CN213129282U

CN213129282U - Underfoot cleaning device

Info

Publication number: CN213129282U
Application number: CN202021400294.4U
Authority: CN
Inventors: 李孝达
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-06-12
Filing date: 2020-07-16
Publication date: 2021-05-07
Anticipated expiration: 2030-07-16

Abstract

A device for cleaning the sole of foot is composed of a disinfecting unit and a dirt-removing unit. The disinfection part is provided with a disinfection disc, and a water tank and a hole-shaped panel are arranged in the disc; the bottom outside the plate is provided with a rod seat, a switch rod and a positioning column, and the water tank, the water outlet pipe, the hose, the water inlet pipe and the water jetting pipe are matched with the rod seat, the switch rod and the positioning column. The decontamination part comprises a grid plate, a dehydration plate and an electrostatic blanket. When a user steps on the disinfection plate with double feet, the sole is contacted with shallow disinfection water, the disinfection plate sinks under the action of gravity, the hose relaxes the disinfection water to supplement water into the disinfection plate through the water jetting pipe, the user steps on the disinfection plate and then turns into the grid plate, then the user steps on the dehydration plate with one foot, the roller in the dehydration plate rolls under the pressure of the sole, the sole slides forwards and retreats along with the roller, the operation is repeated for several times, the sole is rubbed with the hands by the hairbrush and the scraper plate, the residual water and the residual residues fall into the bottom of the plate, and the other foot is operated in the same mode. Finally, the user steps on the electrostatic blanket, and the sole is sterilized and decontaminated.

Description

Underfoot cleaning device

Technical Field

The utility model relates to a public health field especially relates to a clean device under foot that can disinfect, remove dust the sole.

Background

At present, in order to keep the interior clean and sanitary in some families and public places, various ways such as shoe replacement, shoe cover wearing, spray disinfection, disinfection pit and carpet using and the like are adopted for visitors. A shoe sole for a visitor is required to be clean and dustless so as to keep the interior clean and sanitary. However, these designs suffer from the following problems and disadvantages: the infection probability of the foot diseases exists when the shoes are replaced; consumption of plastics when wearing the shoe cover; the spraying and disinfection are inconvenient; the disinfection pit and the carpet have insufficient actual effect. Is troublesome and time-consuming, and can not achieve the aims of disinfection and dust removal.

Disclosure of Invention

In order to solve the problems, the utility model provides a foot cleaning device, which is characterized in that the purpose of sterilizing and dedusting the sole can be achieved by trampling the visitor in the foot cleaning device.

In order to achieve the above object, the present invention provides a underfoot cleaning device, which is realized by: the technical scheme is that the device consists of two parts of disinfection and decontamination. A disinfection part: the disinfection plate device, the water balance system and the supporting plate device are combined in a crossed mode. The disinfection plate of the disinfection plate device is a square three-dimensional container plate, the length and the width of the disinfection plate are larger than a pair of soles, a water tank is arranged below the inner cavity of the plate cavity, and a porous panel is arranged on the inner cavity of the disinfection plate in sequence. A water tank: according to the length and width of the cavity of the disinfection plate, a plurality of thin sheet partition plates, a vertical surface, a longitudinal direction and an equal distance are arranged to form a plurality of water tanks, and the water tanks are connected into a whole at two ends; the mesh panel has large front hole and small back hole, and is set on the water tank lower than the upper opening of the sterilizing tray based on the inner cavity area of the sterilizing tray. The outer bottom surface of the disinfection plate is provided with a bar seat which is in a groove shape and is reversely fixed in the middle of the bottom of the plate, and the switch bar is inserted into holes on two sides of the bar seat; four positioning columns are arranged at the bottom of the plate downwards.

The water balance system: the water tank, the water outlet pipe, the water valve, the hose, the water inlet pipe, the regulating valve and the water jetting pipe are connected in series. The water tank is a container for storing sterilized water, the water outlet pipe is communicated with the water tank, the middle of the water tank is provided with a water valve, one end of the water tank is connected with a hose, and the hose is arranged between the sterilizing disc and the supporting plate and extends out from the other side to be connected with a water inlet pipe through a switch door; a row of water jetting pipes are arranged on the pipeline of the water inlet pipe, and the outlets of the water jetting pipes enter the disinfection disc and shoot into each water tank.

A supporting plate device: the tray is provided with a switch door for sterilizing water combined with the rod seat, a miniature strip table type switch door, a table panel is in curve deformation (a hose penetrates through the middle of the table panel and the switch rod), the wide surface of the table is sleeved in the rod seat, and four table legs are fixed on the tray; four tube seats are also arranged on the supporting plate, compression springs are arranged in the tubes, and the tubes are matched with positioning columns under the disinfection plate.

When the load on the disinfection plate exceeds the bearing force of the compression spring, the plate body sinks to drive the switch rod to move downwards, the hose expands, and the disinfection water flows into the disinfection plate through the water jetting pipe; when the load on the disinfection plate is removed, the compression spring rebounds to support the disinfection plate, the switch rod is driven to upwards apply pressure to the hose, and the disinfection water is intercepted. In order to keep the liquid level in the disinfection plate balanced and stable, the middle part of the water inlet pipe is provided with an adjusting valve, and the size of the valve is adjusted according to the water quantity taken away by the sole so as to supplement proper water quantity.

And (3) decontamination: consists of a decontamination disc and an electrostatic blanket. The decontamination plate is a three-plate combination, the middle is a grid plate, and the side is provided with a left dewatering plate and a right dewatering plate. The grid tray is a tray on which a human body stands. The dewatering disc is rectangular, a forward inclined frame is arranged in the disc, and N rollers capable of rotating, corresponding brushes, scraping plates and a groove plate are arranged at the upper part in the frame. Two ends of a shaft head in the roller are transversely fixed on two sides of the frame; the brushes and the scrapers are arranged in the gap between the rollers in a crossed and penetrated mode, and the lower ends of the brushes and the scrapers are fixed on two longitudinal strips below the frame. The grooved plate is attached behind the drum above the frame, whereby the various components in the frame are located in their place. The upper plane of the triangular bracket is connected with the bottom surface of the frame, and the triangular tip falls downwards and is actually arranged at the bottom of the dehydration disc. The inner front wall of the dewatering disc is provided with an elastic sheet and a baffle plate, the middle of the rear wall is provided with a positioning bolt connected with the frame, and the two dewatering discs have the same structure and size. The outer side between the decontamination disc and the electrostatic blanket is additionally provided with a left upright handrail and a right upright handrail, the tops of the uprights are provided with discs, and the discs are provided with disinfectant bottles. The dewatering tray is forward of the electrostatic blanket.

When the visitor steps on the disinfection plate with both feet, a layer of shallow disinfection water is arranged on the hole-shaped panel of the disinfection plate and contacts with the sole, along with the weight of the human body, the positioning column at the bottom of the disinfection plate applies pressure to the compression spring, the disinfection plate sinks to drive the switch rod to move downwards, the hose relaxes, and the disinfection water enters the water jetting pipe and jets to each water tank. When the left and right feet of the visitor tread for a few times, the sole is filled with the disinfectant water, and a little water is taken away when the visitor leaves the sole and is supplemented when the visitor treads the sole. After the two feet leave, the compression spring rebounds to support the disinfection plate to rise, the switch rod is driven to move upwards to apply pressure to the hose, and the disinfection water is cut off.

The visitor steps on the mesh plate in the decontamination plate in sequence, holds the handrail with two hands at the same time, steps on one foot in the dehydration plate, the roller on the inclined plane rolls under the pressure of the sole, when the sole slides forwards and the toe of the shoe collides with the soft elastic baffle, the foot retreats and slides forwards again, the residual water and residue on the sole are peeled off at the bottom of the plate under the actions of rubbing, scraping and brushing of the brush and the scraper repeatedly for several times, and the other foot steps on the other dehydration plate in the same way. When the visitor leaves, the disinfectant is taken out from the disinfectant bottle to disinfect the hands, and then the disinfectant enters the carpet with static electricity, and at the moment, the soles are disinfected and dedusted.

Because the utility model discloses a: the structure of the water level balance type disinfection plate, the sliding scraper type dewatering plate and the electrostatic blanket can obtain the following beneficial effects; because the sterilizing water in the sterilizing tray is always kept balanced and stable, no matter a visitor comes first and then comes later, the visitor only needs to tread and rub the sterilizing tray for a few times, the dust and the bacterial plaque on the soles can be peeled off along with the removal of the sewage and sink into the tray bottom, the effects of sterilizing and dedusting are achieved, the pollution to the interior of the visitor is prevented, and the spreading probability of certain infectious diseases is reduced; time-saving, labor-saving, convenient and quick.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings

FIG. 1 is a schematic plan view of the disinfection and decontamination of the present invention

FIG. 2 is a perspective sectional view taken along line A-A in FIG. 1

FIG. 3 is a perspective sectional view of B-B of FIG. 1 (a partial view showing the tube in a relaxed state)

FIG. 4 is an enlarged view of a portion of FIG. 3 (showing the hose in a shut-off condition)

List description of numbers, names and shapes in the figure

Detailed Description

As shown in the drawings, the preferred embodiment of the present invention is; the water balance system provides stable water level balance for the sterilized water in the sterilizing tray; the inclined dewatering plate removes residual water and residue from the sole.

The utility model discloses a theory of operation and working process as follows:

the spring is stretched by utilizing the kinetic energy generated by the human body when walking, and acts on the flowing and the interception of water. The working process is as follows: when the sterilizing water in the sterilizing disc (1) reaches the set liquid level height, the soles of the visitors step into the sterilizing disc, the sterilizing disc sinks and drives the switch rod (7) to face downwards due to the fact that the body weight exceeds the bearing capacity of the compression spring (11), the hose (15) is made to relax, the sterilizing water reaches the water jetting pipe (18) through the water inlet pipe (16), the sterilizing water is jetted into each water groove (4) in the sterilizing disc through the outlet of the water jetting pipe to supplement the missing water amount in the sterilizing disc, the visitors step on the sterilizing disc for a few times, the soles are sterilized, and a little water can be taken away when the soles leave. After leaving the disinfection plate, the spring rebounds and recovers, the disinfection plate rises to drive the switch rod to apply pressure to the hose, and the disinfection water in the hose is intercepted. The visitor moves forwards in sequence, two feet step into a grid plate (20) of a decontamination plate (19), a little sewage flows into the plate, the handrails (33) at two sides are held by two hands, then one foot is lifted into a dewatering plate (21 or 29), an inclined roller (25) rolls forwards under the pressure of the sole, the sole slides along with the inclined roller, when the toe of the shoe touches a baffle plate (24) with elasticity, the foot retreats forwards again, and the steps are repeated for a plurality of times, residual water and residues on the sole fall onto the bottom of the plate under the actions of rubbing, brushing and scraping of a scraper (27) of a brush (26), the other foot is replaced, the same way is carried out, and after the same effect is obtained, the visitor can select one of left and right disinfection liquid bottles (35) of different types to disinfect the hands. Finally, an electrostatic blanket (36) is stepped on to further remove the fine residues on the sole.

Claims

1. A underfoot cleaning device consists of two parts of disinfection and decontamination, and is characterized in that: a disinfection part: the disinfection plate device, the water balance system and the supporting plate device are combined; a water tank (4), a hole-shaped panel (2), a rod seat (6), a switch rod (7) and four positioning columns (5) are arranged in a disinfection plate (1) cavity of the disinfection plate device; the water balance system is communicated in series by a water tank (12), a water outlet pipe (13), a water valve (14), a hose (15), a water inlet pipe (16), a regulating valve (17) and a water jetting pipe (18); a switch door (9) and a tube seat (10) are arranged on the surface of a supporting plate (8) of the supporting plate device, and a compression spring (11) is arranged in the tube and matched with a positioning column of the disinfection plate; and (3) decontamination: a decontamination disc and an electrostatic blanket; the decontamination disc (19) is a three-disc combination body, the middle part is a grid disc (20), the side edge is provided with a left dewatering disc (21) and a right dewatering disc (29), and the two dewatering discs have the same structure; a framework (22) is arranged in the cavity of the dewatering disc, the lower part of the framework is connected with a triangular bracket (32), an elastic sheet (23) and a baffle plate (24) are arranged on the inner front wall of the dewatering disc, and a positioning bolt (30) is arranged in the middle of the rear wall; the frame inclines forwards, a rotatable roller (25) is arranged in the frame, shaft heads in the roller are transversely fixed at two sides of the frame, a free space is reserved between the roller and the roller, a hairbrush (26) and a scraper (27) are arranged in the free space between the rollers in a crossed mode, and the lower ends of the hairbrush and the scraper are fixed on a longitudinal batten (31) of the frame; a slotted plate (28) is arranged on the frame behind the roller; two sides between the decontamination disc and the electrostatic blanket are respectively provided with a vertical column handrail (33), a disc (34) and a disinfectant bottle (35) are arranged on the top of the vertical column, and the forward electrostatic blanket (36) is in a fan shape.