CN108903892B

CN108903892B - Ultra-thin sole cleaner with independent disinfection unit

Info

Publication number: CN108903892B
Application number: CN201810913959.2A
Authority: CN
Inventors: 李勇; 王瑶; 代雪峰
Original assignee: Chongqing Jiebang Electric Co ltd
Current assignee: Chongqing Jiebang Electric Co ltd
Priority date: 2018-07-30
Filing date: 2018-07-30
Publication date: 2023-09-08
Anticipated expiration: 2038-07-30
Also published as: CN108903892A

Abstract

The invention discloses an ultra-thin sole cleaning machine with an independent disinfection unit, which comprises a cleaning unit and a disinfection unit; the cleaning unit comprises two winding wheels distributed on two sides and a dust-binding belt with two ends respectively wound on one winding wheel, the winding wheels are of a multi-groove parallel grooved wheel structure, and the winding wheels store the dust-binding belt through winding grooves; a tread bearing bar rib is arranged between the adjacent dust-binding belts, and a belt pressing roller is arranged below the bus on the opposite inner sides of the two winding wheels; the straight line section of the dust-binding belt between the two belt pressing rollers forms a horizontal cleaning working section, each dust-binding belt forms an independent belt-shaped cleaning section, and the disinfection unit adopts treading liquid adding spraying disinfection. The invention has the advantages that the dust sticking belt sticks dust or impurities, the self-cleaning is realized in a standby state, the sole cleaning effect is realized, the thickness is thin, the potential hazard of stumbling is small, and the use is safe; no additional power is needed for treading and sterilizing, and the energy consumption is low.

Description

Ultra-thin sole cleaner with independent disinfection unit

Technical Field

The invention relates to sole cleaning equipment, in particular to an ultrathin sole cleaning machine with an independent disinfection unit.

Background

In an indoor environment with high cleanliness, a person entering the environment is generally required to be dustless, such as changing special clothing shoes and caps before entering, or cleaning and dedusting clothing shoes and caps. Particularly, some important laboratories, major workshops of electronic equipment factories, inspection and detection rooms of hospitals or factories, and the like have increasingly stringent cleanliness requirements for indoor environments. The clothes and the hat are relatively simple and convenient to replace, the universality is strong, and the hidden danger of disease transmission is small. However, the replacement of shoes is troublesome and embarrassing, and particularly, the common shoes are replaced under the condition of foreign personnel, so that foot diseases are hidden in the prior art. The cleaning mode that the sole cleaner cleans the soles of the entering personnel is adopted, so that a plurality of problems caused by shoe replacement are effectively solved. Usually install on the entering passageway, personnel walk on the cleaning machine through trampling before entering indoor environment, wash the dust of sole by the cleaning machine to reach sole cleaning purpose. The prior art sole cleaners are typically fixedly mounted to the tunnel, and therefore the thinner the cleaner should be, the better. However, the existing cleaning machine is relatively thick, and has potential safety hazards of stumbling; in addition, no independent disinfection unit is arranged in the existing cleaning machine, and the disinfection effect is poor. For this reason, further improvements are required.

Disclosure of Invention

The invention aims at overcoming the defects of the prior art, and provides an ultrathin sole cleaning machine with an independent disinfection unit, wherein the disinfection unit is arranged at the outlet end of the cleaning unit, the cleaning unit adopts a dust binding belt to clean, the dust binding belt enables the distance between two straight line sections of the dust binding belt to be infinitely close through a belt pressing roller, the thickness of the cleaning machine is sufficiently reduced, the potential stumbling hazards are effectively reduced, and the use safety is ensured.

In order to achieve the above purpose, the present invention adopts the following technical scheme.

An ultra-thin sole cleaner with an independent disinfection unit comprises a cleaning unit; the outlet end of the cleaning unit is provided with a disinfection unit; the cleaning unit comprises two winding wheels distributed on two sides and a dust-binding belt with two ends respectively wound on one winding wheel, the dust-binding belt has a length reserve quantity with a set value on the winding wheel, the winding wheel is of a multi-groove parallel grooved wheel structure, and the winding wheel is used for accommodating the dust-binding belt through a winding groove; a tread bearing bar rib is arranged between the adjacent dust-binding belts, and a belt pressing roller is arranged below the bus on the opposite inner sides of the two winding wheels; the straight line section of the dust-binding belt between the two belt pressing rollers forms a horizontal cleaning working section, and each dust-binding belt forms an independent belt-shaped cleaning section.

According to the invention, the sole is cleaned by a plurality of winding belt type dust-binding belts; the straight line section part of the dust-binding belt forms a cleaning working section, and the cleaning working section is close to the bottom of the frame as much as possible through two belt pressing rollers positioned below the bus on the belt wheel side, so that the height of the dust-binding belt is greatly reduced, the thickness of the sole cleaning machine is reduced, the stepping height is effectively reduced, the potential stumbling hazards are reduced, and the use safety is ensured. Meanwhile, each dust-binding belt forms an independent cleaning section, so that sole dirt can be greatly differentiated, and the dust-binding belt blocking caused by the fact that the dirt is concentrated in a certain belt-shaped cleaning section is avoided, so that the operation reliability of the cleaning machine is provided. Wherein, the winding wheel is driven to rotate by a winding driving motor; the dust-binding belt is made up by using latex adhesive layer on its surface to adhere dust or sundries on sole, and in stand-by state, the dust-binding belt can be used for replacing dust-binding working section by winding wheel, and the disinfecting unit can be set up at outlet end of cleaning unit so as to form the invented independent disinfecting zone.

Preferably, a cleaning device for cleaning the dust-binding belt is arranged at the lower part of at least one of the two winding wheels, the cleaning device comprises a water storage tank, and a V-shaped opening part of the water storage tank forms an installation space of the winding wheel; one side of the winding wheel is provided with a cleaning brush for brushing the adhesive working surface of the dust-binding belt. So that the cleaning brush after soaking the dust-binding belt in the winding process of the dust-binding belt ensures the self-cleanliness of the dust-binding belt and improves the sole cleaning effect. When the lower parts of the two winding wheels are provided with the cleaning devices, the repeated use requirement of the dust-binding belt can be met.

Further preferably, the cleaning brush is arranged at the front end of the cleaning support, the cleaning support is in sliding fit in a mounting hole on the cleaner body from the rear section of the cleaning support, and a first loading spring is arranged between the cleaning support and the bottom of the mounting hole; the front end of the cleaning support is also provided with a first limit roller which is used for pressing on the dust-binding belt. The limiting roller is abutted against the dust-binding belt by utilizing the elastic force of the loading spring, so that the extending position limit of the cleaning brush is formed, the cleaning brush and the dust-binding belt are ensured to have enough brushing force, and the cleaning effect of the dust-binding belt is ensured.

Still more preferably, a drying air blowing nozzle for blowing and drying the adhesive working surface of the dust-binding belt is arranged on the other side of the winding wheel, the drying air blowing nozzle is arranged at the front end of the drying bracket, the drying bracket is in sliding fit in a mounting hole on the cleaner body from the rear section of the drying bracket, and a second loading spring is arranged between the drying bracket and the bottom of the mounting hole; the front end of the drying bracket is also provided with a second limit roller which is used for pressing on the dust-binding belt. The moisture of the dust-binding belt on the upper part of the winding wheel is blown off in a blowing mode, and even the hot air with the set temperature is blown, so that the dust-binding belt is soaked in water and is quickly dried after being cleaned, and the cleaning effect of dust binding and soles is ensured.

Further preferably, the water storage tank is provided with a U-shaped bottom and is internally provided with an independently driven spiral feeding screw. The spiral feeding screw rod and the water storage tank form a spiral sewage disposal device structure, and meanwhile, the water distribution function is also achieved, so that the water quantity in each part of the water tank is uniformly distributed, and the cleaning effect and the sewage disposal effect are ensured.

Preferably, the cleaning unit is spliced with the disinfection unit; the cleaning unit is formed by assembling a plurality of cleaning sections, and each cleaning section comprises a cleaning framework section and two winding wheels and a plurality of dust-binding belts which are arranged on the cleaning framework section. The combined structure of the length of the cleaning machine is formed by utilizing the assembling structure, and the length change requirement is realized by assembling quantity adjustment.

Further preferably, the disinfection unit is composed of a disinfection unit framework and a soft trampling pad, and the disinfection unit framework is formed by sectionally assembling a plurality of disinfection unit frameworks; the disinfection unit sprays and disinfects by arranging disinfection liquid spray heads on two sides. The disinfection unit is also in an assembled structure so as to meet the requirement of the length direction of the disinfection unit for size adjustment and the layout of the whole structure. The disinfection unit sprays disinfectant through the disinfectant spray heads at two sides to form disinfection treatment on the upper and the vamp, thereby ensuring disinfection effect.

Still more preferably, the disinfectant spray head is connected with a treading and liquid adding device, and the treading and liquid adding device is positioned below the soft treading pad. The treading liquid adding device is used for adding the disinfectant by treading the treading force of the soft treading pad, so that power is not required to be provided outside, and energy consumption is saved.

The cleaning machine has the beneficial effects that the dust-sticking belt is adopted to stick dust or impurities on the sole, and is cleaned and/or dried in a standby state so as to ensure the sole cleaning effect, and the cleaning machine is thin in thickness, small in potential stumbling hazard and safe to use; meanwhile, the shoe soles and the shoe uppers are disinfected by the disinfecting units arranged at the outlet ends of the cleaning units, so that the situation that dust and bacteria are brought into an environment with high cleaning requirements by personnel passing through the cleaning machine is ensured.

Drawings

Fig. 1 is a schematic structural isometric view of the present invention.

Fig. 2 is a schematic isometric view of a cleaning unit structure of the present invention without two side covers.

Fig. 3 is a schematic exploded isometric view of the structure of the cleaning unit of the present invention.

Fig. 4 is a schematic exploded isometric view of the basic segmented structure of the cleaning unit of the present invention.

Fig. 5 is an enlarged view of the portion a in fig. 4 according to the present invention.

Fig. 6 is an enlarged view of the portion B in fig. 4 according to the present invention.

Fig. 7 is a schematic exploded view of a part of the structure of the sterilizing unit of the present invention.

FIG. 8 is a schematic perspective view of the liquid outlet end of the liquid adding pipe of the treading liquid adding device.

Detailed Description

The invention will be further described with reference to the accompanying drawings, which are not intended to limit the invention to the embodiments described.

Referring to fig. 1, 2, 3, 4, 5, and 6, an ultra-thin sole cleaning machine with an independent sterilization unit includes a cleaning unit 100; the outlet end of the cleaning unit 100 is provided with a disinfection unit 200; the cleaning unit 100 includes two winding wheels 10 distributed on both sides and a dust-binding belt 30 with both ends respectively wound on one winding wheel 10, wherein the dust-binding belt 30 has a length reserve of a set value on the winding wheel 10, the winding wheel 10 has a multi-groove parallel grooved wheel structure, and the winding wheel 10 accommodates the dust-binding belt 30 through a winding groove; a tread bearing bar rib 40 is arranged between the adjacent dust-binding belts 30, and a belt pressing roller 50 is arranged below the opposite inner side buses of the two winding wheels; the straight sections of the dust-binding belt 30 between the belt rollers 50 form a horizontal cleaning section, and each dust-binding belt 30 forms an independent belt-like cleaning section.

Wherein, the lower part of at least one of the two winding wheels 10 is provided with a cleaning device for cleaning the dust-binding belt 30, the cleaning device comprises a water storage tank, and the V-shaped opening part of the water storage tank forms the installation space of the winding wheel 10; one side of the winding wheel 10 is provided with a cleaning brush 102 for brushing the adhesive working surface of the dust-binding tape 30. The lower parts of the two winding wheels 10 are provided with cleaning devices so as to meet the repeated use requirement of the dust-binding belt 30. The cleaning brush 102 is arranged at the front end of the cleaning support 103, the cleaning support 103 is in sliding fit in a mounting hole on the cleaner body from the rear section of the cleaning support 103, and a first loading spring 105 is arranged between the cleaning support 103 and the bottom of the mounting hole; the front end of the cleaning support 103 is also provided with a first limit roller 104 for pressing against the dust-binding belt 30; a drying air blowing nozzle 106 for blowing and drying the adhesion working surface of the dust-binding belt 30 is arranged on the other side of the winding wheel 10, the drying air blowing nozzle 106 is arranged at the front end of a drying bracket 107, the drying bracket 107 is in sliding fit in a mounting hole on the cleaner body from the rear section of the drying bracket 107, and a second loading spring 108 is arranged between the drying bracket 107 and the bottom of the mounting hole; the front end of the drying bracket 107 is also provided with a second limit roller 109 for pressing against the dust-binding belt 30. Wherein, the U-shaped bottom of the water storage tank is internally provided with a spiral feeding screw 111 which is independently driven by a screw driving motor 112.

Wherein the cleaning unit 100 is spliced with the sterilizing unit 200; the cleaning unit 100 is formed by assembling a plurality of cleaning sections, and each cleaning section comprises a cleaning framework section and two winding wheels 10 and a plurality of dust-binding belts 30 which are arranged on the cleaning framework section; the treading bearing bar edges 40 are integrally formed on the framework corresponding to the cleaning framework sections, and the belt pressing rollers 50 are rotatably arranged on the framework corresponding to the cleaning framework sections; the screw feeding screw 111 is also of a multi-section assembly structure, each assembled screw section is of a hollow structure, adjacent screw sections are connected in series through a key connection structure, and a torque transmission relation is formed by a key and a key groove arranged on the screw section; the cleaning section is composed of a base section 110 and a plurality of extension sections 120, the winding wheel 10 is composed of a pair of winding wheels 10 which are respectively arranged on the base section 110 and the plurality of extension sections 120 and correspond to each other, and the adjacent winding wheels 10 are connected in series through polygonal prism holes in a matching way, and particularly, hexagonal prism holes in a matching way are adopted.

Referring to fig. 6 and 7, the winding wheel 10 on the base section 110 is fixedly connected with the output end of the winding driving motor 11 coaxially, and the winding wheel 10 is connected in series with the winding wheel 10 on the adjacent extension section 120 in a matched manner through a polygonal prism hole, in particular a hexagonal prism hole is adopted for matching; the winding wheels 10 on the adjacent extension sections are connected in series through the matching of polygonal prism holes, and particularly, the hexagonal prism holes are adopted for matching; the winding wheel 10 on the same segment is in an integrated multi-groove grooved wheel structure, and each groove corresponds to a dust adhering belt 30; an entrance threshold section 130 is arranged on the outer side of the foundation section 110; the transition threshold section 140 is arranged at the outer side of the extension section 120 at the most distal end, the transition threshold section 140 forms an inlet end threshold of the disinfection unit 200, and the winding driving motor 11 is fixedly connected to the inlet threshold section 130 or the framework of the transition threshold section 140; the plurality of winding wheels 10 connected in series are rotatably supported on the corresponding sill frame by the winding wheel 10 located at the most distal end.

Referring to fig. 7 and 8, the disinfection unit 200 is composed of a disinfection unit framework and a soft pedal pad 1, wherein the disinfection unit framework is formed by sectionally assembling a plurality of disinfection unit frameworks; the disinfection unit 200 sprays and disinfects through the two sides provided with the disinfectant spray heads, and the disinfectant spray heads are connected with the treading liquid adding device which is positioned below the soft treading pad 1. Wherein trampling the liquid feeding device includes that many liquid feeding pipes 211 constitute the liquid feeding tube bank of calandria structure, and the liquid feeding tube bank is made by soft elastic material, and liquid feeding pipe 211 is the horizontal overhang form, and the overhanging distal end of liquid feeding pipe 211 constitutes out the liquid end, goes out the liquid end and is the check valve structure.

Wherein, the treading and liquid adding device is provided with two liquid adding tube rows which are arranged in opposite directions, the liquid adding tube rows comprise a main tube 212, the two main tubes 212 are communicated by a communication tube 213, one main tube 212 of the treading and liquid adding device forms a water inlet tube, a water inlet one-way valve 214 is formed on the water inlet tube section of the main tube 212, and a water inlet joint at the front end of the water inlet one-way valve 214 extends out of the soft treading pad 1 fixing frame 100; the liquid adding pipes 211 of the two liquid adding pipe rows are distributed on the two main pipes 212 in parallel, and the two liquid adding pipes 211 of the two rows are staggered and form an overlapping area at the overhanging distal end. The liquid adding tube row is covered by an upper sponge cushion 2 and a lower sponge cushion 2, and the sponge cushion 2 is provided with a caulking groove for embedding the liquid adding tube row. The soft trampling pad 1 fixing frame 100 is of a rectangular frame structure, four frame edges 101 are made of square tubes, adjacent frame edges 101 are fixedly connected through inserted right-angle corner connectors 102, and a water inlet connector 215 of the disinfection humidifying device extends out of one right-angle corner connector 102. The liquid outlet end of the liquid adding tube 211 is in a closed cone tube structure, a linear opening 211a is formed on the cone tube, and the linear opening 211a is closed in a natural state.

In addition, the periphery of the fixed frame 100 of the soft pedal pad 1 is wrapped by the cloth cover 3; the soft pedal pad 1 is connected with the cloth cover 3 through an elastic band arranged on the periphery of the soft pedal pad 1, and the soft pedal pad 1 is made of a towel.

The foregoing describes in detail preferred embodiments of the present invention. It should be understood that numerous modifications and variations can be made in accordance with the concepts of the invention by one of ordinary skill in the art without undue burden. Therefore, all technical solutions which can be obtained by logic analysis, reasoning or limited experiments based on the prior art by the person skilled in the art according to the inventive concept shall be within the scope of protection defined by the claims.

Claims

1. An ultra-thin sole cleaning machine with an independent sterilization unit, comprising a cleaning unit (100); the cleaning device is characterized in that a disinfection unit (200) is arranged at the outlet end of the cleaning unit (100); the cleaning unit (100) comprises two winding wheels (10) distributed on two sides and a dust-binding belt (30) with two ends respectively wound on one winding wheel (10), wherein the dust-binding belt (30) has a length reserve quantity with a set value on the winding wheel (10), the winding wheel (10) is in a multi-groove parallel grooved wheel structure, and the winding wheel (10) accommodates the dust-binding belt (30) through a winding groove; a tread bearing bar rib (40) is arranged between the adjacent dust-binding belts (30), and a belt pressing roller (50) is arranged below the bus on the inner side opposite to the two winding wheels; the straight line section of the dust-binding belt (30) between the two belt pressing rollers (50) forms a horizontal cleaning working section, and each dust-binding belt (30) forms an independent belt-shaped cleaning section; the lower part of at least one of the two winding wheels (10) is provided with a cleaning device for cleaning the dust-binding belt (30), the cleaning device comprises a water storage tank, and a V-shaped opening part of the water storage tank forms an installation space of the winding wheel (10); a cleaning brush (102) for brushing the adhesive working surface of the dust-binding belt (30) is arranged on one side of the winding wheel (10); the cleaning brush (102) is arranged at the front end of the cleaning support (103), the cleaning support (103) is in sliding fit in a mounting hole on the cleaner body from the rear section of the cleaning support, and a first loading spring (105) is arranged between the cleaning support (103) and the bottom of the mounting hole; the front end of the cleaning support (103) is also provided with a first limit roller (104) for pushing against the dust-binding belt (30); a drying air blowing nozzle (106) for carrying out blowing drying on the adhesion working surface of the dust adhering belt (30) is arranged on the other side of the winding wheel (10), the drying air blowing nozzle (106) is arranged at the front end of a drying bracket (107), the drying bracket (107) is in sliding fit in a mounting hole on the cleaner body from the rear section of the drying bracket, and a second loading spring (108) is arranged between the drying bracket (107) and the bottom of the mounting hole; the front end of the drying bracket (107) is also provided with a second limit roller (109) which is used for pressing on the dust-binding belt (30).

2. Ultra-thin sole cleaning machine with independent sterilization unit according to claim 1, characterized in that the water storage tank has a U-shaped bottom inside which an independently driven screw feed screw (111) is provided.

3. Ultra-thin sole cleaning machine with independent sterilization unit according to claim 1 or 2, characterized in that said cleaning unit (100) is connected in assembly with the sterilization unit (200); the cleaning unit (100) is formed by assembling a plurality of cleaning sections, and each cleaning section comprises a cleaning framework section and two winding wheels (10) and a plurality of dust-binding belts (30) arranged on the cleaning framework section.

4. An ultra-thin sole cleaning machine with independent sterilization unit according to claim 3, characterized in that said sterilization unit (200) is composed of a sterilization unit skeleton and a soft pedal pad, the sterilization unit skeleton being formed by sectional assembly of a plurality of sterilization unit skeletons; the disinfection unit (200) sprays and disinfects by arranging disinfection liquid spray heads on two sides.

5. The ultra-thin type shoe sole cleaning machine with independent sterilization unit according to claim 4, wherein the sterilization liquid spray head is connected with a tread filling device, which is positioned under the soft tread pad.