CN215838796U - Cleaning machine system - Google Patents

Abstract

A cleaning machine system comprises a cleaning machine, wherein a mopping piece for cleaning the ground is arranged on the cleaning machine, a liquid storage part is also arranged on the cleaning machine, and the liquid storage part is used for supplying cleaning liquid to the mopping piece or the ground; the cleaning machine is also provided with a liquid inlet part which is of a structure communicated with the liquid storage part; the base station is correspondingly provided with a liquid supply part, and the liquid supply part is used for supplying cleaning liquid to the liquid inlet part; the liquid supply part is arranged on one side of the liquid inlet part, and a gap part is arranged between the liquid supply part and the liquid inlet part, so that the liquid supply part and the liquid inlet part form a structure which is not contacted with each other. The scheme solves the problem that the existing cleaning machine needs to be accurately butted to supply clean water, so that the existing cleaning machine is easy to deviate or is not butted in place to cause water leakage, and solves the problem that the existing cleaning machine is inconvenient for users to use.

Description

Cleaning machine system

Technical Field

The utility model relates to the field of cleaning of the ground, in particular to a cleaning machine system.

Background

The existing cleaning machine generally has the function of cleaning the ground by moving on the ground, and mainly comprises a water tank and a mop, wherein the water tank supplies clean water to the mop to realize the wet cleaning effect on the ground, and meanwhile, sewage is collected in the process of cleaning the ground, so that the sewage is prevented from forming secondary pollution on the ground, after the cleaning treatment on the ground is completed, a user only needs to dump the sewage and add clean water to the water tank, and the cleaning machine moves on the ground again to perform the cleaning treatment task on the ground.

However, due to the structural limitation of the overall volume of the existing cleaning machine, a user needs to add water into the water tank frequently, and at the same time, sewage needs to be dumped and maintained frequently, and the user needs to participate in the maintenance of the cleaning machine manually frequently, so that the user experience effect is relatively poor, although part of the cleaning machines are provided with the supply station for supplying clean water to the water tank, the cleaning machines need to be accurately butted for supplying clean water in the process of supplying clean water, the problems of water seepage and water leakage are easily caused by position deviation or butt joint failure in the butting process, the requirement on the position accuracy of the cleaning machine stopped on the supply station is high, and the reliability and stability of the clean water supply by butting are relatively poor as a whole,

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art described above.

Therefore, the utility model aims to provide a cleaning machine system, which mainly solves the problem that the existing cleaning machine needs to be precisely butted to supply clean water, so that the existing cleaning machine is easy to deviate or not butted, so that water is easy to leak, and solves the problem that the existing cleaning machine is inconvenient for users to use.

The embodiment of the utility model provides a cleaning machine system, which comprises a cleaning machine, wherein a mopping piece for cleaning the ground is arranged on the cleaning machine, a liquid storage part is also arranged on the cleaning machine, and the liquid storage part is used for supplying cleaning liquid to the mopping piece or the ground; the cleaning machine is also provided with a liquid inlet part which is of a structure communicated with the liquid storage part; the base station is correspondingly provided with a liquid supply part, and the liquid supply part is used for supplying cleaning liquid to the liquid inlet part; the liquid supply part is arranged on one side of the liquid inlet part, and a gap part is arranged between the liquid supply part and the liquid inlet part, so that the liquid supply part and the liquid inlet part form a structure which is not contacted with each other.

The cleaning machine system is provided with the structure that the tail end of the liquid supply part is communicated with the gap part downwards, the upper end of the liquid inlet part is communicated with the gap part upwards, and the liquid supply part and the liquid inlet part are separated through the gap part and are not in mutual contact.

In the cleaning machine system, the base station is provided with the first main body, the liquid supply part is arranged on the first main body and is communicated with the gap part towards the lower part or the side part of the first main body, and the central position of the liquid supply part corresponds to the middle position or the central position of the liquid inlet part.

In the cleaning machine system, the distance between the bottom end face of the liquid supply part and the end face of the liquid inlet part is set to be H, and the H is set to be more than or equal to 5 mm; and/or, the space distance of the gap part is set to be more than or equal to 5 mm.

In the cleaning machine system, the liquid inlet portion is of a porous structure, the outer diameter of the liquid inlet portion is larger than the inner diameter of the liquid supply portion, the distance from the position of the side portion on the outer diameter of the liquid inlet portion to the position of the side portion on the inner diameter of the liquid supply portion is set to be L, and L is larger than or equal to 3 mm or L is larger than or equal to H.

In the cleaning machine system, the guide part is arranged on the outer side of the liquid inlet part and is communicated with the liquid inlet part in a structure which is gradually inclined from high to low towards the liquid inlet part; and/or an anti-overflow part is arranged on the outer side of the liquid inlet part, the anti-overflow part is arranged to be of a concave structure, and the anti-overflow part and the liquid inlet part are arranged to be of a communicated structure.

In the above cleaning machine system, the first main body is provided with the liquid storage portion, and the liquid storage portion is configured to be capable of communicating with the liquid supply portion to form a structure for supplying the cleaning liquid, and/or the first main body is provided with the liquid inlet portion, and the liquid inlet portion is configured to be capable of communicating with the liquid supply portion to form a structure for supplying the cleaning liquid.

In the cleaner system, when the cleaner is parked on the base station, the first main body is at least partially positioned at the upper part and/or the side part of the cleaner, and the side part of the first main body and the side part of the cleaner are provided with the contacted limiting structures.

In the cleaning machine system, the liquid inlet part is correspondingly arranged towards the upper part or the side part of the cleaning machine to form a structure that the liquid supply part supplies the cleaning liquid to the liquid inlet part; the liquid inlet part is provided with a one-way valve or an electromagnetic valve to form a structure that the liquid inlet part can be opened and closed; or, install the switching piece on the liquid inlet portion and form the structure that liquid inlet portion can be opened and shut, and the switching piece sets up to portable or wobbling structure, is provided with first portion of touching on the switching piece, and the correspondence is provided with the second on the basic station and touches the portion, and first portion of touching and second touch portion form the structure that contacts and touch the portion and push first portion of touching and connect the portion removal or swing through the second and open liquid inlet portion when the cleaning machine docks on the basic station.

In the above cleaning machine system, the liquid supply portion is provided with a first opening portion, the first opening portion is arranged to be communicated with the gap portion in a direction toward a lower portion or a side portion of the first main body, and the liquid inlet portion is provided with a second opening portion correspondingly arranged to be communicated with the gap portion in a direction toward an upper portion or a side portion of the cleaning machine.

According to the cleaning machine system, the liquid guide piece with a soft structure is installed on the liquid supply portion, the liquid guide piece is located between the liquid supply portion and the liquid inlet portion, and when the cleaning machine stops on the base station, the liquid guide piece enables the liquid supply portion and the liquid inlet portion to form a structure communicated with each other to supply cleaning liquid.

In the cleaning machine system, the cleaning machine is provided with the power module, and the power module is connected with the liquid storage part and is communicated with the gap part through the liquid inlet part, so that the power module is used for generating negative pressure into the liquid storage part to suck the cleaning liquid.

The base station is provided with a supply module and a control module, the supply module is connected with a liquid supply part or the supply module is connected with the liquid storage part, the control module is electrically connected with the supply module, a threshold value A for limiting the flow rate of the cleaning liquid supplied by the liquid supply part is arranged in the control module, the control module is used for controlling the flow rate of the cleaning liquid supplied by the liquid supply part to be a threshold value B when the supply module is started, and the threshold value B is smaller than the threshold value A so that a turbulent flow structure is not formed when the cleaning liquid is supplied by the liquid supply part.

According to the cleaning machine system, the cleaning machine is further provided with the dirt storage portion, the dirt storage portion is arranged to be communicated with the mopping piece to collect sewage on the mopping piece, and the sewage collecting module is arranged on one side of the mopping piece to collect sewage on the mopping piece.

The utility model provides an aforementioned cleaning machine system, sewage collection module is including scraping dirty piece, and the partly structure that sets up to interfering mutually with the surface of dragging dirty piece of scraping dirty piece at least forms to scraping to dragging the piece and presses out the sewage, and the one side of scraping dirty piece sets up the dirty passageway of collection, and the dirty passageway of collection sets up to be linked together through scraping dirty piece and dragging the piece, and the dirty passageway of collection sets up to the structure that communicates mutually with holding dirty.

The cleaner system is provided with the sewage discharge part on the cleaner, the sewage discharge part is set to be communicated with the bottom or the side part of the sewage storage part, the corresponding sewage inlet part is arranged on the base station, and the sewage inlet part is set to be communicated with the sewage discharge part and used for collecting sewage discharged by the sewage storage part.

In the cleaning machine system, the sewage discharging part is provided with the electromagnetic valve or the sewage discharging pump to form a structure that the sewage discharging part can be opened and closed; be provided with on the basic station and store up dirty portion and set up to form the structure of collecting sewage in the basic station and/or be provided with on the basic station and send dirty portion to set up to form the structure that sewage discharges outside the basic station through sending dirty portion with advancing dirty portion intercommunication.

In the cleaning machine system, the base station is provided with the second main body, the second main body is positioned at the lower side of the mopping piece, and the second main body is provided with the accommodating cavity for accommodating the mopping piece; the second main body or the accommodating cavity is at least provided with a sterilization module and/or a drying processing module; or, an electrode assembly is provided on the second body for charging the cleaning machine.

In the cleaning machine system, the cleaning machine is a handheld structure comprising the machine body and the mopping main body, the machine body is a structure which can rotate relative to the mopping main body, and the liquid storage part and the liquid inlet part are both arranged on the machine body; or the cleaning machine is arranged to comprise a machine main body, a self-moving structure of a driving wheel for driving walking is arranged on the bottom of the machine main body, a liquid storage part and a liquid inlet part are arranged on the machine main body, and a first main body and a second main body are arranged to form a working bin for placing the cleaning machine.

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

the system of this scheme includes cleaning machine and basic station, and the basic station realizes supplying with the washing liquid promptly the clear water to the cleaning machine, and the basic station realizes docking the collection to the sewage on the cleaning machine, realizes that the basic station maintains the processing to the cleaning machine, solves the problem that is used for frequently maintaining the cleaning machine, and the user only need regularly or periodically come to maintain the processing to the basic station can, very big promotion user experience effect.

The basic station of this scheme can realize complementing the cleaning fluid of supplying with to the cleaner and be the clear water, clearance portion structure through setting up between liquid supply portion and the feed liquor portion forms the structure that is separated not mutual contact between liquid supply portion and the feed liquor portion and supplies with the clear water, make and need not the butt joint or peg graft between liquid supply portion and the feed liquor portion, need not accurate counterpoint and can realize the clear water effect of supplying with between liquid supply portion and the feed liquor portion, can effectively solve the problem that the clear water of supplementary supply has the water leakage, solve the problem that the accurate butt joint of needs that current scheme exists simultaneously and supply with the reliability difference that the clear water leads to of supplying with.

The structure of liquid supply portion, feed liquor portion and clearance portion of this scheme can realize that the cleaner can stably stop to maintain on the base station and handle, does not need accurate counterpoint to stop, and liquid supply portion does not influence the cleaner and enters into and stably stops on the base station simultaneously, very big simplification supply with the structure of clear water, makes things convenient for the base station to maintain the cleaner and adds the clear water.

The position structure part of the liquid supply part and the liquid inlet part of the scheme can realize that the liquid supply part supplies clear water to the liquid inlet part stably, the central position of the liquid supply part can be set to correspond to the middle position or the central position of the liquid inlet part to supply clear water, and the clear water can be stably supplied without butt joint or splicing.

The structure of the liquid inlet portion of the scheme and the structure of the flow guide portion or the anti-overflow portion can realize that the liquid supply portion effectively prevents clear water from overflowing when supplying clear water to the liquid inlet portion, clear water can be concentrated into the liquid inlet portion, and the clear water cannot overflow to other positions of the cleaning machine, so that the safety of the cleaning machine is ensured.

The structural scheme of the liquid supply portion, the liquid inlet portion and the gap portion can realize stable supply of clear water between the liquid supply portion and the liquid inlet portion, and meanwhile, the problem of turbulence in the supply of clear water can be prevented, and the problem of overflow in the supply of clear water can be effectively prevented.

The distance between the liquid supply portion and the liquid inlet portion or the distance of the gap portion and the structures of the liquid supply portion, the liquid inlet portion and the gap portion can realize that the clear water flows under the concentrated condition and is supplied to the liquid inlet portion, so that the flow state of the clear water in the gap portion is in a stable laminar flow state, the swing state of the clear water cannot occur, and the clear water is effectively prevented from overflowing.

This scheme sets up control module, sets up threshold value A and threshold value B, sets up threshold value B and is less than threshold value A and does not form the torrent structure when making the confession liquid portion supply with the washing liquid, realizes that the clear water is stable concentrated come to be supplied with liquid portion in, the effectual clear water that prevents is excessive in clearance portion, promotes the stability and the reliability of supplying with the clear water.

This scheme can also realize producing the negative pressure to the reservoir portion through setting up power module, can realize gathering the absorption to the clear water that will get into liquid inlet portion under the effect of the suction of negative pressure, can effectually prevent that the clear water from spilling over to all around, ensures that the clear water is gathered under the negative pressure and enters into in the liquid inlet portion.

This scheme sets up sewage collection module and realizes the effective collection to sewage, utilizes sewage to get off at gravity and collects, collects sewage and need not to set up the fan and absorb, has solved the problem of noise, realizes promoting the collection efficiency to sewage simultaneously, and can effectually prevent that sewage from forming secondary pollution to ground.

The base station of the scheme can be set to carry out maintenance processing on the cleaning machine with the handheld structure, and also can be set to carry out maintenance processing on the cleaning machine with the mobile structure, so that the applicability of the base station is improved.

The basic station of this scheme mainly realizes supplying with the clear water and maintaining the effect of butt joint collection sewage to the maintenance of cleaner, realizes that the basic station possesses multi-functional result of use, very big promotion user's use experience effect.

Drawings

FIG. 1 is a schematic view of a cleaning machine arranged in a self-moving configuration for entering a base station for adding fresh water in a vertical direction;

FIG. 2 is an enlarged partial view of M in FIG. 1;

FIG. 3 is a schematic view of the cleaning machine configured as a self-moving structure for entering the base station for adding fresh water, with the opening and closing member for opening and closing the liquid inlet portion;

FIG. 4 is a schematic view of the cleaning machine arranged in a self-moving configuration for entering the base station and having a liquid guide for guiding the addition of fresh water;

FIG. 5 is a schematic view of the cleaning machine arranged in a self-moving configuration for entering a base station for adding fresh water in a horizontal direction;

FIG. 6 is a schematic view of the cleaning machine configured in a hand-held configuration for docking at a base station and adding fresh water in a horizontal direction;

FIG. 7 is an enlarged view of a portion of FIG. 6 at N;

FIG. 8 is a schematic view of the cleaning machine configured as a handheld structure for docking to a base station for adding fresh water, with an opening and closing member for opening and closing the inlet;

FIG. 9 is a schematic view of the cleaning machine arranged in a hand-held configuration for docking at a base station and for adding fresh water in a vertical direction;

reference numerals: 1-a cleaning machine, 100-a mopping part, 101-a liquid storage part, 102-a liquid inlet part, 1021-a second opening part, 103-a flow guide part, 104-an overflow prevention part, 105-an opening and closing part, 1051-a first contact part, 106-a power module, 107-a dirt storage part, 108-a sewage collection module, 1081-a dirt scraping part, 109-a dirt collecting channel, 110-a dirt discharge part, 111-a machine body, 112-a mopping body, 113-a machine body, 114-a driving wheel, 2-a base station, 201-a first body, 2011-a liquid supply part, 20111-a first opening part, 2012-a liquid storage part, 2013-a liquid inlet part, 202-a second contact part, 203-a liquid guide part, 204-a dirt inlet part, 205-a dirt storage part, 206-a dirt delivery part, 207-a second body, 208-containing cavity, 3-gap part and 4-working bin.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the utility model easy to understand, the utility model is further described with the specific embodiments.

Example (b): the utility model discloses a cleaning machine system, which is composed of a cleaning machine 1 and a base station 2, as shown in fig. 1-9, the cleaning machine 1 is used for moving on the ground to clean the ground, the base station 2 is used for maintaining the cleaning machine 1, the cleaning machine 1 is supplied with cleaning liquid, namely, clear water, and sewage in the cleaning machine 1 is collected in a butt joint mode through the base station 2, the maintenance treatment effect of the base station 2 on the cleaning machine 1 is achieved, the problem that a user frequently maintains the cleaning machine 1 is solved, the user only needs to maintain the base station 2 regularly or periodically, and the use experience effect of the user is greatly improved.

The system comprises a cleaning machine 1, wherein a mopping piece 100 for cleaning the ground is arranged on the cleaning machine 1, a liquid storage part 101 is also arranged on the cleaning machine 1, and the liquid storage part 101 is used for supplying cleaning liquid to the mopping piece 100 or the ground; the cleaning machine 1 is further provided with a liquid inlet 102, the liquid inlet 102 is set to be in a structure communicated with the liquid storage 101, the mopping piece 100 can be set to be in a movable structure, the mopping piece 100 moves to clean the ground, the liquid storage 101 is communicated with the liquid inlet 102 to supply clean water in the liquid storage 101 to the mopping piece 100 or to the ground so that the mopping piece 100 can contact the clean water to be in a wet structure, and the mopping piece 100 contacts the ground under the wet structure to be mopped and cleaned.

Optionally, the liquid storage portion 101 may be configured to be a cavity structure, the liquid storage portion 101 may be configured to be a fixed structure or a detachable structure, the structure of the liquid storage portion 101 may be set according to whether the liquid storage portion 101 needs to be maintained, and only a certain amount of cleaning liquid needs to be stored in the liquid storage portion 101, that is, the cleaning liquid needs to be used as the clean water.

The volume system of the scheme further comprises a base station 2, wherein a liquid supply part 2011 is correspondingly arranged on the base station 2, and the liquid supply part 2011 is used for supplying cleaning liquid to the liquid supply part 102; the liquid supply part 2011 is arranged at one side of the liquid inlet part 102, and the gap part 3 is arranged between the liquid supply part 2011 and the liquid inlet part 102, so that the liquid supply part 2011 and the liquid inlet part 102 form a structure which is not contacted with each other, the scheme adopts the structure that the liquid inlet part 102 and the liquid supply part 2011 are not directly contacted, and a gap part 3 is arranged between the liquid supply part 2011 and the liquid inlet part 102, so that the liquid supply part 2011 supplies clear water to the liquid inlet part 102 in a supplementing way when the liquid supply part 2011 and the liquid inlet part 102 are separated from each other, the liquid supply part 2011 and the liquid inlet part 102 do not need to be in contact butt joint or in contact splicing, the effect of supplying clear water between the liquid supply part 2011 and the liquid inlet part 102 can be realized without accurate butt joint, the problem of water leakage in supplying clear water can be effectively solved, the problem of the reliability that the accurate butt joint of needs that the solution exists simultaneously comes to supply the clear water of supply to lead to is poor is solved.

This scheme sets up the terminal of liquid supply portion 2011 and is linked together downwards with clearance portion 3 and set up the upper end of entering liquid portion 102 and upwards be linked together with clearance portion 3 and make liquid supply portion 2011 and entering liquid portion 102 between be the structure of separated not mutual contact through clearance portion 3, the terminal of liquid supply portion 2011 flows out for the clear water, the upper end of entering liquid portion 102 flows in for the clear water, clearance portion 3 passes through for the flow of clear water, clear water flows down from the end of liquid supply portion 2011, then the clear water flows under gravity and comes to flow in the upper end of entering liquid portion 102 and enter into entering liquid portion 102 through clearance portion 3, the realization forms the route that the clear water flows and adds the clear water.

In the structure part of the base station 2 of the present embodiment, the base station 2 is provided with the first main body 201, the liquid supply portion 2011 is disposed on the first main body 201 and is disposed to communicate with the gap portion 3 toward the lower portion or the side portion of the first main body 201, the liquid supply portion 2011 can be disposed on the first main body 201 to supply clean water to the cleaning machine 1 toward the lower portion or the side portion of the first main body 201, the gap portion 3 is satisfied, so that the liquid supply portion 2011 and the liquid inlet portion 102 are not in contact with each other, and the center position of the liquid supply portion 2011 and the center position or the center position of the liquid inlet portion 102 are disposed to correspond to each other, that is, when the cleaning machine 1 is parked on the base station 2, the center position of the liquid supply portion 2011 and the center position or the center position of the liquid inlet portion 102 in the horizontal direction correspond to each other, so that the liquid supply portion 2011 and the liquid inlet portion 102 can better correspond to the effect of adding clean water, the problem of clear water overflow caused by the position deviation of the liquid supply part 2011 and the liquid inlet part 102 is prevented.

Optionally, the liquid supply portion 2011 may be arranged to correspond to the liquid inlet portion 102, that is, the liquid supply portion 2011 is arranged on the first main body 201 to face the lower portion or the side portion of the first main body 201, and the liquid inlet portion 102 is arranged to face the upper portion or the side portion of the cleaning machine 1 correspondingly, so that it is only necessary to satisfy that the liquid supply portion 2011 and the liquid inlet portion 102 are communicated through the gap portion 3, and the clear water of the liquid supply portion 2011 continuously flows under gravity and enters the liquid inlet portion 102 through the gap portion 3 after flowing out, thereby achieving the effect of supplementing and supplying the clear water.

In the scheme, the distance between the bottom end face of the liquid supply part 2011 and the end face of the liquid inlet part 102 is set to be H, and the H is set to be more than or equal to 5 millimeters, and at the moment, the distance between the bottom end face of the liquid supply part 2011 and the end face of the liquid inlet part 102 in the vertical direction can be set; and/or the space distance of the gap part 3 is set to be more than or equal to 5 mm, and the space distance of the gap part 3 is the space height distance of the gap part 3 in the vertical direction; can realize through the setting that entering into base station 2 that cleaner 1 can be smooth is berthhed, supply liquid portion 2011 can not block cleaner 1 and berth on base station 2, promote the reliability that cleaner 1 berths on base station 2, clearance portion 3 forms spaced contactless structure each other between liquid portion 2011 and the liquid portion 102 and realizes supplying with the clear water simultaneously, make liquid portion 2011 and liquid portion 102 need not carry out grafting butt joint or accurate counterpoint butt joint, only need cleaner 1 to berth in the position that corresponds on base station 2 can realize liquid portion 102 and supply the effect that the clear water was realized supplying with corresponding setting between liquid portion 2011, very big simplification supplyes the structure of clear water, simultaneously can effectual solution with the problem of leaking that the clear water in-process exists.

Optionally, can set up H and be greater than the minimum internal diameter of confession liquid portion 2011 and be less than the biggest external diameter of liquid portion 102 of advancing, realization clear water that this moment can be better enters into liquid portion 102 through supplying liquid portion 2011 in, realize liquid portion 2011, it is used for the flow of clear water to be linked together between liquid portion 102 and the clearance portion 3 to advance, can be so that the clear water is in stable laminar flow state at the mobile state in clearance portion 3, the state of wobbling and the state of torrent can not appear in the clear water, and then the effectual clear water that prevents is excessive.

Aiming at the structural part of the liquid inlet part 102, the liquid inlet part 102 is set to be in a hole-shaped structure, the outer diameter of the liquid inlet part 102 is set to be larger than the inner diameter of the liquid supply part 2011 so that clean water flowing out of the liquid supply part 2011 can completely enter the liquid inlet part 102, the distance from the side part position on the outer diameter of the liquid inlet part 102 to the side part position on the inner diameter of the liquid supply part 2011 is set to be L, and L is larger than or equal to 3 millimeters or L is larger than or equal to H; the clean water flowing out of the liquid supply part 2011 can effectively enter the liquid inlet part 102, and the effect of supplying the supplementary clean water is achieved, wherein when the outer diameter of the liquid inlet part 102 is set to be in an irregular shape or the inner diameter of the liquid supply part 2011 is set to be in an irregular shape, the distance from a certain position on the side part position of the outer diameter of the liquid inlet part 102 to a certain position on the side part position on the inner diameter of the liquid supply part 2011 is L, and L is larger than or equal to 3 mm or larger than or equal to H, so that a certain distance can be formed between the side part position of the inner diameter of the liquid supply part 2011 and the side part position of the outer diameter of the liquid inlet part 102, the clean water can effectively enter the liquid inlet part 102, and the problem that the clean water overflows when entering the position of the liquid inlet part 102 is solved.

Alternatively, the liquid inlet portion 102 may be configured as a circular hole structure, or may be configured as a square hole structure, and both the liquid inlet portion 102 and the square hole structure may be implemented for flowing and entering of the clean water.

In order to prevent the liquid supply part 2011 from overflowing the clear water at the position of the liquid inlet part 102 in the process of supplying the clear water, the scheme is that the flow guide part 103 is arranged on the outer side of the liquid inlet part 102, and the flow guide part 103 is arranged to be communicated with the liquid inlet part 102 in a structure which is gradually inclined from high to low towards the direction of the liquid inlet part 102; the flow guide part 103 plays a role in guiding the flow of the clean water, so that even if the clean water overflows in the flowing process, the clean water can flow onto the flow guide part 103 to be guided into the liquid inlet part 102, the damage of the cleaning machine 1 caused by the overflow of the clean water to the outer side of the flow guide part 103 can be effectively prevented, and the safety of supplying the clean water to the liquid inlet part 102 is improved; and/or the anti-overflow part 104 is arranged on the outer side of the liquid inlet part 102, the anti-overflow part 104 is arranged to be of a concave structure, the anti-overflow part 104 and the liquid inlet part 102 are arranged to be of a communicated structure, the cleaning machine 1 is prevented from being damaged due to the fact that clean water overflows to the position outside the anti-overflow part 104 by arranging the anti-overflow part 104, the anti-overflow part 104 plays a role in guiding and collecting clean water, even if the clean water overflows in the flowing process, the clean water can be collected in the anti-overflow part 104, and then the clean water is collected and guided to enter the liquid inlet part 102, the clean water can be effectively prevented from overflowing to the outer side of the anti-overflow part 104 to cause the damage of the cleaning machine 1, and the safety of clean water supply to the liquid inlet part 102 is improved; and the clear water can stably and intensively enter the liquid inlet part 102 on the whole, the clear water is prevented from overflowing to the cleaning machine 1 to cause the damage of the cleaning machine 1, and the safety of the cleaning machine 1 is improved.

For the structure part of the base station 2 for supplying clean water, the first body 201 is provided with the liquid storage part 2012 which can be communicated with the liquid supply part 2011 to form a structure for supplying cleaning liquid, and/or the first body 201 is provided with the liquid inlet part 2013 which can be communicated with the liquid supply part 2011 to form a structure for supplying cleaning liquid, so that the base station 2 can be used for supplying clean water to the cleaning machine 1.

Wherein, set up stock solution portion 2012 on first main part 201 and can realize storing the clear water with stock solution portion 2012, can set up the volume of stock solution portion 2012 into the multiple of the volume of reservoir portion 101, realize that the clear water in stock solution portion 2012 can supply with the clear water to reservoir portion 101 many times, the user can come regularly to stock solution portion 2012 with the clear water can, realize that base station 2 adds the clear water effect to the maintenance of cleaner 1.

The liquid inlet portion 2013 is arranged on the first main body 201, the liquid inlet portion 2013 is communicated with the liquid supply portion 2011 and used for supplying clear water, the liquid inlet portion 2013 can be connected with a clear water pipe in a user room, clear water can be added to the base station 2 through the clear water pipe, and at the moment, clear water does not need to be stored in the base station 2 and can be supplied to the cleaning machine 1 through the base station 2.

Wherein, can set up stock solution portion 2012 and income liquid portion 2013 simultaneously on first main part 201, come regularly to stock solution portion 2012 with the clear water through going into liquid portion 2013, make the user need not to come to add the clear water to stock solution portion 2012 like this, further promote user's use and experience the effect.

For the structural part of the cleaning machine 1 resting on the base station 2, when the cleaning machine 1 rests on the base station 2, the first main body 201 is at least partially located on the upper part and/or the side part of the cleaning machine 1, and the side part of the first main body 201 and the side part of the cleaning machine 1 are arranged to be in contact with each other to realize the limited resting of the cleaning machine 1 on the base station 2, wherein at least one part of the first main body 201 is located on the upper part and/or the side part of the cleaning machine 1 to conveniently arrange the liquid supply part 2011 to supply fresh water for the cleaning machine 1 in a supplementing manner, and meanwhile, the stable resting of the cleaning machine 1 on the base station 2 is realized.

The liquid inlet portion 102 of the present embodiment is correspondingly arranged toward the upper portion or the side portion of the cleaning machine 1 to form a structure in which the liquid supply portion 2011 supplies cleaning liquid to the liquid inlet portion 102, and mainly the liquid supply portion 2011 is arranged correspondingly to the liquid inlet portion 102, so that the liquid supply portion 2011 and the liquid inlet portion 102 are communicated through the gap portion 3 in a position-corresponding arrangement, and an effect that the liquid supply portion 2011 supplies clean water to the liquid inlet portion 102 in a structure in which the liquid supply portion 2011 and the liquid inlet portion 102 are correspondingly communicated through the gap portion 3 can also be achieved.

According to the scheme, aiming at the structural part of the liquid inlet part 102, a check valve or an electromagnetic valve is mounted on the liquid inlet part 102 to form a structure that the liquid inlet part 102 can be opened and closed, clean water can enter the liquid storage part 101 through the liquid inlet part 102 but cannot flow out of the liquid storage part 101 through the liquid inlet part 102 through the check valve structure, the clean water can be added into the liquid storage part 101, the use safety of the cleaning machine 1 is ensured, and the clean water in the liquid storage part 101 is prevented from flowing out; the structure that the liquid inlet part 102 can be opened and closed can also be realized by installing an electromagnetic valve on the liquid inlet part 102; set up into liquid inlet 102 and supply liquid portion 2011 to open time and can add the clear water to liquid inlet 102 for liquid inlet 102 is in the openable structure, can prevent that the clear water in the reservoir 101 from outwards flowing through liquid inlet 102 when liquid inlet 102 is in to close, realizes the switching effect of liquid inlet 102, promotes the steerable effect of supplying the clear water, and cleaner 1 is whole to be used safelyr.

Aiming at the structural part of the liquid inlet part 102, the liquid inlet part 102 is provided with an opening and closing piece 105 to form a structure that the liquid inlet part 102 can be opened and closed, the opening and closing piece 105 is arranged to be movable or swingable, the opening and closing piece 105 is provided with a first contact part 1051, the base station 2 is correspondingly provided with a second contact part 202, when the cleaning machine 1 is parked on the base station 2, the first contact part 1051 and the second contact part 202 form a contact structure and push the first contact part 1051 to move or swing through the second contact part 202 to open the liquid inlet part 102, when the cleaning machine 1 is parked on the base station 2, the first contact part 1051 and the second contact part 202 are contacted to generate pushing force to make the opening and closing piece 105 move or swing to make the liquid inlet part 102 in an opening state, after the liquid inlet part 102 is opened, the liquid inlet part 2011 can supply clean water into the liquid inlet part 102 to realize the effect that the base station 2 supplies clean water to the cleaning machine 1 additionally, when the cleaner 1 is on the ground or the cleaner 1 leaves the base station 2, the first contact part 1051 and the second contact part 202 do not contact to make the thrust disappear, at the moment, the opening and closing piece 105 resets to close the liquid inlet part 102, the opening and closing effect on the liquid inlet part 102 through the opening and closing piece 105 can be realized, a driving structure is not needed to be arranged to drive the opening and closing piece 105 to move or swing, the power of the cleaner 1 stopped on the base station 2 is fully utilized to realize the moving or swinging effect on the opening and closing, and the whole structure is simpler.

Optionally, the first contacting portion 1051 may be a part of the opening/closing element 105, or the first contacting portion 1051 may be an independent component structure, and the first contacting portion 1051 is connected to the opening/closing element 105, so that the first contacting portion 1051 drives the opening/closing element 105 to move or swing.

Alternatively, a reset member may be disposed at a position where the first shutter is installed, the reset member implements a reset effect of the shutter 105 after moving or swinging, and the shutter 105 implements reset under an elastic force of the reset member to close the liquid inlet portion 102.

Preferably, the shutter 105 is provided as a spring or a torsion spring, and may be reset in response to a structure that allows the shutter 105 to move or swing, so that the shutter 105 stably closes the liquid inlet portion 102.

Regarding the specific structure of the liquid supply part 2011 and the liquid inlet part 102, in this embodiment, the liquid supply part 2011 is provided with a first opening part 20111, the first opening part 20111 is arranged to be communicated with the gap part 3 towards the lower part or the side part of the first main body 201, that is, the liquid supply part 2011 is arranged to be provided with an open first opening part 20111, the first opening part 20111 is used for being communicated with the gap part 3, the liquid inlet part 102 is provided with a second opening part 1021, the second opening part 1021 is correspondingly arranged to be communicated with the gap part 3 towards the upper part or the side part of the cleaning machine 1, that is, the liquid inlet part 102 is arranged to be provided with an open second opening part 1021, the second opening part 1021 is used for being communicated with the gap part 3, clean water flows out from the first opening part 1 of the liquid supply part 2011 and then flows into the second opening part 1021 of the liquid inlet part 102 through the gap part 2011 to enter the liquid storage part 101, the effect of supplying clean water is realized.

Alternatively, the first opening 20111 and the second opening 1021 may be arranged in correspondence with each other to achieve the effect of supplying clean water, such as when the first opening 20111 faces the lower part of the first main body 201, the second opening 1021 faces the upper part of the cleaning machine 1, and the first opening 20111 and the second opening 1021 are arranged in correspondence with each other for clean water to enter the liquid inlet 102 from the liquid supply 2011; when the first opening part 20111 faces the side part of the first main body 201, the second opening part 1021 faces the side part of the cleaning machine 1, and the first opening part 20111 and the second opening part 1021 are corresponding to each other, so that clean water enters the liquid inlet part 102 from the liquid supply part 2011; the liquid supply part 2011 and the liquid inlet part 102 are correspondingly arranged only by communicating through the gap part 3, and the clean water flowing out of the liquid supply part 2011 flows into the liquid inlet part 102 under the action of gravity to realize the effect of supplying the clean water.

In order to realize further centralized supply of clean water and further prevent the clean water from overflowing in the gap part 3, in the scheme, the liquid guide piece 203 with a soft structure is installed on the liquid supply part 2011, the liquid guide piece 203 is set to be of a through structure, the liquid guide piece 203 is positioned between the liquid supply part 2011 and the liquid inlet part 102, the liquid guide part can be installed on the liquid supply part 2011 and connected with the liquid supply part 2011, when the cleaner 1 is parked on the base station 2, the liquid guide piece 203 enables the liquid supply part 2011 and the liquid inlet part 102 to form a structure communicated with each other to supply cleaning liquid, as the liquid guide piece 203 is of a soft structure, the liquid guide piece 203 can be slightly deformed but cannot influence the cleaner 1 to be parked on the base station 2 in the process that the cleaner 1 is parked on the base station 2, the liquid guide piece 203 realizes that the liquid supply part 2011 and the liquid inlet part 102 are communicated with each other to supply clean water, the liquid guide piece 203 is positioned in the space distance of the gap part 3, the clear water can be prevented from overflowing, so that the clear water enters the liquid guide piece 203 in a centralized manner and flows into the liquid inlet portion 102 in a centralized manner, the clear water is supplied into the liquid inlet portion 102 in a centralized manner, the clear water enters the liquid storage portion 101 in a centralized manner, the effect of supplying the clear water to the cleaner 1 by the base station 2 in a supplementing manner is achieved, and the safety and the reliability of supplying the clear water are improved.

Optionally, the liquid guiding member 203 may be configured as a bellows structure, or may be configured as a cloth structure, and only the liquid guiding member 203 needs to have a certain soft structure, so that the liquid guiding portion does not block the cleaner 1 from entering the base station 2 to stop.

The liquid supply portion 2011, the structure of liquid inlet portion 102 and clearance portion 3 of this scheme can realize that cleaner 1 can stably berth and maintain on basic station 2, does not need accurate counterpoint to berth, and liquid supply portion 2011 does not influence cleaner 1 and enters into and stably berth on basic station 2 simultaneously, and very big simplification supplyes the structure of clear water, makes things convenient for basic station 2 to maintain cleaner 1 and adds the clear water.

The liquid supply part 2011 and the position structure part of the liquid inlet part 102 in the scheme can realize that the liquid supply part 2011 supplies clear water stably for supplementing the liquid inlet part 102, can set the central position of the liquid supply part 2011 to correspond to the middle position or the central position of the liquid inlet part 102 for supplying clear water, and can realize stable supply of clear water without butt joint or splicing.

The structure of the liquid inlet portion 102 and the structure of the flow guide portion 103 or the anti-overflow portion 104 in the scheme can realize that the liquid supply portion 2011 effectively prevents clear water from overflowing when supplying clear water to the liquid inlet portion 102, and can realize that clear water enters the liquid inlet portion 102 in a centralized manner, and the clear water cannot overflow to other positions of the cleaning machine 1, so that the safety of the cleaning machine 1 is ensured.

The structural scheme of the liquid supply portion 2011, the liquid inlet portion 102 and the gap portion 3 can realize that clear water is stably supplied between the liquid supply portion 2011 and the liquid inlet portion 102, meanwhile, the problem of turbulence in the supply of clear water can be prevented, and the problem of overflow in the supply of clear water in a supplementing manner can be effectively prevented.

The distance between the liquid supply portion 2011 and the liquid inlet portion 102 or the distance of the gap portion 3 and the structures of the liquid supply portion 2011, the liquid inlet portion 102 and the gap portion 3 can realize that the clear water flows under the concentrated condition and is supplied to the liquid inlet portion 102, so that the flowing state of the clear water in the gap portion 3 is in a stable laminar flow state, the swing state of the clear water cannot occur, and the clear water is effectively prevented from overflowing.

In order to further realize the effect of centralized supply of clean water and further prevent the clean water from overflowing in the gap portion 3, the cleaning machine 1 of the present embodiment is provided with the power module 106, the power module 106 may be configured as a fan or a vacuum pump, the power module 106 is connected to the liquid storage portion 101 and communicated with the gap portion 3 through the liquid inlet portion 102, so that the power module 106 is used for generating negative pressure to absorb the cleaning liquid into the liquid storage portion 101, the power module 106 starts to work to generate negative pressure into the liquid storage portion 101, the negative pressure enters the liquid inlet portion 102 through the liquid storage portion 101 to form a negative pressure effect, the clean water supplied to the liquid inlet part 102 from the liquid supply part 2011 can receive the negative pressure suction effect at the position of the liquid inlet part 102, the clean water can be effectively prevented from overflowing in the gap part 3 through negative pressure suction, the clean water is enabled to intensively enter the liquid inlet part 102 and then enter the liquid storage part 101, and the effect that the base station 2 supplies the clean water to the cleaning machine 1 is achieved.

In order to prevent the clear water from overflowing in the gap part 3 due to the unconcentrated turbulence effect in the supply process, a supply module and a control module are arranged on the base station 2, the supply module is connected with the liquid supply part 2011 or the supply module is connected with the liquid storage part 2012, the control module controls the supply module to supply clear water so as to control the flow rate of the supplied clear water, the supply module can be set to be a water pump or an electromagnetic pump and is electrically connected with the supply module, a threshold value A for limiting the flow rate of the supplied cleaning liquid by the liquid supply part 2011 is arranged in the control module, the control module controls the flow rate of the supplied cleaning liquid to be a threshold value B when the supply module starts to work, the threshold value B is smaller than the threshold value A so that a turbulence structure is not formed when the supply part 2011 supplies the cleaning liquid, and the control module realizes that the flow rate of the supplied clear water is smaller than a preset flow rate, and further, the effect of keeping the flow velocity of the clean water low is ensured to prevent the clean water from generating turbulence in the flow, so that the clean water stably enters the liquid inlet part 102, and the problem of overflow of the clean water is effectively prevented.

Optionally, the threshold a or the threshold B may be set correspondingly according to the size of the inner diameter of the liquid supply portion 2011 and the size of the spatial distance of the gap portion 3, and only the effect that the clear water supplied to the liquid inlet portion 102 through the liquid supply portion 2011 cannot generate turbulent flow on the gap portion 3 under the limitation of the threshold a and the threshold B is required, so that the problem of clear water overflow can be effectively prevented.

The base station 2 of the scheme can maintain the cleaner 1 to collect sewage, mainly collect the sewage in the cleaner 1 into the base station 2, a user regularly pours the sewage in the base station 2 into a treatment interface, specifically, for a structural part of the cleaner 1 for collecting the sewage on the mop 100, the cleaner 1 is further provided with a sewage storage part 107, the sewage storage part 107 is set to be communicated with the mop 100 to collect the sewage on the mop 100, one side of the mop 100 is provided with a sewage collection module 108 for collecting the sewage on the mop 100, the sewage collection module 108 mainly discharges the sewage on the mop 100 to collect the sewage in the sewage storage part 107, so that the cleaner 1 can collect the sewage in real time through the sewage collection module 108, so that the mop 100 can keep a relatively clean state and prevent the secondary pollution of the sewage to the ground.

In the scheme, clear water in the liquid storage part 101 is supplied to the mopping piece 100 to clean the mopping piece 100, the clear water forms cleaning of the mopping piece 100 when the mopping piece 100 is supplied, sewage is generated in the cleaning process, and the sewage is collected into the sewage storage part 107 under the action of the sewage collection module 108, so that the sewage collection effect is realized.

The specific structural part of the sewage collection module 108 of the present disclosure, the sewage collection module 108 includes a scraping member 1081, at least a portion of the scraping member 1081 is configured to interfere with the outer surface of the wiping member 100 to form a structure for scraping and pressing out sewage from the wiping member 100, for example, when the wiping member 100 is configured to rotate and roll in a roller structure, one end of the scraping member 1081 contacts with the outer surface of the wiping member 100 to form an extruding and scraping effect, the scraping member 100 realizes that the scraping member 1081 extrudes and scrapes the whole area of the outer surface of the wiping member 100 during the rotation and roll process to extrude the sewage on the wiping member 100, a sewage collecting channel 109 is disposed on one side of the scraping member 1081, the sewage collecting channel 109 is configured to be communicated with the wiping member 100 through the scraping member 1081, and the sewage collecting channel 109 is configured to be communicated with the sewage storage portion 107, so that the scraping member 1081 extrudes and scrapes the sewage and guides the sewage into the sewage collecting channel 109, sewage continuously flows and enters into through dirty passageway 109 of collection and holds the collection effect of accomplishing in dirty portion 107 sewage, and sewage collection module 108 can realize collecting sewage effectively, prevents sewage secondary pollution ground, promotes the collection efficiency to sewage.

Optionally, this scheme can set up the downside that holds dirty portion 107 to be located the lateral part of dragging piece 100 and realize utilizing gravity to collect sewage, utilizes sewage to get off at gravity and collects, collects sewage and need not to set up the fan and absorb, has solved the problem of noise, realizes promoting the collection efficiency to sewage simultaneously, and can effectually prevent that sewage from forming secondary pollution to ground.

Optionally, this scheme also can set up the fan and come to absorb the collection to sewage, but can have the problem of noise, experiences certain influence to user's use.

The utility model discloses a structure part that collects sewage to cleaner 1 to basic station 2, be provided with blowdown portion 110 on cleaner 1, blowdown portion 110 sets up to be linked together with the bottom or the lateral part that hold dirty portion 107, only need to make the sewage that holds in dirty portion 107 can outwards be discharged through blowdown portion 110, and the corresponding dirty portion 204 that advances that is provided with on basic station 2, it sets up to be used for collecting to hold the sewage that dirty portion 107 discharged to advance dirty portion 204 to set up to the structure that can be linked together with blowdown portion 110 to advance dirty portion 204, when cleaner 1 docks on basic station 2, make blowdown portion 110 and the structure that advances dirty portion 204 and form to be linked together realize holding in the sewage of dirty portion 107 and discharge into dirty portion 204 through blowdown portion 110, and then realize that the sewage in the dirty portion 107 is collected in basic station 2.

Alternatively, the drain 110 may be provided at a bottom position or a side position of the soil reservoir 107, so as to achieve timely discharge of the sewage through the drain 110 out of the cleaning machine 1 and into the base station 2, and maintenance of the cleaning machine 1 by the base station 2 to discharge the sewage.

To the structure part that the blowdown docks, install solenoid valve or dredge pump on the blowdown portion 110 and form the openable structure of blowdown portion 110, blowdown portion 110 opens and to outwards discharge the sewage in the portion 107 that holds, and the cleaner 1 can normally work and come to collect the sewage on the piece 100 of dragging in the in-process of work this moment that blowdown portion 110 closes, can realize the openable effect of blowdown portion 110.

For the structure part that collects sewage on base station 2, be provided with on base station 2 and store up dirty portion 205 and set up to be linked together with advancing dirty portion 204 and form the structure of collecting sewage in base station 2 and/or be provided with on base station 2 and send dirty portion 206 to set up to be linked together with advancing dirty portion 204 and form the structure that sewage discharges outside base station 2 through sending dirty portion 206, the sewage in the cleaning machine 1 is discharged to in the base station 2 all can be realized, the effect of collecting sewage is docked to the maintenance of cleaning machine 1 to base station 2.

Wherein, can set up and store up dirty portion 205 and realize collecting the basic station 2 with the interior exhaust sewage of storing dirty portion 107 in, the user only need regularly come to maintain basic station 2 and empty the processing sewage can, store up the volume of dirty portion 205 this moment and can set up to the multiple of the volume of storing dirty portion 107, realize storing dirty portion 205 and can collect the sewage that stores up dirty portion 107 and discharge many times, the user regularly handles to empty the sewage that stores up in the dirty portion 205 can.

Wherein, can set up and send dirty portion 206, send dirty portion 206 and advance dirty portion 204 and be linked together, send dirty portion 206 simultaneously and can set up to be linked together with the indoor sewer pipe of user, in time discharge outside basic station 2 through sending dirty portion 206 when realizing holding the sewage discharge in dirty portion 107 in basic station 2 for basic station 2 does not save sewage itself, and the user can not be to basic station 2 maintenance this moment and can realize that sewage discharges outside basic station 2, solves the problem that the user need empty the processing sewage.

It can be seen that base station 2 of this scheme can realize maintaining the butt joint collection to the sewage of collecting in cleaner 1, and the sewage that realizes in cleaner 1 can be collected in base station 2 or outside base station 2 is discharged through base station 2, solves the problem that the user frequently comes to maintain cleaner 1, promotes user's use experience effect.

In order to improve the stability of the cleaner 1 when resting on the base station 2, the base station 2 of the present embodiment is provided with the second body 207, the second body 207 is located at the lower side of the mop 100, the second body 207 can realize a supporting and limiting structure for the bottom of the main body of the cleaner 1, the second body 207 is provided with the accommodating cavity 208 for accommodating the mop 100, the accommodating cavity 208 is located at the outer side of the mop 100 for covering a part of the mop 100, so that the mop 100 can perform self-cleaning in the accommodating cavity 208, for example, the mop 100 rotates in the accommodating cavity 208 for cleaning, and the cleaning of the mop 100 is facilitated.

In order to prevent the mop 100 from getting moldy and smelly due to the wet structure for a long time, the second body 207 or the accommodating cavity 208 of the present solution is at least provided with a sterilization module and/or a drying processing module, the sterilization module can be an ultraviolet sterilization module or an ozone sterilization module to realize the sterilization of the mop 100, the drying processing module can be a blower to blow the mop 100, or the drying processing module can be a heating element to dry the mop 100, meanwhile, a fan can be arranged on the basis of the heating element to blow hot air to the mopping element 100 to dry the mopping element 100, under the processing of the sterilization module and the drying processing module, the mop 100 can be effectively prevented from going moldy and smelling, the mop 100 is prevented from polluting the air of the indoor environment, and the use safety of the cleaning machine 1 is improved.

Optionally, in order to further improve the maintenance effect of the base station 2 on the cleaner 1, an electrode assembly is disposed on the second main body 207 of the present solution to charge the cleaner 1, the second electrode assembly may be provided with two electrode plates, such as a first electrode plate and a second electrode plate, the cleaner 1 is charged by one of positive and negative through the two electrode plates, and meanwhile, the cleaner 1 is correspondingly provided with two electrode plates, such as a third electrode plate and a fourth electrode plate, when the cleaner 1 stops at the base station 2, the first electrode plate and the third electrode plate contact each other, and the second electrode plate and the fourth electrode plate contact each other to realize the effect of the base station 2 on charging the cleaner 1, so that an invalid user performs an independent charging process on the cleaner 1, and improve the maintenance effect of the base station 2 on the cleaner 1.

Alternatively, the mopping unit 100 may be configured as a roller structure to realize the mopping effect of rolling the mopping unit 100 on the ground, and the mopping unit 100 may contact the ground to perform rolling rotation movement to realize the cutting mopping effect with large area and large friction force, and the number of the mopping units 100 may be configured as one or more, the mopping unit 100 is installed at the bottom of the cleaning machine 1, and a motor may be configured to realize the rotation and rolling of the mopping unit 100.

Optionally, the mopping piece 100 may also be configured to fit the ground for horizontal rotation, the mopping piece 100 contacts the ground for horizontal rotation to achieve cleaning treatment on the ground through large-area friction, the mopping piece 100 may be configured to be a disc-shaped structure, the number of the mopping pieces 100 may be two, the two mopping pieces 100 have opposite horizontal rotation directions and may be installed in parallel, the motor may be configured to drive the mopping piece 100 to horizontally rotate, and then the mopping piece 100 is installed at the bottom of the cleaning machine 1 to achieve cleaning treatment on the ground.

Wherein, drag piece 100 and set up outer layer protection cloth material or sponge material, realize dragging the surface of piece 100 and be soft structure and contact ground and carry out cleaning treatment.

The structure of the cleaning machine 1 according to the present embodiment mainly has the following two modes:

the first structure is that the cleaning machine 1 is arranged as a hand-held structure comprising a machine body 111 and a mopping main body 112, the machine body 111 is arranged as a structure capable of rotating relative to the mopping main body 112, and a liquid storage part 101 and a liquid inlet part 102 are both arranged on the machine body 111; the main body 111 is mainly used for a user to hold the cleaner 1 by hand to move on the ground, the main body 111 and the mopping body 112 form a handheld structure of the cleaner 1, the mopping piece 100 is mounted on the mopping body 112, the liquid storage part 101 and the liquid inlet part 102 are mounted on the main body 111, the liquid storage part 101 supplies clean water to the mopping piece 100 to clean the ground, and the cleaner 1 moves on the ground through the main body 111 to perform a mopping cleaning task after the user uses the main body 111.

Optionally, can also set up the installation with storing dirty portion 107 and lie in dragging and wipe main part 112, store dirty portion 107 and come to collect the sewage on dragging piece 100 through sewage collection module 108, realize real-time collecting sewage, the effectual secondary pollution who prevents sewage to ground promotes cleaner 1's cleaning ability on the whole.

In a handheld structure, the liquid supply part 2011 only needs to be arranged to correspond to the liquid inlet part 102, and the liquid supply part 2011 can correspond to the liquid inlet part in position, and can also correspond to the liquid inlet part and be communicated with the liquid inlet part through the gap part 3 to achieve the effect of supplying clean water, so that the base station 2 can supplement the liquid storage part 101 with clean water; meanwhile, only the sewage discharge part 110 is required to be arranged corresponding to the sewage inlet part 204, and the sewage discharge part can be positioned corresponding to the sewage inlet part or communicated with the sewage inlet part so as to realize the sewage discharge effect and the sewage collection effect of the base station 2 on the sewage in the sewage storage part 107.

The second structure mode is that the cleaner 1 is provided with a self-moving structure which comprises a machine body 113, the bottom of the machine body 113 is provided with a driving wheel 114 for driving to travel, the liquid storage part 101 and the liquid inlet part 102 are both arranged on the machine body 113, the first body 201 and the second body 207 are arranged to form a working chamber 4 for placing the cleaner 1, the two driving wheels 114 are arranged on the machine body 113 of the cleaner 1 to drive the cleaner 1 to travel on the ground in a self-moving manner, universal wheels can be arranged on the front side to drive the cleaner 1 to travel when the driving wheels 114 rotate, the liquid storage part 101 and the liquid inlet part 102 are arranged on the machine body 113, the mopping piece 100 is arranged at the bottom position on the machine body 113, and the liquid storage part 101 supplies clean water to the mopping piece 100 to clean the ground.

Optionally, hold dirty portion 107 also to set up and be located machine main part 113, hold dirty portion 107 and come to collect the sewage on dragging piece 100 through sewage collection module 108, realize real-time collecting sewage, the effectual secondary pollution who prevents sewage to ground promotes cleaner 1's clean ability on the whole.

Wherein, under the self-moving structure, in order to realize that cleaner 1 stably docks on base station 2, can set up working bin 4 on the base station 2, working bin 4 mainly comprises first main part 201 and second main part 207, realizes that cleaner 1 can be located the parking of working bin 4 and places to base station 2 carries out maintenance to cleaner 1.

Under the self-moving structure, the liquid supply part 2011 only needs to be arranged to correspond to the liquid inlet part 102, and can be corresponding in position, or can be correspondingly communicated through the gap part 3 to realize the effect of supplying clean water, so that the base station 2 can realize the effect of supplementing the liquid storage part 101 with clean water; meanwhile, only the sewage discharge part 110 is required to be arranged corresponding to the sewage inlet part 204, and the sewage discharge part can be positioned corresponding to the sewage inlet part or communicated with the sewage inlet part so as to realize the sewage discharge effect and the sewage collection effect of the base station 2 on the sewage in the sewage storage part 107.

Two kinds of structures of cleaner 1 of this scheme all can realize cleaner 1 and berth on basic station 2 and maintain the processing, only need corresponding set up supply liquid portion 2011 and feed liquor portion 102 to carry out the effect that can supply with the clear water and can realize that basic station 2 supplyes the clear water to the maintenance of cleaner 1, only need corresponding set up blowdown portion 110 and advance dirty portion 204 to send the effect of sewage simultaneously can realize basic station 2 to cleaner 1 maintenance collection sewage make hold the sewage in the dirty portion 107 collect in basic station 2 or get rid of basic station 2 outside, solve the frequent problem of cleaner 1 of user maintenance, the user regularly maintain basic station 2 can, promote user's use and experience the effect.

The working principle is as follows: the cleaning machine 1 of the scheme is mainly used for performing a cleaning task on the ground, the cleaning machine 1 can be a handheld structure to realize that a user pushes the cleaning machine 1 to move on the ground, and can also be a self-moving structure to realize that the cleaning machine 1 moves on the ground independently, the cleaning on the ground is completed by arranging the mopping piece 100, and the mopping piece 100 can be set to be a moving structure to realize better cleaning on the ground; in the scheme, the base station 2 is arranged to realize maintenance treatment on the cleaning machine 1, when the cleaning machine 1 stops at the base station 2, cleaning liquid, namely clean water, can be supplied and added, and sewage can be discharged to the base station 2 for collection, so that the maintenance treatment effect of the base station 2 on the cleaning machine 1 is realized, a user can conveniently maintain the cleaning machine 1, the user only needs to maintain the base station 2 periodically or periodically, and the use experience effect of the user is greatly improved; simultaneously this scheme basic station 2 can realize not needing the butt joint to add the clear water to cleaner 1 structure of adding the clear water, supply liquid portion 2011 and feed liquor portion 102 promptly and be provided with the contactless structure that clearance portion 3 kept apart each other, do not need accurate butt joint can realize steadily, supply with the clear water to cleaner 1 reliably, and the effect of torrent can not appear at the in-process of supplying with clear water, can effectually prevent that the excessive problem of clear water from taking place, promote basic station 2 and supply with stability and reliability of clear water to cleaner 1.

It will be understood by those skilled in the art that the foregoing embodiments are specific examples of 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 in its practical application.

Claims (19)

1. A cleaning machine system comprising a cleaning machine characterized by: the cleaning machine is provided with a mopping piece for cleaning the ground, and is also provided with a liquid storage part for supplying cleaning liquid to the mopping piece or the ground;

the cleaning machine is also provided with a liquid inlet part which is of a structure communicated with the liquid storage part;

the base station is correspondingly provided with a liquid supply part, and the liquid supply part is used for supplying cleaning liquid to the liquid inlet part;

the liquid supply part is arranged on one side of the liquid inlet part, and a gap part is arranged between the liquid supply part and the liquid inlet part, so that the liquid supply part and the liquid inlet part form a structure which is not contacted with each other.

2. A cleaning machine system as defined in claim 1 wherein: the tail end of the liquid supply part is downwards communicated with the gap part, and the upper end of the liquid inlet part is upwards communicated with the gap part, so that the liquid supply part and the liquid inlet part are in a separated structure without mutual contact through the gap part.

3. A cleaning machine system as defined in claim 2 wherein: the base station is provided with a first main body, the liquid supply part is arranged on the first main body and is communicated with the gap part towards the direction of the lower part or the side part of the first main body, and the central position of the liquid supply part is arranged to be corresponding to the middle position or the central position of the liquid inlet part.

4. A cleaning machine system as defined in claim 3 wherein: setting the distance H between the bottom end face of the liquid supply part and the end face of the liquid inlet part to be more than or equal to 5 mm;

and/or, the space distance of the gap part is set to be more than or equal to 5 mm.

5. A cleaning machine system as defined in claim 4 wherein: the liquid inlet part is of a hole-shaped structure, the outer diameter of the liquid inlet part is larger than the inner diameter of the liquid supply part, the distance from the position of the side part on the outer diameter of the liquid inlet part to the position of the side part on the inner diameter of the liquid supply part is set to be L, and L is larger than or equal to 3 millimeters or L is larger than or equal to H.

6. A cleaning machine system as defined in claim 5 wherein: the outer side of the liquid inlet part is provided with a flow guide part which is arranged to be communicated with the liquid inlet part in a structure gradually inclined from high to low towards the direction of the liquid inlet part;

and/or an anti-overflow part is arranged on the outer side of the liquid inlet part, the anti-overflow part is arranged to be of a concave structure, and the anti-overflow part and the liquid inlet part are arranged to be of a communicated structure.

7. A cleaning machine system as defined in claim 6 wherein: the first body is provided with a liquid storage part which is communicated with the liquid supply part to form a structure for supplying the cleaning liquid, and/or the first body is provided with a liquid inlet part which is communicated with the liquid supply part to form a structure for supplying the cleaning liquid.

8. A cleaning machine system as defined in claim 7 wherein: the first body is at least partially located on an upper portion and/or a side portion of the cleaning machine when the cleaning machine is parked on the base station, and the side portion of the first body and the side portion of the cleaning machine are provided as a contact limit structure.

9. A cleaning machine system as defined in claim 3 wherein: the liquid inlet part is correspondingly arranged towards the upper part or the side part of the cleaning machine to form a structure that the liquid supply part supplies cleaning liquid to the liquid inlet part;

the liquid inlet part is provided with a one-way valve or an electromagnetic valve to form a structure that the liquid inlet part can be opened and closed;

or, install the switching piece on the liquid inlet portion and form the structure that liquid inlet portion can be opened and shut, and the switching piece sets up to portable or wobbling structure, is provided with first portion of touching on the switching piece, and the correspondence is provided with the second on the basic station and touches the portion, and first portion of touching and second touch portion form the structure that contacts and touch the portion and push first portion of touching and connect the portion removal or swing through the second and open liquid inlet portion when the cleaning machine docks on the basic station.

10. A cleaning machine system as defined in claim 9 wherein: the liquid supply part is provided with a first opening part which is arranged to be communicated with the gap part towards the lower part or the side part of the first main body, the liquid inlet part is provided with a second opening part which is correspondingly arranged to be communicated with the gap part towards the upper part or the side part of the cleaning machine.

11. A cleaning machine system as defined in claim 10 wherein: the liquid guide piece is arranged on the liquid supply part and is positioned between the liquid supply part and the liquid inlet part, and when the cleaning machine stops on a base station, the liquid guide piece enables the liquid supply part and the liquid inlet part to form a structure communicated with each other to supply cleaning liquid.

12. A cleaning machine system as defined in claim 1 wherein: the cleaning machine is provided with a power module, the power module is connected with the liquid storage part and is communicated with the gap part through the liquid inlet part, so that the power module is used for generating negative pressure in the liquid storage part to suck the cleaning liquid.

13. A cleaning machine system as defined in claim 1 wherein: the base station is provided with a supply module and a control module, the supply module is connected with the liquid supply part or the supply module is connected with the liquid storage part, the control module is electrically connected with the supply module, a threshold value A for limiting the flow rate of the cleaning liquid supplied by the liquid supply part is arranged in the control module, the control module is used for controlling the flow rate of the cleaning liquid supplied by the supply module to be a threshold value B when the supply module is started, and the threshold value B is smaller than the threshold value A so that a turbulent structure is not formed when the cleaning liquid is supplied by the liquid supply part.

14. A cleaning machine system as defined in any one of claims 1-13 wherein: still be provided with on the cleaning machine and hold dirty portion, hold dirty portion set up to collect the sewage that drags on wiping the piece for the structure that is linked together with dragging wiping the piece, drag one side of wiping the piece and be provided with sewage collection module and be used for collecting the sewage that drags on wiping the piece.

15. A cleaning machine system as defined in claim 14 wherein: the sewage collection module comprises a scraping piece, at least one part of the scraping piece is arranged to form a structure which is interfered with the outer surface of the scraping piece so as to scrape and press sewage, one side of the scraping piece is provided with a sewage collection channel, the sewage collection channel is arranged to be communicated with the scraping piece through the scraping piece, and the sewage collection channel is arranged to be communicated with the sewage storage part.

16. A cleaning machine system as defined in claim 15 wherein: be provided with the blowdown portion on the cleaning machine, the blowdown portion sets up to be linked together with the bottom or the lateral part that hold the dirty portion, and the corresponding dirty portion that advances that is provided with on the basic station, advances dirty portion and sets up to be used for collecting to hold dirty portion exhaust sewage with the structure that blowdown portion linked together.

17. A cleaning machine system as defined in claim 16 wherein: the sewage discharging part is provided with an electromagnetic valve or a sewage discharging pump to form a structure that the sewage discharging part can be opened and closed;

be provided with on the basic station and store up dirty portion and set up to form the structure of collecting sewage in the basic station and/or be provided with on the basic station and send dirty portion to set up to form the structure that sewage discharges outside the basic station through sending dirty portion with advancing dirty portion intercommunication.

18. A cleaning machine system as defined in claim 17 wherein: the base station is provided with a second main body, the second main body is positioned at the lower side of the mopping piece, and the second main body is provided with an accommodating cavity for placing the mopping piece;

the second main body or the accommodating cavity is at least provided with a sterilization module and/or a drying processing module;

or, an electrode assembly is provided on the second body for charging the cleaning machine.

19. A cleaning machine system as defined in claim 1 or 17 wherein: the cleaner is arranged to be a handheld structure comprising a main body and a mopping main body, the main body is arranged to be a structure capable of rotating relative to the mopping main body, and the liquid storage part and the liquid inlet part are both arranged on the main body;

or the cleaning machine is arranged to comprise a machine main body, a self-moving structure of a driving wheel for driving walking is arranged on the bottom of the machine main body, a liquid storage part and a liquid inlet part are arranged on the machine main body, and a first main body and a second main body are arranged to form a working bin for placing the cleaning machine.

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