A frame part 10 including a handle 11 fastened vertically from one side and a bottom plate 12 on which components of the body are seated, and a caster 13 fastened to the bottom of the bottom plate 12; An operation unit 20 provided on an upper end of the handle 11 of the frame unit 10 and having various operation buttons 21 formed thereon; A control box 30 which receives the command signal from the operation unit 20 and controls the operation of each component; The brush washing portion 40 for washing the sole of the shoe (1) with a rotating brush 41 on one side of the upper surface of the base plate 12; The other side of the brush washing unit 40 and the ultrasonic washing unit 50 for washing the sole using ultrasonic vibration; A purifying unit (60) combined with the ultrasonic cleaning unit (50) for purifying the cleaning liquid (2) by smooth rotation of the cleaning liquid (2); A drain structure 70 for draining the brush cleaning part 40, the ultrasonic cleaning part 50, and the internal cleaning liquid 2 from the purifying part 60; The brush washing unit 40, the ultrasonic washing unit 50, and the purifying unit 60 are separated and combined through the respective partitions 25 and 25 ′ on the bottom plate of the frame unit 10 to thereby secure the sole of the shoe 1. Shoe washer, characterized in that for controlling it through the control box (30). The method of claim 1, Brush cleaning unit 40, A scaffold 43 having an open hole 42 positioned at an open upper portion, and a brush washing chamber 44 formed at a bottom of the scaffold 43 and filled with a cleaning liquid 2; Rotating brush 41 formed in the brush cleaning chamber 44 and the left and right sides; A scraper 45 which is fitted with a lower end of the rotary brush 41 protruding from the bottom of the brush washing chamber 44; A brush operating part 80 fixed to one end of the rotating brush 41 to rotate the rotating brush 41; Rotation brush 41 fixed to the left and right at high speed by the operation of the brush operation unit 80, the rotation of the shoe (1) located in the upper portion of the footrest 43 protrudes to the opening hole 42 The shoe washer characterized in that the brush brush to rotate. The method of claim 2, The brush operation unit 80, A motor 81 fixedly disposed at one end; A sprocket 83 fixed to the motor shaft 82; A first sprocket 84 and a second sprocket 85 fixed to the shaft 47 of the rotating brush 41 of the one side; A third sprocket 86 fixed to the other shaft 48 of the rotary brush 41; The sprocket 83 fixed to the motor shaft 82 and the first sprocket 84 are coupled using the first chain 87, and the second sprocket 85 and the third sprocket 86 are connected to each other. Coupled to the second chain (88), the rotation of the motor 81 rotates the rotary brush 41 on both the left and right side of the shoe washing machine, characterized in that to shake off the sole of the shoe (1).  The method of claim 2, The brush operation unit 80, A pulley 93 fixed to the motor shaft 82; A first pulley 94 and a second pulley 95 fixed to the shaft 47 of the rotating brush 41 on one side; A third pulley 96 fixed to the other shaft 48 of the rotary brush 41; The pulley 93 fixed to the motor shaft 82 and the first pulley 94 are coupled using the first belt 97, and the second pulley 95 and the third pulley 96 are coupled to each other. Coupled with a second belt (98) to connect, the rotation of the motor (81) rotates the rotating brush (41) on both sides of the shoe washing machine, characterized in that to shake off the sole of the shoe (1). The method of claim 1, Ultrasonic cleaning unit 50, An ultrasonic washing chamber 53 having an open hole 51 positioned at an open upper portion, a foot plate 52 inclined to a rear surface where a rear sluice touches, a bottom surface of the foot plate 52 and filled with a cleaning liquid 2 and ; An ultrasonic generator (54) positioned inside the ultrasonic cleaning chamber (53); The ultrasonic generator 54 is controlled through the control box 30 in response to a command of the operation unit 20, and the strength and weakness of the ultrasonic waves are adjusted to use the vibration of the cleaning liquid 2 and the vibration of the scaffold 52. Shoe washer, characterized in that for washing the sole (1). The method of claim 1, Purification unit 60 for purifying the cleaning liquid (2) by the smooth rotation of the cleaning liquid (2), A cleaning liquid purification chamber 61 formed on the right side of the ultrasonic cleaning unit 50; A lower partition 25 ′ partitioning the cleaning liquid purification chamber 61 and the ultrasonic cleaning chamber 53; A filtering net (63) formed on the lower partition (25 ') and filtering impurities of the cleaning liquid through a network; A pump 64 for pumping the purified cleaning liquid 2 in the cleaning liquid purification chamber 61 and returning it to the ultrasonic cleaning chamber 53; Shoe washer, characterized in that to purify the cleaning solution (2) filtered by the filtering net to the ultrasonic washing chamber (53) by circulation. The method of claim 1, The drain structure 70, Each drain coupled to the lower end of the brush cleaning chamber 44 of the brush cleaning unit 40, the ultrasonic cleaning chamber 53 of the ultrasonic cleaning unit 50, and the cleaning liquid purification chamber 61 of the purification unit 60. Tube 71; Respective drain valves 72 fixed to ends of the drain pipes 71; A connecting pipe 73 connected to the drain valve 72 and a branch pipe 74 thereof; A discharge pipe 75 coupled to the branch pipe 74; A shoe washing machine characterized by discharging the dirty cleaning liquid (2) contained in each of the brush washing chamber (44), the ultrasonic washing chamber (53) and the cleaning liquid purifying chamber (61).

Images