CN216317391U - Base station system - Google Patents

Abstract

The base station system comprises a base station and a cleaning machine, wherein the base station is used for parking the cleaning machine for maintenance, and the cleaning machine is provided with a mopping assembly for cleaning the ground; the base station comprises a station main body, wherein an accommodating area is arranged on the station main body; the base station also comprises a cleaning component which is detachably arranged in the accommodating area; the cleaning assembly comprises a cleaning piece, a cleaning area and a dirt filtering area are arranged on the cleaning piece, the cleaning area and the dirt filtering area are arranged to be communicated, and when the cleaning machine is stopped on the base station, at least one part of the mopping assembly is located on the cleaning area. The scheme solves the problems that the existing base station has poor cleaning effect on mops, has secondary pollution on the mops and causes inconvenience for users to maintain and treat cleaning positions.

Description

Base station system

Technical Field

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

Background

The existing cleaning machine can generally move on the ground to perform a mopping cleaning task, the mop is mainly arranged to clean the ground, when the mop is dirty, the mop needs to be cleaned in time, a base station is generally arranged in the prior art for cleaning the mop, and the cleaning machine returns to the base station to maintain and clean the mop.

However, in the process of cleaning the mop by the existing base station, the problem of incomplete cleaning is easily caused because larger garbage adheres to the mop, and meanwhile, the problem of base station failure caused by blockage in the process of collecting sewage is easily caused by the sewage for cleaning the mop, and the existing base station is inconvenient for a user to maintain and treat the larger garbage in the sewage, and in the process of cleaning the mop by the base station, the larger garbage can form residues on the cleaning position, so that the base station can go moldy and smelly for a long time, therefore, the user is required to timely perform maintenance and treatment, the cleaning position on the existing base station is inconvenient for the user to dump and treat the larger residual garbage, and the user is inconvenient to clean and maintain the cleaning position, so that the user experience effect is relatively poor, and the cleaning effect of the mop is poor under the condition of garbage residues, the problem of secondary pollution to the mop exists.

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 base station system, which mainly solves the problems that the existing base station has poor cleaning effect on mops, causes secondary pollution on the mops and is inconvenient for users to maintain and treat cleaning positions.

The embodiment of the utility model provides a base station system, which comprises a base station and a cleaning machine, wherein the base station is used for parking the cleaning machine for maintenance treatment, and the cleaning machine is provided with a mopping component for cleaning the ground; the base station comprises a station main body, wherein an accommodating area is arranged on the station main body; the base station also comprises a cleaning component which is detachably arranged on the accommodating area; the cleaning assembly comprises a cleaning piece, a cleaning area and a dirt filtering area are arranged on the cleaning piece, the cleaning area and the dirt filtering area are arranged to be communicated, and when the cleaning machine is stopped on the base station, at least one part of the mopping assembly is located on the cleaning area.

In the base station system, the accommodating area is located at the lower side of the cleaning area and/or the dirt filtering area, and a plurality of dirt filtering portions are arranged on the dirt filtering area to enable the dirt filtering area and the accommodating area to be communicated through the dirt filtering portions.

In the base station system, a working area is arranged on the station main body, the accommodating area is arranged to be located on the working area, an inlet for parking and maintaining the cleaning machine is arranged on the working area, the inlet is arranged on the inlet and is far away from the station main body, the direction of the outer side of the station main body is the direction of the front side, and at least one part of the dirt filtering area is arranged in the direction of the front side of the cleaning area, and at least one part of the dirt filtering area is arranged in the direction of the lower side of the cleaning area.

In an embodiment, the base station system further comprises a dirt collecting part, the dirt collecting part is detachably mounted on the cleaning part and is located on the lower side of the cleaning part, a dirt collecting area is arranged on the dirt collecting part, and the dirt collecting area is arranged to be communicated with the dirt filtering part and is communicated with the dirt filtering area.

In the base station system, the wiping assembly includes a rotating member, the rotating member is configured to contact the ground and rotate and roll, the cleaning area is provided with a scraping portion, and the scraping portion is configured to be a protruding structure protruding towards the upper side and contact with the outer surface of the rotating member.

In the base station system, a liquid storage region which is recessed downward is disposed on one side of the scraping portion, the liquid storage region is located on the cleaning region, a distance from at least a portion of an inner end surface of the liquid storage region for containing the cleaning liquid to the bottom of the station body is H1, a distance from at least a portion of an inner end surface of the dirt filtering region for receiving the cleaning liquid to the bottom of the station body is H2, and H1 is greater than H2, so that the cleaning liquid in the liquid storage region can flow into the dirt filtering region under gravity.

In the base station system, at least a part of the inner end surface of the liquid storage region for containing the cleaning liquid is arranged in the front-rear direction to be a structure which is gradually inclined from high to low relative to the ground from the rear side direction to the front side direction;

and/or the blocking scraping part is provided with one or more channels which are respectively communicated with the liquid storage area and the dirt filtering area.

In the base station system, a liquid inlet is arranged on the station main body, the liquid inlet is arranged to be of an opening structure facing the direction of the liquid storage area, and at least an inner end face of the liquid inlet, through which the cleaning liquid flows, is located at least on the liquid storage area and at the upper side of the inner end face, through which the cleaning liquid is stored, so that the cleaning liquid flowing out through the liquid inlet flows into the liquid storage area under gravity.

In the base station system, when the blocking and scraping part is provided with the channel, the channel is arranged to be positioned at a position far away from the liquid inlet on the blocking and scraping part, and the distance between the channel and the side end face, far away from the liquid inlet, of the cleaning part is less than or equal to one third of the distance between the left side end face and the right side end face of the cleaning part.

In the base station system, a liquid discharge port is arranged on the station main body, and the liquid discharge port is communicated with the accommodating area so that the cleaning liquid in the accommodating area can enter the liquid discharge port, and/or the liquid discharge port is communicated with the dirt collecting area so that the cleaning liquid in the dirt collecting area can enter the liquid discharge port.

In the base station system, two driving wheels are arranged at the bottom of the cleaning machine in parallel, and when the cleaning machine stops on the base station, at least a part of the dirt filtering area is located in an area between the two driving wheels;

and/or when the cleaning machine is parked on the base station, at least the inner end surface of the dirt collecting area for containing cleaning liquid is positioned on the lower side of the bottommost position of the two driving wheels;

and/or at least the inner end surface of the dirt collection area which receives cleaning liquid is located on the underside of the lowermost position of the two drive wheels when the cleaning machine is parked on the base station.

In the base station system, the positions on both sides of the cleaning assembly are provided with the taking and placing parts, the taking and placing parts are arranged to extend towards the inlet direction, and the position on the taking and placing parts, which is close to the inlet, is provided with the lifting part.

In the base station system, a dust collecting opening is arranged on the side part and/or the bottom part of the working area, the dust collecting opening is positioned at the upper side position of the cleaning assembly, the dust collecting opening is arranged to face the opening structure in the inlet direction and/or the opening structure in the upper side direction, a dust discharging opening is correspondingly arranged on the cleaning machine, and when the dust collecting opening is communicated with the dust discharging opening, the dust collecting opening can be used for garbage to pass through.

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

the basic station of this scheme sets up the washing subassembly, washs the subassembly and realizes being used for placing the subassembly of wiping of dragging on the cleaning machine and wasing, and washs the structure that the subassembly set up to demountable installation in the holding district, and convenience of customers comes to wash the maintenance processing to wasing the subassembly regularly or periodically, promotes the user and carries out maintenance processing's effect to the basic station.

The cleaning member on the cleaning assembly of this scheme sets up the cleaning zone and strains dirty district, realizes that the cleaning zone places and drags the subassembly to wash, can in time separate with dragging the subassembly dragging the sewage that the subassembly carries out the cleaning process to dragging, realize promoting the cleaning performance to dragging the subassembly, prevent that sewage from forming secondary pollution to dragging the subassembly, can come to carry out effectual filtration to sewage simultaneously and collect again, can prevent that the problem of jam from appearing in the in-process of collecting sewage in basic station.

The structure setting in the washing district of this scheme and strain dirty district realizes that the sewage to dragging the subassembly cleaning process can get off the natural flow and strain dirty district and separate and filter under the action of gravity, realizes simultaneously that sewage in time separates with dragging the subassembly under gravity, promotes the cleaning performance to dragging the subassembly, promotes simultaneously to the filtration and the collection effect of sewage.

The structure in washing district, filthy district and holding district of this scheme can realize utilizing the gravity of sewage to come timely collection sewage, realizes that sewage flows in the nature and enters into the holding and distinguish and collect to carry out effectual concentrated collection to sewage.

The utility model provides a to dragging the subassembly and supply with the washing liquid promptly for the structure part who supplies with the clear water, realize that the clear water that the inlet flows gets off to flow to hold the liquid district and realize the cleaning performance to dragging the subassembly under gravity, realize that clear water flows abluent effect, prevent that sewage from gathering to arouse to dragging the subassembly secondary pollution, very big promotion is to the cleaning performance of dragging the subassembly, the clear water that the inlet flows comes to promote simultaneously and flows to make sewage in time discharge under gravity and flow to strain dirty district and carry out effectual filtration, promote to dragging the cleaning performance of subassembly and promote the collection effect to sewage.

The cleaning zone of this scheme and strain the structure that is linked together of dirty district, it realizes that the scraping of dragging the subassembly is washd and sewage separates the flow to keep off scraping portion and passageway through setting up, the structure that keeps off scraping portion and passageway can realize the large tracts of land cleaning performance to dragging the subassembly, prevent that the clear water from flowing to straining dirty district in short time, realize that the clear water separates the outflow and enters into and strain dirty district after keeping off scraping a portion of orientation after fully wasing to dragging the subassembly in holding the liquid district, promote the clear water and drag the subassembly and carry out contact abluent time and contact distance, effectively promote the cleaning performance of clear water to dragging the subassembly.

The base station of this scheme possesses multi-functional result of use, can maintain the processing to the cleaning machine better, not only can realize coming to drag on the cleaning machine and wipe the subassembly and wash the maintenance processing, can also realize docking the rubbish of collecting the cleaning machine and absorb the maintenance processing, has solved the problem that the user frequently comes to maintain the processing to the cleaning machine, very big promotion user experience effect.

Drawings

FIG. 1 is a schematic view of a cleaning machine parked on a base station;

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

FIG. 3 is a bottom schematic view of the cleaning machine;

FIG. 4 is an exploded view of the cleaning assembly shown removed from the base station;

FIG. 5 is an exploded view of the cleaning assembly;

FIG. 6 is a schematic diagram of the station supplying clear water to the wash zone and the flow of wastewater for filtration and collection;

FIG. 7 is a schematic partial cross-sectional view of a cleaning module installed in a receiving area of a base station;

FIG. 8 is a schematic view of the cleaning machine resting on a base station to clean the rotating members;

reference numerals: 1-base station, 101-station body, 1011-containing area, 1012-working area, 1013-liquid inlet, 1014-liquid outlet, 102-cleaning component, 1021-cleaning component, 10211-cleaning area, 102111-scraping part, 1021111-channel, 102112-liquid storage area, 10212-dirt filtering area, 102121-dirt filtering part, 1022-dirt collecting part, 10221-dirt collecting area, 103-taking and placing part, 1031-pulling part, 104-dust collecting port, 2-cleaning machine, 201-dragging component, 2011-rotary rolling component, 202-driving wheel and 203-dust discharging port.

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 base station system comprises a cleaning machine 2 and a base station 1, wherein the cleaning machine 2 mainly performs a dust collection cleaning function and a floor mopping cleaning function on the ground, the base station 1 is mainly used for performing maintenance treatment on the cleaning machine 2, the cleaning machine 2 can be docked on the base station 1 to perform butt joint dust collection maintenance treatment and cleaning maintenance treatment on the cleaning machine 2, a user can maintain the base station 1 periodically or regularly, and the use experience effect of the user is greatly improved.

The base station 1 system comprises a base station 1 and a cleaning machine 2, wherein the base station 1 is used for parking the cleaning machine 2 for maintenance, the cleaning machine 2 is provided with a mopping assembly 201 for cleaning the ground, and the mopping assembly 201 is mainly used for contacting the ground to clean the ground; the base station 1 comprises a station main body 101, wherein an accommodating area 1011 is arranged on the station main body 101; the base station 1 further comprises a cleaning component 102, the cleaning component 102 is detachably mounted on the accommodating area 1011, the accommodating area 1011 is used for placing the cleaning component 201 to enable the cleaning component 201 to be mounted on the accommodating area 1011, and also can enable a user to detach the cleaning component 102 to be separated from the accommodating area 1011, so that the cleaning component 102 can be detachably mounted on the accommodating area 1011, the cleaning component 102 can be directly mounted on the accommodating area 1011, the mounting and detaching effects of the user on the cleaning component 102 are achieved, and the user can conveniently maintain the cleaning component 102 and the accommodating area 1011.

For the structural part of the cleaning assembly 102, the cleaning assembly 102 includes a cleaning part 1021, a cleaning area 10211 and a dirt filtering area 10212 are arranged on the cleaning part 1021, and the cleaning area 10211 and the dirt filtering area 10212 are set to be communicated, when the cleaning machine 2 is parked on the base station 1, at least a part of the wiping assembly 201 is located on the cleaning area 10211, the cleaning area 10211 is mainly used for placing the wiping assembly 201 to be located on the cleaning area 10211 for cleaning, mainly located on the cleaning area 10211 for contacting the cleaning liquid, that is, the cleaning liquid is clean water to achieve a cleaning effect, and the dirt filtering area 10212 is mainly used for effectively filtering the sewage formed in the cleaning process of the wiping assembly 201, so that the base station 1 can effectively collect the filtered sewage, and prevent the problem of blocking in the process of collecting the sewage; when cleaner 2 needs to be maintained, cleaner 2 moves from the ground and walks to basic station 1 on, drag and wipe subassembly 201 and be located washing district 10211 this moment, basic station 1 can start to supply clear water to washing district 10211, drag and wipe subassembly 201 contact clear water and realize the cleaning performance and form sewage, set up the structure that is linked together between washing district 10211 and the dirt filtering district 10212 and make sewage flow under gravity and enter into in the dirt filtering district 10212 and filter, realize the effect of collecting again after filtering sewage.

In the scheme, the containing area 1011 is mainly located at the lower side of the cleaning area 10211 and/or the dirt filtering area 10212, the containing area 1011 is mainly used for placing the cleaning assembly 102, meanwhile, the containing area 1011 can be used for collecting and containing sewage, the cleaning assembly 201 contacts clear water in the cleaning area 10211 for cleaning, sewage is formed in the cleaning process, the sewage flows from the cleaning area 10211 into the dirt filtering area 10212 to achieve the filtering effect of the sewage, the filtered sewage flows towards the lower side direction and enters the containing area 1011 to achieve the concentrated collection of the sewage, the dirt filtering area 10212 and the containing area 1011 are communicated through the dirt filtering part 102121 by arranging the plurality of dirt filtering parts 102121 on the dirt filtering area 10212, the filtered sewage on the dirt filtering area 10212 flows downwards to enter the containing area 1011 to be collected, and the effect of collecting the filtered sewage is achieved in the whole process, and can utilize the gravity of the sewage to collect.

Preferably, the containing area 1011 is located the downside of washing district 10211 and filth filtering area 10212 and realizes the effect of collecting sewage by a large scale, is favorable to concentrating to come effective collection to sewage, and convenience of customers comes to carry out maintenance treatment to washing subassembly 102 and containing area 1011, when the user dismantles washing subassembly 102, the user can come to maintain washing subassembly 102, also can come to maintain washing to containing area 1011, convenience of customers is to the maintenance treatment of basic station 1.

In the scheme, a working area 1012 is arranged on the station main body 101, the working area 1012 is used for supporting and placing the cleaning machine 2, the working area 1012 can be set to be a working bin structure, that is, the working area 1012 can be set to be a concave structure towards the rear side direction to form a platform area, the accommodating area 1011 is set to be located on the working area 1012, the accommodating area 1011 is mainly set to be located on the bottom end face of the working area 1012, an inlet for the cleaning machine 2 to enter the working area 1012 for parking maintenance is arranged on the working area 1012, the outer side direction of the inlet far away from the station main body 101 is set to be the front side direction, the cleaning machine 2 moves to the inlet from the ground and enters the working area 1012 on the base station 1 through the inlet, at this time, the dragging and wiping component 201 is located above the accommodating area 1011, and the dragging and wiping component 201 is mainly located on the cleaning area 10211, and set up at least partly of straining dirty district 10212 is located the front side direction of washing district 10211, and set up at least partly of straining dirty district 10212 is located the downside direction of washing district 10211 realizes that the sewage that wipes subassembly 201 and wash the in-process formation in washing district 10211 can flow naturally under gravity towards the downside direction and enter into in straining dirty district 10212 towards the front side direction, and sewage can carry out effectual filtration processing in straining dirty district 10212, prevents that base station 1 from appearing the problem of jam in the in-process of collecting sewage to the convenience of customers comes to carry out effectual maintenance processing to the great rubbish of straining to filter out on dirty district 10212.

Wherein, to strain dirty district 10212 setting and be located the front side direction of washing district 10211 and be favorable to coming the area that dirty district 10212 was strained in the increase under the structure of reasonable overall arrangement, realize the large tracts of land filter effect to sewage, what correspond simultaneously increases the area and the volume of collecting sewage, prevents that sewage from overflowing outside basic station 1, promotes the reliability that basic station 1 collected sewage on the whole.

In order to improve the collection effect of the sewage, the cleaning assembly 102 of the present disclosure further includes a sewage collecting member 1022, the sewage collecting member 1022 is detachably mounted on the cleaning member 1021, the sewage collecting member 1022 is located at the lower side of the cleaning member 1021, a sewage collecting area 10221 is disposed on the sewage collecting member 1022, the sewage collecting area 10221 realizes the collection effect of the sewage, and the sewage collecting area 10221 is configured to communicate with the sewage filtering area 10212 through the sewage filtering portion 102121; specifically, dirty piece 1022 sets up to dismantle and installs and conveniently come to dismantle the washing piece 1021 and clean the maintenance to dirty piece 1022 on washing piece 1021, especially can regularly come to dismantle the washing maintenance to dirty district 10221, convenience of customers comes to maintain the processing to great rubbish, dirty district 10221 that collects is located the downside of washing piece 1021 and mainly makes dirty district 10221 be located the downside of filth filtering district 10212 and form the structure of collecting sewage, can set up a plurality of filth filtering parts 102121 on filth filtering district 10212, a plurality of filth filtering parts 102121 realize that the structure that is linked together between filth filtering district 10212 and filth collecting district 10221 makes sewage flow downwards and enter in filth collecting district 10221 and collect after filtering on filth filtering district 10212.

Alternatively, the dirt filter 102121 may be provided with a hole structure, such as a through hole structure, so that a communication structure is formed between the dirt filtering area 10212 and the dirt collecting area 10221, and the dirt filter 102121 achieves the filtering effect of the dirt.

Optionally, a corresponding clamping groove and a corresponding buckle are arranged between the dirt collecting piece 1022 and the cleaning piece 1021 to realize clamping and fixing connection, so that the dirt collecting piece 1022 can be conveniently detached, cleaned and maintained.

In this scheme, the mopping assembly 201 includes a rotating roller 2011, the rotating roller 2011 is configured to contact the ground for rotating and rolling, the rotating roller 2011 is configured to contact the ground for achieving a cutting mopping effect with a large friction force, the cleaning region 10211 is provided with a blocking and scraping portion 102111, the blocking and scraping portion 102111 is configured to be a protruding structure facing the upper side and configured to contact the outer surface of the rotating roller 2011, the blocking and scraping portion 102111 contacts the outer surface of the rotating roller 2011 to form a scraping cleaning effect, the blocking and scraping portion 102111 forms an effect of collecting clear water, when the rotating roller 2011 is cleaned, the blocking and scraping portion 102111 can scrape dirt on the rotating roller 2011 down into clear water to form dirty water, and when the rotating roller 2011 is cleaned, the blocking and scraping portion 102111 can scrape the rotating roller 2011 to remove water so that the rotating roller 2011 can maintain a slightly wet effect, the scraping and cleaning and water removing effects of the scraping part 102111 on the rotating roller 2011 can be realized.

Optionally, the number of the rolling members 2011 may be multiple, and the multiple rolling members 2011 are distributed in parallel in the front-back direction, so that a step-by-step deep cleaning effect on the ground can be achieved.

Preferably, the number of the rolling members 2011 is two, two rolling members 2011 are arranged in a front-back distribution manner, the two rolling members 2011 rotate in opposite directions, and the rolling force of the two rolling members 2011 can be partially offset, so that the stability of the cleaning machine 2 moving and walking on the ground can be improved.

The rotating roller 2011 is mainly provided with a soft structural layer on the outer layer, the soft structural layer has a cleaning liquid adsorbing effect, the soft structural layer is made of cloth or sponge, and the rotating roller 2011 is in contact with the ground to mop the ground to be clean.

Optionally, a single piece 2011 that rolls is corresponding sets up two and keeps off portion 102111 of scraping, and two keep off and scrape portion 102111 and be the ascending distribution structure that parallels of fore-and-aft direction, and two keep off and scrape portion 102111 and all contact the surface of rolling piece 2011 soon in the front side both sides of rolling piece 2011 soon and form the effect of contact scraping, promote to keep off and scrape portion 102111 and come the effect of gathering the washing liquid, promote the scraping effect to rolling piece 2011 soon simultaneously.

In the present embodiment, one side of the scraping portion 102111 is provided with a liquid storage region 102112 which is concave downward, the scraping portion 102111 is convex upward relative to the inner end surface of the liquid storage region 102112, the liquid storage region 102112 is mainly used for storing a certain amount of cleaning liquid, the liquid storage region 102112 is located on the cleaning region 10211 to form an effect of storing the cleaning liquid, so that the cleaning liquid contacts the wiping component 201 in the liquid storage region 102112, i.e. contacts the rotating member 2011 for cleaning, the distance from at least a portion of the inner end surface for storing the cleaning liquid on the liquid storage region 102112 to the bottom of the station body 101 is H1, the distance from at least a portion of the inner end surface for receiving the cleaning liquid on the dirt filtering region 10212 to the bottom of the station body 101 is H2, and H1 is greater than H2, so that the cleaning liquid in the liquid storage region 102112 can flow into the dirt filtering region 12 under gravity, and the liquid storage region 102112 and the dirt filtering region 10212 have a certain height difference in the vertical direction, make the sewage that forms in holding the liquid district 102112 can discharge under gravity that hold liquid district 102112 is flowed naturally, and then the sewage that discharges hold liquid district 102112 flows fast under gravity and enters into and strain dirty district 10212 in and filter, be favorable to holding the sewage in the liquid district 102112 and rolling piece 2011 soon and carry out quick separation, prevent that sewage from gathering and leading to rolling piece 2011 soon and form secondary pollution, promote the cleaning performance to rolling piece 2011 soon and to the collection effect of sewage.

In this scheme, when cleaner 2 stops to start when 1 at basic station and wipes the cleaning performance of subassembly 201, 1 at basic station starts to supply with clear water in holding liquid district 102112, rolls piece 2011 soon and starts rotatory rolling motion and contact the clear water and wash, make full use of rolls the motion power of subassembly self soon and realizes the cleaning performance, need not to set up on 1 at basic station and rolls piece 2011 soon and carry out abluent power structure, overall structure is simpler, and the cost is lower.

In order to further improve the flowing cleaning effect of the clean water on the mopping assembly 201 and the concentrated collecting effect of the clean water on the sewage, according to the scheme, at least a part of the inner end surface of the liquid storage region 102112, which is used for containing the cleaning liquid, is arranged to be a structure which is gradually inclined from high to low from the rear side direction to the front side direction in the front-rear direction, it can be understood that the bottom end surface of the liquid storage region 102112 is arranged to be an inclined structure, so that the clean water can rapidly flow in the liquid storage region 102112 to form the flowing cleaning effect, and meanwhile, the sewage in the cleaning process of the mopping assembly 201 can be intensively flowed towards the direction of the sewage filtering region 10212, so that the sewage is separated from the mopping assembly 201 in time to enter the sewage filtering region 10212, the secondary pollution of the sewage on the mopping assembly 201 is prevented, and the cleaning effect on the mopping assembly 201 is improved as a whole.

The inner end face of the liquid storage area 102112 is set to be an inclined structure, so that the effect of collecting cleaning liquid is formed at a position end, close to the dirt filtering area 10212, in the liquid storage area 102112, the cleaning machine 2 is parked on the base station 1 to be a certain inclined structure, at the moment, clear water in the liquid storage area 102112 can effectively form a certain immersion effect on the mopping assembly 201, the cleaning effect of combining flowing cleaning and immersion cleaning of the mopping assembly 201 by clear water is achieved, the cleaning effect of the mopping assembly 201 is improved, and meanwhile, the separated collection of sewage is facilitated.

And/or, in order to further promote that sewage formed in the process of cleaning the mop assembly 201 is separated from the mop assembly 201 and flows out in time, in the scheme, the scraping part 102111 is provided with one or more channels 1021111, the channels 1021111 are respectively communicated with the liquid storage region 102112 and the dirt filtering region 10212, and the channels 1021111 enable the liquid storage region 102112 and the dirt filtering region 10212 to be communicated with each other, so that sewage formed in the liquid storage region 102112 can flow out through the channels 1021111 and enter the dirt filtering region 10212, and the sewage is prevented from accumulating in the liquid storage region 102112 to cause secondary pollution to the mop assembly 201.

When the passage 1021111 is provided in plural, the passages 1021111 are arranged in parallel along the horizontal direction of the scraping portion 102111 to realize the structure of communication between the liquid storage portion 102112 and the dirt filtering portion 10212.

The station body 101 is provided with a liquid inlet 1013, the liquid inlet 1013 is configured to have an opening structure facing the liquid storage region 102112, so that clean water flowing out through the liquid inlet 1013 can directly enter the liquid storage region 102112 to contact the mop assembly 201 for cleaning, and at least an inner end surface of the liquid inlet 1013, through which the cleaning liquid flows, is located at an upper side of an inner end surface of the liquid storage region 102112, which is used for containing the cleaning liquid, so that the cleaning liquid flowing out through the liquid inlet 1013 flows into the liquid storage region 102112 under the gravity, the base station 1 starts to supply clean water, the clean water flows out through the liquid inlet 1013, flows naturally under the gravity, and enters the liquid storage region 102112, so as to realize a structure for supplying clean water into the liquid storage region 102112, and the clean water enters the liquid storage region 102112 to contact the mop assembly 201 to realize a cleaning effect.

Alternatively, the liquid inlet 1013 is provided with an opening structure facing the liquid storage region 102112 in the horizontal direction, so that the clean water is supplied towards the liquid storage region 102112, and flows along the scraping part 102111 to contact the mopping assembly 201 to realize the cleaning effect.

Optionally, an inner end surface of the liquid inlet 1013, through which the cleaning liquid flows, is located at least on the upper side of the inner end surface of the liquid storage region 102112, which is used for containing the cleaning liquid, to form a structure with a certain height difference in the vertical direction, so that the clean water flowing out of the liquid inlet 1013 can naturally flow into the liquid storage region 102112 under the gravity, and the clean water contacts the mop assembly 201 to be cleaned under the flowing state, so that the flowing cleaning effect is realized, and the cleaning effect on the mop assembly 201 is favorably improved.

Optionally, a clean water tank is disposed in the base station 1 to provide cleaning liquid, i.e. clean water, the clean water tank is communicated with the liquid inlet 1013 to provide cleaning liquid, and a liquid supply mechanism is disposed to supply clean water in the clean water tank to the liquid storage area 102112 through the liquid inlet 1013 to achieve the effect of supplying clean water to clean the mop assembly 201, and the liquid supply mechanism may be configured as a pump structure or a valve structure.

Optionally, the number of the liquid inlet 1013 may be set to one or more than one, the number of the liquid inlet 1013 may be set as required, and the number of the liquid inlet 1013 may be set according to the number of the rolling members 2011, for example, a single rolling member 2011 may be set to correspondingly set a single liquid inlet 1013 to realize that when a plurality of rolling members 2011 are provided, the plurality of liquid inlets 1013 are correspondingly set to supply clean water to the plurality of rolling members 2011 to realize the cleaning effect of the rolling members 2011.

In this embodiment, when the scraping portion 102111 is provided with the channel 1021111, the channel 1021111 is disposed at a position on the scraping portion 102111 away from the liquid inlet 1013, so that the cleaning liquid, i.e. clean water, flowing out through the liquid inlet 1013 can enter the liquid storage region 102112, mainly flows along the horizontal direction of the scraping portion 102111 and ensures that the clean water can flow for a certain distance to fully contact with the scrubbing assembly 201 for cleaning the scrubbing assembly 201, and the distance between the channel 1021111 and the side end surface of the cleaning member 1021 away from the liquid inlet 1013 is less than or equal to one third of the distance between the left and right side end surfaces of the cleaning member 1021, so that the channel 1021111 is away from the liquid inlet 1013 to prevent the clean water from entering the liquid storage region 102112 and being discharged in a short time, and the clean water is effectively accumulated in the liquid storage region 102112 to effectively clean the scrubbing assembly 201 after contact, the clear water fully contacts the dragging and wiping component 201 to be cleaned and then becomes sewage which flows out through the channel 1021111 to enter the dirt filtering area 10212, and therefore the structure of the blocking and scraping part 102111 and the channel 1021111 can achieve the effect of cleaning the dragging and wiping component 201 in a large area, the clear water is prevented from flowing to the dirt filtering area 10212 in a short time, the clear water can flow for a certain distance along the direction of the blocking and scraping part 102111 after the dragging and wiping component 201 is fully cleaned in the liquid storage area 102112 and then flows out separately to enter the dirt filtering area 10212, the time and the contact distance of the clear water for contacting and cleaning the dragging and wiping component 201 are prolonged, and the cleaning effect of the clear water for the dragging and wiping component 201 is effectively improved.

Alternatively, the number of the channels 1021111 may be one or more, and the number of the channels 1021111 may be correspondingly set according to the number of the scraping portions 102111, so that the sewage in the liquid storage region 102112 can flow through the channel 1021111 to enter the sewage filtering region 10212 for filtering and then collecting, and the sewage is prevented from being accumulated in the liquid storage region 102112.

The base station 1 is provided with a liquid discharge port 1014 on the station main body 101 for collecting sewage, the liquid discharge port 1014 is arranged in a structure communicated with the accommodating area 1011 so that cleaning liquid in the accommodating area 1011 can enter the liquid discharge port 1014, and/or the liquid discharge port 1014 is arranged in a structure communicated with the sewage collecting area 10221 for allowing cleaning liquid in the sewage collecting area 10221 to enter the liquid discharge port 1014, so that sewage flows into the sewage collecting area 10221 or enters the accommodating area 1011 after being filtered in the sewage filtering area 10212, sewage in the sewage collecting area 10221 or in the accommodating area 1011 is discharged and collected through the liquid discharge port 1014, the base station 1 is mainly provided with a sewage tank which is communicated with the liquid discharge port and provided with a power mechanism for sucking sewage into the sewage tank for collection, and the power mechanism can be arranged as a water pump or a vacuum pump for transferring and collecting sewage in the accommodating area 1011 or the sewage collecting area 10221 into the sewage tank, the effect of collecting sewage on the base station 1 is realized, and a user only needs to maintain the sewage tank regularly or periodically.

Alternatively, the liquid discharge port 1014 may be disposed on the receiving area 1011, may be disposed on a side position or a bottom position of the receiving area 1011, and may be configured to communicate the liquid discharge port 1014 with the receiving area 1011, or may be configured to communicate the liquid discharge port 1014 with the dirt collection area 10221.

Optionally, a drain outlet may be correspondingly disposed on the cleaning assembly 102, so that the sewage collecting region 10221 may communicate with the drain outlet 1014 through the drain outlet to allow sewage to enter the drain outlet 1014 for draining and collecting.

Optionally, the quantity of drain can set up to a plurality ofly, can correspond the quantity of confirming the drain according to the collection effect to sewage, realizes effectual collection sewage.

In order to improve the large-area filtering effect of the dirt filtering area 10212, the bottom of the cleaning machine 2 is provided with two driving wheels 202 which are distributed in parallel, the driving wheels 202 are used for driving the cleaning machine 2 to move and walk on the ground, when the cleaning machine 2 is parked on the base station 1, at least one part of the dirt filtering area 10212 is located in the area between the two driving wheels 202, the dirt filtering area 10212 is large in area to filter the sewage, so that the sewage flows into the accommodating area 1011 or the dirt collecting area 10221 after being filtered by the dirt filtering area 10212 in time, and the problem that the sewage is accumulated on the dirt filtering area 10212 to cause sewage overflow is prevented.

And/or, in order to raise the dirt collecting area 10221 to effectively collect the sewage, in this scheme, when the cleaning machine 2 is parked on the base station 1, at least the inner end surface of the dirt collecting area 10221, which contains the cleaning liquid, is located at the lower side of the bottommost positions of the two driving wheels 202, so that the sewage can flow towards the lower side direction after being filtered on the dirt filtering area 10212 to enter the dirt collecting area 10221 to be collected, and the volume of the dirt collecting area 10221 can be effectively increased by locating the inner end surface of the dirt collecting area 10221, which contains the cleaning liquid, at the lower side of the bottommost positions of the two driving wheels 202, so that the sewage in the dirt collecting area 10221 is prevented from overflowing, and the sewage collecting effect is improved.

And/or, in order to lift the dirt filtering area 10212 to effectively filter the sewage, when the cleaning machine 2 is parked on the base station 1, at least the inner end surface of the dirt filtering area 10212, which receives the cleaning liquid, is located at the lower side of the bottommost position of the two driving wheels 202, so that the sewage flowing out through the liquid storage area 102112 can flow towards the lower side to enter the dirt filtering area 10212 for filtering, and the lower side of the inner end surface of the dirt filtering area 10212, which receives the cleaning liquid, at the bottommost position of the two driving wheels 202 can effectively increase the volume of the dirt filtering area 10212 for filtering the sewage, so that the sewage is prevented from overflowing in the process of filtering in the dirt filtering area 10212, and the filtering effect on the sewage is improved.

In order to improve the installation and disassembly of the cleaning assembly 102 for maintenance, according to the present invention, the taking and placing portion 103 is disposed at two side positions of the cleaning assembly 102, the taking and placing portion 103 is configured to extend toward the inlet direction, so that a user can hold the taking and placing portion 103 to install and disassemble the cleaning assembly 102, and the lifting portion 1031 is disposed at a position on the taking and placing portion 103 close to the inlet, so that the user can install and disassemble the cleaning assembly 102 conveniently.

Optionally, the pick-and-place unit 103 is configured to be a cylindrical structure extending toward the inlet direction relative to the main body of the cleaning assembly 102, so that a user can conveniently hold the pick-and-place unit 103 to mount and dismount the cleaning assembly 102.

Optionally, the lifting portion 1031 is configured as a hole-shaped structure on the pick-and-place portion 103, so that a user can conveniently pull the pick-and-place portion 103 or lift the pick-and-place portion 103 for installation and removal, i.e. to install the cleaning assembly 102 into the receiving area 1011 or remove the cleaning assembly 102 from the receiving area 1011 for maintenance. The use of the utility model is convenient for the user,

optionally, the lifting portion 1031 may also be configured as a protruding structure on the pick-and-place portion 103, so that a user can conveniently grab the pick-and-place portion 103 to install and detach the cleaning assembly 102, i.e. to install the cleaning assembly 102 into the receiving area 1011 or detach the cleaning assembly 102 from the receiving area 1011 for maintenance.

The base station 1 of the present solution can also perform docking dust collection maintenance treatment on the cleaning machine 2, wherein the dust collecting port 104 is mainly disposed on the side portion and/or the bottom portion of the working area 1012, the dust collecting port 104 is disposed on the upper side of the cleaning assembly 102 to realize the separation of the dust collecting port 104 and the cleaning assembly 102, and the dust collecting port 104 is disposed in an opening structure facing the inlet direction and/or in an opening structure facing the upper side direction, and the cleaning machine 2 is correspondingly provided with the dust discharging port 203, when the dust collecting port 104 and the dust discharging port 203 are correspondingly communicated, the dust discharging port 203 and the dust collecting port 104 can be correspondingly communicated to form a communicated structure, when the cleaning machine 2 is docked on the base station 1, the base station 1 starts to operate to butt-joint and suck the collected dust in the cleaning machine 2 into the base station 1, the butt joint dust collection maintenance treatment of the base station 1 on the cleaning machine 2 is completed.

Specifically, when cleaner 2 docks on basic station 1, basic station 1 starts work, the structure that forms being linked together between dust collection mouth 104 and the dust exhaust mouth 203 this moment can be used for the passing through of rubbish, form rubbish and remove the route in to basic station 1 from cleaner 2, dust collection mouth 104 and dust exhaust mouth 203 can set up to the position correspondence and realize the structure that can be linked together, also can set up to correspond to be linked together can, so that realize cleaner 2 can enter into dust collection mouth 104 through the outside exhaust rubbish of dust exhaust mouth 203 and realize the absorption collection effect of basic station 1 to rubbish.

Optionally, the dust collecting opening 104 corresponds to the dust discharging opening 203, when the dust collecting opening 104 is located at the side of the working area 1012, the dust discharging opening 203 is located at the side of the cleaning machine 2, and the dust collecting opening 104 is open towards the inlet direction, so that the dust collecting opening 104 and the dust discharging opening 203 can be correspondingly communicated to achieve the effect of sucking and collecting the garbage.

Optionally, the dust collecting opening 104 corresponds to the dust discharging opening 203, when the dust collecting opening 104 is located at the bottom of the working area 1012, the dust discharging opening 203 is located at the bottom of the cleaning machine 2, and the dust collecting opening 104 is open in the upper direction of the working area 1012, so that the dust collecting opening 104 and the dust discharging opening 203 can be correspondingly communicated to achieve the effect of sucking and collecting the garbage.

Optionally, the dust discharge port 203 is configured to be an openable and closable structure, a dust discharge cover may be disposed on the dust discharge port 203 to implement a structure that can be closed or opened for the dust discharge port 203, the dust discharge port 203 is opened to be communicated with the dust collection port 104 in a butt joint manner, at this time, the base station 1 may be started to perform a butt joint dust collection maintenance process on the cleaning machine 2, and when the dust discharge port 203 is closed, the cleaning machine 2 may perform a normal dust collection cleaning function on the ground.

Wherein, to the structural part of dust exhaust port 203, mainly set up the dirt box in cleaner 2, the dirt box is linked together with dust exhaust port 203 and realizes that the rubbish that the dirt box was collected can drive rubbish and remove and enter into in dust collection port 104 through dust exhaust port 203 when basic station 1 starts the work, and then realizes the absorption collection effect of the rubbish in the basic station 1 to the dirt box.

Wherein, draw the structure part of rubbish to basic station 1, set up the fan in basic station 1, the fan is big suction fan, the suction that fan start work produced the air current realizes the effect of drawing rubbish, the air current enters into in the dirt box from cleaner 2 then drives the rubbish removal in the dirt box and passes through dust exhaust 203, dust collection opening 104 enters into in the basic station 1, can correspond in basic station 1 and set up great volumetric dust collection box, the dust collection box is linked together with dust collection opening 104, the realization is drawn the rubbish in the dirt box and is received in the dust collection box, the user only need regularly empty the rubbish of handling in the dust collection box can.

Optionally, the dust collecting box may be a dust bag structure, that is, a structure made of cloth material and having a filtering function, the blower is connected to the dust collecting box to suck the garbage into the dust collecting box, the dust collecting box filters and separates the garbage driven by the airflow, and the airflow is then discharged to the outside of the base station 1 through the blower.

It is thus clear that basic station 1 of this scheme possesses multi-functional result of use, and basic station 1 realizes that the butt joint collection dirt of cleaner 2 is maintained and the butt joint is washd and is dragged the washing of wiping subassembly 201 and maintain, greatly promotes user's use experience effect.

The working principle is as follows: the base station 1 of the scheme mainly performs maintenance treatment on the cleaning machine 2, the cleaning machine 2 mainly performs dust absorption cleaning function and mopping cleaning function on the ground, specifically, the base station 1 can perform cleaning maintenance treatment on the mopping assembly 201 on the cleaning machine 2, the cleaning assembly 102 is mainly arranged to realize cleaning of the mopping assembly 201 and collection effect after filtering of sewage formed in the cleaning process, wherein a cleaning part 1021 on the cleaning assembly 102 is provided with a cleaning area 10211 and a dirt filtering area 10212, the quick flowing of the sewage to the dirt filtering area 10212 for filtering is realized in the cleaning process of the mopping assembly 201 through the structural design of the cleaning area 10211 and the dirt filtering area 10212, then the filtered sewage is collected, larger garbage in the sewage is blocked due to sewage filtering, so that the sewage collection process is not easy to block, and meanwhile, the cleaning effect of the mopping assembly 201 can be improved in the process of quick sewage separation, the secondary pollution of the sewage to the mopping assembly 201 is prevented, the cleaning effect of the mopping assembly 201 is improved integrally, and the sewage is convenient to collect effectively; simultaneously base station 1 can also come to dock the absorption to the rubbish of collecting on cleaner 2 and collect, solves the user and frequently emptys the problem of handling rubbish on cleaner 2, 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 in its practical application.

Claims (13)

1. A base station system including a base station and a cleaning machine, the base station being used for docking the cleaning machine for maintenance, characterized in that: the cleaning machine is provided with a mopping component for cleaning the ground;

the base station comprises a station main body, wherein an accommodating area is arranged on the station main body;

the base station also comprises a cleaning component which is detachably arranged on the accommodating area;

the cleaning assembly comprises a cleaning piece, a cleaning area and a dirt filtering area are arranged on the cleaning piece, the cleaning area and the dirt filtering area are arranged to be communicated, and when the cleaning machine is stopped on the base station, at least one part of the mopping assembly is located on the cleaning area.

2. The base station system of claim 1, wherein: the accommodating area is positioned at the lower side of the cleaning area and/or the dirt filtering area, and a plurality of dirt filtering parts are arranged on the dirt filtering area to enable the dirt filtering area and the accommodating area to be communicated through the dirt filtering parts.

3. The base station system of claim 2, wherein: the station is provided with the workspace in the main part, the holding district sets up to being located on the workspace, be provided with on the workspace and be used for the cleaner enters into the import of berthhing the maintenance on the workspace sets up keep away from in the import the outside direction of main part of standing is the front side direction, and sets up at least strain some in dirty district the front side direction in washing district, and set up at least strain some in dirty district the downside direction in washing district.

4. The base station system of claim 3, wherein: the cleaning assembly further comprises a dirt collecting piece, the dirt collecting piece is detachably arranged on the cleaning piece and is located on the lower side of the cleaning piece, a dirt collecting area is arranged on the dirt collecting piece, and the dirt collecting area is arranged to be communicated with the dirt filtering portion and the dirt filtering area.

5. The base station system of claim 3, wherein: the mopping component comprises a rotary rolling piece, the rotary rolling piece is set to be a structure capable of contacting the ground to rotate and roll, a blocking and scraping part is arranged on the cleaning area, and the blocking and scraping part is set to be a structure protruding towards the upper side direction and is in mutual contact with the outer surface of the rotary rolling piece.

6. The base station system of claim 5, wherein: one side of the scraping part is provided with a liquid storage area which is concave downwards, the liquid storage area is positioned on the cleaning area, the distance from at least one part of an inner end surface used for containing cleaning liquid on the liquid storage area to the bottom of the station main body is H1, the distance from at least one part of an inner end surface used for receiving the cleaning liquid on the dirt filtering area to the bottom of the station main body is H2, and H1 is larger than H2 so that the cleaning liquid in the liquid storage area can flow into the dirt filtering area under the gravity.

7. The base station system of claim 6, wherein: at least one part of the inner end surface for containing the cleaning liquid on the liquid storage area is arranged to be a structure which is gradually inclined from high to low relative to the ground from the rear side direction to the front side direction in the front-rear direction;

and/or the blocking scraping part is provided with one or more channels which are respectively communicated with the liquid storage area and the dirt filtering area.

8. The base station system of claim 7, wherein: the station main part is provided with a liquid inlet, the liquid inlet is set to be towards an opening structure in the direction of the liquid storage area, at least the inner end face, through which cleaning liquid flows, of the liquid inlet is located at least the upper side of the inner end face, through which the cleaning liquid flows, of the liquid storage area, so that the cleaning liquid flowing out of the liquid inlet flows into the liquid storage area under the action of gravity.

9. The base station system of claim 8, wherein: when keep off and scrape when being provided with the passageway on the portion the passageway sets up to be located keep away from on the portion of scraping keep away from on the position of inlet, just the passageway extremely wash on the piece keep away from the distance between the side end face of inlet is less than or equal to wash the one-third of the distance between the left and right sides terminal surface of piece.

10. The base station system of claim 4, wherein: the station main body is provided with a liquid outlet which is arranged in a structure communicated with the accommodating area, so that the cleaning liquid in the accommodating area can enter the liquid outlet, and/or the liquid outlet is arranged in a structure communicated with the dirt collecting area and used for enabling the cleaning liquid in the dirt collecting area to enter the liquid outlet.

11. The base station system of claim 4, wherein: two driving wheels which are distributed in parallel are arranged at the bottom of the cleaning machine, and when the cleaning machine is parked on the base station, at least one part of the dirt filtering area is positioned in an area between the two driving wheels;

and/or when the cleaning machine is parked on the base station, at least the inner end surface of the dirt collecting area for containing cleaning liquid is positioned on the lower side of the bottommost position of the two driving wheels;

and/or at least the inner end surface of the dirt collection area which receives cleaning liquid is located on the underside of the lowermost position of the two drive wheels when the cleaning machine is parked on the base station.

12. The base station system of claim 3, wherein: the cleaning component is characterized in that the positions of two sides of the cleaning component are respectively provided with a taking and placing part, the taking and placing parts are of a structure extending towards the inlet direction, and a lifting part is arranged on the position, close to the inlet, of the taking and placing part.

13. The base station system of claim 3, wherein: be provided with the dust collection mouth on the lateral part of workspace and/or the bottom position, just the dust collection mouth is located wash the upside position of subassembly, the dust collection mouth sets up to be the orientation the open structure of import direction and/or set up to be the open structure of orientation upside direction, just it is provided with the dust exhaust mouth to correspond on the cleaning machine, works as the dust collection mouth with the dust exhaust mouth corresponds the passing through that can be used for rubbish when communicating with each other.

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