CN215838804U

CN215838804U - Cleaning machine system

Info

Publication number: CN215838804U
Application number: CN202121901120.0U
Authority: CN
Inventors: 高新忠; 高令宇; 方恩光; 韦宜军; 邓杰
Original assignee: Hangzhou Yinglete Intelligent Technology Co ltd
Current assignee: Hangzhou Yinglete Intelligent Technology Co ltd
Priority date: 2021-08-14
Filing date: 2021-08-14
Publication date: 2022-02-18
Anticipated expiration: 2031-08-14

Abstract

A cleaning machine system comprises a cleaning machine and a base station, wherein the base station is used for placing the cleaning machine for maintenance, the cleaning machine comprises a first main body and a second main body, and the second main body is arranged in a structure capable of rotating relative to the first main body; the cleaning machine also comprises a floor brush component arranged on the first main body, and a movable mopping piece is arranged on the floor brush component to contact the ground for cleaning; the cleaning machine also comprises a dirt collecting area and a liquid supply area, a dirt collecting channel is arranged between the dirt collecting area and the floor brush assembly to form a communicated structure, and the liquid supply area is connected with the floor brush assembly and is used for supplying cleaning liquid to the mopping piece; the sewage collecting area is provided with a first sewage draining part, and the liquid supply area is provided with a first liquid supply part; and the base station is provided with a corresponding second sewage discharge part and a corresponding second liquid supply part. The scheme mainly solves the problems that the existing cleaning machine needs to be frequently maintained, so that a user is inconvenient to use and poor in experience effect, and solves the problems that the existing cleaning machine is poor in cleaning effect of mop and cannot effectively collect sewage.

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 mainly treats dirt on the ground, the cleaning machine mainly has a mopping machine for executing a mopping function and a floor washing machine for executing a floor washing function, the mopping function and the floor washing function are both provided with mop cloth to clean the ground, the cleaning machine is required to provide clean water for the mop cloth in the cleaning treatment process of the ground, and the sewage absorbed on the mop cloth in the process of cleaning the ground is collected, the volume of a clean water tank for supplying clean water and a sewage tank for collecting the sewage is limited due to the limitation of the integral structure of the cleaning machine, the cleaning machine is required to be used for frequently adding clean water into the clean water tank and dumping the sewage tank, meanwhile, the sewage tank is required to be cleaned and maintained, so that a user is inconvenient to use and poor in experience effect.

Meanwhile, the structure of the existing cleaning machine is poor in collection effect of sewage, and cannot well concentrate and guide and collect sewage, so that the cleaning effect on the ground is poor, the problem of secondary pollution to the ground easily exists, the cleaning effect on the mop is poor in the process of cleaning the mop on the cleaning machine, the sewage on the mop cannot be well effectively collected, and the cleaning effect on the ground is poor.

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 problems of inconvenient use and poor experience effect of users caused by frequent maintenance of the existing cleaning machine, and solves the problems of poor cleaning effect of the existing cleaning machine on mops and incapability of effectively collecting sewage.

The embodiment of the utility model provides a cleaning machine system, which comprises a cleaning machine and a base station, wherein the base station is used for placing the cleaning machine for maintenance, the cleaning machine comprises a first main body and a second main body, and the second main body is arranged in a structure capable of rotating relative to the first main body; the cleaning machine also comprises a floor brush component, the floor brush component is arranged on the first main body, and a movable mopping piece is arranged on the floor brush component to contact the ground for cleaning; the cleaning machine also comprises a dirt collecting area and a liquid supply area, a dirt collecting channel is arranged between the dirt collecting area and the floor brush assembly to form a communicated structure, and the liquid supply area is connected with the floor brush assembly and is used for supplying cleaning liquid to the mopping piece; the sewage collecting area is provided with a first sewage draining part, and the liquid supply area is provided with a first liquid supply part; the base station is provided with a second sewage discharge part corresponding to the first sewage discharge part and a second liquid supply part corresponding to the first liquid supply part.

In the cleaning machine system, the base station is provided with the third main body and the fourth main body, the third main body is provided with the first opening portion facing the first main body, at least one portion of the third main body forms a mutual contact structure with the first main body, and the fourth main body is provided with the second opening portion facing the second main body, at least one portion of the fourth main body forms a mutual contact structure with the second main body.

In the cleaning machine system, the base station is provided with a liquid storage area corresponding to the liquid supply area, and the second liquid supply part is located on the liquid storage area; or the base station is provided with a liquid storage area corresponding to the liquid supply area, the second liquid supply part is positioned on the liquid storage area, and the liquid storage area is provided with a liquid inlet part for the cleaning liquid to flow into the liquid storage area.

In the cleaning machine system, the base station is provided with the sewage storage area corresponding to the sewage collection area, and the second sewage discharge part is positioned on the sewage storage area; or, be provided with on the basic station and hold dirty district and second blowdown portion and be located to hold dirty district and be provided with on holding dirty district and be used for carrying out outside circulation exhaust drainage portion with holding the sewage in the dirty district with album dirty district correspondence.

In the cleaning machine system, the third main body is provided with the cleaning area, the cleaning area is located on the lower side of the mopping piece, and the outer side of the cleaning area is provided with the supporting area and the supporting structure which is in contact with the bottom of the first main body is arranged at the supporting area.

In the cleaning machine system, the liquid storage area and the dirt collecting area are connected through the first channel and are used for supplying the cleaning liquid to the dirt collecting area for cleaning; and/or the liquid storage area and the dirt storage area are connected through the second channel and are used for supplying cleaning liquid to the dirt storage area for cleaning.

According to the cleaning machine system, the dirt collecting area is arranged on the second main body, the power mechanism is arranged on one side of the dirt collecting area, and the power mechanism is communicated with the dirt collecting area, so that when the power mechanism works, sewage enters the dirt collecting area through the dirt collecting channel to be collected.

In the cleaning machine system, the dirt collecting area is arranged on the first main body and is positioned on one side of the mopping piece, and at least one part of the dirt collecting channel is arranged on the lower side of the top of the mopping piece so that sewage flows under gravity into the dirt collecting channel and enters the dirt collecting area to be collected.

In the cleaning machine system, the first main body is provided with the dirt collecting assembly, the mopping piece is arranged to be of a structure capable of rotating and rolling along the first direction, at least one part of the dirt collecting area and one part of the dirt collecting assembly are located at the position of the outer side area from the top of the mopping piece to the bottom of the mopping piece along the first direction, and the dirt collecting assembly and the dirt collecting channel are arranged to be of a connected structure.

The cleaning machine system comprises a scraping part, wherein the scraping part is arranged into a structure which is in mutual contact with the outer surface of the mopping part, a guiding part is further arranged on the scraping part, the guiding part is arranged into a structure which extends out towards the lower side direction of the outer side of the mopping part and is connected with a dirt collecting channel.

In the cleaning machine system, the mopping piece is of a cylindrical structure, the scraping part is provided with the convex part, and the convex part is arranged to face the middle area of the section of the mopping piece or the central area of the section of the mopping piece to form a structure which is in contact with the outer surface of the mopping piece.

In the cleaning machine system, the convex part is arranged to be positioned from the top of the mopping piece to the area position of the mopping piece close to the side part of the dirt collecting area in the horizontal direction along the first direction to form a structure which is contacted with the outer surface of the mopping piece.

In the cleaning machine system, the first main body is provided with the liquid inlet portion, the liquid inlet portion is connected with the liquid supply area and used for supplying the cleaning liquid to the mopping piece, and the liquid inlet portion is arranged on the upper side of the convex portion, is arranged on the outer side of the mopping piece and is arranged on the position from the position of the side portion, far away from the dirt collecting area, of the mopping piece in the horizontal direction to the position of the area of the convex portion along the first direction so as to supply the cleaning liquid to the mopping piece.

The cleaning machine system comprises a cleaning machine body, wherein the cleaning machine body is provided with a cleaning machine body, the cleaning machine body is provided with a cleaning component, the cleaning component is arranged on the cleaning machine body and is in mutual contact with the outer surface of the cleaning component, and the cleaning component is arranged on the cleaning machine body, and the cleaning component is located on the position, away from the dirt collecting area, of the cleaning component to the liquid inlet portion, of the cleaning component in the first direction.

In the cleaning machine system, the liquid supply area is located on the second main body and/or on the first main body, and at least one part of the liquid supply area is arranged to be located on the upper side of the dirt collecting area.

When the first electrode plate and the third electrode plate form a contact structure and the second electrode plate and the fourth electrode plate form a mutual contact structure, the first sewage discharge part and the second sewage discharge part are correspondingly communicated, and the first liquid supply part and the second liquid supply part are correspondingly communicated.

In the cleaning machine system, the base station is provided with the drying module for drying the mopping piece and/or the sterilization module for sterilizing the mopping piece, and at least one part of the drying module is arranged to face the mopping piece.

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 can realize supplying with supplementary clear water to the cleaning machine and maintaining and handle and the sewage collection maintenance of discharging, solves the user and frequently comes to maintain the problem of handling to the cleaning machine, and the user only need regularly or periodically come to maintain the basic station handle can, very big promotion user experience effect.

The cleaning machine of this scheme sets up first main part and second main part, and the basic station sets up third main part and fourth main part and realizes berthhing to the stable contact of cleaning machine, promotes the stability that the cleaning machine placed on the basic station for the basic station can carry out reliable and stable maintenance to the cleaning machine.

The structure combination in the confession liquid district of this scheme drags the structure in piece and the dirty district of collection, can realize to dragging to wipe the piece and supply with clear water and carry out abluent in-process and realize to dragging to wipe a abluent sewage and get off the natural flow and collect the dirty district of collection at the action of gravity, can need not to set up the power structure of collecting sewage, overall structure is simple, collects the effect of sewage better.

The dirty subassembly of collection of this scheme's structure setting realizes leading the collection to dragging the sewage that wipes on the piece that the realization that can be better will dragging the piece to wiping the piece in carrying out the cleaning process to ground, promotes simultaneously to dragging the clean effect and the cleaning efficiency who wipes the piece, prevents the sewage dispersion, effectively solves the problem of sewage to the secondary pollution on ground.

The dirty subassembly of collection of this scheme's structure sets up can realize can preventing that sewage from being thrown away along with dragging the rotatory roll of piece in the collection process to sewage, realizes concentrating sewage and collects, can effectually prevent that sewage from being thrown away the problem of dispersion.

The dirty subassembly of collection of this scheme sets up scraping portion, convex part isotructure, realizes collecting sewage to dragging the scraping extrusion of wiping the piece, can effectively prevent to drag simultaneously to wipe a damaged problem emergence, ensures to drag to wipe a rotatory roll of getting off at high reliability, high stability's structure and realizes the discharge and the guide collection to sewage simultaneously through the extrusion, has promoted the reliability of cleaning machine.

The dirty subassembly structure of collection of this scheme is favorable to realizing carrying out abluent in-process to dragging and wipes the piece to realize that sewage separates with dragging fast, realizes that guide sewage in time leaves to drag and wipes the piece and flow the collection, further promotes to dragging the cleaning performance who wipes the piece, effectively prevents to drag the problem of wiping remaining sewage on the piece.

The basic station of this scheme can also utilize the liquid district that holds on the basic station to come to supply with clear water to wash dirty district of collection on the cleaning machine or the dirty district that holds on the basic station, realizes wasing the structural part of collecting sewage, and the effectual stinky problem that goes mildy and rot that prevents to appear in cleaning machine or basic station solves the problem that needs the manual washing of people simultaneously.

The basic station of this scheme can also realize charging, drying or sterilizing to dragging and wiping the piece to the cleaner, promotes user's use and experiences the effect, can effectively solve and drag and wipe a moldy, smelly problem.

Drawings

FIG. 1 is a schematic view of the overall structure of a cleaning machine with a dirt collecting area disposed on a first main body and a liquid supply area disposed on a second main body;

FIG. 2 is a schematic diagram of a base station;

FIG. 3 is a schematic view of the cleaning machine docked at a base station for maintenance processing;

FIG. 4 is a schematic view of the overall structure of the cleaning machine in which the dirt collecting area and the liquid supply area are both provided on the second body;

FIG. 5 is a schematic diagram of a base station;

FIG. 6 is a schematic diagram of the structure of the cleaning machine docked at a base station for maintenance processing;

reference numerals: 1-cleaning machine, 101-first body, 102-second body, 103-scrubbing brush component, 1031-scrubbing piece, 104-dirt collecting region, 1041-first dirt discharging part, 105-liquid supplying region, 1051-first liquid supplying part, 106-dirt collecting channel, 107-dirt collecting component, 1071-scraping part, 1072-guiding part, 1073-convex part, 108-liquid inlet part, 109-pressing part, 2-base station, 201-third body, 202-fourth body, 203-liquid storage region, 2031-second liquid supplying part, 2032-liquid inlet part, 204-dirt storage region, 2041-second dirt discharging part, 2042-liquid discharging part, 205-cleaning region and 206-supporting region.

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 cleaning machine system mainly comprises a cleaning machine 1 and a base station 2, wherein the cleaning machine 1 is mainly used for cleaning the floor on the ground, the base station 2 is mainly used for maintaining the cleaning machine 1, the maintenance treatment comprises the maintenance treatment of supplying clean water and discharging sewage to the cleaning machine 1, and therefore a user does not need to frequently maintain the cleaning machine 1 and only needs to regularly or periodically maintain the base station 2, and the use experience effect of the user is greatly improved.

The cleaning machine system comprises a cleaning machine 1 and a base station 2, wherein the base station 2 is used for placing the cleaning machine 1 for maintenance, the cleaning machine 1 comprises a first main body 101 and a second main body 102, the second main body 102 is arranged to be a structure capable of rotating relative to the first main body 101, and a user can drive the first main body 101 to move on the ground through the second main body 102 to perform a cleaning task on the ground.

Alternatively, the second body 102 is configured to be held by a user so as to facilitate the user to move the cleaning machine 1 by holding the second body 102.

The cleaning machine 1 of the scheme further comprises a floor brush assembly 103, the floor brush assembly 103 is mounted on the first main body 101, and a movable mopping piece 1031 is arranged on the floor brush assembly 103 to contact the floor for cleaning; the cleaning machine 1 further comprises a sewage collecting area 104 and a liquid supply area 105, wherein the liquid supply area 105 is mainly used for containing clean water, the sewage collecting area 104 is mainly used for collecting sewage, a sewage collecting channel 106 is arranged between the sewage collecting area 104 and the floor brush assembly 103 to form a communicated structure, and the liquid supply area 105 is connected with the floor brush assembly 103 and is used for supplying cleaning liquid to the mopping part 1031, namely supplying clean water; the sewage collecting area 104 is mainly used for collecting sewage formed by the mopping part 1031 in the cleaning process of contacting with clean water, a first sewage discharging part 1041 is arranged on the sewage collecting area 104, the first sewage discharging part 1041 is mainly used for discharging the sewage in the sewage collecting area 104 outwards, a first liquid supplying part 1051 is arranged on the liquid supplying area 105, the first liquid supplying part 1051 is mainly used for passing through the clean water to enable the clean water to enter the liquid supplying area 105, and the sewage of the mopping part 1031 in the cleaning process enters the sewage collecting channel 106 and enters the sewage collecting area 104 through the sewage collecting channel 106 to achieve the sewage collecting effect; in order to realize the maintenance treatment effect of the base station 2 on the cleaning machine 1, the base station 2 of the scheme is provided with the second sewage discharge part 2041 corresponding to the first sewage discharge part 1041, sewage in the sewage collection area 104 can be collected in the base station 2 through the first sewage discharge part 1041 and the second sewage discharge part 2041, and the second liquid supply part 2031 corresponding to the first liquid supply part 1051 is arranged, so that clean water can enter the liquid supply area 105 through the first liquid supply part 1051 and the second liquid supply part 2031 through the base station 2, the effects of supplying, supplementing, cleaning and discharging and collecting sewage of the base station 2 on the cleaning machine 1 are realized, the problem that a user frequently carries out maintenance treatment on the cleaning machine 1 is solved, the user only needs to carry out maintenance treatment on the base station 2 regularly or periodically, and the use experience effect of the user is greatly improved.

Optionally, the mop 1031 is configured for rotational rolling motion against the floor.

Aiming at the cleaning machine 1 placed on the base station 2 for maintenance treatment, the base station 2 of the scheme is provided with a third main body 201 and a fourth main body 202, the third main body 201 is provided with a first opening part facing the first main body 101, at least one part of the third main body 201 forms a mutual contact structure for the first main body 101, when the cleaning machine 1 is placed on the base station 2, the first main body 101 contacts the third main body 201 through the first opening part to form a supporting and placing structure, the first main body 101 is stably positioned on the third main body 201 to form a contact and supporting structure, meanwhile, the fourth main body 202 is provided with a second opening part facing the second main body 102, at least one part of the fourth main body 202 forms a mutual contact structure for the second main body 102, when the cleaning machine 1 is placed on the base station 2, the second main body 102 contacts the fourth main body 202 through the second opening part to form a limiting and placing structure, the second main body 102 is stably positioned on the fourth main body 202 to form a contact supporting structure, and the first main body 101, the second main body 102, the third main body 201 and the fourth main body 202 of the scheme have the advantages that the cleaning machine 1 can be stably placed on the base station 2 in a limiting supporting mode, and the base station 2 works to stably and reliably maintain the cleaning machine 1.

The following two ways are mainly used for the structure of the base station 2 for supplying fresh water to the cleaning machine 1:

the first mode is that the base station 2 is provided with the liquid storage area 203 corresponding to the liquid supply area 105, and the second liquid supply portion 2031 is located on the liquid storage area 203, when the cleaning machine 1 is located on the base station 2, the liquid supply area 105 and the liquid storage area 203 can be correspondingly communicated, and the first liquid supply portion 1051 and the second liquid supply portion 2031 can be correspondingly communicated, and the structure that the liquid supply area 105 and the liquid storage area 203 are communicated through the first liquid supply portion 1051 and the second liquid supply portion 2031 can be used for enabling the flow of clean water to enter the liquid supply area 105 to achieve the effect of supplying clean water, so that the user does not need to frequently supply clean water to the liquid supply area 105, and only needs to regularly or periodically supply clean water to the liquid storage area 203, and the clean water supply effect of the base station 2 to the cleaning machine 1 is achieved.

The second way is that, the base station 2 is provided with the liquid storage area 203 corresponding to the liquid supply area 105, the second liquid supply part 2031 is located on the liquid storage area 203, and the liquid inlet part 2032 for cleaning liquid to flow into the liquid storage area 203 is arranged on the liquid storage area 203, when the cleaning machine 1 is located on the base station 2, the liquid supply area 105 and the liquid storage area 203 can be communicated correspondingly, and the first liquid supply part 1051 and the second liquid supply part 2031 can be communicated correspondingly, and the structure for communicating the liquid supply area 105 and the liquid storage area 203 through the first liquid supply part 1051 and the second liquid supply part 2031 can be used for clean water to flow into the liquid supply area 105 to supplement clean water, so that the user does not need to supplement clean water to the liquid supply area 105 frequently, only needs to add clean water to the liquid storage area 203 periodically or periodically, the clean water supply effect of the liquid storage area 2031 by the base station 2 is realized, and the liquid inlet part 2 is arranged on the liquid storage area 203 at the same time, liquid inlet 2032 is set up to be linked together with liquid storage area 203 and is used for the entering of clear water, this moment liquid inlet 2032 can set up to directly dock indoor tap of user or the water pipe realizes making liquid storage area 203 directly add the clear water, need not the user to add the clear water to liquid storage area 203, make base station 2 also need not the user regularly to add the clear water like this, can realize realizing continuously adding clear water to liquid storage area 203 through indoor tap of user or water pipe, liquid storage area 203 can continuously dock to liquid supply area 105 with the clear water simultaneously.

Optionally, the first liquid supply portion 1051 and the second liquid supply portion may be configured to be an openable and closable structure, such as a valve structure, or a soft silicone structure, and the soft silicone structure may be deformed and opened during docking, and the soft silicone structure is in a closed state in a normal state, so as to achieve the effect that the first liquid supply portion 1051 and the second liquid supply portion 2031 are correspondingly communicated.

Optionally, the volume of the liquid storage region 203 is set to be a multiple of the volume of the liquid supply region 105, so that the liquid storage region 203 can replenish the liquid supply region 105 for multiple times with clean water, for example, a user adds clean water to the liquid storage region 203 once to realize that the liquid storage region 203 supplements clean water to the liquid supply region 105 for 10-30 times by butting, so that the user only needs to add clean water to the liquid storage region 203 periodically.

For the structure part of the base station 2 for discharging and collecting the sewage from the cleaning machine 1, there are mainly the following two ways:

the first mode is that, be provided with on the base station 2 and hold dirty district 204 and second blowdown portion 2041 and be located and hold dirty district 204 with dirty district 104 correspondence of collection, when cleaner 1 is located on the base station 2, dirty district 104 of collection and dirty district 204 correspondence can realize being linked together, can realize corresponding between first blowdown portion 1041 and the second blowdown portion 2041 and be linked together, dirty district 104 of collection and hold between the dirty district 204 through first blowdown portion 1041 and second blowdown portion 2041 come to form the structure that is linked together and can be used for the sewage flow in dirty district 104 of collection to get into and hold the collection effect of dirty district 204 of base station 2 to sewage, need not the user like this to frequently carry out maintenance treatment sewage to cleaner 1, only need regularly carry out maintenance treatment to base station 2 can, realize base station 2 and collect sewage effect to cleaner 1's drainage.

The second way is that the base station 2 is provided with a sewage storage area 204 corresponding to the sewage collection area 104, the second sewage discharge part 2041 is positioned on the sewage storage area 204, and the sewage storage area 204 is provided with a liquid discharge part 2042 for discharging the sewage in the sewage storage area 204 in an outward circulating manner, when the cleaning machine 1 is positioned on the base station 2, the sewage collection area 104 and the sewage storage area 204 can be correspondingly communicated, so that the first sewage discharge part 1041 and the second sewage discharge part 2041 can be correspondingly communicated, the sewage collection effect of the base station 2 on the sewage can be realized by forming a communicated structure between the sewage collection area 104 and the sewage storage area 204 through the first sewage discharge part 1041 and the second sewage discharge part 2041, so that the sewage in the sewage collection area 104 can flow into the sewage storage area 204, the user does not need to frequently maintain and treat the cleaning machine 1, the base station 2 only needs to be maintained and treated regularly, and the sewage discharge and collection effect of the cleaning machine 1 by the base station 2 can be realized, set up drain 2042 when simultaneously on storing dirty district 204, drain 2042 and store dirty district 204 internal intercommunication make the sewage that stores in dirty district 204 can outwards discharge through drain 2042, drain 2042 can set up to link to each other to realize directly carrying out outwards discharging with the sewage that basic station 2 collected with the indoor sewer of user this moment, not only realized need not the user frequently to come to empty the processing to dirty district 104 of collection, still realized need not the user to come to empty the processing to storing dirty district 204 of collection, very big promotion user experience effect.

Optionally, the first waste discharge portion 1041 and the second waste discharge portion 2041 may be configured to be an openable and closable structure, such as a valve structure, or a soft silica gel structure, and the soft silica gel structure may be deformed and opened in the docking, and the soft silica gel structure is in a closed state in a normal state, so that the first waste discharge portion 1041 and the second waste discharge portion 2041 are correspondingly communicated.

Optionally, the volume of the dirt storage area 204 is set to be a multiple of the volume of the dirt collection area 104, so that the sewage in the dirt collection area 104 can be collected in the dirt storage area 204 by docking and discharging for multiple times, and thus the cleaning machine 1 can be docked on the base station 2 for multiple times to collect the docking and discharging sewage.

In order to prevent the sewage on the mopping member 1031 from overflowing and dispersing in the process of maintaining the cleaning machine 1 by the base station 2, the third main body 201 on the base station 2 is provided with the cleaning area 205, the cleaning area 205 is positioned at the lower side of the mopping member 1031, the outer side of the cleaning area 205 is provided with the supporting area 206, the supporting area 206 and the bottom of the first main body 101 are provided with a supporting structure which is in contact, the cleaning area 205 is at least partially in a concave structure and is positioned at the outer side part of the mopping member 1031, so that the sewage can not be thrown out of the base station 2 when the mopping member 1031 rotates and rolls on the base station 2 for cleaning, the sewage thrown out of the mopping member 1031 in the cleaning process can be effectively accumulated in the cleaning area 205, meanwhile, the mopping member 1031 can adsorb the sewage in the cleaning area 205 and then the thrown-out sewage is adsorbed again and then cleaned to realize the collection in the sewage collecting area 104 in the cleaning machine 1, better maintenance of the cleaning machine 1 is achieved, the support area 206 achieves a supporting effect on the first body 101 of the cleaning machine 1, and the cleaning machine 1 is stably placed on the support area 206.

In order to further improve the maintenance effect of the cleaning machine 1, the liquid storage region 203 and the dirt collection region 104 of the present scheme are connected through the first channel to supply clean water to the dirt collection region 104 for cleaning, that is, when the cleaning machine 1 is parked on the base station 2, the liquid storage region 203 and the dirt collection region 104 are correspondingly communicated to realize that the liquid storage region 203 supplies clean water to the dirt collection region 104, so as to effectively clean the dirt collection region 104 through clean water, thereby preventing the problem of mildewing and smelling in the dirt collection region 104, in particular, when the cleaning machine 1 is stopped to be used after a cleaning task is completed, the cleaning machine 1 can be parked on the base station 2 to clean the dirt collection region 104 and then the cleaning machine 1 is stopped to be used, thereby effectively solving the problem of mildewing, smelling and breeding bacteria in the dirt collection region 104, and greatly improving the use experience effect of users, a first channel can be arranged between the liquid storage area 203 and the sewage collection area 104, so that the liquid storage area 203 and the sewage collection area are communicated with each other for flow supply of clean water, and meanwhile, a pump structure or a valve structure can be arranged on the first channel to realize control of supply of clean water, so that the clean water can be effectively supplied to the sewage collection area 104 for cleaning by the base station 2; and/or, the solution can also set the liquid storage area 203 and the dirt storage area 204 to be connected through a second channel for supplying clean water to the dirt storage area 204 for cleaning, that is, the liquid storage area 203 on the base station 2 supplies clean water to clean the dirt storage area 204, the second channel is used for realizing communication between the liquid storage area 203 and the dirt storage area 204 for flowing supply of the clean water to clean the dirt storage area 204, so as to prevent the dirt storage area 204 from generating mildewing and smelling, the problem that the user manually cleans the dirt storage area 204 is solved by providing clean water in the dirt storage area 204 for cleaning, so as to facilitate the user to dump the sewage in the dirt storage area 204, especially, when the user does not use the cleaning machine 1 to execute a cleaning task, the base station 2 is in an idle state at this time, and the dirt storage area 204 is cleaned, so that the problem that the dirt storage area 204 generates mildewing, smelling and bacteria can be effectively solved, the effect is experienced in very big promotion user's use, can set up pump structure or valve structure simultaneously and realize supplying with the steerable of clear water on the second passageway, makes things convenient for basic station 2 to come to carry out effectual supply with clear water to holding dirty district 204 and wash.

It can be seen that in this scheme, base station 2 not only can realize the butt joint maintenance processing to cleaner 1, for butt joint add clear water maintenance processing and butt joint discharge collection sewage maintenance processing promptly, and base station 2 can also wash dirty district 104 of collection or hold dirty district 204 through supplying with clear water simultaneously, solves the problem to indoor environmental pollution that cleaner 1 or base station 2 arouse.

In this scheme, mainly there are following two kinds of modes to the collection of sewage:

the first mode is that the dirt collecting area 104 is arranged on the second main body 102, the dirt collecting area 104 is arranged above the first main body 101, the dirt collecting area 104 is arranged above the mopping part 1031, the dirt is collected into the dirt collecting area 104, a power mechanism is arranged on one side of the dirt collecting area 104, the power mechanism can be a fan or a vacuum pump or a water pump, the power mechanism is communicated with the dirt collecting area 104, so that when the power mechanism works, the dirt enters the dirt collecting area 104 through the dirt collecting channel 106 to be collected, namely, the power mechanism generates power to suck and collect the dirt on the mopping part 1031 into the dirt collecting area 104, and certain noise is generated due to the work of the power mechanism.

The second way is that the dirt collecting area 104 is disposed on the first body 101 and located on one side of the wiping part 1031, at least a part of the dirt collecting channel 106 is disposed on the lower side of the top of the wiping part 1031 to enable the sewage to flow under gravity into the dirt collecting channel 106 and to enter the dirt collecting area 104 for collection, at this time, the dirt collecting area 104 is disposed on one side of the wiping part 1031 and located on the lower side of the top of the wiping part 1031, so that the sewage formed by the wiping part 1031 in the cleaning process can enter the dirt collecting area 104 for collection under gravity when flowing downward, the wiping part 1031 contacts the clean water to form a cleaning effect in the moving process, the sewage is formed in the cleaning process, and the sewage is driven by the movement of the wiping part 1031 to swing towards the lower side to move, so that the sewage enters the dirt collecting area 104 under gravity to complete the collection effect.

Collect the structure of sewage to the second kind of mode, cleaner 1 need not to set up the power structure who absorbs sewage for overall structure is simple, and can not appear the noise at the in-process of collecting sewage, very big promotion user's use experience effect.

The above-mentioned two kinds of modes to sewage collection all can realize the collection effect to sewage, can realize cleaning 1031's real-time washing and carry out real-time to sewage and collect dragging.

In order to realize effective collection of the sewage adsorbed on the mopping member 1031, the present solution is provided with a sewage collecting assembly 107 on the first body 101, the sewage collecting assembly 107 is mainly used for squeezing the mopping member 1031 to discharge the sewage on the mopping member 1031 and then guiding the sewage into the sewage collecting area 104 for effective collection, the mopping member 1031 is configured to be rotatable and rollable along the first direction, at least a part of the sewage collecting area 104 and a part of the sewage collecting assembly 107 are located at an outer side area position from the top of the mopping member 1031 to the bottom of the mopping member 1031 along the first direction, so that the sewage collecting assembly 107 realizes squeezing and guiding the sewage on the mopping member 1031 and guiding the sewage into the sewage collecting area 104 for collection, the structure for collecting the sewage on the cleaning machine 1 is formed, the sewage collecting assembly 107 and the sewage collecting channel 106 are configured as a connecting structure, the sewage collecting channel 106 is mainly used for concentrated entering of the sewage to flow into the sewage collecting area 104 for collection, after being discharged, the sewage on the mopping member 1031 flows into the sewage collecting channel 106 under the guidance of the mopping chamber, and then flows into the sewage collecting area 104 from the sewage collecting channel 106 for collection, so that the sewage is collected.

Optionally, in order to realize better guiding sewage to be collected, the scheme sets up that at least a part of the sewage collecting channel 106 is located at the lower side position of the top of the dragging piece 1031 so as to realize that sewage enters into the sewage collecting channel 106 under the action of gravity, and the sewage collecting channel 106 is set up to be a structure which is inclined gradually from high to low and extends and stretches out towards the direction of the sewage collecting area 104, so that sewage enters into the sewage collecting area 104 through the sewage collecting channel 106 under the action of gravity to be collected, and the collecting effect of sewage is improved.

Alternatively, the first direction may be set to be clockwise or counterclockwise, and only the motion structure for realizing the rotational rolling of the wiping member 1031 is required.

In order to realize that the dirt collecting assembly 107 can better extrude and collect the sewage on the mopping member 1031, the dirt collecting assembly 107 comprises a scraping part 1071, the scraping part 1071 is configured to contact with the outer surface of the mopping member 1031 to realize extruding the sewage on the mopping member 1031 and further realize scraping and cleaning the mopping member 1031 under the supply of clean water, meanwhile, in order to realize guiding and collecting the sewage, the scraping part 1071 is further provided with a guiding part 1072, the guiding part 1072 is configured to extend and extend out towards the lower side direction of the outer side of the mopping member 1031 and is provided with the guiding part 1072 to be connected with the dirt collecting channel 106, the guiding part is mainly configured to incline towards the lower side of the mopping member 1031 and towards the dirt collecting zone 104 to realize guiding the sewage into the dirt collecting zone 104 to collect, the scraping part 1071 extrudes the sewage on the mopping member 1031, and the sewage flows into the dirt collecting zone 104 along the guiding part 1072, the realization is favorable to sewage to flow the guide simultaneously and collect under the action of gravity to the guide collection effect of sewage, promotes the collection efficiency to sewage.

For the specific structural part of the scraping part 1071, the wiping member 1031 is configured to be a cylindrical structure, the scraping part 1071 is provided with the convex portion 1073, the convex portion 1073 is configured to face the middle area of the cross section or the central area of the cross section of the wiping member 1031 to form a structure contacting with the outer surface of the wiping member 1031, the structure of the convex portion 1073 can be better formed to form a pressing and scraping structure with the outer surface of the wiping member 1031, so as to facilitate the collection of the sewage on the wiping member 1031 by the convex portion 1073 in the moving state of the rotational rolling of the wiping member 1031, and at the same time, the convex portion 1073 can prevent the damage to the outer surface of the wiping member 1031, and at the same time, the convex portion 1073 makes the pressing force face the middle area of the cross section of the wiping member 1031 or the central area of the cross section of the wiping member 1031 to reduce the influence of the rotational rolling of the convex portion 1073 on the wiping member 1031, the protrusion 1073 can keep the mop 1031 in a stable movement state by the pressing force against the mop 1031, thereby preventing the rotation, rolling, and displacement of the mop 1031 or the unstable movement of the mop 1031 caused by the pressing force of the protrusion 1073.

Optionally, the mopping member 1031 is configured to be a cylindrical structure, mainly configured to be a cylindrical structure, the outer surface of the mopping member 1031 is provided with a soft structure layer, and the soft structure layer may be configured to be made of cloth material or sponge material, so as to achieve the effect of mopping and cleaning by contacting with the ground.

For the structure of the protruding portion 1073, the protruding portion 1073 is configured to be located at a position of an area from the top of the wiping part 1031 to the side portion of the wiping part 1031 close to the dirt collecting area 104 in the horizontal direction along the first direction to form a structure contacting with the outer surface of the wiping part 1031, so that the protruding portion 1073 extrudes the sewage when contacting the outer surface of the wiping part 1031 to form an extruded structure, and the sewage can flow downward under the action of gravity in time to be collected, the sewage does not flow toward the side of the wiping part 1031 far away from the dirt collecting area 104, the formed sewage only flows toward the side of the wiping part 1031 close to the dirt collecting area 104, and the problem of sewage residue is prevented from occurring.

The structure part for supplying clean water to the mop 1031 for the liquid supply zone 105, the first body 101 is provided with a liquid inlet 108, the liquid inlet 108 may be provided in a hole-shaped structure, the liquid inlet 108 may be provided in a plurality, and the liquid inlets 108 are distributed along the rotation axis direction of the mop 1031, the liquid inlet 108 is connected with the liquid supply zone 105 for supplying cleaning liquid to the mop 1031, the liquid supply zone 105 is communicated with the mop 1031 through the liquid inlet 108 for supplying clean water to the mop 1031, the liquid inlet 108 is provided on the upper side of the convex portion 1073 and on the outer side of the mop 1031 and is provided on the region from the side position of the mop 1031 away from the dirt collection zone 104 to the convex portion 1073 in the horizontal direction, the clean water is supplied to the mop 1031 through the liquid inlet 108 to form a spray cleaning effect on the mop 1031, and the clean water sprayed on the mop 1031 forms a sewage collection flow in the cleaning process of the sewage collection by gravity, so that the sewage collection flows down in the cleaning process of the sewage collection zone The sewage is collected in the sewage area 104, and the clean water can form a pushing effect on the sewage in the spraying and cleaning process to realize an effective sewage collecting effect.

Preferably, the liquid inlet 108 is disposed on the upper side of the protruding portion 1073, on the outer side of the wiping member 1031, and disposed on the region from the top of the wiping member 1031 to the protruding portion 1073 along the first direction to supply clean water to the wiping member 1031, so that a structure for supplying clean water is formed above the wiping member 1031, which is beneficial for clean water to form a downward spraying and cleaning structure, and is beneficial for collecting sewage on the top of the wiping member 1031 in a direction close to the dirt collecting region 104, which is beneficial for collecting sewage in a concentrated manner, and can fully utilize the gravity of sewage to realize the sewage collecting effect, and the sewage does not flow toward the side of the wiping member 1031 far from the dirt collecting region 104, and the sewage only flows toward the side of the wiping member 1031 close to the dirt collecting region 104, thereby preventing the problem that sewage stays in the wiping chamber.

Optionally, a pump structure or a valve structure is provided between the liquid supply section 105 and the liquid inlet 108 to achieve the effect of transferring clean water in the liquid supply section 105 to the wiping member 1031 to achieve the cleaning effect of supplying clean water for the wiping member 1031.

The dirty subassembly 107 of collection of this scheme sets up scrapes portion 1071, convex part 1073 isotructure, realizes collecting sewage to the scraping extrusion of dragging 1031, can effectively prevent to drag simultaneously and wipe the damaged problem emergence of 1031, ensures to drag to wipe 1031 and get off rotatory roll at high reliability, high stability's structure and realize the discharge and the guide collection to sewage simultaneously through the extrusion, has promoted cleaner 1's reliability.

The dirty subassembly 107 structure of collection of this scheme is favorable to realizing carrying out abluent in-process to dragging and wiping piece 1031 and realizes that sewage separates with dragging and wiping piece 1031 fast, realizes that the guide sewage in time leaves and drags wiping piece 1031 and flow the collection, further promotes the cleaning performance to dragging and wiping piece 1031, effectively prevents to drag the problem of wiping the last residual sewage of piece 1031.

In the present scheme, in order to prevent the wiping member 1031 from causing the sewage to be thrown out during the rotating and rolling process, and in order to prevent the sewage from dispersing during the cleaning process of the wiping member 1031, the dirt collecting assembly 107 further includes a pressing portion 109, the pressing portion 109 is configured to be in contact with the outer surface of the wiping member 1031, and the pressing portion 109 is located from the side position of the wiping member 1031 in the horizontal direction, which is far away from the dirt collecting region 104, to the region position of the liquid inlet portion 108, so that a sealing structure is formed between the pressing portion 109 and the wiping member 1031, so that the sewage formed during the cleaning process of the wiping member 1031 can be concentrated on one side of the pressing portion 109, namely one side of the pressing portion 109 close to the dirt collecting region 104, thereby preventing the sewage from dropping down along the wiping member 1031 to the ground to form secondary pollution, facilitating the collection of the sewage to perform effective collection, and simultaneously realizing that the cleaning of the wiping member 1031 can be concentrated by the clean water entering through the liquid inlet portion 108, the cleaning effect on the mop 1031 and the collecting effect on the sewage are raised as a whole.

Preferably, the pressing portion 109 is provided with a structure located at a position from the top of the wiping member 1031 to the region of the liquid inlet portion 108 along the first direction, so that the sealing structure formed between the pressing portion 109 and the wiping member 1031 can enable sewage to be better guided into the sewage collecting region 104 under gravity, the sewage does not face the side of the wiping member 1031 far away from the sewage collecting region 104, the formed sewage only flows towards the side of the wiping member 1031 close to the sewage collecting region 104, and the problem that the sewage stays in the wiping chamber is prevented.

The part that the liquid supply district 105 of this scheme comes to supply clear water to mopping 1031, set up liquid supply district 105 and be located second main part 102 and/or be located first main part 101, and at least a part of liquid supply district 105 sets up to be located the upside of dirty district 104 of collection, make liquid supply district 105 be located the upside of dirty district 104 of collection and realize can spraying the effect that supplies water to mopping 1031, the clear water supplies clear water to be used for mopping 1031's washing towards mopping 1031's direction under gravity, promote the cleaning performance to mopping 1031, be favorable to carrying out effectual washing and drenching the washing with the particulate matter rubbish on the mopping 1031.

Alternatively, the liquid supply region 105 may be disposed on the first body 101, and it is only necessary that at least a portion of the liquid supply region 105 is disposed on the upper side of the dirt collecting region 104 to effectively supply clean water to the wiping member 1031, and a valve structure or a pump structure may be disposed between the liquid supply region 105 and the wiping member 1031 to achieve the effect of supplying clean water.

Optionally, the liquid supply area 105 may be disposed on the second main body 102, and it is only necessary to set at least a portion of the liquid supply area 105 to be located on the upper side of the dirt collecting area 104 to achieve effective supply of clean water to the wiping part 1031, a valve structure or a pump structure may be disposed between the liquid supply area 105 and the wiping part 1031 to achieve the effect of supplying clean water, and meanwhile, the liquid supply area 105 is mounted on the second main body 102, which is more convenient for a user to perform maintenance processing on the liquid supply area 105, and particularly when the liquid supply area 105 is set to be a detachable box structure, the user can detach the liquid supply area 105 to perform maintenance processing.

In the scheme, at least one part of the liquid supply area 105 is arranged to be positioned at the upper side of the sewage collecting area 104, clean water in the liquid supply area 105 can flow downwards and is supplied to the mopping part 1031 to realize the cleaning effect on the mopping part 1031, the mopping part 1031 contacts with clean water in the movement process to form the cleaning effect, the clean water in the liquid supply area 105 can flow under the gravity to contact the mopping part 1031 to realize the cleaning effect, and the sewage collecting area 104 is positioned at the lower part of the liquid supply area 105 to realize the sewage collecting effect by utilizing the gravity of the sewage.

In order to further improve the maintenance effect of the base station 2 on the cleaner 1, a first electrode assembly is arranged on the cleaner 1, a second electrode assembly is correspondingly arranged on the base station 2, when the cleaner 1 is located on the base station 2, the second electrode assembly can charge a power supply unit in the cleaner 1 through a first point component, specifically, the first electrode assembly comprises a first electrode plate and a second electrode plate, the second electrode assembly comprises a third electrode plate and a fourth electrode plate, when the first electrode plate and the third electrode plate form a contact structure and the second electrode plate and the fourth electrode plate form a mutual contact structure, the power supply unit can be charged at the moment, so that a user does not need to independently charge the power supply unit, and the use experience effect of the user is improved.

In order to promote the base station 2 to be capable of stably and reliably butting the cleaner 1 for maintenance treatment, the scheme is arranged to enable the first blowdown part 1041 and the second blowdown part 2041 to be correspondingly communicated and the first liquid supply part 1051 and the second liquid supply part 2031 to be correspondingly communicated when the first electrode plate and the third electrode plate form a contact structure and the second electrode plate and the fourth electrode plate form a mutual contact structure, the first blowdown part and the second blowdown part 2041 are formed to be correspondingly communicated in a state that the first electrode assembly and the second electrode assembly can be charged correspondingly to perform maintenance treatment for collecting sewage drained from the cleaning machine 1, and the first liquid supply part 1051 and the second liquid supply part 2031 are formed to be correspondingly communicated to perform maintenance treatment for supplying and supplementing fresh water to the cleaning machine 1, so that the safety and reliability of the maintenance treatment of the cleaning machine 1 by the base station 2 are improved as a whole.

It can be understood that the base station 2 can be used for the fresh water supply maintenance treatment and the sewage drainage maintenance treatment of the cleaning machine 1 only when the charging structure is formed between the first electrode assembly and the second electrode assembly, and the safety of the starting maintenance treatment of the base station 2 is improved.

In order to further improve the maintenance treatment effect of the base station 2 on the cleaning machine 1, the base station 2 of the scheme is provided with a drying module for drying the mopping part 1031 and/or a sterilization module for sterilizing the mopping part 1031, at least one part of the drying module is arranged towards the direction of the mopping part 1031, so that the drying treatment of the mopping part 1031 is realized through the drying module, the problem that the mopping part 1031 is easy to mildew and smell due to being in a wet structure for a long time is prevented, the sterilization treatment of the mopping part 1031 is realized through the sterilization module, and the problem that the mopping part 1031 is easy to mildew and smell due to being in the wet structure for a long time is prevented.

Optionally, the sterilization module is configured as an ultraviolet lamp to sterilize the mop 1031, or the sterilization module is configured as an ozone generator to sterilize the mop 1031.

Optionally, the drying module is configured to include a heat generating member to generate heat, and the mop 1031 is dried by the heat, so as to solve the problem that the mop 1031 is in a wet structure for a long time after the floor cleaning process is completed.

The working principle is as follows: the cleaning machine 1 of this scheme mainly comes to carry out cleaning to ground, cleaning machine 1 mainly sets up first main part 101 and second main part 102, the user can drive the piece 1031 of wiping on first main part 101 through second main part 102 and contact ground and carry out cleaning, simultaneously come to carry out real-time washing to the piece 1031 of wiping through setting up the liquid supply district 105, and set up dirty district 104 of collection and come to carry out real-time collection to the sewage of cleaning process, effectively solve the problem of sewage to the secondary pollution on ground, set up basic station 2 simultaneously and come to carry out maintenance to cleaning machine 1, it supplies with the replenishment clear water to mainly set up liquid storage district 203 to supply liquid district 105, set up dirty district 204 of collection and come to arrange the collection sewage to dirty district 104 of collection, cleaning machine 1 can regularly place on basic station 2 and carry out maintenance, realize that basic station 2 regularly maintains cleaning machine 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

1. A cleaning machine system comprising a cleaning machine and a base station for positioning the cleaning machine for maintenance, characterized in that: the cleaning machine comprises a first main body and a second main body, wherein the second main body is arranged in a structure capable of rotating relative to the first main body;

the cleaning machine also comprises a floor brush component, the floor brush component is arranged on the first main body, and a movable mopping piece is arranged on the floor brush component to contact the ground for cleaning;

the cleaning machine also comprises a dirt collecting area and a liquid supply area, a dirt collecting channel is arranged between the dirt collecting area and the floor brush assembly to form a communicated structure, and the liquid supply area is connected with the floor brush assembly and is used for supplying cleaning liquid to the mopping piece;

the sewage collecting area is provided with a first sewage draining part, and the liquid supply area is provided with a first liquid supply part;

the base station is provided with a second sewage discharge part corresponding to the first sewage discharge part and a second liquid supply part corresponding to the first liquid supply part.

2. A cleaning machine system as defined in claim 1 wherein: the base station is provided with a third main body and a fourth main body, the third main body is provided with a first opening part facing the first main body, at least one part of the third main body forms a mutual contact structure facing the first main body, and the fourth main body is provided with a second opening part facing the second main body, at least one part of the fourth main body forms a mutual contact structure facing the second main body.

3. A cleaning machine system as defined in claim 2 wherein: the base station is provided with a liquid storage area corresponding to the liquid supply area, and the second liquid supply part is positioned on the liquid storage area;

or the base station is provided with a liquid storage area corresponding to the liquid supply area, the second liquid supply part is positioned on the liquid storage area, and the liquid storage area is provided with a liquid inlet part for the cleaning liquid to flow into the liquid storage area.

4. A cleaning machine system as defined in claim 3 wherein: the base station is provided with a sewage storage area corresponding to the sewage collection area, and the second sewage discharge part is positioned on the sewage storage area;

or, be provided with on the basic station and hold dirty district and second blowdown portion and be located to hold dirty district and be provided with on holding dirty district and be used for carrying out outside circulation exhaust drainage portion with holding the sewage in the dirty district with album dirty district correspondence.

5. A cleaning machine system as defined in claim 4 wherein: the third main part is provided with a cleaning area and the cleaning area is positioned at the lower side of the mop piece, and the outer side of the cleaning area is provided with a supporting area and a supporting structure which is in contact with the bottom of the first main part.

6. A cleaning machine system as defined in any one of claims 1-5 wherein: the liquid storage area and the sewage collecting area are connected through a first channel and are used for supplying cleaning liquid to the sewage collecting area for cleaning;

and/or the liquid storage area and the dirt storage area are connected through the second channel and are used for supplying cleaning liquid to the dirt storage area for cleaning.

7. A cleaning machine system as defined in claim 6 wherein: dirty district setting of collection is located the second main part, and one side in dirty district of collection sets up installation power unit, and power unit and dirty district setting of collection are linked together makes sewage enter into the dirty district of collection through the dirty passageway of collection when power unit work and collects.

8. A cleaning machine system as defined in claim 6 wherein: the dirty district setting of collection is located first main part and is located and drags one side of wiping the piece, and at least a portion of dirty passageway of collection sets up to be located and drags the downside of wiping the top of piece and makes sewage flow under gravity and enter into in the dirty district of collection and collect.

9. A cleaning machine system as defined in claim 1, 7 or 8 wherein: the first main body is provided with a dirt collecting assembly, the dragging and wiping part is arranged to be of a structure capable of rolling along the first direction in a rotating mode, at least one part of the dirt collecting area and one part of the dirt collecting assembly are located at the position of the outer side area from the top of the dragging and wiping part to the bottom of the dragging and wiping part along the first direction, and the dirt collecting assembly and the dirt collecting channel are arranged to be of a connecting structure.

10. A cleaning machine system as defined in claim 9 wherein: the dirty subassembly of collection is including scraping the portion, scrape the portion set up to with drag the structure of wiping the surface mutual contact of piece, and scrape still be provided with guide portion in the portion, guide portion sets up to the downside direction that drags the outside of wiping the piece and extends the structure that stretches out and set up guide portion and collection dirty passageway and link to each other.

11. A cleaning machine system as defined in claim 10 wherein: the mopping piece is of a cylindrical structure, the scraping part is provided with a convex part, and the convex part is arranged to face the middle area of the section of the mopping piece or the central area of the section of the mopping piece to form a structure which is in mutual contact with the outer surface of the mopping piece.

12. A cleaning machine system as defined in claim 11 wherein: the convex part is arranged to be positioned from the top of the mopping piece to the area position of the mopping piece close to the side part of the dirt collecting area in the horizontal direction along the first direction to form a structure which is in contact with the outer surface of the mopping piece.

13. A cleaning machine system as defined in claim 12 wherein: the first body is provided with a liquid inlet part, the liquid inlet part is connected with the liquid supply area and is used for supplying cleaning liquid to the mopping piece, the liquid inlet part is arranged on the upper side of the convex part, is arranged on the outer side of the mopping piece and is arranged on the position from the position of the side part of the mopping piece far away from the dirt collecting area to the position of the convex part in the horizontal direction along the first direction so as to supply the cleaning liquid to the mopping piece.

14. A cleaning machine system as defined in claim 13 wherein: the dirt collecting assembly further comprises a pressing portion, the pressing portion is arranged to be in a structure which is in contact with the outer surface of the dragging and wiping piece, and the pressing portion is located on the position of the area from the position of the side portion, far away from the dirt collecting area, of the dragging and wiping piece in the horizontal direction to the liquid inlet portion in the first direction.

15. A cleaning machine system as defined in claim 1, 7, 8 or 14 wherein: the liquid supply area is positioned on the second main body and/or the first main body, and at least one part of the liquid supply area is arranged to be positioned on the upper side of the sewage collecting area.

16. A cleaning machine system as defined in claim 1 wherein: the cleaning machine is provided with a first electrode assembly, the base station is correspondingly provided with a second electrode assembly, the first electrode assembly comprises a first electrode plate and a second electrode plate, the second electrode assembly comprises a third electrode plate and a fourth electrode plate, and when the first electrode plate and the third electrode plate form a contact structure and the second electrode plate and the fourth electrode plate form a mutual contact structure, the first sewage discharging part and the second sewage discharging part are correspondingly communicated, and the first liquid supply part and the second liquid supply part are correspondingly communicated.

17. A cleaning machine system as defined in claim 1 wherein: the base station is provided with a drying module for drying the mopping piece and/or a sterilizing module for sterilizing the mopping piece, and at least one part of the drying module is arranged to face the mopping piece.