CN219089128U - Cleaning apparatus - Google Patents

Abstract

The cleaning device comprises a device main body, wherein a cleaning cavity is formed in the device main body, a cleaning piece is arranged in the cleaning cavity, and the cleaning device further comprises a liquid supply module which is at least used for supplying clean water to the cleaning piece; the liquid supply module comprises a liquid distribution component which is arranged on the equipment main body and is positioned above the central position of the cleaning piece, and at least partially positioned on the outer area position of the cleaning piece; the liquid separating assembly comprises a seat part and a cover part, and a liquid separating cavity is formed between the seat part and the cover part; the seat piece is provided with a liquid inlet and a liquid outlet, and the liquid inlet and the liquid outlet are both arranged in a structure communicated with the liquid distribution cavity; the liquid separating device is arranged between the liquid inlet and the liquid outlet, and is provided with a flow dispersing part which is positioned in the liquid separating cavity and is in a concave structure and a flow blocking part which is in a convex structure along the flowing direction of clear water. The problem that residual clear water can flow out to the cylinder after stopping supplying clear water in the water supply piece among the current cleaning equipment and form sewage and lead to sewage to flow subaerial secondary pollution has been solved to this scheme.

Description

Cleaning apparatus

Technical Field

The utility model relates to the field of cleaning, in particular to cleaning equipment.

Background

The existing cleaning equipment mainly comprises a floor cleaning machine, a floor cleaning machine and the like, the cleaning equipment mainly performs cleaning treatment on the floor, a clean water supplying structure is further arranged, clean water is supplied to a roller arranged on the cleaning equipment to achieve the cleaning effect of the roller on the floor after the roller contacts with the clean water, a water supply part and a water supply pump are generally arranged for supplying clean water, the water supply part can generally achieve the effect of dividing the clean water, but when the water supply pump stops supplying the clean water, more clean water remains in the water supply part at the moment, if the cleaning equipment is operated by a user to incline or shake, the residual clean water in the water supply part can outwards flow, the clean water flows out to the roller to form sewage, and the sewage can continuously flow to the floor on the roller to cause secondary pollution to the floor.

Disclosure of Invention

The present utility model aims to solve at least one of the technical problems in the related art described above to some extent.

Therefore, the utility model aims to provide cleaning equipment, which mainly solves the problem that the water supply part in the existing cleaning equipment can flow out to a roller to form sewage after stopping supplying clean water, so that the sewage flows to the ground to cause secondary pollution.

The embodiment of the utility model provides cleaning equipment, which comprises an equipment main body, a liquid supply module and a cleaning device, wherein a cleaning cavity is arranged on the equipment main body, a cleaning piece capable of rotating and rolling is arranged in the cleaning cavity, and the liquid supply module is at least used for supplying clean water to the cleaning piece;

the liquid supply module comprises a liquid distribution component which is arranged on the equipment main body and is positioned above the central position of the cleaning piece, and at least partially positioned on the outer area position of the cleaning piece;

the liquid separating assembly comprises a seat part and a cover part, and a liquid separating cavity is formed between the seat part and the cover part;

the seat piece is provided with a liquid inlet and a liquid outlet, and the liquid inlet and the liquid outlet are both arranged in a structure communicated with the liquid distribution cavity;

the liquid separating device is arranged between the liquid inlet and the liquid outlet, and is provided with a flow dispersing part which is positioned in the liquid separating cavity and is in a concave structure and a flow blocking part which is in a convex structure along the flowing direction of clear water.

The cleaning equipment is characterized in that the liquid inlet is arranged at the middle position of the seat part in the length direction and is in a structure communicated with the liquid separating cavity, so that clear water flows from the liquid inlet into the liquid separating cavity and flows towards the two ends of the seat part in the length direction.

In the cleaning device, at least a part of the flow blocking part is arranged in the flow dispersing part, a liquid separating channel is formed between the outer side surface of the flow blocking part and the inner wall surface of the flow dispersing part, and two ends of the liquid separating channel are arranged to be communicated with the liquid separating cavity.

In the cleaning device, the straight flow channel is arranged in the middle of the liquid separating cavity and is of a groove structure extending and extending along the length direction of the seat part;

and the diffusing part is arranged to form an arc-shaped wrapping part with a concave structure towards the direction away from the straight flow passage.

In the cleaning device, the flow blocking part is an arc part which is in a convex structure and is arranged towards the direction far away from the straight flow passage, and at least one part of the arc wrapping part is positioned on the outer area of the arc part to form a spaced wrapping structure.

The cleaning device comprises a plurality of flow dispersing parts and flow blocking parts, wherein the plurality of flow dispersing parts are arranged in a structure which is distributed at intervals along the length direction of the seat part, and the plurality of flow blocking parts are also arranged in a structure which is distributed at intervals along the length direction of the seat part; and the two sides of the direct current channel along the width direction of the seat member are respectively provided with a flow dispersing part and a flow blocking part.

In the cleaning device, the flow dispersing part is arranged in a structure gradually narrowing along the flowing direction of the clean water, and the flow blocking part is arranged in a structure gradually narrowing along the flowing direction of the clean water.

The cleaning device comprises a plurality of liquid outlets, wherein the liquid outlets are arranged in a plurality of spaced distribution structures in the direction of the rotation axis of the cleaning piece, and the liquid outlets are arranged to face the outer surface of the cleaning piece and are of an open structure.

The cleaning device comprises a base member, wherein the base member is provided with a contact scraping part, the cleaning member is provided with a plurality of scraping strips which are distributed at intervals along the rotating rolling direction, the scraping strips are arranged to be of a convex structure towards the external direction, and the scraping strips can be configured to be in a structure which is mutually contacted with the contact scraping part when the cleaning member rotates and rolls.

In the cleaning device, the touch scraping part is of an inclined structure with gradually increased height relative to the ground along the rotating and rolling direction, and the liquid outlet is arranged on the touch scraping part;

the seat piece is provided with a liquid receiving part, the liquid receiving part is arranged to be positioned below the touch scraping part, and the liquid receiving part is arranged to be of a concave structure towards the direction away from the cleaning piece.

Compared with the prior art, the utility model has the following beneficial effects:

this scheme is through setting up the confession liquid module and coming to supply with clean water to the cleaning member, set up simultaneously between inlet to liquid outlet and along the flow direction of clear water have be located divide the liquid intracavity and be the scattered stream portion of concave structure and be protruding structure keep off the stream portion, the structure of scattered stream portion and keep off stream portion is realized carrying out the guide diffusion clear water along the flow direction of clear water, and form certain blocking effect to the clear water, make cleaning equipment be difficult to outwards flow when stopping supplying water and equipment main part is the inclined state time division liquid subassembly internal residual clear water, can effectually avoid the problem of the secondary pollution of formation to ground.

The structure of the scattered flow part and the flow blocking part of the scheme ensures that the blocking effect on the flow of clear water is formed in the direction opposite to the flow direction of clear water in the liquid separation cavity, and when the cleaning equipment is in an unoperated state or in an unwatered state, the residual clear water in the liquid separation cavity is not easy to flow in the direction opposite to the flow direction of clear water, and the problem of secondary pollution to the ground caused by flowing to the ground due to pollution formed on a cleaning piece can not be solved.

In this scheme, divide the structural part of liquid subassembly, not only can realize that the clear water carries out effectual reposition of redundant personnel diffusion in dividing the liquid intracavity, realize carrying out to the cleaning member through a plurality of liquid outlets and provide the clear water, can also form the effectual effect that blocks clear water flow in dividing the liquid intracavity for the clear water carries out slow flow or does not flow under the state of dividing the liquid intracavity and unpowered supply clear water, ensures when cleaning equipment stop work or place subaerial time division liquid intracavity remaining clear water can not flow to subaerial, can not cause the secondary pollution to the ground.

In this scheme, the appearance structure of scattered stream portion and fender stream portion can effectually form and spread the clear water along the flow direction of clear water, forms a plurality of passageway routes to form the total length of increase passageway route, and then guide the dispersion in the clear water flow, simultaneously, form the effect of blockking along clear water flow direction, and form the effect of blockking clear water flow along the opposite direction with clear water flow direction, the effectual clear water that prevents the liquid intracavity residual can not backward flow to subaerial.

In this scheme, set up the sprue in dividing the liquid intracavity to set up a plurality of scattered stream portion and keep off stream portion, form the length direction of seat spare on carry out the reposition of redundant personnel diffusion to the clear water and block the effect, can effectually promote and block the clear water and carry out the effect that flows under unpowered transfer, make dividing the remaining clear water in liquid intracavity be difficult to flow out to subaerial.

The liquid separation assembly of this scheme still is provided with and touches and scrape the portion, touches and scrapes the portion and forms the contact of the clean sand grip on the cleaning member and touch and make clean sand grip can warp, and clean sand grip rebound and bounce under the state of warping makes the sewage of adhesion on the cleaning member carry out by the bullet and separates out for clean sand grip can effectually keep clean and dry, and can effectually prevent that sewage on the cleaning member from flowing back to subaerial secondary pollution that arouses to the ground.

This scheme still sets up on the branch liquid subassembly and connects liquid portion, connects liquid portion can effectually come to accept and guide the collection to the sewage that throws out on the cleaning member, connects liquid portion can make the sewage that throws out on the cleaning member enter into collect in the liquid portion again flow after gathering and realize collecting the effect to the concentration of sewage, can effectually prevent that the sewage that throws out on the cleaning member from flowing back to subaerial secondary pollution to the ground.

Drawings

FIG. 1 is a schematic view of a cleaning apparatus;

FIG. 2 is a partially enlarged schematic illustration of the portion X in FIG. 1;

FIG. 3 is an exploded perspective view of the dispensing assembly;

FIG. 4 is an enlarged partial schematic view at Y in FIG. 3;

FIG. 5 is a schematic perspective view of a seat member;

FIG. 6 is a schematic view of a structure with a liquid outlet on a seat member;

reference numerals: the cleaning device comprises a cleaning device body, a cleaning device 1, a cleaning device main body, a cleaning cavity 111, a cleaning piece 112, a scraping strip 1120, a liquid supply module 12, a liquid distribution component 120, a seat 1201, a liquid inlet 12011, a liquid outlet 12012, a touch scraping part 12013, a liquid receiving part 12014, a cover 1202, a liquid distribution cavity 1203, a dispersing part 1204, a 12041-arc-shaped wrapping part 1205-flow blocking part 12051-arc-shaped part 1206-liquid distribution channels and a straight flow channel 1207-straight flow channel.

Detailed Description

The utility model is further described in connection with the following embodiments in order to make the technical means, the creation features, the achievement of the purpose and the effect of the utility model easy to understand.

Examples: the cleaning device of the present utility model, as shown in fig. 1 to 6, mainly performs cleaning treatment on the floor surface, wherein the cleaning device 1 may be a hand-held structure, such as a hand-held mopping machine, a hand-held floor cleaning machine, or a self-moving structure, such as a floor cleaning robot, or the like, and the cleaning device 1 mainly realizes wet cleaning effect on the floor surface in the process of cleaning treatment on the floor surface, and realizes cleaning treatment on the floor surface by using clean water.

The cleaning equipment 1 of this scheme, including equipment main part 11, equipment main part 11 mainly removes and realizes the cleaning performance to ground, wherein, be provided with clean chamber 111 on equipment main part 11, clean chamber 111 is hollow structure, and the lower part position of clean chamber 111 is open structure, but install rotatory rolling motion's cleaning member 112 in the clean chamber 111, the cleaning member 112 carries out the butt joint with the drive assembly on the equipment main part 11 and realizes being driven and then carries out independent rotatory rolling motion, cleaning member 112 rotates rolling motion at subaerial and realizes the cleaning performance to ground.

Wherein, for supplying clear water to combine the cleaning member 112 to clean the floor, the cleaning device further comprises a liquid supply module 12, wherein the liquid supply module 12 is at least used for supplying clear water to the cleaning member 112, and when the cleaning device 1 starts to work, the liquid supply module 12 is controlled to start to work to supply clear water, so that the clear water is supplied to the cleaning member 112.

Specifically, the liquid supply module 12 includes a liquid separation assembly 120, the liquid separation assembly 120 is configured to be located on the device main body 11 and above a central position of the cleaning member 112, and at least partially located on an outer area position of the cleaning member 112, when the cleaning device 1 starts to work to clean the ground, the clean water is powered to supply the clean water, and the clean water flows downward under the action of the power to flow out onto the cleaning member 112, so that the clean water is supplied to the cleaning member 112.

The liquid separation assembly 120 is located on the device main body 11 and above the center position of the cleaning member 112 to realize that the clean water supplied by the liquid separation assembly 120 flows downwards to enter the cleaning member 112 under the action of gravity, and combines the structure of the cleaning member 112 in a rotary rolling motion to realize the full cleaning effect on different positions of the cleaning member 112 after the clean water is supplied to the cleaning member 112, and the cleaning member 112 drives the clean water to the ground to form the cleaning effect on the ground; at least a part of the liquid separation assembly 120 is located at the outer area of the cleaning member 112 to supply clean water to the cleaning member 112, so that the cleaning member 112 can independently roll and receive the clean water supplied by the liquid separation assembly 120, the clean water is fully supplied to the cleaning member 112 to clean the cleaning member 112, and a part of the clean water flows to the ground to achieve the cleaning effect on the ground.

For the specific structural part of the liquid separation assembly 120, the liquid separation assembly 120 of the present embodiment comprises a seat member 1201 and a cover member 1202, and a liquid separation cavity 1203 is formed between the seat member 1201 and the cover member 1202; the base member 1201 may be provided with a liquid separating chamber 1203 having an open upper position, and the cover member 1202 is located at the open upper position to form a shielding seal effect on the liquid separating chamber 1203, so that a liquid separating chamber 1203 is formed between the cover member 1202 and the base member 1201, and the liquid separating chamber 1203 is used for containing clean water and clean water flowing in the liquid separating chamber 1203 and being supplied to the cleaning member 112.

Optionally, a seal is provided between the cover 1202 and the seat 1201, which seal achieves a sealing effect of the cover 1202 against the dispensing chamber 1203, preventing overflow of fresh water at the position of the cover 1202.

The base 1201 is provided with a liquid inlet 12011 and a liquid outlet 12012, the liquid inlet 12011 and the liquid outlet 12012 are both arranged in a structure communicated with the liquid distribution cavity 1203, the liquid inlet 12011 is used for being communicated with a clean water tank arranged on the cleaning equipment 1 through a pipeline, so that clean water in the clean water tank can enter the liquid distribution cavity 1203 through the liquid inlet 12011, the liquid outlet 12012 is used for supplying clean water outwards, the clean water flows through the liquid outlet 12012 to enter the cleaning piece 112, the effect of supplying clean water to the cleaning piece 112 is achieved, in the scheme, a dispersing part 1204 which is arranged between the liquid inlet 12011 and the liquid outlet 12012 and is in a concave structure and a blocking part 1205 which is in a convex structure are arranged along the flow direction of the clean water, the dispersing part 1204 and the blocking part 1205 are positioned in the area position between the liquid inlet 12011 and the liquid outlet 12012, the dispersing part 1204 is realized in the liquid distribution cavity 1203, the dispersing part 1204 is used for dispersing the clean water in the liquid distribution cavity, the clean water flows through the liquid distribution cavity 12012, the clean water flows into the cleaning piece 112, the clean water is effectively blocked by the dispersing part 1205, the dispersing part is formed in the concave structure, and the large water blocking area 1205 is blocked by the dispersing part 1205, and the water blocking structure is formed in the large-area of the dispersing structure; so that the clean water remained in the liquid component 120 is not easy to flow out when the water supply of the cleaning device 1 is stopped and the device main body 11 is in an inclined state, and the problem of secondary pollution to the ground can be effectively avoided.

The structures of the flow dispersing part 1204 and the flow blocking part 1205 of the scheme enable the blocking effect on the flow of the clean water to be formed in the liquid separating cavity 1203 along the direction opposite to the flow direction of the clean water, when the cleaning device 1 is in the non-working state or in the non-water supply state, the residual clean water in the liquid separating cavity 1203 is not easy to flow along the direction opposite to the flow direction of the clean water, and the clean water cannot flow out to the cleaning piece 112 to form pollution, so that the problem of secondary pollution to the ground is caused.

Wherein, the cleaning member 112 of this scheme can be set up to be the cylinder structure, and the cleaning member 112 of cylinder structure is located subaerial and is rotated rolling motion and realize the cleaning effect to the ground.

In this solution, the liquid separating assembly 120 is configured to supply clean water to the structural part on the cleaning member 112, and mainly includes a liquid inlet 12011 located at a middle position of the base member 1201 in the length direction and configured to be in communication with the liquid separating chamber 1203, where the liquid inlet 12011 is located at a middle region position or a central position of the base member 1201 in the length direction, so that clean water flows from the liquid inlet 12011 into the liquid separating chamber 1203 and then flows toward two end positions of the base member 1201 in the length direction, and clean water is supplied from the middle position of the base member 1201 to the two end positions in the length direction, so that a relatively uniform water supply effect is formed to enable clean water to be relatively synchronously supplied to the cleaning member 112, so as to form a better cleaning effect on the cleaning member 112, and a better uniform water supply effect on the cleaning member 112 along the rotation axis direction is achieved.

For the position distribution setting part of the baffle part 1205 and the dispersing part 1204, at least one part of the baffle part 1205 is located in the dispersing part 1204, namely at least one part of the baffle part 1205 is protruding and is located in the dispersing part 1204, or all parts of the baffle part 1205 are located in the dispersing part 1204, a liquid separation channel 1206 is formed between the outer side surface of the baffle part 1205 and the inner wall surface of the dispersing part 1204, the liquid separation channel 1206 is used for realizing the flow separation diffusion of the clean water, the two ends of the liquid separation channel 1206 are arranged to be in a structure communicated with the liquid separation cavity 1203, during the process of supplying the clean water, the clean water enters into the dispersing part 1204 in the flowing direction and is blocked by the baffle part 1205, at the moment, the clean water can form the effect of the flow separation diffusion, part enters into the liquid separation channel to be supplied in the flowing, a plurality of channel paths are formed, the total length of the channel paths is increased, the dispersion in the flowing direction is further guided, meanwhile, the blocking effect along the flowing direction of the clean water is formed, the blocking effect along the flowing direction opposite to the flowing direction of the clean water is formed, the flowing back effect of the clean water is effectively prevented from flowing back to the residual clean water in the cavity 1203.

In this scheme, the specific structural portion of the liquid separating cavity 1203 is provided with a direct current channel 1207 in the middle position of the liquid separating cavity 1203, the direct current channel 1207 is used for flowing of clear water to pass, mainly set up the direct current channel 1207 as the recess structure that extends and stretches out along the length direction of the seat 1201, make clear water can flow in the direct current channel 1207 and supply, mainly, the clear water flows towards the direct current channel 1207 in the both ends position along the length direction of the seat 1201 after getting into from inlet 12011, realize inlet 12011 and supply clear water to a plurality of liquid outlets 12012, and the scattered portion 1204 sets up to be directed away from the direction of straight current channel 1207 and constitutes the arc wrapping portion 12041 that is the concave structure, specifically, scattered portion 1204 sets up to be the concave structure, mainly be the concave structure towards one of them direction of seat 1201 in the width direction, and make and constitute the arc wrapping portion 12041 that is the concave structure on the scattered portion 1204, the arc wrapping portion 12041 forms the drainage effect to clear water.

In this solution, the specific structural portion of the flow blocking portion 1205 is configured such that the flow blocking portion 1205 is configured to face the direction away from the straight flow channel 1207 to form an arc portion 12051 with a protruding structure, the flow blocking portion 1205 is mainly configured to be in a protruding structure in the liquid separating cavity 1203 and face one direction of the seat member 1201 in the width direction to form a protruding structure of the arc portion 12051 on the flow blocking portion 1205, at least a portion of the arc wrapping portion 12041 is configured to be located at an outer area position of the arc portion 12051 to form a spaced wrapping structure, the arc portion 12051 and the arc wrapping portion 12041 are configured to be located at an outer area position of the arc portion 12051 to form a spaced wrapping structure, and meanwhile, the arc portion 12051 and the arc wrapping portion 12041 are configured to form a liquid separating channel 1206 to achieve an effect of guiding, separating and diffusing clear water and an effect of blocking clear water flow.

In order to further improve the separation diffusion effect and the blocking effect of the flow dispersing part 1204 and the flow blocking part 1205 in the flowing direction of clean water, the number of the flow dispersing part 1204 and the flow blocking part 1205 in the scheme is multiple, the flow dispersing parts 1204 are arranged to be of a spaced distribution structure along the length direction of the seat member 1201, and the flow blocking parts 1205 are also arranged to be of a spaced distribution structure along the length direction of the seat member 1201, so that the multi-time separation diffusion effect and the multi-time blocking effect on a plurality of positions are formed along the length direction of the seat member 1201, the multi-step layered diffusion and the blocking effect on the clean water are formed, and the residual water in the liquid separating cavity 1203 can be more effectively prevented from flowing out onto the cleaning member 112 or the ground.

In order to further improve the separation and diffusion effects and the blocking effects of the flow dispersing part 1204 and the flow blocking part 1205 in the flowing direction of the clean water, in the scheme, the flow dispersing part 1204 and the flow blocking part 1205 are arranged at the two side positions of the direct flow channel 1207 along the width direction of the seat member 1201, so that the multiple separation and diffusion effects and the multiple blocking effects at a plurality of different positions are realized at the two side region positions of the direct flow channel 1207, and the water remained in the liquid separating cavity 1203 can be more effectively prevented from flowing out to the cleaning member 112 or the ground.

Preferably, the flow dispersing portions 1204 and the flow blocking portions 1205 at both side positions of the straight flow channel 1207 in the width direction of the seat 1201 are in a staggered arrangement; that is, the flow dispersing part 1204 at one side position and the flow dispersing part 1204 at the other side position in the width direction are in a staggered distribution structure, and the flow blocking part 1205 at one side position and the flow blocking part 1205 at the other side position in the width direction are in a staggered distribution structure, so that the effect of forming a diversion diffusion effect and blocking the movement of the clean water in the flow direction of the clean water can be better realized.

In order to better form a separation and diffusion effect on clean water and a blocking effect on clean water, in the scheme, the dispersing part 1204 is arranged to be of a structure which is gradually narrowed in the shape along the flowing direction of the clean water, and one end part with a larger shape of the dispersing part 1204 is enabled to be widely split and dispersed at the end position in the process of supplying the clean water by being provided with power, and the clean water can form a certain converging effect at the end position in the process of not being provided with power so as to form an effect of accumulating and blocking the clean water flow, namely, in the state that the cleaning device 1 stops working or stops supplying the clean water, even if the device main body 11 is inclined, the accumulating and blocking effect on the clean water under the static state is formed at the position of the larger end of the dispersing part 1204, so that the flowing effect is not easy to occur, or even if the flowing effect is slow flowing at a lower speed, the flowing effect of the clean water left in the separating cavity can be effectively prevented from flowing out under the structure of forming the accumulating and further the clean water can be prevented from flowing out onto the cleaning piece 1203 or the ground surface 112.

In order to better form a separation and diffusion effect on clean water and a blocking effect on clean water, in the scheme, the flow blocking part 1205 is arranged to be in a structure with gradually narrowed shape along the flowing direction of the clean water, the clean water is blocked at the end position in the process of supplying the clean water by providing power to the end part with the larger shape of the flow blocking part 1205, the clean water is blocked by the larger shape structure at the end position in the process of not providing power to the clean water, namely, in the state that the cleaning device 1 stops working or stops supplying the clean water, at the moment, even if the device main body 11 is inclined, the blocking structure on the clean water under static state is formed at the position of the larger shape of the flow dispersing part 1204, so that the clean water is not easy to flow, or even if the flowing effect is slow, the residual flowing in the liquid separating cavity 1203 can be effectively prevented from flowing out under the blocking structure, and the clean water can be prevented from flowing out onto a cleaning member 112 or the ground.

Therefore, the outer structures of the dispersing part 1204 and the blocking part 1205 can effectively form the effect of dispersing the clean water along the flowing direction of the clean water, form a plurality of channel paths, increase the total length of the channel paths, further guide the dispersion in the clean water flowing, simultaneously form the blocking effect along the flowing direction of the clean water, and form the effect of blocking the flowing of the clean water along the direction opposite to the flowing direction of the clean water, so that the residual clean water in the liquid separating cavity 1203 is effectively prevented from flowing back and flowing out to the ground.

The structural portion of the liquid outlet 12012 in this scheme is mainly that the quantity of liquid outlet 12012 sets up to a plurality ofly, a plurality of liquid outlets 12012 set up to be the interval distribution structure in the rotation axis direction of cleaning member 112, and liquid outlet 12012 sets up to be the outward appearance of cleaning member 112 and take the open structure, a plurality of liquid outlets 12012 that are the interval distribution form a plurality of positions on the rotation axis direction of cleaning member 112 to supply clear water to cleaning member 112, the clear water that liquid outlet 12012 flows sprays out towards the outward appearance surface direction of cleaning member 112, realize the cleaning effect to cleaning member 112, simultaneously cleaning member 112 is carried in rotatory rolling motion and the clear water flows to subaerial realization is to the cleanness to subaerial, realization cleaning member 112 and clear water combined action accomplish the cleaning or the cleaning effect to subaerial.

In order to further promote the effective collection of the sewage adhered to the cleaning member 112, so that the cleaning member 112 can keep a cleaner or dry state, the scheme is that a touch scraping part 12013 is arranged on a seat member 1201, the touch scraping part 12013 is arranged to be in an extending structure along the rotation rolling direction, the touch scraping part 12013 is also arranged to be in an extending structure along the rotation axis direction of the cleaning member 112, correspondingly, a plurality of scraping strips 1120 which are distributed at intervals along the rotation rolling direction are arranged on the cleaning member 112, the scraping strips 1120 are used for realizing the effects of contacting the ground and scraping or dragging the ground, the scraping strips 1120 are arranged to be in a protruding structure towards the external direction, an inner cylinder is arranged on the cleaning member 112, the scraping strips 1120 in the protruding structure are arranged on the inner cylinder, the inner cylinder rotates and rolls to drive the plurality of scraping strips 1120 to rotate and roll, when the cleaning member 112 rotates and rolls, the scraping strips 1120 can be configured to be in contact with the contact scraping parts 12013, when the cleaning member 112 is controlled to rotate and roll, the scraping strips 1120 are intermittently contacted with the contact scraping parts 12013 in sequence, or the scraping strips 1120 are simultaneously contacted with the contact scraping parts 12013 at a single time, the scraping strips 1120 form a structure which deforms when contacted with the contact scraping parts 12013, the scraping strips 1120 are in rebound and flick effects under the deformed structure, so that the sewage adhered on the scraping strips 1120 and the sewage contained among the scraping strips 1120 are separated into the cleaning cavity 111, part of the sewage flows into the contact scraping parts 12013 after being separated, the sewage can be effectively separated from the cleaning member 112 through the contact scraping parts 12013, the sewage collecting effect is improved, the cleaning effect on the cleaning member 112 is improved, reducing residual sewage and debris on the cleaning member 112.

Optionally, the scraping strip 1120 is configured to be flexible such that the scraping strip 1120 is capable of deforming when contacting the ground or when contacting the contact scraping portion 12013.

Preferably, the scraping strip 1120 is made of rubber material or silicone material.

In this scheme, be provided with the dirt collection passageway on equipment main part 11, the dirt collection passageway sets up to be the communicating structure with the sewage case that sets up on the cleaning equipment 1 through the pipeline, realize collecting sewage or the mixture of sewage and rubbish to the sewage incasement, to the collecting part of sewage, still set up the air current spare, the air current spare can be vacuum pump or fan, the air current spare is direct or indirect be linked together with the sewage case for the air current enters into from clean intracavity 111 and drives subaerial sewage and the sewage on the cleaning member 112 and move into the dirt collection passageway in, and enter into the sewage incasement through the dirt collection passageway and realize collecting.

In this scheme, the dirt collecting channel is in a communication structure with the cleaning cavity 111, so that sewage or garbage in the cleaning cavity 111 can enter the dirt collecting channel.

In this scheme, in order to prevent the secondary pollution to the ground caused by the falling of the sewage thrown out of the cleaning member 112 onto the ground, and in order to better collect the sewage, in this scheme, the touch scraping portion 12013 is provided with an inclined structure with gradually increased height relative to the ground along the rotation rolling direction, the inclined structure can better guide the sewage to flow on the touch scraping portion 12013, when the scraping strip 1120 on the cleaning member 112 contacts with the touch scraping portion 12013 to form a flicking effect, the sewage on the scraping strip 1120 moves towards the external direction under the flicking, so that the sewage is separated out into the cleaning cavity 111 and enters into the touch scraping portion 12013, the sewage flows downwards on the touch scraping portion 12013 along with the inclined structure, the inclined structure guides the sewage to be effectively collected, the collection effect of the sewage is improved, and meanwhile, the secondary pollution caused by the flowing of the sewage back onto the ground can be prevented, the liquid outlet 12012 is also provided on the touch scraping portion 12013, the liquid outlet 12012 is used for flowing out of the cleaning member 112 to form a flicking effect on the cleaning member 112, when the scraping strip 1120 contacts with the touch scraping portion 12013 to form a flicking effect on the ground, the cleaning member 1120 is separated out of the sewage into the cleaning cavity 111 along with the inclined structure, the inclined structure is separated out of the sewage flows downwards along with the inclined structure on the inclined structure, the inclined structure is effectively collected on the touch scraping portion 12013, the inclined structure is effectively collected, the sewage is lifted, the collection effect of the sewage can be prevented, and the secondary pollution is prevented, the sewage flows back to the flow and the secondary pollution is caused on the ground, when the touch is located on the touch scraping portion 120is located on the touch scraping surface, and is located on the touch and is located on the contact, and so that. Thereby effectively improving the cleaning effect on the ground.

Wherein, touch portion 12013 sets up to be the structure that is linked together with the dirt collection passageway, and clean chamber 111 sets up to be the structure that is linked together with the dirt collection passageway for sewage can flow from touch portion 12013 position or clean intracavity 111 and enter into the dirt collection passageway in, and then realize the collection effect to sewage.

In order to further promote the collection of the sewage that is thrown out on the cleaning member 112, the base member 1201 is provided with a liquid receiving portion 12014, the liquid receiving portion 12014 is used for collecting the sewage that flows downwards in the cleaning chamber 111, meanwhile, the sewage that is thrown out on the cleaning member 112 is effectively received, the liquid receiving portion 12014 is arranged to be located at the lower position of the contact scraping portion 12013, the liquid receiving portion 12014 is arranged to be in a concave structure towards the direction away from the cleaning member 112, when the contact scraping portion 12013 is contacted with the scraping strip 1120 on the cleaning member 112 to make the sewage thereon be thrown out, the sewage enters the cleaning chamber 111 and enters the contact scraping portion 12013, the sewage flows downwards along the contact scraping portion 12013, meanwhile, the sewage in the cleaning chamber 111 flows downwards along the surface of the inner wall of the cleaning chamber 111, the sewage flows to the position of the liquid receiving portion 12014, the sewage flows at the position of the contact scraping portion 12014 to realize concentrated collection, and is favorable for concentrated collection of the sewage that is thrown out on the cleaning member 112.

The liquid receiving portion 12014 may be disposed as a part of the cleaning cavity 111, or may be disposed as an independent structural portion, and the liquid receiving portion 12014 may be disposed on an inner surface of the cleaning cavity 111 and is in a concave structure, so that the liquid receiving portion 12014 may receive sewage and guide the sewage after receiving the sewage, the sewage forms a guiding flow effect on the liquid receiving portion 12014 so that the sewage flows downward to enter the sewage collecting channel, and the liquid receiving portion 12014 is disposed in a communicating structure with the sewage collecting channel, so that the received sewage received by the liquid receiving portion 12014 can be collected in a centralized manner.

Preferably, the liquid receiving portion 12014 is disposed as a part of the cleaning chamber 111, and is disposed on an inner wall surface of the cleaning chamber 111 in a recessed structure toward a direction away from the cleaning member 112, and the liquid receiving portion 12014 of the recessed structure can effectively receive the sewage separated by the swing motion on the cleaning member 112.

Therefore, the liquid receiving portion 12014 is further disposed on the liquid separating assembly 120, the liquid receiving portion 12014 can effectively receive and guide the sewage thrown out of the cleaning member 112, the liquid receiving portion 12014 can enable the sewage thrown out of the cleaning member 112 to enter the liquid receiving portion 12014 for aggregation and then flow, so that the concentrated collection effect on the sewage is achieved, and the sewage thrown out of the cleaning member 112 can be effectively prevented from flowing back to the ground to cause secondary pollution to the ground.

Working principle: the cleaning apparatus 1 of the present embodiment achieves a cleaning effect on the floor, wherein the liquid supply module 12 is provided to supply clean water to the cleaning member 112, the liquid supply module 12 includes a liquid separation assembly 120, the liquid separation assembly 120 achieves a supply guiding effect on clean water while achieving a blocking effect on clean water flow, specifically, a flow dispersing part 1204 and a flow blocking part 1205 are provided, the structures of the flow dispersing part 1204 and the flow blocking part 1205 are formed to shunt and spread in the flow direction of clean water in the process of supplying clean water, and to form a certain blocking effect while forming a certain blocking effect in the process of not supplying clean water, the structure of the liquid separation assembly 120 of the present embodiment can effectively solve the problem that the water supply member in the existing cleaning device 1 can flow out to the drum to form sewage after stopping supplying the clean water to cause secondary pollution on the ground because the clean water remaining in the liquid separation chamber 1203 in the liquid separation assembly 120 flows out to the ground and flows to the ground after forming the sewage.

It will be understood by those of ordinary skill in the art that the foregoing embodiments are specific examples of carrying out the utility model and that various changes in form and details may be made therein without departing from the spirit and scope of the utility model.

Claims (10)

1. Cleaning equipment, including the equipment main part, be provided with the clean chamber on the equipment main part, but the cleaning member of rotatory rolling motion, its characterized in that are installed to the clean intracavity: the cleaning device also comprises a liquid supply module which is at least used for supplying clean water to the cleaning piece;

the liquid supply module comprises a liquid distribution component which is arranged on the equipment main body and is positioned above the central position of the cleaning piece, and at least partially positioned on the outer area position of the cleaning piece;

the liquid separating assembly comprises a seat part and a cover part, and a liquid separating cavity is formed between the seat part and the cover part;

the seat piece is provided with a liquid inlet and a liquid outlet, and the liquid inlet and the liquid outlet are both arranged in a structure communicated with the liquid distribution cavity;

the liquid separating device is arranged between the liquid inlet and the liquid outlet, and is provided with a flow dispersing part which is positioned in the liquid separating cavity and is in a concave structure and a flow blocking part which is in a convex structure along the flowing direction of clear water.

2. A cleaning device according to claim 1, characterized in that: the liquid inlet is arranged at the middle part of the seat part in the length direction and is configured into a structure communicated with the liquid separating cavity, so that clear water flows from the liquid inlet into the liquid separating cavity and flows towards the two ends of the seat part in the length direction.

3. A cleaning device according to claim 2, characterized in that: at least one part of the flow blocking part is arranged in the flow dispersing part, a liquid separating channel is formed between the outer side surface of the flow blocking part and the inner wall surface of the flow dispersing part, and the two ends of the liquid separating channel are arranged to be communicated with the liquid separating cavity.

4. A cleaning device according to claim 3, wherein: the middle part of the liquid separating cavity is provided with a straight flow passage which is arranged as a groove structure extending and extending along the length direction of the seat part;

and the diffusing part is arranged to form an arc-shaped wrapping part with a concave structure towards the direction away from the straight flow passage.

5. The cleaning apparatus of claim 4, wherein: the flow blocking part is provided with an arc-shaped part which is in a convex structure towards the direction far away from the straight flow passage, and at least one part of the arc-shaped wrapping part is positioned on the outer side area of the arc-shaped part to form a spaced wrapping structure.

6. The cleaning apparatus of claim 5, wherein: the number of the flow dispersing parts and the number of the flow blocking parts are all multiple, the flow dispersing parts are arranged to be of a structure which is distributed at intervals along the length direction of the seat part, and the flow blocking parts are also arranged to be of a structure which is distributed at intervals along the length direction of the seat part;

and the two sides of the direct current channel along the width direction of the seat member are respectively provided with a flow dispersing part and a flow blocking part.

7. The cleaning apparatus of claim 6, wherein: the flow dispersing part is arranged to be in a structure with gradually narrowed shape along the flowing direction of the clean water, and the flow blocking part is arranged to be in a structure with gradually narrowed shape along the flowing direction of the clean water.

8. The cleaning apparatus of claim 7, wherein: the quantity of liquid outlet sets up to a plurality of, and a plurality of liquid outlets set up to be interval distribution structure in the rotation axis direction of cleaning member, and the liquid outlet sets up to be towards the outward appearance of cleaning member and take on the open structure.

9. A cleaning apparatus as claimed in any one of claims 1 to 8, wherein: the seat piece is provided with a touch scraping part, the cleaning piece is provided with a plurality of scraping strips which are distributed at intervals along the rotating rolling direction, the scraping strips are arranged to be of a convex structure towards the external direction, and the scraping strips can be configured to be in a structure which is mutually contacted with the touch scraping part when the cleaning piece rotates and rolls.

10. The cleaning apparatus of claim 9, wherein: the touch scraping part is of an inclined structure with gradually increased height relative to the ground along the rotating and rolling direction, and a liquid outlet is arranged on the touch scraping part;

the seat piece is provided with a liquid receiving part, the liquid receiving part is arranged to be positioned below the touch scraping part, and the liquid receiving part is arranged to be of a concave structure towards the direction away from the cleaning piece.

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