阅读说明：本技术 一种鞋底清洁装置 (Sole cleaning device ) 是由 聂其勇 于 2019-12-05 设计创作，主要内容包括：本发明提供了一种鞋底清洁装置,包括含有托台和水槽的水池,托台上安放弹性摩擦垫,水池中设定适量水位。在人体的重量的作用下,鞋底压缩弹性摩擦垫,鞋底与水充分接触,鞋底与弹性摩擦垫摩擦时,迅速将鞋底的灰尘清除。本发明的弹性摩擦垫无吸水性(即浸在水中超过30min钟后,测定其重量不会增加),从鞋底剥离的污物在重力与水的作用下自然的进入污水槽内。本发明利用了污渍在水中沉降的原理,在摩擦垫之下的污水槽是污渍缓存区,确保双脚踩在摩擦垫上时候,不会泛起水底的污物,保证连续清洗效果。本发明关于弹性摩擦垫的弹性变形量和水位面设置做出了详细、科学的规范。(The invention provides a sole cleaning device, which comprises a water tank containing a support table and a water tank, wherein an elastic friction pad is arranged on the support table, and a proper water level is set in the water tank. Under the action of the weight of a human body, the sole compresses the elastic friction pad, the sole is fully contacted with water, and when the sole is rubbed with the elastic friction pad, dust on the sole is rapidly removed. The elastic friction pad of the invention has no water absorption (namely, the weight of the elastic friction pad is not increased after the elastic friction pad is soaked in water for more than 30 minutes), and dirt peeled from the sole naturally enters a sewage tank under the action of gravity and water. The invention utilizes the principle that the dirt settles in water, and the sewage tank below the friction pad is a dirt buffer area, thereby ensuring that the dirt at the bottom of the water can not be splashed when the feet step on the friction pad and ensuring the continuous cleaning effect. The invention makes detailed and scientific specifications about the elastic deformation amount and the water level setting of the elastic friction pad.)

1. A sole cleaning device, includes pond (1) and elasticity friction pad (2), its characterized in that: a supporting platform (4) is arranged in a water tank (1), a sewage tank (3) is arranged in the water tank (1), an elastic friction pad (2) is placed on the supporting platform (4), the elastic friction pad (2) has no water absorption (namely, the weight of the elastic friction pad is not increased after the elastic friction pad is soaked in water for more than 30 minutes), a water level surface (5) is a variable plane, the upper surface of the elastic friction pad (2) is higher than the water level surface (5) by more than 1mm under the condition that the elastic friction pad (2) is not pressed, and when a common adult (70 Kg of weight) stably stands on the elastic friction pad (2) with two feet of a flat shoe of 40-42 yards, the pressed part of the elastic friction pad (2) is compressed to be 1-12 mm below the water level surface (5).

2. The shoe sole cleaning device of claim 1, wherein: the controller (9) is connected with the water inlet control valve (6), the water discharge control valve (11) and the water level detector (8), when the water level (5) is lower than a set value, the water level detector (8) sends a signal to the controller (9), the controller (9) opens the water inlet control valve (6) and enters the water pool (1) through the water inlet (7), and when the controller (9) receives a signal that the water level of the water level detector (8) accords with the set value, the water inlet control valve (6) is automatically closed.

3. The shoe sole cleaning device of claim 1, wherein: the method comprises the steps of initially setting an automatic flushing and sewage discharging value for a controller (9), enabling the caliber of a water outlet (10) to be larger than that of a water inlet (7), enabling the controller (9) to simultaneously open a water discharging control valve (11) and a water inlet control valve (6) when sewage discharging is needed, closing the water discharging valve (11) after set flushing time or flushing is achieved, and closing the water inlet control valve (6) when a water level detector (8) detects that the water level reaches a set value.

4. The shoe sole cleaning device of claim 1, wherein: two or more basic modules (12) are connected into a whole to form a long cleaning corridor (13).

5. The shoe sole cleaning device of claim 1, wherein: the pool (1) is an integral component containing a sewage ring groove (14), a sewage straight groove (15) and a supporting platform (4), and the width of the sewage straight groove (15) is not more than 10 mm.

Technical Field

The invention relates to a sole cleaning device, in particular to a device for cleaning soles by water washing.

Background

The products for cleaning the sole by water washing mainly comprise an electric product and a non-electric product.

The electric shoe cleaning machine mainly comprises a belt type shoe cleaning machine and a rotary drum type shoe cleaning machine, wherein the lower half part of the rotary drum or the belt is immersed in water, and the water is brought up to clean the shoe bottom in the operation process.

Non-electric brush type, water absorption friction pad type, water absorption friction head type, etc.

The non-electric brush type water supply method is characterized in that water is supplied by utilizing capillary phenomenon and swinging of a brush or by utilizing swinging of the brush when the brush is immersed in water.

The non-electric water-absorbing friction pad or the water-absorbing friction head supplies water by utilizing the water absorption property (water absorption property is a property that the member is increased in weight after being soaked in water for a certain time) of the friction member.

The electrodynamic type structure is more complicated, and manufacturing and use cost are higher, have restricted using widely.

The non-electric brush type brush has insufficient water supply, small effective contact area between the brush and the sole, low brushing efficiency and poor cleaning effect; the production cost is higher than the level acceptable by the market, the cost performance is lower, and the popularization is influenced.

Although the water absorption friction pad or the water absorption friction head supplies sufficient water, the friction pad is easily polluted due to water absorption, and the water absorption friction pad or the water absorption friction head is large in workload of use and maintenance and is not suitable for popularization.

Disclosure of Invention

The invention mainly aims to create a sole cleaning device which is low in production cost, good in using effect, high in economic benefit and convenient to maintain.

The sole cleaning device provided by the invention comprises a water tank containing a support table and a water tank, wherein an elastic friction pad without water absorption (the member is not increased in weight even if being soaked in water for more than 30 min) is arranged on the support table.

The present invention takes advantage of the elasticity of the friction pad. Under the action of the weight of a human body, the friction pad is compressed, the upper surfaces of the sole and the friction pad descend, the sole is fully contacted with water, and when the sole and the friction pad rub, dust on the sole is rapidly removed. The friction pad is a thread-shaped loose object, has no water absorption (namely, the weight of the friction pad is not increased after the friction pad is soaked in water for more than 30 minutes), and the dirt peeled from the sole naturally enters a sewage tank under the action of gravity and water.

The invention utilizes the principle that stains settle in water. According to the invention, the tray table and the sewage tank are designed in the pool, the tray table supports the friction pad, and the sewage tank is used as a stain buffer area, so that underwater dirt cannot be splashed when feet step on the friction pad, and the cleaning effect is ensured.

Drawings

FIG. 1 is a side view of the present invention.

FIG. 2 is a front view of the invention taken "A-A section" of FIG. 1.

Fig. 3 shows an application form of an automation control of the invention.

Fig. 4 and 5 show a long cleaning corridor, an application form of cleaning shoe soles during walking, fig. 5 is a top view, and fig. 4 is a partial enlarged view of the front view of the 'section B-B' of fig. 5 of the invention, showing details of the coupling between the basic modules.

FIG. 6 is an additional view of the sink.

FIG. 7 is a front view of the section "C-C" in FIG. 6.

Wherein: 1. the device comprises a water pool, 2, an elastic friction pad, 3, a sewage tank, 4, a supporting platform, 5, a water level surface, 6, a water inlet control valve, 7, a water inlet, 8, a water level detector, 9, a controller, 10, a sewage discharge outlet, 11, a water discharge control valve, 12, a foundation module, 13, a cleaning corridor, 14, a sewage annular groove, 15 and a sewage straight tank.

The sewage ring groove (14) and the sewage straight groove (15) are called a sewage groove (3) together, and the sewage ring groove (14) is the sewage groove which surrounds the outermost periphery of the sewage straight groove (15).

The basic module (12) is a sole cleaning unit which comprises a water tank (1), a water tank (2), an elastic friction pad (3), a sewage tank (4), a supporting platform (7), a water inlet (10) and a sewage outlet. The water inlet (7) of one basic module (12) can be in seamless butt joint with the sewage outlet (10) of another basic module (12), and a plurality of basic modules (12) form a string to form a cleaning corridor (13).

Detailed Description

Fig. 1 and 2 of the present invention reflect the most basic embodiment.

The water pool (1) is placed on the flat ground, a supporting platform (4) is arranged in the water pool (1), an elastic friction pad (2) is arranged on the supporting platform (4), a sewage tank (3) is arranged in the water pool (1), a proper amount of water is added into the water pool (1), and the water level surface (5) represents the height of the water level.

The water level (5) is a variable plane due to evaporation and consumption. The water level (5) is set according to the following principle: when the elastic friction pad (2) is not pressed, the water level surface (5) is not less than 1mm lower than the upper surface of the elastic friction pad (2); the compressed part of the elastic friction pad (2) is 1-12 mm lower than the water level surface (5) under the treading action. The larger the elastic deformation range of the elastic friction pad (2), the larger the variation range of the water level surface (5) is, and vice versa.

The elastic friction pad (2) with the thickness of about 20mm has strong elasticity, when a common adult (with the weight of 70kg) stands on the elastic friction pad (2) with both feet of a flat shoe of 40-42 yards, the elastic friction pad (2) can be compressed to be less than half of the original thickness, the compression amount can even reach 15mm, the upper surface of the elastic friction pad (2) can be compressed to be 1-12 mm below a water level (5) (generally, the thickness of the elastic friction pad is not suitable to exceed 12mm of the sole, otherwise, the shoe can permeate water). The sole is fully contacted with water, and at the moment, the friction of the sole can remove the mud and dust of the sole. The removed soil firstly falls into the elastic friction pad (2), the elastic friction pad (2) is a loose net-shaped object without water absorption, so that the dirt is not adsorbed, and the dirt automatically converges into the sewage tank (3) of the water pool (1) under the action of gravity and water. The elastic friction pad (2) can be restored to the initial state within seconds when not pressed. After recovery, the upper surface of the elastic friction pad (2) is at least 1mm higher than the water level surface (5), and water cannot be seen by naked eyes at the moment, so that the uncomfortable feeling of use is avoided.

The elastic deformation of the elastic friction pad (2) determines the application range of the water level surface (5).

FIG. 3 of the present invention is an embodiment of an automated control. Can realize automatic water supply and automatic flushing and pollution discharge.

Regarding automatic water replenishment: the controller (9) is connected with the water inlet control valve (6), the water discharge control valve (11) and the water level detector (8). When the water level (5) is lower than a set value, the water level detector (8) sends a signal to the controller (9), the controller (9) opens the water inlet control valve (6) and enters the water pool (1) through the water inlet (7), and the controller (9) automatically closes the water inlet control valve (6) when receiving the signal that the water level of the water level detector (8) accords with the set value.

Regarding automatic flushing sewage disposal: the controller (9) is initially set with an automatic flushing blowdown value as required, for example, a timed flush is set. The caliber of the water outlet (10) is larger than that of the water inlet (7), when sewage drainage is needed, the controller (9) simultaneously opens the water drainage control valve (11) and the water inlet control valve (6), the water drainage valve (11) is closed after set flushing time is reached or flushing is finished, and the water inlet control valve (6) is closed when the water level detector (8) detects that the water level reaches a set value.

Fig. 4 and 5 of the present invention are embodiments of the present invention for accomplishing the cleaning of the shoe sole during walking.

As shown in fig. 4 and 5, two or more basic modules (12) are connected into a whole to form a long cleaning corridor (13), the long cleaning corridor is horizontally placed on a flat ground with a horizontal error less than 3mm, and a proper amount of water is added into the cleaning corridor (13) according to the set principle of a water level surface (5), so that a user can simultaneously have a stepping effect and a friction effect in the walking process, and soil and dirt on the soles of the shoes can be cleaned in the careless walking process.

The water tank (1) shown in fig. 6 is an integral component comprising a sewage ring groove (14), a sewage straight groove (15) and a supporting platform (4), and can be made of plastic or metal parts. Considering the heel diameter of a high-heeled shoe of about 10mm at the minimum, in order to prevent the heel from sinking, the illustrated dimension a is not greater than 10mm, i.e. the width of the sewage straight groove (15) is not greater than 10 mm.

The above process and method solve the problem of decontamination of the sole, and water stains on the sole after cleaning can be sucked dry by the dry water cushion, which is a mature product.