CN221105734U - Base station and cleaning device - Google Patents

Abstract

The utility model discloses a base station and cleaning equipment, wherein the base station comprises; the water consumption part comprises a host machine butt joint position, a seat body cleaning position and a sewage tank; the waterway switching assembly is provided with an inlet end and a plurality of outlet ends, the inlet end is connected with the clear water tank, the outlet ends are connected with the water consumption parts, and the waterway switching assembly can adjust the waterway flow direction and change the communication relation between the inlet ends and different outlet ends so that the clear water tank can selectively supply water to at least one of the water consumption parts. The scheme disclosed by the utility model can solve the problem of complex structure of the waterway pipeline of the base station in the prior art.

Description

Base station and cleaning device

Technical Field

The utility model belongs to the technical field of cleaning equipment, and particularly relates to a base station and cleaning equipment.

Background

The base station is the base member part of the equipment of clear machine such as washing machine, and the base station can provide functions such as moisturizing, blowdown, washing, accomodating, stoving, disinfect for washing the ground, and the base station is general to be connected with running water and intakes and blowdown play water, and the water route in the current base station is mostly independently set up, and every pipeline realizes single function respectively, leads to the water route pipeline structure in the base station complicated, and the cost is higher, and the base station receives the pipeline arrangement restriction in some schemes and leads to the base station function limited. Meanwhile, the existing base station also has the problem of poor cleaning effect of parts such as a rolling brush, a sewage tank and the like.

Therefore, there is a need for an improvement in the prior art to overcome the drawbacks of the prior art that the waterway pipeline structure of the base station is complex.

Disclosure of utility model

Therefore, the technical problem to be solved by the utility model is that the waterway pipeline structure of the base station is complex.

In order to solve the above technical problems, the present utility model provides a base station and a cleaning device, wherein the base station includes: the water consumption part comprises a host machine butt joint position, a seat body cleaning position and a sewage tank; the waterway switching assembly is provided with an inlet end and a plurality of outlet ends, the inlet end is connected with the clear water tank, the outlet ends are connected with the water consumption parts, and the waterway switching assembly can adjust the waterway flow direction and change the communication relation between the inlet ends and different outlet ends so that the clear water tank can selectively supply water to at least one of the water consumption parts.

Optionally, the waterway switching assembly includes at least one common pipeline, a plurality of branch pipelines and at least one waterway control valve, the common pipeline has an inlet end, the branch pipelines have an outlet end, the common pipeline and the branch pipelines are all communicated with the waterway control valve, and the waterway control valve can switch the branch pipelines communicated with the common pipeline.

Optionally, the public pipeline is many, and all public pipelines include first public pipeline and second public pipeline, and first public pipeline and second public pipeline all have the entry end and all are connected with the fresh water tank, and water route control valve is a plurality of, and all water route control valve includes first control valve and second control valve, and first control valve and second control valve are connected with at least one bleeder line respectively.

Optionally, the branch pipeline comprises a main machine branch pipeline, a seat body branch pipeline and a sewage branch pipeline, and the main machine branch pipeline, the seat body branch pipeline and the sewage branch pipeline are respectively connected with the main machine butt joint position, the seat body cleaning position and the sewage tank.

Optionally, the main machine branch pipeline and the base body branch pipeline are respectively connected with the first control valve and the second control valve, and the sewage branch pipeline is connected with the first control valve and/or the second control valve.

Optionally, the sewage branch pipeline is multiple, and includes lid branch pipeline and lateral wall branch pipeline, and one of first control valve and second control valve is connected with lid branch pipeline, and another one of first control valve and second control valve is connected with lateral wall branch pipeline.

Optionally, the sewage tank is provided with a spout and a first water separator, and the cover branch pipeline and the side wall branch pipeline are respectively communicated with the spout and the first water separator, and the cover of the sewage tank is cleaned through the spout and the side wall of the sewage tank is cleaned through the first water separator.

Optionally, the waterway switching assembly further includes: the pump body and the one-way valve are arranged on the common pipeline and provide power for liquid flow; the public pipeline and/or the branch pipeline is/are provided with a one-way valve.

Optionally, the base station further comprises a water inlet pipeline, wherein the water inlet pipeline is connected with the clean water tank and supplies water to the clean water tank.

Optionally, the water portion includes the pedestal cleaning position, and the water route switching assembly includes the branch pipeline, and the branch pipeline includes the pedestal branch pipeline of being connected with the pedestal cleaning position, and the basic station still includes the heating element, and the heating element sets up on the pedestal branch pipeline to can heat the liquid that flows through the pedestal branch pipeline, and the heating temperature of heating element is adjustable to be set up.

Optionally, the base station further includes a second water separator, the second water separator is located in the base body branch pipe, and is close to an outlet end of the base body branch pipe compared with the heating element, and a water yield of the second water separator is adjustable.

Optionally, the seat cleaning position is provided with a cleaning tank, and the outlet end of the seat branch pipeline is communicated with the cleaning tank.

The utility model also provides cleaning equipment comprising the base station.

Optionally, the cleaning device further comprises a floor cleaning machine body, the floor cleaning machine body is provided with a body clean water tank and a body sewage tank, the host docking station of the base station is connected with the body clean water tank and supplies water to the body clean water tank, and the body sewage tank is communicated with at least one of the waterway switching assembly, the seat cleaning station and the sewage tank.

Optionally, the cleaning device further comprises a floor cleaning machine body, the floor cleaning machine body is provided with an abutting joint, the base station is provided with an abutting joint, the abutting joint and the abutting joint can be in plug-in fit, the floor cleaning machine body further comprises a flexible support, the flexible support is sleeved outside the abutting joint and is abutted to the outer side of the end face of the abutting joint, and the flexible support is extruded when the abutting joint moves radially.

The technical scheme provided by the utility model has the following advantages:

According to the base station provided by the utility model, the waterway switching assembly is arranged, so that the relation of communication between the inlet end and the outlet end can be changed according to the requirements, and the inlet end is communicated with one or more different outlet ends according to different use requirements, and is disconnected from other outlet ends, so that clear water in the clear water tank can flow to a part needing water at the moment through the waterway switching assembly, for example, if water is needed by a host, the waterway switching assembly is switched to the outlet end of the inlet end corresponding to the host docking position because of docking cooperation between the host and the host, at the moment, clear water can be conveyed to the host docking position through the waterway switching assembly and then conveyed to the host for use, and the process of the base cleaning position or the sewage tank is similar to that described above and is not repeated. The above-mentioned setting mode makes the pipeline not need to set up alone completely, and pipeline setting number in the water route switching assembly can significantly reduce to reduced the complexity of pipeline, can effectively control the water route trend of basic station simultaneously, supply water to different parts when different water demands, thereby make the basic station can realize moisturizing, blowdown, washing, accomodate, multiple functions such as stoving, disinfect.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the drawings that are needed in the description of the embodiments or the prior art will be briefly described, and it is obvious that the drawings in the description below are some embodiments of the present utility model, and other drawings can be obtained according to the drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic diagram of a pipeline layout of a base station according to the present utility model;

FIG. 2 is a schematic diagram of a setting mode of a base branch pipe of a base station according to the present utility model;

Fig. 3 is a schematic structural diagram of a base station according to the present utility model;

fig. 4 is a schematic structural diagram of a base station base portion according to the present utility model;

Fig. 5 is a schematic structural view of the butt joint and the butt joint in the cleaning device provided by the utility model.

Reference numerals illustrate:

10. A clean water tank; 21. a host docking station; 22. a seat cleaning position; 23. a sewage tank; 231. a spout; 232. a first water separator; 24. a pump body; 25. a one-way valve; 31. a common pipeline; 311. a first common line; 312. a second common line; 321. a host branch pipeline; 322. the base body branches the pipeline; 323. the cover body branches the pipeline; 324. a side wall branching pipe; 33. a waterway control valve; 331. a first control valve; 332. a second control valve; 40. a water inlet pipeline; 41. a water inlet control valve; 50. a heating member; 60. a second water separator; 70. a floor scrubber body; 71. a body clear water tank; 72. butt joint; 73. a flexible support; 80. an interface; 90. and (5) water inlet butt joint.

Detailed Description

The following description of the embodiments of the present utility model will be made apparent and fully in view of the accompanying drawings, in which some, but not all embodiments of the utility model are shown. The utility model will be described in detail hereinafter with reference to the drawings in conjunction with embodiments. It should be noted that, without conflict, the embodiments of the present utility model and features of the embodiments may be combined with each other.

It should be noted that the terms "first," "second," and the like in the description and the claims of the present utility model and the above figures are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order.

In the present utility model, unless otherwise indicated, terms of orientation such as "upper, lower, top, bottom" are used generally with respect to the orientation shown in the drawings or with respect to the component itself in the vertical, upright or gravitational direction; also, for ease of understanding and description, "inner and outer" refers to inner and outer relative to the profile of each component itself, but the above-mentioned orientation terms are not intended to limit the present utility model.

In order to solve the problem of complex structure of a waterway pipeline of a base station in the prior art, the application provides the base station and cleaning equipment.

As shown in fig. 1 to 4, the present embodiment provides a base station including a clean water tank 10, a water-using portion including a host docking station 21, a seat cleaning station 22, and a sewage tank 23, and a waterway switching assembly; the waterway switching assembly has an inlet end connected with the clean water tank 10 and a plurality of outlet ends connected with the water portions, and can adjust the waterway flow direction and change the communication relationship between the inlet end and the different outlet ends so that the clean water tank 10 selectively supplies water to at least one of the water portions.

Through being provided with the waterway switching assembly, the waterway switching assembly can change the relation of the intercommunication between entry end and the exit end according to the demand to make the entry end realize the intercommunication with one or more exit ends of difference according to the difference of use needs, and break off between other exit ends, thereby make the clear water in the clear water tank 10 flow to the part department that needs water this moment through the waterway switching assembly, for example, if the host computer needs water, because of the butt joint cooperation between host computer and the host computer butt joint position 21, therefore the waterway switching assembly switches over to the entry end and the exit end intercommunication that the host computer butt joint position 21 corresponds this moment, at this moment, clear water can carry host computer butt joint position 21 department through the waterway switching assembly, and then carry in the host computer and use, its process is similar here again when the water is needed to above-mentioned if the pedestal washs position 22 or sewage case 23. The above-mentioned setting mode makes the pipeline not need to set up alone completely, and pipeline setting number in the water route switching assembly can significantly reduce to reduced the complexity of pipeline, can effectively control the water route trend of basic station simultaneously, supply water to different parts when different water demands, thereby make the basic station can realize moisturizing, blowdown, washing, accomodate, multiple functions such as stoving, disinfect.

As shown in fig. 1, the waterway switching assembly includes at least one common pipeline 31, a plurality of branch pipelines and at least one waterway control valve 33, the common pipeline 31 has an inlet end, the branch pipelines have an outlet end, the common pipeline 31 and the branch pipelines are communicated with the waterway control valve 33, and the waterway control valve 33 can switch the branch pipelines communicated with the common pipeline 31. Thus, when the waterway flow direction needs to be switched, only the waterway control valve 33 needs to be controlled to operate, and the waterway control valve 33 can change the branch pipeline communicated with the common pipeline 31, so that the clean water in the clean water tank 10 flows to a specific branch pipeline through the common pipeline 31 and is conveyed to a specific water consumption part.

Alternatively, the number of the common line 31 and the branch line is not unique, and may be set as needed. In actual setting, the number of the common pipelines 31 is as same as the number of the waterway control valves 33 as possible, the number of the branch pipelines is at least equal to or greater than the number of the common pipelines 31, and each common pipeline 31 is provided with at least one branch pipeline connected with the common pipeline, so that each waterway control valve 33 can respectively control one common pipeline 31, and each common pipeline 31 is communicated with a corresponding water part through the branch pipeline.

It is assumed that each common pipe 31 in the waterway switching assembly is connected to two branch pipes, and description will be given by taking one common pipe 31 and two branch pipes connected thereto in the waterway switching assembly as an example, each common pipe 31 is in a one-to-two relationship with the branch pipe connected thereto, so that each common pipe 31 in the waterway switching assembly can be connected to a different branch pipe and thus can selectively communicate with a different waterway through the waterway control valve 33.

Specifically, a common pipeline 31 is connected in series with two branch pipelines, the two branch pipelines are connected in parallel, on the premise that the two branch pipelines and the common pipeline 31 are described according to the flow direction of a waterway in the two branch pipelines, the two branch pipelines and the common pipeline 31 are provided with a water inlet positioned at the beginning end of the waterway and a water outlet positioned at the terminal end of the waterway, the water outlet of each branch pipeline is arranged at the outlet end, the water inlet of the common pipeline 31 is arranged at the inlet end, and the water inlet of each branch pipeline is connected with the water outlet of the common pipeline 31, so that the common pipeline 31 is connected with the two branch pipelines and forms two new waterways from the common pipeline 31 to different branch pipelines. However, the water inlet of each branch pipeline is not directly and simply connected with the water outlet of the common pipeline 31, and a waterway control valve 33 is arranged at the water inlet, and each branch pipeline is connected with the common pipeline 31 through the waterway control valve 33, so that two new waterways from the common pipeline 31 to different branch pipelines can be selected to be communicated with one waterway or two waterways under the action of the waterway control valve 33.

Preferably, the waterway control valve 33 is an electromagnetic directional valve, so that automatic control can be realized. Different branch pipelines have different functions, and the common pipeline 31 is shared by the different branch pipelines through the arrangement of the waterway switching assembly. By the arrangement, the number of the pipelines is reduced while the functions of the base station are not reduced, and the cost and the complexity of the pipelines in the base station are reduced.

The number of the public pipelines 31 is multiple, all public pipelines 31 comprise a first public pipeline 311 and a second public pipeline 312, preferably, the number of the public pipelines 31 is two, one public pipeline 311 is first, the other public pipeline 312 is second, the first public pipeline 311 and the second public pipeline 312 are both provided with inlet ends and are both connected with the clean water tank 10, the first public pipeline 311 and the second public pipeline 312 are provided with a water inlet and a water outlet, and the water inlet is arranged at the inlet ends. The waterway control valves 33 are plural, all the waterway control valves 33 include a first control valve 331 and a second control valve 332, the number of which corresponds to the number of the common lines 31 provided is two, one is the first control valve 331, the other is the second control valve 332, the first control valve 331 and the second control valve 332 have water inlets corresponding to the number of the common lines 31 connected thereto and water outlets corresponding to the number of the branch lines connected thereto, the water inlets of the first control valve 331 and the second control valve 332 are respectively connected with the water outlet of one of the first common lines 311 and the second common lines 312, and each water outlet of the first control valve 331 and the second control valve 332 is respectively connected with the water inlet of the corresponding single branch line.

The first control valve 331 is preferably arranged to be connected to the first common line 311, and the second control valve 332 is preferably arranged to be connected to the second common line 312. The first control valve 331 and the second control valve 332 can select which water outlet and water inlet are communicated through the reversing of the electromagnetic valve, and then select which branch pipeline is communicated with the common pipeline 31, and then select which water parts are used for conveying water to achieve the corresponding functions of the base station.

Because the water-consuming portion includes the host docking station 21, the seat body washing station 22 and the sewage tank 23, the corresponding branch pipes include the host branch pipe 321, the seat body branch pipe 322 and the sewage branch pipe, the host branch pipe 321, the seat body branch pipe 322 and the sewage branch pipe are respectively connected with the host docking station 21, the seat body washing station 22 and the sewage tank 23, the host branch pipe 321, the seat body branch pipe 322 and the sewage branch pipe all have water inlets and water outlets, and the water outlets of the host branch pipe 321, the seat body branch pipe 322 and the sewage branch pipe are positioned at the outlet ends so as to be respectively connected with the host docking station 21, the seat body washing station 22 and the sewage tank 23, and the water inlets of the host branch pipe 321, the seat body branch pipe 322 and the sewage branch pipe 312 are respectively connected with the first common pipe 311 or the second common pipe 312. Through the branch pipelines, the clean water in the clean water tank 10 is distributed into the host, the seat body and the sewage tank 23 as required, so as to complete different functions of the base station.

The main unit branch pipe 321 and the base branch pipe 322 are connected to the first control valve 331 and the second control valve 332, respectively, by the connection between the branch pipe and the waterway control valve 33, and the sewage branch pipe is connected to the first control valve 331 and/or the second control valve 332 by the connection between the branch pipe and the waterway control valve 33. Thus, the main machine branch pipeline 321 and the seat body branch pipeline 322 are respectively supplied with water through different pipelines, and the main machine branch pipeline 321 and the seat body branch pipeline 322 are not mutually influenced.

Considering that there may be various aspects of water in the sewage tank 23, such as cleaning of the cover of the sewage tank 23 and cleaning of the inner wall, etc., the sewage branch line is provided in plural and includes the cover branch line 323 and the side wall branch line 324, further, the sewage branch line is preferably provided in two, one is the cover branch line 323 and the other is the side wall branch line 324, one of the first control valve 331 and the second control valve 332 is connected with the cover branch line 323, and the other of the first control valve 331 and the second control valve 332 is connected with the side wall branch line 324, so that clean water can be respectively transferred into the sewage tank 23 through two different lines to clean the cover and the inner wall of the sewage tank 23, thereby achieving complete cleaning of the sewage tank 23. Preferably, the side wall branch pipe 324 is connected to the first control valve 331, the cover branch pipe 323 is connected to the second control valve 332, and the side wall branch pipe 324 is connected to the first common pipe 311 through the first control valve 331, and the cover branch pipe 323 is connected to the second common pipe 312 through the second control valve 332. Of course, the specific number and functions of the sewage branch pipes can be adjusted as required, and the waterway control valve 33 to which the sidewall branch pipe 324 and the cover branch pipe 323 are specifically connected can be exchanged accordingly.

The sewage tank 23 is internally provided with a spout 231 and a first water separator 232, water inlets of a cover branch pipe 323 and a side wall branch pipe 324 are respectively communicated with the second public pipe 312 and the first public pipe 311, water outlets of the cover branch pipe 323 and the side wall branch pipe 324 are respectively communicated with the spout 231 and the first water separator 232, when the base station is used for cleaning the sewage tank 23, the first public pipe 311 and the second public pipe 312 can be respectively selectively communicated with the cover branch pipe 323 and the side wall branch pipe 324 through the actions of a first control valve 331 and a second control valve 332, and the cover of the sewage tank 23 is cleaned through the spout 231 and the side wall of the sewage tank 23 is cleaned through the first water separator 232.

The above arrangement mode is summarized as that two public pipelines 31 and four branch pipelines are arranged, the two public pipelines 31 and the four branch pipelines form two groups of pipeline components, each group of pipeline components comprises one public pipeline 31 and two branch pipelines, and the two groups of pipeline components form a one-to-two relationship, so that two groups of basically same pipeline components are formed, and the two groups of pipeline components are respectively matched with different water parts, thereby realizing water supply to the different water parts.

The water inlet of the first common pipeline 311 is located at the inlet end as the beginning end of the waterway, the water outlet of the first common pipeline 311 is communicated with the water inlet of the first control valve 331, the two water outlets of the first control valve 331 are respectively communicated with the main machine branch pipeline 321 and the side wall branch pipeline 324, and the first control valve 331 can selectively control one of the two water outlets to be communicated with the water inlet of the first control valve 331, so that one of the main machine branch pipeline 321 and the side wall branch pipeline 324 can be correspondingly controlled to be communicated with the first common pipeline 311. Similarly, the water inlet of the second common pipeline 312 is located at the inlet end and serves as the beginning end of the waterway, the water outlet of the second common pipeline 312 is communicated with the water inlet of the second control valve 332, the two water outlets of the second control valve 332 are respectively communicated with the seat body branch pipeline 322 and the cover body branch pipeline 323, and the second control valve 332 can selectively control one of the two water outlets to be communicated with the water inlet of the second control valve 332, so that one of the seat body branch pipeline 322 and the cover body branch pipeline 323 can be correspondingly controlled to be communicated with the second common pipeline 312.

The above-mentioned arrangement is not limited to the only one, and may be adjusted as needed, for example, only one common pipeline 31 is provided, and the four branch pipelines may be simultaneously connected to one water path control valve 33 to switch the water flow direction, thereby realizing the effect of supplying water to different water consuming parts.

The waterway switching assembly further comprises a pump body 24 and a one-way valve 25, the number of the pump bodies 24 is matched with the number of the public pipelines 31, and because the preferred number of the public pipelines 31 is two and one public pipeline 311 is a first public pipeline and the other public pipeline 312 is a second public pipeline, the number of the pump bodies 24 is two. One pump body 24 is arranged on the first public pipeline 311, the other pump body 24 is arranged on the second public pipeline 312 and provides power for liquid flow, and the water path formed by the first public pipeline 311 and the main machine branch pipeline 321, the water path formed by the first public pipeline 311 and the side wall branch pipeline 324, the flow power in the four water paths of the second public pipeline 312 and the seat body branch pipeline 322, the second public pipeline 312 and the cover body branch pipeline 323 are provided by the pump body 24, and the power provided by the pump body 24 enables water to reach corresponding water parts through the public pipelines 31 and the branch pipelines to complete the corresponding functions of the base station. The common line 31 and/or the branch line are provided with the check valves 25, and the number of check valves 25 is preferably set to one and set to the seat branch line 322, so that the heating element is provided on the seat branch line 322 for heating the water, and thus the check valves 25 are provided to avoid adverse effects on the line or the component due to the diversion of the hot water or steam.

The base station further includes a water inlet line 40, and the water inlet line 40 is connected to the clean water tank 10 and supplies water into the clean water tank 10. The water inlet pipeline 40 is also provided with a water inlet control valve 41 and a water inlet butt joint position 90, the water inlet butt joint position 90 is positioned at the beginning end of the water inlet pipeline 40, the water inlet butt joint position 90 is connected with a water source, the water inlet enters the water inlet pipeline 40 through the water inlet butt joint position 90, the water inlet control valve 41 is positioned between the water inlet pipeline 40 and the clean water tank 10, and the water inlet control valve 41 is provided with a closed state for blocking the communication between the water inlet pipeline 40 and the clean water tank 10 and an open state for enabling the communication between the water inlet pipeline 40 and the clean water tank 10. The aforesaid clean water tank 10 plays a role in supplying water to a base station, and it should be further explained that two water outlets and one water inlet are provided on the clean water tank 10, the water inlet pipeline 40 is connected with the water inlet of the clean water tank 10 through the water inlet control valve 41, the water inlets of the first common pipeline 311 and the second common pipeline 312 are respectively connected with the two water outlets of the clean water tank 10, and the clean water tank 10 supplies water to the base station through the first common pipeline 311 and the second common pipeline 312. When the amount of water in the clean water tank 10 decreases due to the supply of water to the base station, the inflow water from the water source can be made to enter the clean water tank 10 and the clean water tank 10 can be replenished by controlling the inflow water control valve 41 to switch from the closed state to the open state. It should be noted that, the beginning of the water inlet line 40 refers to the beginning of the water path in the water inlet line 40, and the water inlet control valve 41 is in a closed state by default with respect to the water inlet line 40.

As shown in fig. 2 and 4, the water-using part includes a seat cleaning position 22, the waterway switching assembly includes a branch pipe, a seat branch pipe 322 in the branch pipe is connected with the seat cleaning position 22, the base station further includes a heating member 50, preferably, the heating member 50 is set to be a hot water PTC, the heating member 50 is disposed on the seat branch pipe 322 and can heat the liquid flowing through the seat branch pipe 322, the heating member 50 may be started or not started as required, and the heating temperature of the heating member 50 may be set to be adjustable. Upon activation of the heating element 50, the housing wash station 22 emits hot water or steam to wash the components within the housing wash station 22. The above-mentioned number of the check valves 25 is preferably set to one and is provided on the seat body branch pipe 322, and it should be further explained that the check valves 25 function to avoid the situation that the steam flows back due to the increase of the gas pressure at the position of the seat body branch pipe near the outlet end in the steam state.

The base station further comprises a second water separator 60, wherein the second water separator 60 is positioned at the base body branch pipeline 322 and is close to the outlet end of the base body branch pipeline 322 compared with the heating element 50, and the water yield of the second water separator 60 is adjustable. The water outlet amount of the second water separator 60 can be controlled by controlling the flow rate of the water pump on the waterway, and the second water separator 60 outputs hot water or steam. Under the default condition, the water pump outputs a large flow of water, and the large flow of water is heated by the heating element 50 so that the second water separator 60 outputs hot water. If the second water diversion end is required to discharge steam, the water discharge of the water pump needs to be adjusted to be intermittent water discharge, preferably water discharge is performed for 2s, and the water pump working mode of 5s is stopped, so that the water quantity entering the heating element 50 is reduced, and after the water quantity entering the heating element 50 is reduced, steam can be rapidly generated in a high-temperature environment, thereby achieving the effect of discharging steam from the second water diversion device 60, and further controlling the water discharge quantity of the second water diversion device 60 and whether the second water diversion device 60 discharges hot water or steam according to different requirements in different scenes. And the water paths of the hot water outlet mode and the steam mode are the same, a steam circulation channel is not required to be independently arranged, the cost and the complexity of a base station pipeline are reduced, and the cleaning effect of the stubborn stains can be better by cleaning with the hot water or the steam.

Meanwhile, when the amount of water entering the heating element 50 is adjusted, the effect of controlling the temperature of the hot water discharged from the second water separator 60 can be achieved, for example, when the amount of water discharged is normal, the water temperature is decreased when the amount of water discharged is increased, and the water temperature is increased when the amount of water discharged is decreased.

Besides the heating element 50 arranged on the seat branch pipeline 322, the heating element 50 can be also arranged on the sewage branch pipeline to heat the clean water entering the sewage tank 23 to form hot water or steam, so that the cleaning of the sewage tank 23 can be selected in three aspects of cold water cleaning, hot water cleaning and steam cleaning as required, the cleaning of the sewage tank 23 is more flexible, and the cleaning effect can be ensured according to the corresponding adjustment of factors such as dirt degree and the like. And the heating temperature, the washing times, the washing water consumption, the alternation of the temperature and the like can be set correspondingly.

The seat body cleaning position 22 is provided with a cleaning tank, and the outlet end of the seat body branch pipe 322 is communicated with the cleaning tank. The aforementioned hot water or steam discharged through the second water separator 60 enters the cleaning tank through the outlet end of the base branch pipe 322 to complete cleaning of the rolling brush and the like. After the washing, the sewage in the washing tank is pumped to the sewage tank 23, and then the washing of the sewage tank 23 is completed through the waterway formed by the first common pipeline 311 and the sidewall branch pipeline 324, and the waterway formed by the second common pipeline 312 and the cover branch pipeline 323.

The base station also includes other components, such as a housing, which are not described in detail since they are all or an optional component of the base station.

According to the base station, a cleaning device is also provided. The cleaning device will be described below as an example of a floor washing machine, but the cleaning device may be any other device for cleaning.

The cleaning apparatus further includes a scrubber body 70, the scrubber body 70 having a body clean water tank 71 and a body sewage tank, the main body docking station 21 of the base station being connected to the body clean water tank 71 and supplying water to the body clean water tank 71, the body sewage tank being in communication with at least one of the waterway switching assembly, the seat cleaning station 22, and the sewage tank 23. Like this, can carry the fuselage sewage incasement with the clear water through the water route switching module, also can carry the sewage incasement of fuselage to the sewage incasement 23 of basic station in, can also carry the water in the fuselage sewage incasement and the water in the washing tank of pedestal cleaning position 22 each other to realize the multistage utilization of water.

Besides the mode that the clean water is pumped to the sewage tank 23 after passing through the cleaning tank, the mode that the clean water is not pumped to the sewage tank 23 through the cleaning tank and the rolling brush any more can be adopted, the step is skipped, the clean water is directly led to the sewage tank of the machine body through the water pump, at the moment, the water in the sewage tank of the machine body is sucked into the sewage tank 23 of the base station through negative pressure, the clean water is used for cleaning the sewage tank of the machine body and the sewage tank 23 of the base station, and the sewage tank 23 can be flushed in the process of rolling brush drying, so that the time is saved, and the noise duration is reduced.

As shown in fig. 5, the floor scrubber body 70 has an abutment 72, the base station has an abutment 80, the abutment 72 and the abutment 80 are in pluggable engagement, the floor scrubber body 70 further includes a flexible bracket 73, the flexible bracket 73 is sleeved outside the abutment 72 and abuts against the outer side of the end face of the abutment 80, and the flexible bracket 73 is pressed when the abutment 72 moves radially. The abutment 72 on the floor scrubber body 70 has two ends, one end is inserted into the pipeline on the floor scrubber body 70, the other end is inserted into the abutment 80 on the base station, and the abutment 72 has a cavity therein, openings are correspondingly provided at both ends thereof, the two openings are in communication with each other through the cavity, one end of the pipeline on the floor scrubber body 70, which is inserted into the abutment 72, is provided with an inverted cone-shaped mounting structure, which enables the insertion process to be smoothly performed and ensures the reliability of the connection between the abutment 72 and the pipeline during the insertion of the end of the abutment 72 into the pipeline on the floor scrubber body 70, and after the installation is completed, the mounting structure in a compressed state abuts against the inner wall of the pipeline so that the pipeline cannot be easily pulled out of the abutment 72. The other end of the abutment 72 is inserted into an abutment 80 on the base station, a flexible bracket 73 is arranged between the abutment 80 and the abutment 72, more precisely, the flexible bracket 73 is arranged at the edge of the opening of the end of the abutment 80 and is in a ring-shaped structure, the axis is aligned with the axis of the abutment 80, when the abutment 72 is inserted into the abutment 72, a part of the abutment 72 is penetrated into the flexible bracket 73, and the outer part of the flexible bracket 73 is abutted against the support on the outer side, so that the flexible bracket 73 enables the abutment 80 and the abutment 72 to be more tightly connected together, the tightness and stability of the connection are better, in particular, when the installation position of the floor washer body 70 deviates, the pipeline drives the abutment 72 to have a certain deviation, and the abutment 72 can move in the direction perpendicular to the axis due to the certain elasticity of the flexible bracket 73, so that even if the abutment 72 deviates in the placement process of the floor washer body 70, the abutment 72 can be kept aligned with the abutment 80 on the base station, and the effect of continuous stress of the abutment 72 is realized. Sealing structures such as sealing rings can be additionally arranged between the butt joint 72 and the inner wall of the butt joint opening 80, so that the sealing effect of butt joint is ensured.

It should be noted that, the shape of the abutment 72 may be correspondingly configured, and may be either a straight line or an L-shape, and the two ends of the abutment 72 may not be on the same straight line, but have a certain angle therebetween, and the size of the angle is set according to the specific installation environment.

The above plural means at least two.

From the above description, it can be seen that the following technical effects are achieved:

1. The pipelines are not required to be completely and independently arranged, so that the number of the pipelines in the waterway switching assembly can be greatly reduced, and the complexity of the pipelines is reduced;

2. The waterway trend of the base station can be effectively controlled, and water is supplied to different parts when different water demands are met, so that the base station can realize various functions of water supplementing, pollution discharge, cleaning, storage, drying, sterilization and the like;

3. The one-way valve is arranged, so that the situation that the steam flows back due to the fact that the gas pressure is increased at the position, close to the outlet end, of the seat body branch pipe in the steam state is avoided;

4. The water paths of the hot water outlet mode and the steam mode are the same, a steam flowing channel is not required to be independently arranged, the cost is reduced, the complexity of a base station pipeline is reduced, and the cleaning effect of the stubborn stains can be better by cleaning with the hot water or the steam.

It will be apparent that the embodiments described above are merely some, but not all, embodiments of the utility model. Based on the embodiments of the present utility model, those skilled in the art may make other different changes or modifications without making any creative effort, which shall fall within the protection scope of the present utility model.

Claims (15)

1. A base station, comprising:

A clear water tank (10);

the water consumption part comprises a host machine butt joint position (21), a seat body cleaning position (22) and a sewage tank (23);

The waterway switching assembly is provided with an inlet end and a plurality of outlet ends, the inlet end is connected with the clean water tank (10), the outlet ends are connected with the water parts, and the waterway switching assembly can adjust waterway flow directions and change communication relations between the inlet ends and different outlet ends so that the clean water tank (10) can selectively supply water to at least one of the water parts.

2. The base station according to claim 1, characterized in that the waterway switching assembly comprises at least one common line (31), a plurality of branch lines and at least one waterway control valve (33), the common line (31) having the inlet end, the branch lines having the outlet end, the common line (31) and the branch lines each being in communication with the waterway control valve (33), the waterway control valve (33) being switchable to the branch lines in communication with the common line (31).

3. The base station according to claim 2, wherein the common piping (31) is a plurality, all the common piping (31) comprises a first common piping (311) and a second common piping (312), the first common piping (311) and the second common piping (312) each have the inlet end and each are connected with the clear water tank (10), the waterway control valve (33) is a plurality, all the waterway control valves (33) comprise a first control valve (331) and a second control valve (332), and the first control valve (331) and the second control valve (332) are connected with at least one of the branch pipes, respectively.

4. A base station according to claim 3, characterized in that the branch lines comprise a main machine branch line (321), a seat body branch line (322) and a sewage branch line, which main machine branch line (321), seat body branch line (322) and sewage branch line are connected with the main machine docking station (21), the seat body washing station (22) and the sewage tank (23), respectively.

5. The base station according to claim 4, characterized in that the main branch pipe (321) and the seat branch pipe (322) are connected with the first control valve (331) and the second control valve (332), respectively, and the sewage branch pipe is connected with the first control valve (331) and/or the second control valve (332).

6. The base station according to claim 4, wherein the sewage branch pipe is a plurality of and includes a cover branch pipe (323) and a side wall branch pipe (324), one of the first control valve (331) and the second control valve (332) is connected to the cover branch pipe (323), and the other of the first control valve and the second control valve (332) is connected to the side wall branch pipe (324).

7. The base station according to claim 6, characterized in that a spout (231) and a first water separator (232) are provided in the sewage tank (23), the cover branch pipe (323) and the side wall branch pipe (324) are respectively communicated with the spout (231) and the first water separator (232), and the cover of the sewage tank (23) is cleaned through the spout (231) and the side wall of the sewage tank (23) is cleaned through the first water separator (232).

8. The base station of any one of claims 2 to 7, wherein the waterway switching assembly further comprises:

The pump body (24) is arranged on the common pipeline (31) and provides power for liquid flow;

-a non-return valve (25), said common line (31) and/or said branch line being provided with said non-return valve (25).

9. The base station according to any of the claims 2 to 7, characterized in that the base station further comprises a water inlet line (40), which water inlet line (40) is connected to the clean water tank (10) and supplies water into the clean water tank (10).

10. The base station of claim 1, wherein the water usage portion includes a seat cleaning station (22), the waterway switching assembly includes a branch pipe including a seat branch pipe (322) connected to the seat cleaning station (22), the base station further includes a heating member (50), the heating member (50) is disposed on the seat branch pipe (322) and is capable of heating a liquid flowing through the seat branch pipe (322), and a heating temperature of the heating member (50) is adjustably set.

11. The base station according to claim 10, further comprising a second water separator (60), the second water separator (60) being located at the seat branch pipe (322) and being closer to an outlet end of the seat branch pipe (322) than the heating element (50), and a water yield of the second water separator (60) being adjustably set.

12. The base station of claim 10, wherein the base washing station (22) has a washing tank, and the outlet end of the base branch pipe (322) communicates with the washing tank.

13. A cleaning appliance comprising a base station as claimed in any one of claims 1 to 12.

14. The cleaning apparatus of claim 13, further comprising a floor scrubber body (70), the floor scrubber body (70) having a body clean water tank (71) and a body sewage tank, the host docking station (21) of the base station being connected to the body clean water tank (71) and supplying water to the body clean water tank (71), the body sewage tank being in communication with at least one of a waterway switching assembly, a seat cleaning station (22), and a sewage tank (23).

15. The cleaning apparatus of claim 13, further comprising a floor scrubber body (70), the floor scrubber body (70) having an abutment (72), the base station having an abutment (80), the abutment (72) and the abutment (80) being pluggable, the floor scrubber body (70) further comprising a flexible support (73), the flexible support (73) being sleeved outside the abutment (72) and abutting an end face outside of the abutment (80), the abutment (72) compressing the flexible support (73) when moved radially.