KR950002881Y1 - Shoe-cleaning machines - Google Patents

Abstract

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Description

Shoe Washer

1 is a partially cut-away plan view of the shoe washer of the present invention.

2 is a longitudinal sectional view of the shoe washer of the present invention.

Figure 3a is an enlarged cross-sectional view of the main portion of the scaffold for soil removal of the present invention, Figure 3b is an enlarged cross-sectional view of the main portion of the walking board portion of the present invention, Figure 3c is an enlarged cross-sectional view of the absorption plate portion of the present invention.

* Explanation of symbols for main parts of the drawings

10: soil removing scaffold 14: drive switch

20: walking board 21: walking frame

30: absorption plate 40: water supply passage

41: water supply port 42: drain

50: brush wool

The present invention relates to a shoe washing machine, which naturally removes dust or other dirt from the bottom of a shoe while walking through the entrance, thereby protecting the environment at entrances such as food processing, restaurants, precision parts processing factories, offices, hospitals, and high-end buildings. The present invention relates to a shoe washer that can remove contaminants, improve work efficiency by improving the environment, and improve productivity at a production plant.

In a conventional general shoe washing machine, using a brush scaffold or the like, squeeze out dust such as dirt while wearing it on the brush scaffold, or brush a shoe on a molded scaffold with a large number of irregularities such as a plurality of grooves and protrusions. It was enough to shake off dirt of shoes.

However, in a food processing plant, a restaurant, or a production plant that requires precision, fine dirt as well as dirt gets into and out of shoes, affecting the production machinery and processed products in the factory, and thus improving precision or hygiene. There was a lot of room.

In particular, the precision machine processing plant or food processing plant to change the shoes to go in and out, but this is also cumbersome from the user's point of view and reluctant to wear shoes of others.

In order to solve such inconvenience, a shoe washing machine (Private Publication No. 92-20919) is known, and a mud plate, a cleaning brush, and an absorbing plate are installed on the upper surface of the rectangular frame in order, and then raised or lowered by a jack under the cleaning brush. By installing a wash bath.

However, the shoe washing machine of the above configuration has the inconvenience of lowering the washing tank by operating the jack to replace the washing liquid of the washing tank installed under the washing brush, and pulling the washing tank downward. There is a troublesome and uncomfortable problem to be put on the rise, and there was also a problem of dropping the washing liquid by dropping the washing tank during the replacement operation.

Another problem is that the cleaning solution is easily damaged due to long-term accumulation of liquid, which causes odors. Unlike other items, dirt and dirt are accumulated in shoes, resulting in high fouling rate. The degree of damage cannot be visually discriminated and cannot be replaced frequently.

Another problem is that in the box-shaped dirt board, when a certain amount of soil is collected, there is an inconvenience of disassembling the entire dirt board and pouring the soil and then reassembling it.

Therefore, the present invention has been devised to solve such problems in the conventional shoe washer, and an object of the present invention is to provide a shoe washer that can be used continuously without replacing or dismantling the cleaning solution or the soiling board.

The main point of the present invention is to form a walking board of a predetermined length from the scaffold for removing soil, and an absorbing plate made of an elastic material that can absorb moisture, and the walking frame of the walking board is rotated by a driving device, respectively. Forming a plurality of brush rollers at equal intervals so that the brush rollers are partially exposed, and the brush rollers are rotated in contact with the water of the water supply passage passing through the soil removing scaffold, the walking board and the absorbing plate bottom, and the soil removing scaffolding A soil dropping hole and a driving switch are formed at a bottom thereof to drive the brush rollers, and the water supply passage has a water supply port at the bottom of the absorber plate and a drain hole at the bottom of the scaffold for removing soil.

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

In the present invention, as shown in FIG. 1, the soil removing scaffold 10 and the walking board 20 are formed in succession with the absorbing plate 30, and the above scaffold 10 and the walking board 20 are absorbed. The bottom surface of the board 30 penetrates into the water supply flow path 40, and passes through each other.

The water supply passage 40 is connected to the water supply device is a water supply port 41 for supplying water above the absorber plate 30 is connected to the water supply device, and also on the bottom surface of the soil removing scaffold 10 As shown in FIG. 2, the drain port 42 is drilled so that the water in the water supply port 41 exits the drain port 42 through the water supply passage 40.

In addition, the soil removing scaffold 10 is in the longitudinal direction as shown in Figure 3a and the holes (11, 11 ') are drilled so that when the shoes 100 are brushed off the scaffold (10), the dirt (holes 11), The bottom foot 10 is elastically supported by the spring 13 on the retaining plate 12, and at the same time, the spring 10 on the footrest 10 and the retaining plate 12 are supported. 13, a switch 14 is formed between the footrest 10 and the holding plate 12 to drive the drive motor 51 to be described later.

Therefore, when placed on the footrest 10 of the shoe 10 of the visitor is a structure that can "on" the switch 14 by its own weight.

Further, as shown in FIG. 3B, the walking board 20 is a frame in which the cross section of the walking frame 21 is continuous in a “T” shape, and a space 22 is formed between the “T” shape cross sections. The space 22 is a dimension of the interval at which the shoe 100 does not fall out.

In the spaces 22, the broth rolls 50 are formed so as to be free to rotate in a partially protruded state as shown in FIG.

The brush roller 50 is driven so that the worm wheel 53 is meshed with the worm gear 52 of the drive motor 51 so that the worm wheel is driven at the drive motor 51. 53 is driven to rotate the brush roller 50.

In addition, the brush roll 50 is rotated in contact with the water of the water supply passage 40, as shown in Figure 3b, so that dirt or dust of the shoe 100 to the water of the water supply passage 40 Has the ability to wash.

In addition, the absorber plate 30 is made of a material such as a sponge that can absorb moisture well, and as shown in FIG. 3c, the absorber plate 30 is formed in the fixed plate 32 through which many holes 31 are formed, and thus the shoe ( The water of 100 is discharged to the water supply channel 40 through the hole 31.

Referring to the operation and effect on the above configuration is as follows.

When it is located on the footrest for removing soil 10 of the shoe 100 of the person, the spring 13 is compressed by the person's own weight to turn on the switch 14 by the signal of the pedestrian board 20 The driving motor 51 is driven to rotate the brush roller 50.

In the above, the dust and the like of the shoe 100 primarily exits the water supply passage 40 through the holes 11 and 11 'as shown in FIG. 3A.

After the person continues to step on the walking board 20, as shown in Figure 3b, the brush roller 50 is rotated as shown in Figure 3b and wiped by the brush to clean the dust to the water supply passage 40 Will be spilled.

As the above situation is repeated repeatedly, the sole surface of the shoe sole by the wet brush roll 50 is to remove dirt.

Subsequently, as shown in FIG. 3C, when the shoe 100 is placed on the absorber plate 30, when the water is removed by the absorber plate 30, the water drains out of the water supply passage 40 through the hole 31. do.

As described above, the present invention can maintain the flow state to continuously drain the water to the water supply passage to drain out or to store the water after a certain period of time to discharge the water in the water distribution channel and again It is to replenish the water through.

In addition, the present invention may form an "off" switch on the side of the absorber plate to enable the drive motor to "off" when the passerby passes.

The present invention is formed by removing the scaffold 10, the walking plate 20, the lower portion of the absorber plate 30 of the upper layer of the water supply passage 40 through which the water flows to remove the washing tub as in the prior art. There is no need to replace it and the brush can always be cleaned with clean water.

Particularly, the present invention forms soil dropping holes in the scaffold 10 and the walking board 20 for removing soil in the upper layer, so that the soil is washed off as soon as it falls into the water through the dropping holes. Discomfort such as giving and reassembling can be eliminated.

In addition, the present invention does not require a jack or a separate washing tub, so the simple structure and cost can be reduced, and there is an effect that can be used for a long time without failure.

Claims (1)

A walking board 20 having a predetermined length and an absorbing plate 30 made of an elastic material capable of absorbing water are formed in succession from the scaffold 10 for removing soil, and the walking frame 21 of the walking board 20. ) Is formed in a plurality of at equal intervals so as to partially expose the brush rollers 50 rotated by the driving device, respectively, and in the installation of the drive switch 14 under the soil removing foot 10, the roll driving device is a worm gear. Comprising (52) and the worm wheel (53) to form a water supply passage (40) through which the entire foot of the soil removing scaffold (10), blind plate 20 and the absorbing plate (30) through the water supply port (41) Water is supplied continuously from the drain and the water is discharged to the drain hole 42, and holes 11, 11 ', and 31 are formed at the bottom of the soil removing scaffold 10 and the absorbing plate 40. Shoewasher, characterized in that the dirt and dust to fall into the running water.