CN216776911U - Floor mopping machine system - Google Patents

Abstract

The floor mopping machine system comprises a floor mopping machine and a base station, wherein the base station is used for maintaining the floor mopping machine, and a cleaning assembly is arranged on the floor mopping machine and is used for cleaning the ground; the cleaning assembly comprises a first cleaning piece, a dirt collecting cavity is arranged on the floor mopping machine, and the dirt collecting cavity is used for collecting sewage on the first cleaning piece; the base station is provided with a recovery area which is at least provided with a structure communicated with the sewage collecting cavity; the device also comprises a butt joint device, at least one part of the butt joint device is positioned between the recovery area and the sewage collecting cavity, and the butt joint device enables the recovery area and the sewage collecting cavity to be in a communicated structure. The problem that current mopping machine absorbs the sewage mixture and leads to inconvenient maintenance through the basic station has been solved to this scheme to and solved current basic station and be difficult to effectual sewage mixture that will drag in the floor machine and absorb the collection totally.

Description

Floor mopping machine system

Technical Field

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

Background

Present mopping machine mainly is at subaerial execution mopping clean function, can also collect subaerial rubbish simultaneously to the realization carries out effectual cleaing away to subaerial rubbish and dirty, mainly sets up the water tank in inside and supplies water to subaerial, it cleans ground to set up the cleaning member on the mopping machine, then absorbs the sewage incasement through setting up the mixture of fan with sewage and rubbish and collects, the realization is accomplished the cleaning treatment effect to ground, if drag ground, wash clean effect.

In order to facilitate the maintenance of the mopping machine by a user, a base station is generally arranged in the prior art to maintain the mopping machine, the base station is mainly used for butt joint dirt suction maintenance of the mopping machine, but the proposal of the prior base station mainly arranges a fan with large suction force to realize butt joint dirt suction maintenance, which causes the base station to have larger noise problem, meanwhile, the base station has complex integral structure and high cost, and the mixture of the garbage and the dirty sewage collected by the mopping machine can form a certain adhesion effect on a sewage tank in the mopping machine, so that the sewage is difficult to be completely and completely butted and sucked clean in the butt joint sewage suction maintenance, particularly, the garbage with larger volume or the garbage in paste state is difficult to be effectively absorbed and collected in the base station, this causes the dirt mixed with the sewage to be adhered and remained in the floor mopping machine, and the problem of mildewing and smelling easily exists in a long time.

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 floor mopping machine system, which mainly solves the problem that the existing floor mopping machine is inconvenient to maintain through a base station due to the fact that the existing floor mopping machine sucks sewage mixture, and solves the problem that the base station is difficult to effectively suck and collect the sewage mixture in the floor mopping machine completely.

The embodiment of the utility model provides a mopping machine system, which comprises a mopping machine and a base station, wherein the base station is used for maintaining the mopping machine, a cleaning assembly is arranged on the mopping machine, and the cleaning assembly is used for cleaning the ground; the cleaning assembly comprises a first cleaning piece, a dirt collecting cavity is arranged on the floor mopping machine, and the dirt collecting cavity is used for collecting sewage on the first cleaning piece; the base station is provided with a recovery area which is at least provided with a structure communicated with the sewage collecting cavity; the device also comprises a butt joint device, at least one part of the butt joint device is positioned between the recovery area and the sewage collecting cavity, and the butt joint device enables the recovery area and the sewage collecting cavity to be in a communicated structure.

In the floor mopping machine system, at least a part of the recovery area is positioned at the lower side of the sewage collecting cavity, and when the recovery area is communicated with the sewage collecting cavity, sewage in the sewage collecting cavity can enter the recovery area under the gravity to be collected.

In the floor mopping machine system, the butt joint device comprises a sewage outlet and a first touch piece, and the first touch piece is arranged to touch the sewage outlet to be in an open structure; the sewage outlet is positioned on the floor mopping machine and is set into a structure communicated with the sewage collecting cavity, the first touch member is positioned on the base station, and at least one part of the first touch member is positioned on the lower side of the sewage outlet.

In the floor mopping machine system, the sewage outlet is arranged to be an openable and closable structure, the sewage outlet is arranged to be an open structure facing the lower side direction when being opened, the recovery area is correspondingly provided with the sewage inlet, and the sewage outlet and the sewage inlet are arranged to be a structure which can be communicated.

In the floor mopping machine system, the sewage outlet is provided with the sewage opening and closing part, the sewage opening and closing part is arranged to be a structure capable of moving or rotating relative to the sewage outlet, and when the floor mopping machine is positioned on the base station, at least one part of the first touch part contacts the sewage opening and closing part to drive the sewage opening and closing part to move or rotate to open the sewage outlet.

In the floor mopping machine system, the middle part of the sewage outlet and the middle position and/or the central position of the first touch piece or the sewage inlet are/is arranged in a vertical direction; and/or the projection area formed by the sewage outlet in the vertical direction towards the recovery area is positioned within the outer diameter area of the sewage inlet; and/or the sewage outlet is positioned in the outer diameter area of the sewage inlet towards the projection area formed on the recovery area in the vertical direction and is provided with a certain interval of first gap parts in the horizontal direction.

In an embodiment, the cleaning assembly further includes a second cleaning member, and a garbage chamber is disposed on one side of the second cleaning member, the garbage chamber is at least used for collecting garbage transferred by the second cleaning member, and at least a part of the recycling area is located on a lower side of the garbage chamber, and at least a part of the docking device is further located between the recycling area and the garbage chamber, and the docking device can enable the recycling area and the garbage chamber to be in a communicating structure for allowing garbage in the garbage chamber to enter the recycling area under gravity for collection.

In the floor mopping machine system, the butt joint device further comprises a garbage outlet and a second touch piece, and the second touch piece is arranged to touch the garbage outlet to be in an open structure; the garbage outlet is located on the mopping machine and is set to be communicated with the garbage cavity, the second touch piece is located on the base station, and at least one part of the second touch piece is located on the lower side of the garbage outlet.

In the floor mopping machine system, the garbage outlet is arranged to be of an openable and closable structure, the garbage outlet is arranged to be of an open structure facing the lower side direction when being opened, the recovery area is correspondingly provided with the garbage inlet, and the garbage outlet and the garbage inlet are arranged to be of a structure capable of communicating with each other.

In the floor mopping machine system, the garbage opening and closing part is arranged on the garbage outlet, the garbage opening and closing part is arranged in a structure capable of moving or rotating relative to the garbage outlet, and when the floor mopping machine is positioned on the base station, at least a part of the second touch part contacts the garbage opening and closing part to drive the garbage opening and closing part to move or rotate to open the garbage outlet.

In the floor mopping machine system, the middle part of the garbage outlet and the middle position and/or the central position of the second touch piece or the garbage inlet are/is arranged in a vertical direction; and/or the projection area formed by the garbage outlet in the vertical direction towards the recovery area is positioned within the outer diameter area of the garbage inlet; and/or the projection area formed by the garbage outlet towards the recovery area in the vertical direction is positioned within the outer diameter area of the garbage inlet, and the second gap part is spaced in the horizontal direction.

In the floor mopping machine system, the volume of the recovery area is set to be more than twice of the volume of the sewage collecting cavity and/or the garbage cavity; or the volume of the recovery area is set to be more than two times of the sum of the volume of the sewage collecting cavity and the volume of the garbage cavity; and the area occupation ratio of the garbage outlet on the inner bottom end face of the garbage cavity is larger than that of the sewage outlet on the inner bottom end face of the sewage collection cavity, and/or the outer diameter of the garbage outlet for garbage to pass through is larger than that of the sewage outlet for sewage to pass through.

In the floor mopping machine system, a first gap part is arranged between the garbage outlet and the recovery area in the vertical direction, so that the recovery area is not in direct contact with the garbage outlet; and/or a second gap part is arranged between the sewage outlet and the recovery area in the vertical direction, so that the recovery area is not in direct contact with the sewage outlet.

In the floor mopping machine system, the clean water supply module is arranged on the floor mopping machine and is used for supplying clean water; the clear water supply module is arranged to be communicated with the sewage collection cavity and the garbage cavity respectively so as to flush and clean the sewage collection cavity and the garbage cavity;

and/or the base station is provided with a liquid supplementing module, and when the mopping machine stops on the base station, the liquid supplementing module and the clear water supply module correspond to each other to form a communication structure so as to form a structure that the liquid supplementing module can supplement clear water to the clear water supply module.

In the floor mopping machine system, the dirt collecting cavity and/or the garbage cavity are/is internally provided with the spray-washing part, and the spray-washing part is arranged to be communicated with the clean water supply module; the spraying part is provided with a nozzle, and at least one part of the nozzle is correspondingly arranged towards different parts of the side part of the sewage collecting cavity and/or the garbage cavity to form a circumferential spraying structure; and/or the spraying part is provided with a nozzle and is arranged into a rotatable, swingable or movable structure to form a corresponding structure facing the sewage collecting cavity and/or different parts of the garbage cavity for spraying.

In the floor mopping system, the base station includes a station body, and the recovery area is configured to be detachably mounted on the station body or the recovery area is configured to be detachably mounted on the station body through a drawing opening provided at a side position of the station body; the recycling area comprises a first area and a second area, the first area and the second area are arranged to be cavity structures, the first area is arranged to be a structure which can be communicated with the sewage collecting cavity, and the second area is arranged to be a structure which can be communicated with the garbage cavity; the first zone and/or the second zone are provided as a structure that is detachably mounted on the station body;

alternatively, the first region and/or the second region may be provided so as to be detachably attached to the station body through a drawing port provided at a side position of the station body.

In the floor mopping machine system, the base station is provided with a limiting part so that the floor mopping machine can be placed in a limiting way when the floor mopping machine is stopped on the base station:

and/or a sterilization device is arranged on the station main body and is used for sterilizing the recovery area;

and/or a drying module is arranged on the station main body and is at least used for drying the cleaning assembly and/or the recovery area;

and/or a cleaning liquid module is arranged on the station main body and is at least used for supplying cleaning liquid to clean the cleaning assembly;

and/or, be provided with charging device on the station main part just charging device is used for right the mopping machine carries out the supplementary electric quantity.

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

the mopping machine of the scheme can realize the cleaning of the ground to collect garbage, can clean the ground and collect sewage simultaneously, realizes the independent and separate collection of the garbage and the sewage, improves the collection effect of the garbage and the sewage, and is simultaneously favorable for carrying out effective butt joint collection treatment on the garbage and the sewage through a base station.

The mopping machine of this scheme realizes independently collecting rubbish and sewage, makes things convenient for the basic station to come to dock the collection to rubbish and the sewage of collecting on the mopping machine, effectively solves current mopping machine and is unfavorable for the basic station to come to dock the problem of collecting with rubbish and sewage mixed collection back.

This scheme mainly sets up interfacing apparatus and realizes collecting respectively of rubbish and sewage to mainly utilize gravity to come to dock rubbish and sewage on the mopping machine and collect the basic station in, because of independently collecting through the classification to rubbish and sewage, make the in-process of collecting be difficult to the jam problem that appears, holistic reliability is higher.

This scheme interfacing apparatus's constitutional part realizes realizing contactless butt joint collection effect at the in-process of butt joint collection rubbish and sewage, promotes the collection ability to rubbish and sewage, effectively reduces the jam problem.

The utility model discloses a docking device's constitutional part mainly realizes utilizing gravity to carry out the collection to rubbish and sewage in the vertical direction, forms contactless butt joint collection effect simultaneously in the vertical direction, effectively reduces docking device's jam problem to and form the interval collection effect on the horizontal direction at the butt joint in-process, realize the effective collection to sewage and rubbish.

The butt joint device of this scheme can effectual realization touch the switching and form the effect of whether butt joint was collected to the in-process of receiving a set of rubbish and butt joint collection sewage, only need place the mopping machine and can realize the effect of touching on the basic station with the gravity that utilizes the mopping machine, can form this moment and dock collection sewage and butt joint collection rubbish for the overall structure of basic station is simple, and the simple structure of mopping machine, and the inefficacy other valve body structures that set up, reduction that can be very big butt joint the risk of jam.

The docking device of this scheme utilizes the gravity of mopping machine to realize the power that the butt joint touched, can realize the effective switching effect of sewage export and rubbish export, promotes the butt joint and collects rubbish and the reliability of butt joint collection sewage.

This scheme can also utilize clear water to dash to drench the washing to the dirty chamber of rubbish chamber or collection on mopping machine to rubbish in the rubbish chamber or the dirty intracavity of collection can effectually be drenched and get off and get into the basic station in and collect, can also realize the cleaning performance to rubbish chamber or collection dirt case simultaneously, can prevent that dirty chamber or rubbish chamber from going mildy and smelly problem easily under the dirty state of longer time.

The basic station of this scheme possesses multi-functional result of use, not only can realize the collection to rubbish and sewage, can also realize coming to supply the clear water to mopping machine, realizes the automatic effect that adds the clear water to mopping machine, reduces the user to the maintenance processing of mopping machine, very big promotion user's use experience effect.

The base station of this scheme possesses the effect of carrying out multi-functional maintenance use to mopping machine, can also charge maintenance, dry maintenance and disinfect and maintain etc. very big promotion base station is to mopping machine's maintenance effect.

Drawings

FIG. 1 is a schematic view of a mopping machine parked or placed on a base station;

FIG. 2 is a perspective view of a base station;

FIG. 3 is a schematic view, partially in cross-section, of a mopping machine parked on a base station for maintenance processing;

FIG. 4 is an enlarged view of a portion Q of FIG. 3;

FIG. 5 is an enlarged view of a portion G of FIG. 3;

reference numerals: 1-mopping machine, 10-cleaning assembly, 101-first cleaning member, 102-second cleaning member, 11-dirt collecting cavity, 12-sewage opening and closing member, 13-garbage cavity, 14-garbage opening and closing member, 15-spraying part, 151-nozzle, 2-butt joint device, 21-sewage outlet, 22-first contact member, 23-garbage outlet, 24-second contact member, 3-base station, 31-recovery area, 311-sewage inlet, 312-first area, 313-second area, 314-garbage inlet, 32-liquid supplementing module, 33-station body, 34-drawing opening, 35-limiting part, 4-first gap part, 5-second gap part, 6-first gap part, 7-second gap part, 8-clear water supply module.

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 floor mopping machine system disclosed by the utility model is composed of the following components shown in fig. 1 to 5, the floor mopping machine 1 is mainly used for collecting garbage and cleaning the floor on the ground and effectively collecting sewage formed in the floor mopping cleaning process, the base station 3 is mainly used for maintaining the floor mopping machine 1 and mainly butt-jointing and collecting the garbage and the sewage collected by the floor mopping machine 1 into the base station 3, so that the problem that a user frequently maintains the floor mopping machine 1 is solved, the user only needs to maintain the base station 3 regularly or periodically, and the use experience effect of the user is greatly improved.

The base station 3 is used for maintaining the mopping machine 1, the base station 3 can be used for maintaining the mopping machine 1 when the mopping machine 1 stops or is placed on the base station 3, the mopping machine 1 is provided with the cleaning assembly 10, the mopping machine 1 mainly comprises a machine main body and a handle rod, the handle rod is rotatably arranged on the machine main body to form a handheld structure of the mopping machine 1, a user can drive the mopping machine 1 to move on the ground through the handle rod to clean the ground, and the cleaning assembly 10 is used for cleaning the ground; the cleaning assembly 10 comprises a first cleaning piece 101, a dirt collecting cavity 11 is arranged on the mopping machine 1, and the dirt collecting cavity 11 is used for collecting the sewage on the first cleaning piece 101; for the sewage collecting structure part on the first cleaning member 101, a scraping member may be disposed on the machine body, and the scraping member is configured to contact the outer surface of the first cleaning member 101 to form an interference structure to scrape off the sewage, so that the sewage formed by the first cleaning member 101 in the floor mopping process can be scraped off and enter the sewage collecting cavity 11 to be collected.

To the dirty chamber 11 part of collection, can also set up and hold dirty portion, collect the sewage on first cleaning member 101 hold dirty portion on the back, will hold the dirty sewage pump in the dirty portion through the water pump and deliver to the dirty chamber 11 of collection in, realize that the dirty chamber 11 of collection is discharged again and is collected on basic station 3 after collecting more sewage.

For the structural part for collecting the sewage on the mopping machine 1, a recovery area 31 is arranged on the base station 3, and the recovery area 31 is at least arranged in a structure which can be communicated with the sewage collecting cavity 11 to realize that the sewage in the sewage collecting cavity 11 flows into the recovery area 31 for collection; the sewage collecting device comprises a recovery area 31, a sewage collecting cavity 11 and a docking device 2, wherein at least one part of the docking device 2 is positioned between the recovery area 31 and the sewage collecting cavity 11, the docking device 2 enables the recovery area 31 and the sewage collecting cavity 11 to be in a communicated structure, and the sewage collecting cavity 11 and the recovery area 31 are in a communicated structure under the action of the docking device 2 and are used for enabling sewage in the sewage collecting cavity 11 to flow into the recovery area 31, so that the sewage collecting effect is achieved.

Wherein, mainly for when the mopping machine 1 berths or places on the base station 3, realize interfacing apparatus 2 and make and be communicating structure between dirty chamber 11 of collection and the recovery area 31 and can be used for sewage to flow from dirty chamber 11 of collection and enter into the recovery area 31 and collect, realize that base station 3 docks the sewage on the mopping machine 1 and collect.

Alternatively, the first cleaning member 101 may be configured to be movable, such as a roller structure, to implement the rolling rotation of the first cleaning member 101 on the floor surface for cleaning the floor surface.

In this scheme, at least the partly of recovery area 31 is located collect dirty chamber 11 the downside and work as recovery area 31 with collect dirty chamber 11 and can make when communicating with each other collection dirty intracavity 11 sewage can enter into under gravity collection 31 is collected, and recovery area 31 is located the downside that collects dirty chamber 11 this moment when mopping machine 1 berths or places on base station 3, and collection dirty chamber 11 and recovery area 31 this moment are communicating structure under interfacing apparatus 2's effect, and sewage in collection dirty chamber 11 advances the natural flow under the action of gravity and enters into recovery area 31 through interfacing apparatus 2 in, realizes the collection effect of basic station 3 to sewage, and the simple structure of collecting to the recovery of sewage, be difficult to block up.

For the specific structural part of the recycling area 31 for collecting the sewage in the sewage collecting cavity 11, the docking device 2 includes a sewage outlet 21 and a first trigger 22, and the first trigger 22 is configured to trigger the sewage outlet 21 to be in an open configuration; the sewage outlet 21 is located on the mopping machine 1 and is set to be in a structure communicated with the sewage collecting cavity 11, the first touch member 22 is located on the base station 3, at least one part of the first touch member 22 is located on the lower side of the sewage outlet 21, when the mopping machine 1 stops or is placed on the base station 3, the first touch member 22 of the docking device 2 touches the sewage outlet 21 in the vertical direction under the action of gravity of the mopping machine 1, so that the sewage outlet 21 is opened, and after the sewage outlet 21 is opened, sewage in the sewage collecting cavity 11 can flow downwards under the action of gravity and enter the recovery area 31 through the sewage outlet 21, so that the effect of docking and collecting the sewage is achieved.

The sewage outlet 21 is configured to be openable and closable, and when the sewage outlet 21 is opened, the sewage outlet 21 is configured to be an open structure facing a lower direction so that sewage in the sewage collecting chamber 11 naturally flows through the sewage outlet 21 under the action of gravity, the recovery area 31 is correspondingly provided with a sewage inlet 311, the sewage outlet 21 and the sewage inlet 311 are configured to be communicable, when the first touch member 22 touches the sewage outlet 21 to be opened, a communication structure is formed between the sewage outlet 21 and the sewage inlet 311 in a vertical direction, and when the sewage in the sewage collecting chamber 11 flows through the sewage outlet 21 and flows downward into the sewage inlet 311 under the action of gravity, the sewage can flow downward into the recovery area 31.

Wherein the sewage outlet 21 is provided with a sewage opening and closing member 12, the sewage opening and closing member 12 is arranged in a structure capable of moving or rotating relative to the sewage outlet 21, when the floor mopping machine 1 is located on the base station 3, at least a portion of the first triggering member 22 contacts the sewage shutter 12 to drive the sewage shutter 12 to move or rotate to open the sewage outlet 21, that is, when the floor mopping machine 1 is parked or placed on the base station 3 under the gravity of the floor mopping machine 1, the first touch member 22 contacts the sewage shutter 12 to realize the touch effect, the first touch member 22 enables the sewage shutter 12 to move in the vertical direction or rotate relative to the vertical direction, at this time, the first touch member 22 enables the sewage shutter 12 to open the sewage outlet 21, and a communication structure is formed between the sewage outlet 21 and the sewage inlet 311, so that the sewage in the sewage collecting cavity 11 can flow downwards to enter the recovery area 31 for collection.

Alternatively, the first trip member 22 may be provided in a cylindrical structure or a square structure protruding toward the mopping machine 1 or toward the upper direction, and the first trip member 22 may be touched to cause the sewage shutter 12 to open the sewage outlet 21.

Optionally, an elastic member may be disposed at one end of the sewage opening and closing member 12, the elastic member is used to realize the reset effect of the sewage opening and closing member 12, when the first touching member 22 touches the sewage opening and closing member 12 to move or rotate, the elastic member is in an elastic state at this time, when the first touching member 22 does not touch the sewage opening and closing member 12, the sewage opening and closing member 12 is reset to the original position under the elastic action of the elastic member at this time to realize the closing effect of the sewage outlet 21, that is, the opening and closing effect of the sewage opening and closing member 12 on the sewage outlet 21 can be realized.

In order to further improve the effect of collecting sewage, the middle part of the sewage outlet 21 and the middle position and/or the central position of the first touch piece 22 or the sewage inlet 311 are/is correspondingly arranged in the vertical direction, so that the sewage outlet 21 and the first touch piece 22 or the sewage inlet 311 can better correspond to each other in the vertical direction for passing through sewage, better sewage collection is realized, and the problem of sewage overflow can be effectively prevented; and/or the projection area formed by the sewage outlet 21 towards the recovery area 31 in the vertical direction is positioned within the outer diameter area of the sewage inlet 311, so that the effect that the outer diameter of the sewage inlet 311 is larger than that of the sewage outlet 21 is achieved, sewage is better butt-jointed and collected, and the problem of overflow of sewage is prevented; and/or, the projection area formed on the sewage outlet 21 towards the recovery area 31 in the vertical direction is located within the outer diameter area of the sewage inlet 311 and has a certain interval in the horizontal direction, the outer diameter of the sewage inlet 311 is larger than that of the sewage outlet 21, and a certain interval of the first gap part 4 is formed in the horizontal direction, so that the first gap part 4 can effectively prevent sewage from overflowing, and sewage flowing and collecting between the sewage outlet 21 and the sewage inlet 311 can be better.

The structure part of the mopping machine 1 of the present disclosure, the cleaning assembly 10 further includes a second cleaning member 102, and a garbage chamber 13 is disposed on one side of the second cleaning member 102, the garbage chamber 13 is at least used for collecting garbage moved by the second cleaning member 102, mainly the second cleaning member 102 cleans the garbage on the ground into the garbage chamber 13 for collection, and at least a portion of the recycling area 31 is located under the garbage chamber 13 to enable the garbage to fall into the recycling area 31 under gravity for collection, and at least a portion of the docking device 2 is further located between the recycling area 31 and the garbage chamber 13, the docking device 2 can enable the recycling area 31 and the garbage chamber 13 to be in a communicating structure for enabling the garbage in the garbage chamber 13 to enter the recycling area 31 under gravity for collection, when the mopping machine 1 is parked or placed on the base station 3, the recycling area 31 is located under the garbage chamber 13, be communicating structure between rubbish chamber 13 and the recovery area 31 this moment under interfacing apparatus 2's effect, rubbish in the rubbish chamber 13 advances to drop naturally under the action of gravity and enters into the recovery area 31 through interfacing apparatus 2 in, realizes the collection effect of basic station 3 to rubbish, and the simple structure of collecting to the recovery of rubbish is difficult to block up.

Wherein, mainly for when the mopping machine 1 berths or places on the base station 3, realize interfacing apparatus 2 and make and be communicating structure between rubbish chamber 13 and the recovery area 31 and can be used for rubbish to drop from rubbish chamber 13 and enter into the recovery area 31 and collect, realize that base station 3 docks the rubbish on the mopping machine 1 and collects.

Optionally, the second cleaning member 102 is configured as a rolling brush structure, so as to roll and rotate on the ground to sweep the garbage on the ground into the garbage cavity 13, thereby achieving the garbage collection effect.

For the specific structural part of the recycling area 31 for collecting the garbage in the garbage cavity 13, the docking device 2 further includes a garbage outlet 23 and a second triggering member 24, and the second triggering member 24 is configured to trigger the garbage outlet 23 to be in an open configuration; the garbage outlet 23 is located on the mopping machine 1 and is set to be communicated with the garbage cavity 13, the second touch member 24 is located on the base station 3, at least one part of the second touch member 24 is located on the lower side of the garbage outlet 23, when the mopping machine 1 stops or is placed on the base station 3, the second touch member 24 of the docking device 2 touches the garbage outlet 23 in the vertical direction under the action of gravity of the mopping machine 1, so that the garbage outlet 23 is opened, and after the garbage outlet 23 is opened, garbage in the garbage cavity 13 can fall downwards under the action of gravity and enter the recovery area 31 through the garbage outlet 23, so that the effect of docking and collecting the garbage is achieved.

The garbage outlet 23 is configured to be an openable structure, and when the garbage outlet 23 is opened, the garbage outlet 23 is configured to be an open structure facing the lower direction, the recovery area 31 is correspondingly provided with a garbage inlet 314, the garbage outlet 23 and the garbage inlet 314 are configured to be communicable, when the second trigger 24 triggers the garbage outlet 23 to be opened, a communication structure is formed between the garbage outlet 23 and the dirty garbage inlet 314 in the vertical direction, and at this time, the garbage in the garbage chamber 13 can fall through the garbage outlet 23 and move downward into the garbage inlet 314 under the action of gravity, so that the garbage falls downward and moves into the recovery area 31.

Wherein the garbage outlet 23 is provided with a garbage opening and closing member 14, the garbage opening and closing member 14 is arranged in a structure capable of moving or rotating relative to the garbage outlet 23, when the mopping machine 1 is positioned on the base station 3, at least a portion of the second triggering member 24 contacts the garbage closure 14 to move or rotate the garbage closure 14 to open the garbage outlet 23, that is, when the floor mopping machine 1 is parked or placed on the base station 3 under the gravity of the floor mopping machine 1, the second touch member 24 contacts the garbage closure 14 to realize a touch effect, the second touch member 24 enables the garbage closure 14 to move in the vertical direction or rotate relative to the vertical direction, at this time, the second touch member 24 enables the garbage closure 14 to open the garbage outlet 23, and a communication structure is formed between the garbage outlet 23 and the garbage inlet 314, so that the garbage in the garbage cavity 13 can fall downwards and move into the recovery area 31 for collection.

The mopping machine 1 of this scheme realizes independently collecting rubbish and sewage, makes things convenient for basic station 3 to come to dock the collection to rubbish and the sewage of collecting on the mopping machine 1, effectively solves current mopping machine 1 and is unfavorable for basic station 3 to dock the problem of collecting after collecting rubbish and sewage mixture.

Alternatively, the second trip member 24 may be provided in a cylindrical or square configuration that is convex toward the mopping machine 1 or upward, and the second trip member 24 may be touch activated to cause the waste opening and closing member 14 to open the waste outlet 23.

Alternatively, an elastic member may be disposed at one end of the garbage opening and closing member 14, the elastic member is used to realize the reset effect of the garbage opening and closing member 14, when the second touching member 24 touches the garbage opening and closing member 14 to move or rotate, the elastic member is in an elastic state, when the second touching member 24 does not touch the garbage opening and closing member 14, the elastic member is used to reset the garbage opening and closing member 14 to the original position under the elastic action of the elastic member to realize the closing effect of the garbage outlet 23, that is, the garbage opening and closing effect of the garbage opening and closing member 14 to the garbage outlet 23 can be realized.

In order to further improve the effect of collecting the garbage, the middle part of the garbage outlet 23 and the middle part and/or the center position of the second contact member 24 or the garbage inlet 314 are/is correspondingly arranged in the vertical direction, so that the garbage outlet 23 and the second contact member 24 or the garbage inlet 314 can better correspond to each other in the vertical direction for the passage of the garbage, better garbage collection is realized, and the problem of garbage overflow can be effectively prevented; and/or, the projection area formed on the garbage outlet 23 in the vertical direction towards the recycling area 31 is located within the outer diameter area of the garbage inlet 314, so that the effect that the outer diameter of the garbage inlet 314 is larger than that of the garbage outlet 23 is achieved to better butt joint and collect garbage, and the problem of garbage overflow is prevented; and/or the projection area formed by the garbage outlet 23 towards the recycling area 31 in the vertical direction is positioned within the outer diameter area of the garbage inlet 314 and is provided with a certain interval in the horizontal direction, the outer diameter of the garbage inlet 314 is larger than that of the garbage outlet 23, and the second gap part 5 is formed at a certain interval in the horizontal direction, the second gap part 5 can effectively prevent the garbage from overflowing, and the garbage can be better dropped and moved between the garbage outlet 23 and the garbage inlet 314 to be collected.

It can be seen that this scheme mainly sets up interfacing apparatus 2 and realizes collecting respectively rubbish and sewage to mainly utilize gravity to come to dock rubbish and sewage on the mopping machine 1 and collect 3 basic stations in, because of independently collecting through the classification to rubbish and sewage, make the in-process of collecting be difficult to the jam problem that appears, holistic reliability is higher.

It is thus clear that this scheme interfacing apparatus 2's structural part realizes realizing contactless butt joint collection effect at the in-process of butt joint collection rubbish and sewage, promotes the collection ability to rubbish and sewage, effectively reduces the jam problem.

It can be seen that the structural part of docking assembly 2 of this scheme mainly realizes utilizing gravity to come to carry out the collection to rubbish and sewage in the vertical direction, forms contactless butt joint collection effect simultaneously in the vertical direction, effectively reduces docking assembly 2's jam problem to and form the interval collection effect on the horizontal direction at the butt joint in-process, realize the effective collection to sewage and rubbish.

It can be seen that docking arrangement 2 of this scheme can effectual realization touch the switching formation to the in-process of receiving a set of rubbish and butt joint and collecting sewage and whether to dock the effect of collecting, only need to place mopping machine 1 and utilize mopping machine 1's gravity to realize the effect of touching on base station 3, can form this moment and dock and collect sewage and butt joint and collect rubbish, make base station 3's overall structure simple, and mopping machine 1's simple structure, the inefficacy other valve body structures that set up, reduction that can be very big docks the risk of jam.

It can be seen that the power that the butt joint touched is realized to the gravity that the interfacing apparatus 2 of this scheme utilized mopping machine 1, can realize the effective switching effect of sewage export 21 and rubbish export 23, promotes the butt joint and collects rubbish and the reliability that sewage was collected in the butt joint.

In the scheme, for the recycling part of the recycling area 31 for recycling the collected garbage and sewage, the volume of the recycling area 31 is set to be more than twice of the volume of the garbage collecting cavity 11 and/or the garbage cavity 13, so that the recycling area 31 can better contain the collected garbage and sewage; or, the volume of the recycling area 31 is set to be more than twice of the sum of the volume of the dirt collecting cavity 11 and the volume of the garbage cavity 13, so that the recycling area 31 can better contain the collected garbage and the sewage; the area ratio of the garbage outlet 23 on the inner bottom end surface of the garbage cavity 13 is greater than the area ratio of the sewage outlet 21 on the inner bottom end surface of the sewage collecting cavity 11, so that the outer diameter of the garbage outlet 23 or the part for garbage to pass through is relatively large to facilitate the passage of garbage, the garbage outlet 23 is prevented from being blocked by garbage with large volume, the outer diameter of the sewage outlet 21 or the part for sewage to pass through is relatively small to realize the centralized flow of sewage to prevent the sewage from diffusing and overflowing, and the collection effect on the garbage and the sewage is improved; and/or, the outer diameter that the rubbish export 23 is used for rubbish to pass through is greater than the outer diameter that the sewage export 21 is used for sewage to pass through, realizes that the rubbish export 23 is provided with great external diameter and is used for the passing through of rubbish, prevents that rubbish from blockking up rubbish export 23, and the sewage export 21 sets up the relative less external diameter and is used for sewage to concentrate to pass through, prevents that sewage from diffusing excessive, promotes the collection effect to rubbish and sewage on the whole.

In order to further improve the effect of butt-joint collection of garbage and sewage, a first gap part 6 is arranged between the garbage outlet 23 and the recovery area 31 in the vertical direction, so that the recovery area 31 is not in direct contact with the garbage outlet 23, and a structure that the garbage outlet 23 is not in contact with the garbage inlet 314 is realized by arranging the first gap part 6 in the vertical direction, so that the garbage is prevented from easily blocking the garbage outlet 23 or the garbage inlet 314, and better collection and treatment of the garbage can be realized; and/or a second gap 7 is arranged between the sewage outlet 21 and the recovery area 31 in the vertical direction, so that the recovery area 31 is not in direct contact with the sewage outlet 21, and a structure that the sewage outlet 21 is not in contact with the sewage inlet 311 is realized by forming the second gap 7 in the vertical direction, so that the sewage is prevented from easily blocking the sewage outlet 21 or the sewage inlet 311, and the sewage can be better collected and treated.

In the foregoing, the sewage outlet 21 can be arranged at the bottom of the sewage collecting cavity 11 for flowing of sewage, the garbage outlet 23 can be arranged at the bottom of the garbage cavity 13 for falling and moving of garbage, and the sizes or outer diameters of the garbage outlet 23 and the sewage outlet 21 can be arranged according to specific requirements, so that garbage can be better discharged by falling downward from the garbage cavity 13, and meanwhile, sewage can be better discharged by flowing downward from the sewage collecting cavity 11, and the effective collection of the garbage and sewage by the recovery area 31 is realized.

This scheme is at the butt joint in-process of collecting sewage and butt joint collection rubbish, realizes not mutually contacting and forms rubbish or the passageway that the sewage flow got into, can effectively solve the jam problem that the butt joint appears in the collection process, promotes the reliability of butt joint collection sewage and rubbish.

In order to further improve the maintenance function of the base station 3 on the mopping machine 1, the mopping machine 1 is provided with a clean water supply module 8 for supplying clean water, a clean water chamber can be arranged on the mopping machine 1 for containing clean water, the clean water supply module 8 comprises a power part, the power part can be arranged in a pump structure or a valve structure, the clean water supply module 8 supplies the clean water in the clean water chamber to the first cleaning part 101 to clean the ground, the clean water supply module 8 is arranged in a structure which is respectively communicated with the sewage collecting chamber 11 and the garbage chamber 13 to flush and clean the sewage collecting chamber 11 and the garbage chamber 13, the garbage is moved to be discharged through the garbage outlet 23 and enter the recovery area 31 for collection through the garbage inlet 314 by supplying clean water to the garbage chamber 13 and the sewage collecting chamber 11 to flush and clean the garbage chamber 13 compactly, the garbage residue in the garbage cavity 13 is prevented from falling and being discharged well, the capacity of butt joint and garbage collection is improved, the garbage cavity 13 is cleaned to prevent the garbage cavity 13 from going moldy and smelly, meanwhile, the clear water is used for washing the sewage collection cavity 11, so that the sewage in the sewage collection cavity 11 can be washed, flowed, discharged through the sewage outlet 21 and enter the recovery area 31 through the sewage inlet 311 for collection, the residual dirt in the sewage collection cavity 11 can be prevented, the cleaning effect on the sewage collection cavity 11 can be realized to prevent the sewage collection cavity 11 from going moldy and smelly under long-time dirt, the washing structure greatly improves the capacity and effect of collecting the garbage and the sewage, the garbage and the sewage can be collected into the recovery area 31 thoroughly, the garbage residue in the garbage cavity 13 is prevented, and the sewage residue in the sewage collection cavity 11 is prevented; and/or, be provided with fluid infusion module 32 on the base station 3 when the mopping machine 1 stops on the base station 3 fluid infusion module 32 with the clear water supply module 8 correspond can form the communicating structure and form fluid infusion module 32 can supply the clear water to clear water supply module 8, promptly through set up fluid infusion module 32 on base station 3 to supply the clear water to clear water supply module 8 and supply the clear water, can be for fluid infusion module 32 including being provided with clear water tank and power unit, power unit can set up to pump structure or valve structure, power unit work supplies clear water in the clear water tank to clear water supply module 8 supplyes, promptly supply to the clear water intracavity, realize the automatic clear water adding effect to mopping machine 1, when the mopping machine 1 stops or places on base station 3, can set up into liquid portion on mopping machine 1 or clear water supply module 8, the liquid inlet part is communicated with the clean water cavity, the liquid outlet part is correspondingly arranged on the base station 3 or the liquid supplementing module 32 and is communicated with the clean water tank, when the mopping machine 1 is parked or placed on the base station 3, the liquid inlet part corresponds to the liquid outlet part or corresponds to the liquid outlet part in position and is in butt joint connection to realize the formation of a communication structure, at the moment, the clean water can enter the liquid inlet part through the liquid outlet part and enter the clean water cavity, and the effect that the base station 3 supplements the clean water for the mopping machine 1 is realized.

It is thus clear that this scheme utilizes the clear water to dash to drench the washing to rubbish chamber 13 or the dirty chamber 11 of collection on mopping machine 1, so that rubbish in the rubbish chamber 13 or the dirty sewage in the dirty chamber 11 of collection can effectually be drenched and get off and get into and collect in recovery area 31, prevent that rubbish in the rubbish chamber 13 is difficult to pass through 23 exhaust problems of rubbish export, prevent simultaneously that dirty 11 contents of collection from remaining dirty problem, the clear water can also realize the cleaning performance to rubbish chamber 13 or dirty case of collection, can prevent that dirty 11 or rubbish chamber 13 of collection from going mildy and smelly problem easily under the dirty state of longer time, very big promotion is to the butt joint collection effect of rubbish and sewage.

In order to further promote clean water to carry out better flushing and cleaning on the garbage cavity 13 or the sewage collection cavity 11, a spraying and cleaning part 15 is arranged in the sewage collection cavity 11 and/or the garbage cavity 13, and the spraying and cleaning part 15 is of a structure which can be communicated with the clean water supply module 8; the spraying part 15 is provided with a nozzle 151, at least one part of the nozzle 151 correspondingly faces the sewage collection cavity 11 and/or different parts of the side part of the garbage cavity 13 to form a circumferential spraying structure, and the spraying part 15 is arranged to spray clean water to correspondingly spray and flush the garbage cavity 13 or the sewage collection cavity 11, so that garbage in the garbage cavity 13 and sewage in the sewage collection cavity 11 can be effectively sprayed and moved to be discharged into the recovery area 31 for collection; and/or, be provided with spout 151 on the portion of washing 15 just the portion of washing 15 sets up to rotatable, can swing or mobilizable structure forms the orientation that corresponds collect dirty chamber 11 and/or the structure that the different positions in rubbish chamber 13 come to spout and wash, through the portion of washing 15 realize to rubbish chamber 13 or collect the different positions large tracts of land in the dirty chamber 11, diversified washing effect that washes, be favorable to collecting in the effectual clean entering recovery area 31 of the effective discharge of rubbish in the rubbish chamber 13, be favorable to simultaneously collecting in the effectual clean entering recovery area 31 of the effective discharge of sewage in the dirty chamber 11 of collection, promote the washing effect that washes of rubbish chamber 13 and collection dirty chamber 11.

Wherein, to the rotatable or can the moving structure of spray rinsing portion 15, can set up the motor, the motor realizes the rotatable or moving structure of drive spray rinsing portion 15, and the motor start-up during operation can drive spray rinsing portion 15 and carry out synchronous rotation or removal, realizes effectively drenching the washing to the different positions in rubbish chamber 13, the dirty chamber 11 of collection.

Optionally, the number of the spraying part 15 or the nozzle 151 may be plural, and the spraying part or the nozzle may be disposed at different positions in the garbage chamber 13 or the dirt collecting chamber 11 to realize a structure of performing shower cleaning from multiple directions, so as to realize a structure of lifting clean water to perform shower cleaning.

In order to facilitate maintenance of the base station 3, the base station 3 includes a station main body 33, the recovery area 31 is detachably mounted on the station main body 33, or the recovery area 31 is detachably mounted on the station main body 33 through a drawing opening 34 formed in a side position of the station main body 33, that is, the recovery area 31 is configured as a cavity or a box structure and is configured as a structure detachably mounted on the station main body 33, so that the recovery area 31 is conveniently mounted or dismounted, and a user can tilt and maintain the recovery area 31 after removing the recovery area 31, thereby improving the maintenance effect of the user on the recovery area 31; the recycling area 31 includes a first area 312 and a second area 313, the first area 312 and the second area 313 are configured as a cavity structure, the first area 312 is configured as a structure capable of communicating with the dirt collecting cavity 11, the second area 313 is configured as a structure capable of communicating with the dirt collecting cavity 13, so as to achieve corresponding collection of the sewage by the first area 312, the second area 313 is configured to correspondingly collect the garbage, so as to achieve independent classification of the garbage and the sewage, so as to facilitate users to dump the garbage and the sewage, and solve the problem that the users need to classify the garbage and the sewage, of course, the first area 312 and the second area 313 may also be configured as a communicating structure to achieve mixed collection of the garbage and the sewage, so as to achieve one-time dumping treatment of the recycling area 31 by the users, so as not to classify the garbage and the sewage, and whether the first area 312 and the second area 313 are configured as a communicating structure or configured as a cavity junction independent from each other may be correspondingly set according to the needs of the users And (5) forming.

In order to facilitate the maintenance of the base station 3, the first area 312 and/or the second area 313 of the present embodiment are configured to be detachably mounted on the station main body 33, the first area 312 may be detachably mounted on the station main body 33 of the base station 3 to facilitate the user to perform the dumping maintenance on the first area 312, or the second area 313 may be configured to be detachably mounted on the station main body 33 of the base station 3 to facilitate the user to perform the dumping maintenance on the second area 313; alternatively, the first area 312 and/or the second area 313 may be configured to be detachably mounted on the station body 33 through the draw port 34 provided at a side position of the station body 33, that is, the first area 312 and/or the second area 313 may be mounted at the draw port 34 position to enable a user to mount and dismount the first area 312 and the second area 313 even if the mopping machine 1 is parked or placed on the base station 3, so that the user can perform a maintenance dumping process on the first area 312 and the second area 313.

Optionally, the first zone 312 and the second zone 313 of the present disclosure may be configured as an integral structure to facilitate the user to perform the dumping maintenance treatment, or may be configured as a split structure to enable the user to perform the independent dumping maintenance treatment on the first zone 312 and the second zone 313 respectively.

In order to further promote the maintenance function of base station 3 to mopping machine 1, this scheme be provided with spacing portion 35 on the base station 3 and make and work as mopping machine 1 stops when 3 last the time can be right mopping machine 1 forms spacing the placing, mainly sets up the structure that carries out spacing to mopping machine 1's handle pole on base station 3's the station main part 33 for when mopping machine 1 stops on base station 3, form the structure of spacing contact between the lateral part position of mopping machine 1's handle pole and the lateral part position of station main part 33, can effectually prevent that the handle pole from empting, and form the injecture of the position that mopping machine 1 stopped on base station 3, realize that mopping machine 1 stops stably on base station 3.

Alternatively, the stopper 35 is located at a side position of the station main body 33, and the stopper 35 is implemented to contact the stopper structure at a side position of the handle bar of the mopping machine 1.

In order to further improve the maintenance function of the base station 3 on the mopping machine 1, the scheme mainly sets the following maintenance functions for the base station 3 to perform maintenance processing on the mopping machine 1:

the base station 3 is used for docking and collecting garbage and sewage when the mopping machine 1 is parked, so that docking maintenance treatment is realized.

And/or, be provided with sterilizing equipment on the station main part 33 just sterilizing equipment is used for right recovery area 31 carries out germicidal treatment, mainly sets up sterilizing equipment at recovery area 31 and comes germicidal treatment to sewage and rubbish, and sterilizing equipment can set up to ultraviolet ray structure or ozone structure, can prevent that the problem that mildewing smelly from appearing in recovery area 31.

And/or, be provided with drying module on the main part 33 of standing and drying module is used for at least right clean subassembly 10 and/or recovery district 31 carries out drying process, mainly set up drying module and carry out drying process to clean subassembly 10, drying module can also be for carrying out drying process to recovery district 31 simultaneously, can set up drying module for the structure that has the stoving function or the structure of air-dry function, if set up fan and heating element on main part 33 of standing, heating element generates heat and provides the heat and drives the realization through the fan with the heat and carry out drying process to clean subassembly 10 or recovery district 31, also can only set up the fan and carry out the processing of drying to clean subassembly 10 or recovery district 31, and then realize preventing that clean subassembly 10 from going mildy and smelly, and prevent that recovery district 31 from going mildy and smelly.

And/or, be provided with the cleaning solution module on the station main part 33 and the cleaning solution module is used for supplying the cleaning solution at least and comes to wash cleaning assembly 10, mainly provides the cleaning agent through the cleaning solution module and realizes the washing to cleaning assembly 10, promotes the washing effect to cleaning assembly 10, can set up the cleaning solution module and come to be supplied with clear water through fluid infusion module 32 and supply module 8 with the cleaning solution and realize the washing to cleaning assembly 10 on supplying cleaning assembly 10 through the clear water.

And/or, be provided with charging device on the station main part 33 just charging device is used for right mopping machine 1 supplements the electric quantity, mainly sets up two electrode pieces on mopping machine 1, and the mutual contact through the electrode piece realizes that basic station 3 is to the charging effect of mopping machine 1 that can charge when mopping machine 1 docks on basic station 3 and supplyes, realizes the effect of automatic charging promptly.

Therefore, the base station 3 can realize multifunctional maintenance processing of the mopping machine 1, the maintenance processing effect of the base station 3 on the mopping machine 1 is greatly improved, the problem that a user frequently carries out maintenance processing on the mopping machine 1 is solved, the user only needs to regularly or periodically carry out maintenance processing on the base station 3, and the use experience effect of the user is greatly improved.

The working principle is as follows: the mopping machine 1 of the scheme mainly cleans and collects garbage on the ground, cleans and collects the garbage on the ground and collects sewage, realizes the cleaning effect on the ground, and simultaneously sets the base station 3 to maintain the mopping machine 1, and mainly butt-joints and collects the garbage and sewage collected by the mopping machine 1 into the base station 3, wherein the garbage and sewage flow under the gravity and enter the recovery area 31 on the base station 3 to be collected by the butt-joint device 2, thereby solving the problems of poor collection effect and high noise of the prior base station 3 which adopts a fan to absorb and collect the garbage and sewage, effectively collecting the garbage and sewage into the recovery area 31 in the butt-joint process, and arranging the garbage cavity 13 and the sewage collecting cavity 11 on the mopping machine 1 to flush and collect the garbage and the sewage into the recovery area 31 better, promote basic station 3 to mopping machine 1's maintenance treatment effect and maintenance treatment efficiency, can realize simultaneously that dirty chamber 11 and rubbish chamber 13 of collection drench the washing, can effectual solution mopping machine 1 go up moldy, smelly problem, the structure of recovery area 31 also convenience of customers carries out timely processing of empting and maintains, very big promotion user's use experience effect.

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 as defined by the appended claims.

Claims (17)

1. The floor mopping machine system comprises a floor mopping machine and a base station, wherein the base station is used for carrying out maintenance processing on the floor mopping machine and is characterized in that: the mopping machine is provided with a cleaning assembly, and the cleaning assembly is used for cleaning the ground;

the cleaning assembly comprises a first cleaning piece, a dirt collecting cavity is arranged on the floor mopping machine, and the dirt collecting cavity is used for collecting sewage on the first cleaning piece;

the base station is provided with a recovery area which is at least provided with a structure communicated with the sewage collecting cavity;

the sewage treatment device is characterized by further comprising a butt joint device, at least one part of the butt joint device is located between the recovery area and the sewage collecting cavity, and the butt joint device enables the recovery area and the sewage collecting cavity to be in a communicated structure.

2. The mopping system of claim 1, wherein: at least one part of the recovery area is positioned at the lower side of the sewage collecting cavity, and when the recovery area is communicated with the sewage collecting cavity, sewage in the sewage collecting cavity can enter the recovery area under the gravity to be collected.

3. The mopping system of claim 2, wherein: the butt joint device comprises a sewage outlet and a first touch piece, and the first touch piece is arranged to touch the sewage outlet to be in an open structure;

the sewage outlet is positioned on the floor mopping machine and is set into a structure communicated with the sewage collecting cavity, the first touch member is positioned on the base station, and at least one part of the first touch member is positioned on the lower side of the sewage outlet.

4. The mopping system of claim 3, wherein: but sewage outlet sets up to open closed structure, and works as sewage outlet sets up to be the open structure towards downside direction when opening, what correspond on the recovery area is provided with the sewage entry, sewage outlet with sewage entry sets up to communicating structure.

5. The mopping system of claim 4, wherein: the sewage outlet is provided with a sewage opening and closing part, the sewage opening and closing part is arranged to be a structure capable of moving or rotating relative to the sewage outlet, and when the mopping machine is positioned on the base station, at least one part of the first touch part contacts the sewage opening and closing part to drive the sewage opening and closing part to move or rotate to open the sewage outlet.

6. The mopping system of claim 5, wherein: the middle part of the sewage outlet and the middle position and/or the central position of the first touch piece or the sewage inlet are/is arranged in a vertical direction correspondingly;

and/or the projection area formed by the sewage outlet in the vertical direction towards the recovery area is positioned within the outer diameter area of the sewage inlet;

and/or the sewage outlet is positioned in the outer diameter area of the sewage inlet towards the projection area formed on the recovery area in the vertical direction and is provided with a certain interval of first gap parts in the horizontal direction.

7. The mopping system of claim 6, wherein: the cleaning assembly further comprises a second cleaning piece, a garbage cavity is formed in one side of the second cleaning piece, the garbage cavity is at least used for collecting garbage transferred by the second cleaning piece, at least one part of the recovery area is located on the lower side of the garbage cavity, at least one part of the butt joint device is further located between the recovery area and the garbage cavity, and the butt joint device enables the recovery area and the garbage cavity to be in a communicated structure so that the garbage in the garbage cavity can enter the recovery area under gravity to be collected.

8. The mopping system of claim 7, wherein: the docking device further comprises a garbage outlet and a second touch piece, wherein the second touch piece is arranged to touch the garbage outlet to be in an open structure;

the garbage outlet is located on the mopping machine and is set to be communicated with the garbage cavity, the second touch piece is located on the base station, and at least one part of the second touch piece is located on the lower side of the garbage outlet.

9. The mopping machine system according to claim 8, wherein: the rubbish export sets up to open closed structure, and works as the rubbish export sets up to be towards the open structure of downside direction when opening, what correspond on the recovery area is provided with rubbish entry, the rubbish export with rubbish entry sets up to communicating structure.

10. The mopping system of claim 9, wherein: the garbage outlet is provided with a garbage opening and closing part, the garbage opening and closing part is arranged to be a structure capable of moving or rotating relative to the garbage outlet, and when the mopping machine is positioned on the base station, at least one part of the second touch part contacts the garbage opening and closing part to drive the garbage opening and closing part to move or rotate to open the garbage outlet.

11. The mopping machine system according to claim 10, wherein: the middle part of the garbage outlet and the middle part and/or the central position of the second touch piece or the garbage inlet are/is arranged in a vertical direction correspondingly;

and/or the projection area formed on the garbage outlet towards the recovery area in the vertical direction is positioned within the outer diameter area of the garbage inlet;

and/or the projection area formed by the garbage outlet towards the recovery area in the vertical direction is positioned within the outer diameter area of the garbage inlet, and the second gap part is spaced in the horizontal direction.

12. The mopping machine system according to claim 11, wherein: the volume of the recovery area is set to be more than twice of the volume of the sewage collection cavity and/or the garbage cavity;

or the volume of the recovery area is set to be more than two times of the sum of the volume of the sewage collecting cavity and the volume of the garbage cavity;

and the area occupation ratio of the garbage outlet on the inner bottom end face of the garbage cavity is larger than that of the sewage outlet on the inner bottom end face of the sewage collection cavity, and/or the outer diameter of the garbage outlet for garbage to pass through is larger than that of the sewage outlet for sewage to pass through.

13. The mopping system of claim 11, wherein: a first gap part is arranged between the garbage outlet and the recovery area in the vertical direction, so that the recovery area is not in direct contact with the garbage outlet;

and/or a second gap part is arranged between the sewage outlet and the recovery area in the vertical direction, so that the recovery area is not in direct contact with the sewage outlet.

14. The mopping system of claim 11, wherein: the mopping machine is provided with a clean water supply module for supplying clean water;

the clear water supply module is arranged to be communicated with the sewage collection cavity and the garbage cavity respectively so as to flush and clean the sewage collection cavity and the garbage cavity;

and/or the base station is provided with a liquid supplementing module, and when the mopping machine stops on the base station, the liquid supplementing module and the clear water supply module correspond to each other to form a communication structure so as to form a structure that the liquid supplementing module can supplement clear water to the clear water supply module.

15. The mopping system of claim 14, wherein: a spraying part is arranged in the sewage collecting cavity and/or the garbage cavity and is communicated with the clear water supply module;

the spraying part is provided with a nozzle, and at least one part of the nozzle is correspondingly arranged towards different parts of the side part of the sewage collecting cavity and/or the garbage cavity to form a circumferential spraying structure;

and/or the spraying part is provided with a nozzle and is arranged into a rotatable, swingable or movable structure to form a corresponding structure facing the sewage collecting cavity and/or different parts of the garbage cavity for spraying.

16. The mopping system of any one of claims 11-15, wherein: the base station comprises a station main body, the recovery area is arranged to be detachably mounted on the station main body or the recovery area is arranged to be detachably mounted on the station main body through a drawing opening arranged on a side position of the station main body;

the recycling area comprises a first area and a second area, the first area and the second area are arranged to be cavity structures, the first area is arranged to be a structure capable of being communicated with the sewage collecting cavity, and the second area is arranged to be a structure capable of being communicated with the garbage cavity;

the first zone and/or the second zone are provided as a structure that is detachably mounted on the station body;

alternatively, the first region and/or the second region may be provided so as to be detachably attached to the station body through a drawing port provided at a side position of the station body.

17. The mopping system of claim 16, wherein: the base station is provided with a limiting part so that the mopping machine can be limited and placed when the mopping machine is stopped on the base station:

and/or a sterilization device is arranged on the station main body and is used for sterilizing the recovery area;

and/or a drying module is arranged on the station main body and is at least used for drying the cleaning assembly and/or the recovery area;

and/or a cleaning liquid module is arranged on the station main body and is at least used for supplying cleaning liquid to clean the cleaning assembly;

and/or, be provided with charging device on the station main part just charging device is used for right the mopping machine carries out the supplementary electric quantity.

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