CN101856215A - A shoe sole cleaning machine - Google Patents

Abstract

The invention discloses a shoe sole cleaning machine, which comprises an outer casing, an electric cleaning device and an open drawer-type water storage box, the outer casing is separately arranged, and the open end of the drawer-type water storage box is connected to the inside of the outer casing. The top of the water tank storage room is connected in a liquid seal, and the electric cleaning device uses an infrared sensor to control the roller shaft drive motor to drive a wet cleaning brush to remove the soil on the soles of the cleaning room. At the same time, the water storage box provided by the present invention It is a drawer structure, that is, it can be pulled out from the outer shell at any time through the separation operation of the outer shell, and replaced with clean water, so that the soil on the soles can be effectively cleaned. At the same time, the present invention has a simple structure and is easy to use.

Description

A shoe sole cleaning machine

technical field

The invention relates to a cleaning device, in particular to a shoe sole cleaning machine.

Background technique

With the continuous improvement of people's material life, home decoration is becoming more and more luxurious, visiting relatives and friends, entering the owner's house, generally need to change shoes, wearing the owner's public slippers is not only inconvenient, but also easily infected with athlete's foot and other skin diseases. And in public buildings such as hotels, generally all are covered with carpet, if entering personnel does not wipe clean sole, be easy to dirty carpet, brings enormous workload to cleaner.

Existing wet sole cleaning machines have defects in design, such as the sole cleaning machine described in Chinese patent 99257087.5, which cannot replace the clean water source, while the shoe sole cleaning machine described in Chinese patent 01115270.2 drains water by designing drainage holes. This drainage method is very easy to wet the floor, and cannot effectively clean the long-term accumulated silt in the water storage box, resulting in shortened service life of the equipment; at the same time, almost all wet sole cleaning machines, when the cleaning brush cleans the sole, the surrounding Without shelter, it is very easy to cause sewage to splash, causing pollution to the cleaning machine body and surrounding walls and ground.

Contents of the invention

The present invention aims at the deficiencies in the prior art, and provides a shoe sole cleaning machine, which uses an infrared sensor to control the roller shaft drive motor to drive a wet cleaning brush to remove the soil placed on the sole of the cleaning room. The water storage box is a drawer type structure, that is, it can be drawn out from the outer casing at any time to replace it with clean water, thereby effectively cleaning the soil on the soles of the shoes. Meanwhile, the present invention has a simple structure and is easy to use.

For realizing above technical purpose, the present invention will take following technical scheme:

A shoe sole cleaning machine, comprising an outer shell, an electric cleaning device, and an open-open drawer-type water storage box, wherein: the outer shell is divided into an upper shell and a lower shell, and one end of the upper shell passes through The rotating shaft is hinged with the lower shell, and the other end of the upper shell is equipped with a shell separation operation handle. The upper shell includes a cleaning room, a motor room, and a brush roller shaft placement cavity, while the lower shell is provided with a water tank accommodating chamber , the bristle roller shaft placement cavity is arranged between the cleaning room and the water tank storage room, and the cleaning room, the bristle roll shaft placement cavity and the water tank storage room are connected to each other, an infrared sensor is installed on the top of the cleaning room, and the bottom of the cleaning room Then there is a cleaning working hole connected with the bristle roller shaft placement cavity, and at the same time, there is a shoe inlet and outlet on the side wall of the cleaning room; The liquid-tight connection between the box and the top of the water tank accommodation chamber, and a push-pull handle is installed on the outer panel of the drawer-type water storage box; The infrared sensor controls the start/stop of the roller drive motor, the output shaft of the roller drive motor is connected to the bristle roller shaft, and the roller drive motor is installed in the motor room, while the bristle roller shaft is installed in the bristle roller shaft installation chamber Inside, the cleaning hairbrush positioned at the upper end of the bristle roller shaft exposes the cleaning working hole, while the cleaning hairbrush positioned at the lower end of the bristle roller shaft is immersed below the water level in the water storage box.

The cross-section of the bristle roller shaft placement chamber is square, and the two sides of the bristle roller shaft placement chamber parallel to the bristle roller shaft axis are respectively equipped with dehydration brushes and mud scraping brushes.

The length of the bristles of the dehydrating brush is 1-2 cm, the length of the bristles of the cleaning brush is 4-5 cm, and the depth of the bristle roller shaft immersed in the drawer-type water storage box is 1-2 cm.

The moving pair includes more than one chute arranged parallel to each other and balls rolling in each chute respectively. The chute is arranged at the bottom of the water tank accommodation chamber, and the balls are correspondingly installed at the bottom of the water storage box.

The infrared sensor is installed on the top of the clean room corresponding to the shoe inlet and outlet.

The clean room is equipped with a water baffle at the shoe inlet and outlet.

The cleaning working hole is a square hole, and the cleaning working hole is symmetrically provided with arc-shaped grooves on both sides perpendicular to the bristle roller axis.

The drive motor of the roller shaft is connected with a belt transmission to the brush hair roller shaft.

The open edge of the drawer-type water storage box is filled with rubber beading.

A drying pad is arranged on the inclined platform arranged on the outer surface of the motor.

According to the above technical scheme, the following beneficial effects can be achieved:

1. The bristle roller shaft of the present invention is installed in the bristle roller shaft placement chamber, and the cleaning room, the bristle roller shaft placement chamber and the water tank accommodation chamber are connected to each other. On the basis of the wetting of the cleaning brush, the clean water installed in the drawer-type water storage box in the chamber of the water tank will not be splashed to other places, that is, no secondary pollution will be caused; in addition, the upper and lower casings of the present invention Hinged, the water storage box is a drawer-type structure, the upper shell and the lower shell can be separated through the separation operation handle installed on the upper shell, and it is convenient to drag out the drawer-type water storage box that is liquid-tightly connected with the water tank storage chamber. You can easily clean the accumulated silt at the bottom of the water storage box and replace the clean water source. There are small balls at the bottom of the water storage box.

2. In the present invention, dehydration brushes and mud-scraping brushes are respectively installed on both sides of the bristle roller shaft placement cavity parallel to the bristle roller shaft axis. Therefore, during the rotation of the bristle roller shaft to drive the cleaning brush, the The existence of the mud-scraping brush can remove the dirt from the cleaning brush and play a washing role; while the dehydrating brush can effectively ensure that the cleaning brush is moist, but it will not bring out too much water, causing pollution to the clean room, and Increase the replacement frequency of clean water in the drawer-type water storage box;

3. The present invention adopts the form of chute-ball moving pair to connect the drawer-type water storage box and the storage room of the water tank, which makes it more convenient to pull out and put in the water storage box, saves time and effort, and is convenient for fresh water replacement;

4. The cleaning working holes of the present invention are respectively provided with arc-shaped grooves symmetrically on both sides perpendicular to the bristle roller shaft, and at the same time, the cleaning room is equipped with water baffles at the shoe inlet and outlet. Therefore, when cleaning the soil on the soles, The setting of the water baffle can prevent the sewage from flowing out of the cleaning room; the setting of the arc groove can not only allow the sewage to flow back into the drawer-type water storage box, but also facilitate the placement of shoes on the other hand.

5. In the present invention, a drying pad is provided on the inclined table provided on the outdoor surface of the motor, and the soles that have been cleaned of mud can be wiped again with water droplets to ensure that the soles are clean and dry without causing dirt on the indoor floor.

Description of drawings

Fig. 1 is a three-dimensional structure schematic diagram of the present invention (electric cleaning device is not drawn);

Fig. 2 is A-A sectional view among Fig. 1 of the present invention;

Fig. 3 is the B-B sectional view among Fig. 1 of the present invention;

Fig. 4 is a schematic diagram of the water exchange structure of the present invention;

Among them, 1. Upper housing 2. Lower housing 3. Outer panel of water storage box 4. Drying pad 5. Cleaning room 6. Infrared sensor 7. Motor room 8. Water baffle 9. Arc groove 10. Power supply 11. Roller drive motor 12. Belt 13. Pin 14. Brush roller 15. Cleaning brush 16. Water storage box positioning baffle 17. Ball 18. Dehydration brush 19. Mud scraping brush 20. Rubber bead 21 , Shell separation operation handle 22, push-pull handle 23, drawer type water storage box 24, cleaning work hole 25, shoe inlet and outlet 26, water tank accommodation room 27, bristle roller shaft placement chamber.

Detailed ways

The accompanying drawing discloses a schematic structural view of a preferred embodiment of the present invention without limitation, and the technical solution of the present invention will be described in detail below in conjunction with the accompanying drawings.

As shown in Figures 1 to 4, the shoe sole cleaning machine according to the present invention includes an outer shell, an electric cleaning device, and an open-open drawer-type water storage box 23, wherein: the outer shell is divided into an upper shell 1 and the lower casing 2, and one end of the upper casing 1 is hinged with the lower casing 2 through a rotating shaft, and the other end of the upper casing 1 is installed with a casing separation operation handle 21, then grab the casing separation operation handle 21 and move upward. Lifting, the upper casing 1 can be rotated along the rotating shaft to form a certain angle with the lower casing 2 . The upper casing 1 and the lower casing 2 of the present invention are connected by a bolt 13, and the casing separation operation handle 21 is a hidden button. The upper casing 1 includes a cleaning chamber 5, a motor chamber 7, and a bristle roller shaft placement chamber 27, while the lower casing 2 is provided with a water tank accommodation chamber 26, and the bristle roller shaft placement chamber 27 is arranged in the cleaning chamber 5 and the water tank Between the accommodating chambers 26, and the cleaning chamber 5, the bristle roller shaft placement cavity 27 and the water tank accommodating chamber 26 communicate with each other, the top of the cleaning chamber 5 is equipped with an infrared sensor 6 for controlling the operation of the electric cleaning device, and the bottom of the cleaning chamber 5 Then there is a cleaning working hole 24 connected with the bristle roller shaft placement cavity 27, and a shoe inlet and outlet 25 is provided on the side wall of the cleaning room 5 at the same time, and the shoe inlet and outlet 25 are generally arranged in front of the cleaning room 5. The device 6 is installed on the top of the cleaning room 5 corresponding to the shoe inlet and outlet 25; the drawer-type water storage box 23 is installed in the water tank accommodation chamber 26 through a moving pair, and a push-pull handle is installed on the outer panel 3 of the drawer-type water storage box 23 22. The electric cleaning device includes a bristle roller shaft 14, a cleaning brush 15 mounted on the bristle roller shaft 14, and a roller shaft driving motor 11, the output shaft of the roller shaft driving motor 11 is connected to the bristle roller shaft 14 , the roller shaft driving motor 11 of the present invention is connected to the bristle roller shaft 14 with a transmission, and the roller shaft driving motor 11 is installed in the motor chamber 7, while the bristle roller shaft 14 is installed in the bristle roller shaft placement cavity 27, And the cleaning hairbrush 15 that is positioned at the bristle roller shaft 14 upper ends exposes the cleaning work hole 24 and is set, and the size of the cleaning work hole 24 is adapted to the cleaning hairbrush 15, and the cleaning hairbrush 15 that is positioned at the bristle roller shaft 14 lower ends is immersed in the storage Below the water level in the water tank. The cleaning brush 15 is a replaceable hair brush, consisting of long brown hairs about 4 to 5 cm long, soft and water-absorbent, and 1 to 2 cm from the edge of the brush roller shaft 14 is immersed below the water surface of the drawer-type water storage box 23 to ensure cleaning of the hair. The brush 15 is effectively immersed in the water surface to be cleaned, and the bristle roller shaft 14 is driven by the roller shaft drive motor 11 to rotate rapidly. Therefore, sole cleaning machine of the present invention is electric control, and the start/close (switch) of roller shaft drive motor 11 is controlled by infrared sensor 6, and when cleaning sole, pin is placed in the cleaning chamber 5 above cleaning hairbrush 15 , when the pin is put into from the shoe inlet and outlet 25, the infrared sensor 6 on the top of the cleaning room 5 will sense the stretching of the pin, and then start the roller shaft drive motor 11 to rotate, and the roller shaft drive motor 11 drives the bristle roller shaft 14 to rotate at a high speed. Then the attached cleaning brush 15 on the bristle roller shaft 14 rubs the sole quickly, so that the sole is cleaned, and the drawer type water storage box 23 provided below the cleaning brush 15 can ensure that the cleaning brush 15 passes through the water storage box. was cleaned.

The cross-section of the bristle roller shaft placement chamber 27 of the present invention is square, and the two sides of the bristle roller shaft placement chamber 27 parallel to the bristle roller shaft 14 axis are respectively equipped with dehydration hair brushes 18 and mud scraping hair brushes 19 . When the cleaning brush 15 passes through the water surface in the drawer-type water storage box 23 at high speed, it is effectively cleaned. In the process of upward rotation, it will first be squeezed by the dehydration brush 18 to quickly and effectively drain the water droplets and become Half-dry, half-wet brush. The dehydration hairbrush 18 is made up of the bristles of the same quality as the cleaning hairbrush 15, but the length is shorter than the cleaning hairbrush 15, and is made up of 1～2cm long bristles. The dehydration hairbrush 18 and the cleaning hairbrush 15 are closely attached together, but there is a suitable space between them, so as to ensure that the smooth and smooth rotation of the cleaning bristle roller shaft 14 is not hindered. Cleaning hairbrush 15 rotates downwards with dust and earth on the sole after cleaning the sole, and is arranged on the mud-scraping hairbrush 19 on the other inner wall corresponding to dehydration hairbrush 18, and it is by texture, hardness, density, length Composition of bristles similar to common toothbrushes, when the cleaning hairbrush 15 passed, the mud-scraping hairbrush 19 could divide the bulk soil adhered to the cleaning hairbrush 15 into small soil, so that when the cleaning hairbrush 15 passed the water surface, it could It is effectively cleaned, and at the same time, the mud-scraping brush 19 can comb the cleaning brush 15, avoiding the entanglement and knotting of the bristles of the cleaning brush 15, and effectively prolonging the service life of the cleaning brush 15.

The moving pair includes more than one chute arranged parallel to each other and balls 17 rolling in each chute respectively, the chute is arranged at the bottom of the water tank accommodation chamber 26, and the balls 17 are correspondingly installed at the bottom of the water storage box .

In order to prevent the sewage accumulated in the clean room 5 from flowing out, the present invention installs a water barrier 8 at the shoes inlet and outlet 25 of the clean room 5 . At the same time, an arc-shaped small groove is respectively set at the front and back of the brush hole.

The cleaning working hole 24 is a square hole. For the convenience of the water in the cleaning room 5 flowing back into the drawer-type water storage box 23, the present invention is symmetrically arranged on both sides of the cleaning working hole 24 perpendicular to the bristle roller shaft 14. Arc groove 9.

In order to ensure the liquid-tight connection between the open end of the drawer-type water storage box 23 and the top of the water tank accommodating chamber 26, and prevent the water drops from splashing when the cleaning brush 15 hits the water surface, the open end of the drawer-type water storage box 23 Rubber bead 20 is filled on the edge. When the upper casing 1 and the lower casing 2 are buckled together, the top of the drawer-type water storage box 23 can tightly withstand the top of the water tank accommodation chamber 26 (i.e. the bottom of the upper casing 1), ensuring that even when cleaning the brush 15 cleaning, when hitting the water surface at a high speed and splashing water droplets, it cannot overflow the outside of the drawer type water storage box 23.

A drying pad 4 is arranged on the inclined table set on the outer surface of the motor room 7 to dry the soles of the shoes with the cleaning brush 15 to remove the sludge, so as to prevent the floor of the room from being dirty.

The sole cleaning machine of the present invention relies on the water in the drawer type water storage box 23 to effectively clean the cleaning brush 15, and the semi-wet and semi-dry cleaning brush 15 is quickly rubbed with the sole so that the sole is cleaned. The wet cleaning brush 15 cleans the soles, one is to make the cleaning efficiency higher and the cleaning degree better, and at the same time avoid the dust falling off the soles from flying; Below the water surface of the water storage box 23, clean water sources can be easily replaced simultaneously, and the mud in the drawer type water storage box 23 is cleaned to ensure the long-term normal cleaning effect of the sole cleaning machine.

The operating principle of the shoe sole cleaning machine of the present invention is as follows:

When the foot stretches into the clean room 5, the infrared sensor 6 provided above the clean room 5 connects the roller shaft drive motor 11 power supply 10, starts the roller shaft drive motor 11, and the roller shaft drive motor 11 drives the brush hair roller shaft 14 at a high speed through the belt 12. Rotate, the cleaning hairbrush 15 is fixed on the bristle roller shaft 14, along with the bristle roller shaft 14 rotation, when the cleaning hairbrush 15 passes through the water surface of the drawer type water storage box 23, the impact force that relies on the inertia to produce will clean the cleaning hairbrush 15 Clean, the clean hairbrush rotates upwards, is combed and extruded by the dehydration hairbrush 18, takes off most of the water droplets, becomes a half-dry and half-wet hairbrush, and passes through the soles quickly. Rely on the dust and the earth of friction cleaning sole, stick to the cleaning hairbrush 15 of band dust and earth and continue to rotate downwards, will be combed by mud scraping hairbrush 19 and remove mud, and scraping mud hairbrush 19 will decompose slightly larger mud clod into tiny Mud, reduce the dust and mud attached to the cleaning brush 15. The brush 15 is easy to clean and can be cleaned more efficiently through the water surface. The cleaning hairbrush 15 circulates and rotates rapidly, and the side of the sole can be cleaned up in a very short time.

In the process of cleaning the soles, the remaining water droplets on the cleaning brush 15 will splash out to the left and right, and the bristle roller shaft placement cavity 27 will effectively intercept the splashed water droplets, effectively preventing the sewage from producing secondary pollution. The front of the cleaning room 5 The water baffle 8 provided below prevents the stagnant water in the clean room 5 from flowing out. At the same time, two small arc-shaped grooves 9 are arranged at the bottom of the clean room 5 near the edge of the cleaning work hole 24 to guide the accumulated water in the clean room 5. In the drawer type water storage box 23.

The soles are clean, and when the feet exit, the infrared sensor 6 will automatically cut off the power supply 10, and the roller drive motor 11 stops running. The clean soles still have water stains, and the soles can be rubbed back and forth on the drying pad 4 to remove the water. stains, ending the sole cleaning process.

When the water in the water storage box needs to be replaced, hold the shell separation operation handle 21 provided on the upper shell 1 with your hands, lift the upper shell 1, hold the push-pull handle 22 with the other hand, and pull out the drawer Type water storage box 23, small ball 17 is arranged at the bottom of drawer type water storage box 23, facilitates this drawer type water storage box 23 to drag out, saves time and effort, is very convenient. Pull out the drawer type water storage box 23, pour out the dirty water, clean the sludge, replace the clean water source, lift the upper casing 1 again, and put the drawer type water storage box 23 back to its original position.

In summary, the shoe sole cleaning machine described in the present invention has a compact body and a reasonable design, making the shoe sole cleaning machine truly practical.

Claims (10)

1. a shoe sole cleaning machine comprises shell body, it is characterized in that, also comprises the drawer type water storage case of Motorized cleaning apparatus and uncovered setting, wherein:

Described shell body, split is set to upper shell and lower house, and an end of upper shell is hinged by rotating shaft and lower house, the other end of upper shell is then installed housing lock out operation handle, described upper shell comprises clean room, motor room and bristle roll shaft placing chamber, lower house then is provided with the water tank accommodating chamber, described bristle roll shaft placing chamber is arranged between clean room and the water tank accommodating chamber, and clean room, bristle roll shaft placing chamber and water tank accommodating chamber connect mutually, described clean room top is equipped with infrared inductor, the clean room bottom then offers the cleaning hole that connects with bristle roll shaft placing chamber, offers shoes simultaneously on the clean room sidewall and imports and exports;

Described drawer type water storage case is installed in the water tank accommodating chamber by moving sets, and liquid sealing connects between the top of this drawer type water storage case and water tank accommodating chamber, on the drawer type water storage case outer panel push and pull bar is installed simultaneously;

Described Motorized cleaning apparatus, the roll shaft drive motors that comprises the bristle roll shaft, is installed on the Clean Brush for cleaning on this bristle roll shaft and starts/close by infrared inductor control, the output shaft of described roll shaft drive motors is connected with the bristle roll shaft, and the roll shaft drive motors is installed in the motor room, the bristle roll shaft then is installed in the bristle roll shaft placing chamber, and the Clean Brush for cleaning that is positioned at bristle roll shaft upper end exposes the cleaning hole and is provided with, and the Clean Brush for cleaning that is positioned at bristle roll shaft lower end then immerses under the water liquid level of water storage case.

2. according to the described shoe sole cleaning machine of claim 1, it is characterized in that the cross section of described bristle roll shaft placing chamber is square,

Be separately installed with the dehydration hairbrush and scrape the mud hairbrush on this bristle roll shaft placing chamber and the dual-side that bristle roll shaft axis parallels.

3. according to the described shoe sole cleaning machine of claim 2, it is characterized in that the bristle lengths of described dehydration hairbrush is 1～2cm, the bristle lengths of described Clean Brush for cleaning is 4～5cm, and the degree of depth of bristle roll shaft immersion drawer type water storage case is 1～2cm.

4. according to the described shoe sole cleaning machine of claim 1, it is characterized in that, described moving sets comprises chute that one or more is arranged in parallel and the ball that rolls respectively in each bar chute, described chute is arranged at water tank accommodating chamber bottom, and ball then is installed in the water storage case bottom accordingly.

5. according to the described shoe sole cleaning machine of claim 1, it is characterized in that described infrared inductor is installed in shoes and imports and exports corresponding clean room top.

6. according to the described shoe sole cleaning machine of claim 1, it is characterized in that described clean room is equipped with water fender at the shoes import and export.

7. according to the described shoe sole cleaning machine of claim 1, it is characterized in that described cleaning hole is a square opening, and this cleaning hole is respectively arranged with arc groove symmetrically at the dual-side perpendicular to the bristle roll shaft.

8. according to the described shoe sole cleaning machine of claim 1, it is characterized in that, be with between described roll shaft drive motors and the bristle roll shaft to be in transmission connection.

9. according to the described shoe sole cleaning machine of claim 1, it is characterized in that, press on the uncovered edge of described drawer type water storage case to be filled with the rubber press strip.

10. according to the described shoe sole cleaning machine of claim 1, it is characterized in that the inclined table of described motor room outer surface setting is provided with dry pad.

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