WO2023082909A1 - 地刷机构、清洁设备和清洁系统 - Google Patents

地刷机构、清洁设备和清洁系统 Download PDF

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Publication number
WO2023082909A1
WO2023082909A1 PCT/CN2022/124367 CN2022124367W WO2023082909A1 WO 2023082909 A1 WO2023082909 A1 WO 2023082909A1 CN 2022124367 W CN2022124367 W CN 2022124367W WO 2023082909 A1 WO2023082909 A1 WO 2023082909A1
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WO
WIPO (PCT)
Prior art keywords
cleaning
ground brush
brush mechanism
diversion
cleaning component
Prior art date
Application number
PCT/CN2022/124367
Other languages
English (en)
French (fr)
Inventor
郭振科
施艳冬
Original Assignee
追觅创新科技(苏州)有限公司
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Publication date
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Publication of WO2023082909A1 publication Critical patent/WO2023082909A1/zh

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    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/29Floor-scrubbing machines characterised by means for taking-up dirty liquid
    • A47L11/30Floor-scrubbing machines characterised by means for taking-up dirty liquid by suction
    • A47L11/302Floor-scrubbing machines characterised by means for taking-up dirty liquid by suction having rotary tools
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/24Floor-sweeping machines, motor-driven
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/28Floor-scrubbing machines, motor-driven
    • A47L11/282Floor-scrubbing machines, motor-driven having rotary tools
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/29Floor-scrubbing machines characterised by means for taking-up dirty liquid
    • A47L11/292Floor-scrubbing machines characterised by means for taking-up dirty liquid having rotary tools
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/29Floor-scrubbing machines characterised by means for taking-up dirty liquid
    • A47L11/30Floor-scrubbing machines characterised by means for taking-up dirty liquid by suction
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/4036Parts or details of the surface treating tools
    • A47L11/4041Roll shaped surface treating tools
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/4063Driving means; Transmission means therefor
    • A47L11/4069Driving or transmission means for the cleaning tools
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/408Means for supplying cleaning or surface treating agents
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/408Means for supplying cleaning or surface treating agents
    • A47L11/4088Supply pumps; Spraying devices; Supply conduits
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/4091Storing or parking devices, arrangements therefor; Means allowing transport of the machine when it is not being used
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L11/00Machines for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L11/40Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
    • A47L11/4094Accessories to be used in combination with conventional vacuum-cleaning devices
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B40/00Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy

Definitions

  • the present application belongs to the technical field related to cleaning equipment, and in particular relates to a ground brush mechanism, cleaning equipment and a cleaning system.
  • the current cleaning equipment needs to be cleaned after cleaning the surface to be cleaned.
  • cleaning equipment whose roller brush cannot take out the dirt in the chamber during the rotation process, which leads to residual dirt in the roller brush chamber , Long-term retention is easy to breed bacteria and stink.
  • the technical problem to be solved in this application is that the existing cleaning equipment cannot remove the dirt in the chamber due to self-cleaning, which leads to poor self-cleaning effect of the roller brush.
  • the application provides a floor brush mechanism, including a floor brush body, a cleaning assembly, the cleaning assembly is movably installed on the floor brush body; a flow divider, which is arranged on the floor brush body, and the flow divider has a
  • the water dividing surface provided by the component is an arc-shaped surface, and the arc-shaped surface extends along the rotation direction of the cleaning component.
  • At least one diverging outlet is arranged on the water dividing surface. Dirt is removed along the water cut-off surface by the movement of the cleaning components.
  • the cleaning component has a self-cleaning mode, and when the cleaning component is in the self-cleaning mode, the cleaning component performs reverse rotation at least once.
  • At least a part of the water cut-off surface is in interference fit with the cleaning component.
  • the interference between the water cut surface and the cleaning assembly decreases gradually along the normal rotation direction of the cleaning assembly.
  • the entire area of the water cut-off surface is in interference fit with the cleaning component; and/or the diversion port is arranged in the lower area of the water cut-off surface.
  • the floor brush mechanism further includes a transparent window, which is arranged on the floor brush body and located above the cleaning assembly.
  • the transparent window faces the wall of the cleaning assembly and is provided with an interference fit with the cleaning assembly.
  • the floor brush mechanism further includes a dirt collection assembly, which is installed on the bottom area of the floor brush body, the dirt suction port of the dirt collection assembly faces the cleaning assembly, and the dirt suction port is located below the diverter.
  • the application provides a ground brush mechanism, including a ground brush body; a cleaning component, the cleaning component is movably installed on the ground brush body; a flow divider, the flow divider is arranged on the ground brush body, and the flow divider has a water dividing surface arranged toward the cleaning component,
  • the water dividing surface is an arc-shaped surface, and the arc-shaped surface extends along the rotation direction of the cleaning assembly, and at least one diverging port is arranged on the water dividing surface; there are one or more fasteners, and the fasteners extend along the first direction and
  • the arc surface is set at an angle to the first direction on the plane where the middle line of the rotation direction of the cleaning component and the arc center of the arc surface are located, and the fasteners are set at intervals from the water dividing surface.
  • the fasteners are arranged vertically to connect the diverter and the floor brush body.
  • At least one first installation hole is provided on the top of the diverter, and the first installation hole is spaced apart from the water dividing surface.
  • the fastener extends into the first installation hole to fix the diverter and the floor brush body.
  • the ground brush mechanism further includes a scraper, which is installed at the bottom of the diverter and constitutes an installation unit with the diverter, and the fastener connects the installation unit with the ground brush body.
  • the floor brush body has an installation space with a side opening, the opening of the installation space is set toward the cleaning component, and at least a part of the installation unit is installed inside the installation space.
  • the scraper and diverter are detachably connected.
  • one of the side surface of the scraping strip facing the diverter and the side surface of the diverter facing the scraping strip is provided with a positioning buckle, and the side surface of the scraping strip facing the diverter and the side surface of the diverter facing the scraping strip
  • the other of the two surfaces on one side is provided with a positioning bayonet, and the positioning buckle is embedded in the positioning bayonet, so that the scraping strip and the shunt constitute an installation unit, and the scraping strip and the shunt are attached to the surfaces facing each other.
  • hooks are provided at both ends of the diverter along the axial direction of the cleaning assembly, and the hooks extend toward the rear end of the floor brush body.
  • both ends of the diverter have installation lugs, and the hooks are arranged on the installation lugs; wherein, the installation lugs are arranged on the side of the diverter close to the scraping strip; and/or The height of the mounting lugs is less than the height of the diverter.
  • the two cleaning components are arranged at intervals on the floor brush body, the two flow dividers are respectively facing the two cleaning components, and the space between the two flow dividers is The distance is less than the distance between the two cleaning components.
  • the bottom of the scraper is provided with at least one second installation hole.
  • the plurality of second installation holes are arranged in sequence along the axial direction of the cleaning assembly, and the fasteners extend into the second Fix the installation unit and the floor brush body in the installation hole.
  • the application provides a ground brush mechanism, including a ground brush body, the ground brush body includes a first positioning part; a driving part, the driving part is installed on the ground brush body; a cleaning component, the cleaning component is movably installed on the ground brush body, and the driving part Drive connection with the cleaning component; diverter, the diverter is set on the floor brush body, the diverter has a water dividing surface set towards the cleaning component, the water dividing surface is an arc surface, the arc surface extends along the rotation direction of the cleaning component, and the water dividing surface At least one split port is provided; the scraping strip is located at the bottom of the diverter, and the scraping strip includes a second positioning part and a first wall facing the side of the cleaning assembly. When the first positioning part cooperates with the second positioning part , the first wall is smoothly connected with the bottom edge of the water cut surface.
  • the cleaning component has a self-cleaning mode, and when the cleaning component is in the self-cleaning mode, the cleaning component performs reverse rotation at least once.
  • the plane where the first wall is located is tangent to the bottom edge of the water cutoff surface; and/or the interference between the scraping strip and the cleaning component is larger than the interference between the water cutoff surface and the cleaning component.
  • the first positioning part abuts against the second positioning part, and the first positioning part supports the second positioning part.
  • the surface of the first positioning portion facing the scraping strip is a stepped surface
  • the second positioning portion is a stepped structure matched with the stepped surface
  • the scraper includes a scraper body and a stepped structure.
  • the stepped structure is arranged on the top area of the scraper body and protrudes toward the rear end of the floor brush body.
  • the scraper has a positioning notch, and the body of the floor brush is provided with a positioning column. After the scraper is installed in place, the positioning column is clamped at the positioning notch.
  • the plurality of positioning notches are arranged in sequence along the axial direction of the cleaning assembly, and the number of positioning columns is not less than the number of positioning notches , and at least one positioning column is placed in each positioning notch.
  • a plurality of positioning ribs are also provided in the circumferential direction of the positioning column, and at least two positioning ribs are relatively arranged on both sides of the positioning column, and the positioning ribs are away from the side of the positioning column and the peripheral edge of the positioning notch. catch.
  • the application provides a ground brush mechanism, including a ground brush body; a cleaning component, the cleaning component is movably installed on the ground brush body; a flow divider, the flow divider is arranged on the ground brush body, and the flow divider has a water dividing surface arranged toward the cleaning component, The water dividing surface is an arc-shaped surface, and the arc-shaped surface extends along the rotation direction of the cleaning component.
  • the diversion port has long sides distributed horizontally and short sides distributed vertically, the size range of the long side is 0.8-1.5 mm, and the size range of the short side is 0.2-0.6 mm; or the split flow
  • the area of the opening is 0.16-1.35 square millimeters; or the area of the split flow opening is 0.4-0.6 square millimeters.
  • the diverter further includes a diversion groove, the plurality of diversion ports are divided into multiple flow regions, and at least part of the diversion regions are provided with a plurality of diversion ports, and each diversion region communicates with different diversion grooves.
  • each diversion groove has one or more diversion branch grooves, and the number of diversion branch grooves is consistent with the number of diversion ports in the corresponding diversion region.
  • two diversion outlets are provided in one diversion area, corresponding to the two diversion branch grooves in the same diversion area in an inverted V-shaped structure.
  • the ground brush mechanism further includes a top cover disposed on the ground brush body, the top cover is located above the cleaning assembly, and the surface of the top cover facing the cleaning assembly is a smooth arc surface.
  • the flow divider includes a base plate on which a first inlet hole is provided; a flow divider plate is connected to the base plate, and a plurality of diversion grooves are arranged on the flow divider plate; a cover plate is arranged on a side of the flow divider plate facing away from the base plate The cover plate is provided with a plurality of diversion ports, and each diversion port is located at the outlet on the water diversion surface to form each diversion port, and the first inlet hole communicates with the diversion port through the diversion groove.
  • the diverter plate is also provided with diversion holes corresponding to the first inlet holes, there are multiple diversion holes, and each diversion groove communicates with the first inlet hole through the corresponding diversion holes.
  • the flow guide hole in the flow direction of the flow guide hole, includes a first flow guide segment and a second flow guide segment in sequence, and the length of the first flow guide segment ranges from 3.0- 5.0mm, the length of the second diversion section ranges from 2.0-3.0mm; and/or the length ratio of the second diversion section to the first diversion section ranges from 1-2.5.
  • the diameter range of the first diversion section is 1.0-1.8mm
  • the diameter range of the second diversion section is 0.6-0.8mm
  • the second diversion section and the first diversion section The diameter ratio range is 0.34-0.8.
  • the base plate is also provided with a plurality of branch flow channels communicating with the first inlet hole, and the plurality of guide holes communicate with the first inlet hole through a plurality of branch flow channels respectively; and/or each guide hole faces toward the The aperture on one side is larger than the aperture on the side of the diversion hole facing the cover plate; and/or each diversion groove includes at least two diversion branch grooves, and the diversion hole is located at the junction of at least two diversion branch grooves, each diversion groove The flow branch groove communicates with at least one branch flow port.
  • the shunt is made of transparent material.
  • the application provides a ground brush mechanism, including a ground brush body; a cleaning component, which is movably installed on the ground brush body; a flow divider, which is arranged on the ground brush body, and the flow divider has a water dividing surface set toward the cleaning component;
  • the top cover the top cover is arranged on the ground brush body and is located above the cleaning assembly, the surface of the top cover facing the cleaning assembly is a smooth arc surface, and the smooth arc surface extends along the rotation direction of the cleaning assembly, divided into
  • the water surface and the smooth arc surface are on the same arc surface, or roughly on the same arc surface, and are distributed in the circumferential direction of the cleaning component.
  • the cleaning component has a self-cleaning mode, and when the cleaning component is in the self-cleaning mode, the cleaning component performs reverse rotation at least once.
  • a smooth transition can be made between the water cut-off surface and the smooth curved surface.
  • the water cutoff surface is an arcuate surface, and the water cutoff surface and the smooth arcuate surface together form a smooth arcuate surface.
  • the ground brush body has a transition surface, the transition surface is smoothly connected with the water cut surface and the smooth arc surface, and the water cut surface is on the same arc surface as the smooth arc surface and the transition surface.
  • the transition surface is located between the water cut surface and the smooth arc surface; or the transition surface is located on a side of the water cut surface away from the smooth arc surface.
  • the smooth arc surface is set in interference fit with the cleaning component.
  • the interference between the smooth curved surface and the cleaning component is less than or equal to 1.5 mm.
  • the present application also provides a cleaning device, including the above-mentioned floor brush mechanism.
  • the present application also provides a cleaning system, including the above-mentioned cleaning equipment and a base station, the base station has a base, and the base has an accommodation groove; when the cleaning equipment is in the self-cleaning mode, at least a part of the cleaning assembly of the floor brush mechanism of the cleaning equipment is located It is placed in the groove, and the groove wall surface of the accommodating groove, the smooth arc surface of the top cover plate of the ground brush mechanism, and the water dividing surface of the flow divider of the ground brush mechanism form a rolling brush chamber.
  • the groove wall surface of the accommodating groove, the smooth arc surface of the top cover plate of the floor brush mechanism, and the water dividing surface of the diverter of the floor brush mechanism are located on the same arc surface.
  • the accommodating groove is in interference fit with at least a part of the area on the front side of the cleaning component; wherein, the area of the accommodating groove in interference fit with the cleaning component accounts for a quarter of the circumference of the cleaning component.
  • the interference between the accommodating groove and at least a partial area of the cleaning component is less than or equal to 1.5 mm.
  • the accommodating groove and at least another part of the cleaning component on the rear side are spaced away from each other, and the space between the accommodating groove and the cleaning component occupies a quarter of the circumference of the cleaning component.
  • the gap H between the lower edge of the front side of the top cover and the base station is less than or equal to 2 mm.
  • the water dividing surface of the ground brush mechanism provided by the application is an arc surface, so that the reversed cleaning component can drive the dirt between the cleaning component and the water dividing surface to the dirt suction port under the movement of the cleaning component, avoiding Accumulation of dirt in the area between the water separation surface and the cleaning components improves cleaning efficiency.
  • the ground brush mechanism provided by this application adopts the installation method in which the fastener extends along the first direction and connects the diverter and the ground brush body, wherein the arc-shaped surface is located between the middle line of the rotation direction of the cleaning component and the arc center of the arc-shaped surface
  • the plane is set at an angle to the first direction, which effectively ensures the continuity of the water diversion surface, avoids the problem of contamination caused by fasteners at the water diversion surface, and also ensures the stability of the installation of the diverter.
  • the first wall surface of the scraper of the ground brush mechanism provided by the application is smoothly transitioned to the bottom edge of the water cut surface; when the cleaning component rotates in reverse, the movement of the dirt at the junction of the first wall surface and the water cut surface Moving down, through the transitional connection between the first wall surface and the water separation surface, the problem of dirt accumulation at the joint between the scraper and the water separation surface is avoided, and during the self-cleaning process of the cleaning component, the smooth connection also facilitates the cleaning of the dirt driven by the component in turn After passing through the water separation surface and the first wall surface, it enters the sewage suction port, which improves the cleaning efficiency. More importantly, the transition between the first wall and the water dividing surface prevents steps from appearing at the joint between the diverter and the scraper. When the cleaning component passes through the joint between the water dividing surface and the first wall, the resistance is reduced due to the smooth connection , so as to reduce the loss of the driver.
  • the distance between two adjacent diversion ports on the water diversion surface of the ground brush mechanism provided by the application ranges from 10 to 25 mm, which shortens the distance between the two diversion ports and facilitates evenly spraying the liquid onto the cleaning component , so as to achieve uniform wetting of cleaning components.
  • the flow divider can directly spray the liquid evenly onto the cleaning assembly, the cleaning assembly no longer needs to be equipped with a water uniform scraper, thereby simplifying the structure of the floor brush mechanism and reducing the cost of the floor brush mechanism.
  • the surface of the top cover plate of the ground brush mechanism provided by this application facing the cleaning component is a smooth arc surface, and the smooth arc surface extends along the rotation direction of the cleaning component, and the smooth transition between the water separation surface and the smooth arc surface, when The cleaning component rotates in reverse, so that the dirt between the cleaning component and the smooth arc-shaped surface is moved out under the movement of the cleaning component.
  • the smooth arc-shaped surface on the top cover is conducive to water uniformity.
  • the water-cutting surface is a smooth surface
  • the forward direction of the ground brush mechanism is set to be in front of the ground brush body
  • the water-cutting surface is located in the area obliquely behind and above the cleaning assembly, and at least Some of them are set in an interference fit with the bristles of the cleaning component.
  • the water dividing surface includes a first section surface and a second section surface adjacent to each other along the up and down direction of the ground brush body, and the first section surface is located on the second section surface.
  • the section surface is below and arranged in an interference fit with the bristles, and the second section surface is in an arc shape bent toward the direction of the cleaning component and is arranged at a distance from the bristles.
  • the flow diversion port is located at the transition between the first section surface and the second section surface.
  • the ground brush mechanism is set along the horizontal direction of the ground brush body and the plane passing through the central axis of the cleaning assembly as the central horizontal plane, and is set along the vertical direction of the ground brush body , and the plane passing through the central axis of the cleaning assembly is the central vertical plane, wherein the second section plane is located in the oblique rear upper area enclosed by the central horizontal plane and the central vertical plane.
  • the floor brush mechanism provided by this application is provided with a flow divider in the cleaning cavity of the floor brush body, and the cleaning liquid or gas can be sprayed towards the bristles of the cleaning component through the flow divider on the flow divider, so that the bristles of the cleaning component can be cleaned during the cleaning process.
  • the cleaning liquid stained on the bristles can decompose stubborn stains faster, and the cleaning effect is better; moreover, the surface of the diverter facing the cleaning chamber is set as a smooth surface, and the bristles and The water separation surface is in contact with each other, and the dust accumulated on the water separation surface can be easily brushed off.
  • the water separation surface is a smooth surface. , the user can also easily wipe off the dust on the water surface, making cleaning easier and more convenient.
  • the present application also provides a self-cleaning method and device, a storage medium, and an electronic device for cleaning equipment, so as to at least solve the self-cleaning method for cleaning equipment in the related art, which affects the use of cleaning equipment due to the poor self-cleaning effect of the cleaning equipment. The question of longevity.
  • An embodiment of the present application provides a self-cleaning method for a cleaning device, including: acquiring a self-cleaning instruction corresponding to the cleaning device, wherein the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation; responding to the The self-cleaning instruction executes the self-cleaning operation of the cleaning device, wherein, during the process of performing the self-cleaning operation, the cleaning components of the cleaning device are controlled to perform at least one reversal to clean the surrounding Clean the parts of the assembly and fluff the cleaning body on said cleaning assembly.
  • the method before the acquiring the self-cleaning instruction corresponding to the cleaning equipment, the method further includes: acquiring the interference amount between the cleaning component and the liquid dispenser of the cleaning equipment ; When the interference amount is less than or equal to the interference amount threshold value, generate the self-cleaning instruction.
  • the generating the self-cleaning instruction includes: issuing self-cleaning prompt information through the cleaning device, wherein the self-cleaning prompt information is used to prompt and control the cleaning device to perform the self-cleaning Operation; generating said self-cleaning instruction in response to a detected trigger operation with said cleaning device attached to a base of said cleaning device.
  • the obtaining the interference between the cleaning component and the liquid dispenser of the cleaning device includes: obtaining a pressure value detected by a pressure sensor, wherein the pressure sensor is set at Between the cleaning component and the liquid distributor, the interference is represented by the pressure value, and the interference threshold is represented by the pressure threshold.
  • the obtaining the interference between the cleaning component and the liquid dispenser of the cleaning device includes: obtaining the current value passing through the cleaning component, wherein the interference is It is represented by the current value, and the interference threshold is represented by the current value threshold.
  • performing the self-cleaning operation of the cleaning device includes: controlling the cleaning component to rotate forward according to the self-cleaning instruction, so as to clean up the garbage on the cleaning component, wherein, at the During the forward rotation of the cleaning component, the liquid dispenser of the cleaning device sprays liquid to the cleaning component, and the negative pressure generator of the cleaning device is turned off; the reverse rotation of the cleaning component is controlled to clean the cleaning component.
  • Garbage on the window of the device and the upper end of the liquid dispenser clean up the cavity of the cleaning component corresponding to the cleaning component, and make the cleaning body fluffy, wherein, in the process of reversing the cleaning component, the The liquid dispenser does not spray liquid to the cleaning assembly, and the negative pressure generator works.
  • the performing the self-cleaning operation of the cleaning device includes: after the reverse rotation of the control of the cleaning component, controlling the cleaning component to rotate forward again, so as to dry the cleaning component for cleaning the dust suction duct of the cleaning device, wherein, during the process of the cleaning component rotating forward again, the liquid distributor does not spray liquid to the cleaning component, and the negative pressure generator works; control The cleaning component is reversed again to make the cleaning body fluffy, wherein, during the process of the cleaning component being reversed again, the liquid dispenser does not spray liquid to the cleaning component, and the negative pressure occurs machine work.
  • performing the self-cleaning operation of the cleaning device further includes: after controlling the cleaning assembly to reverse, controlling the cleaning assembly to perform forward rotation and reverse rotation alternately, so as to cleaning the cleaning component and the cavity of the cleaning component, wherein, during the process of the cleaning component rotating forward and reverse alternately, the liquid distributor sprays liquid to the cleaning component, and the negative pressure is generated to turn off.
  • the method further includes: activating a drying component corresponding to the cleaning device to dry the cleaning device.
  • a self-cleaning device for cleaning equipment including: a first acquiring unit, configured to acquire a self-cleaning instruction corresponding to the cleaning equipment, wherein the self-cleaning instruction It is used to instruct the cleaning device to perform a self-cleaning operation; an execution unit is configured to respond to the self-cleaning instruction and perform the self-cleaning operation of the cleaning device, wherein, during the process of performing the self-cleaning operation, by The cleaning assembly of the cleaning device is controlled to reverse at least once, so as to clean the parts surrounding the cleaning assembly and fluff the cleaning body on the cleaning assembly.
  • the apparatus further includes: a second acquiring unit, configured to acquire the liquid separation between the cleaning component and the cleaning equipment before the acquiring the self-cleaning instruction corresponding to the cleaning equipment The interference amount between the devices; the generating unit is configured to generate the self-cleaning instruction when the interference amount is less than or equal to an interference amount threshold.
  • the generating unit includes: a prompt module, configured to issue self-cleaning prompt information through the cleaning device, wherein the self-cleaning prompt information is used to prompt and control the cleaning device to perform the self-cleaning A cleaning operation; a generating module configured to generate the self-cleaning instruction in response to a detected trigger operation when the cleaning device is connected to a base of the cleaning device.
  • the second acquisition unit includes: a first acquisition module, configured to acquire a pressure value detected by a pressure sensor, wherein the pressure sensor is arranged between the cleaning component and the liquid dispensing Between the devices, the interference amount is represented by the pressure value, and the interference amount threshold is represented by the pressure value threshold.
  • the second acquisition unit includes: a second acquisition module, configured to acquire a current value passing through the cleaning component, wherein the interference amount is represented by the current value, and the The above-mentioned interference threshold is represented by a current value threshold.
  • the execution unit includes: a first control module, configured to control the cleaning assembly to rotate forward according to the self-cleaning instruction, so as to clean up the garbage on the cleaning assembly, wherein, at the During the forward rotation of the cleaning component, the liquid dispenser of the cleaning device sprays liquid to the cleaning component, and the negative pressure generator of the cleaning device is turned off; the second control module is used to control the reverse rotation of the cleaning component Rotate to clean the garbage on the window of the cleaning device and the upper end of the liquid separator, clean up the cavity of the cleaning component corresponding to the cleaning component, and make the cleaning body fluffy.
  • the liquid distributor does not spray liquid to the cleaning component, and the negative pressure generator works.
  • the executing unit further includes: a third control module, configured to control the cleaning after controlling the cleaning assembly to reverse.
  • the component rotates forward again to dry the cleaning component and clean the dust suction duct of the cleaning device, wherein, during the process of the cleaning component rotating again, the liquid distributor does not spray liquid to the cleaning component , and the negative pressure generator is working;
  • the fourth control module is used to control the cleaning assembly to reverse again, so that the cleaning body is fluffy, wherein, during the process of the cleaning assembly being reversed again, the The liquid dispenser does not spray liquid to the cleaning assembly, and the negative pressure generator works.
  • the execution unit further includes: a fifth control module, configured to control the cleaning assembly to perform forward rotation and reverse rotation alternately after controlling the reverse rotation of the cleaning assembly, so as to clean all The cleaning component and the cavity of the cleaning component, wherein, during the process of the cleaning component rotating forward and reverse alternately, the liquid distributor sprays liquid to the cleaning component, and the negative pressure generator is closed .
  • a fifth control module configured to control the cleaning assembly to perform forward rotation and reverse rotation alternately after controlling the reverse rotation of the cleaning assembly, so as to clean all The cleaning component and the cavity of the cleaning component, wherein, during the process of the cleaning component rotating forward and reverse alternately, the liquid distributor sprays liquid to the cleaning component, and the negative pressure generator is closed .
  • the device further includes: an activation unit, configured to activate the drying component corresponding to the cleaning equipment to dry the cleaning equipment after the self-cleaning operation of the cleaning equipment is performed The cleaning equipment.
  • a computer-readable storage medium is also provided, and a computer program is stored in the computer-readable storage medium, wherein the computer program is configured to execute the above-mentioned cleaning equipment when running. self-cleaning method.
  • an electronic device including a memory, a processor, and a computer program stored on the memory and operable on the processor, wherein the above-mentioned processor executes the above-mentioned Self-cleaning methods for cleaning equipment.
  • the method of controlling the cleaning assembly to reverse at least once during the self-cleaning process of the cleaning equipment is adopted, by obtaining the self-cleaning instruction corresponding to the cleaning equipment, wherein the self-cleaning instruction is used to instruct the cleaning equipment to perform self-cleaning Operation; in response to a self-cleaning command, perform a self-cleaning operation of the cleaning device, wherein, during the self-cleaning operation, the cleaning assembly of the cleaning device is controlled to reverse at least once to clean the parts surrounding the cleaning assembly, and to make the cleaning The cleaning body on the component is fluffy. Since the cleaning equipment is in the process of self-cleaning, the cleaning component is controlled to reverse at least once.
  • the cleaning body on the cleaning component can also be made fluffy through the reverse force, so as to achieve the purpose of improving the self-cleaning effect of the cleaning equipment, achieve the technical effect of increasing the service life of the cleaning equipment and improving the user experience, and then solve the problem
  • the self-cleaning method of the cleaning equipment in the related art has the problem of affecting the service life of the cleaning equipment due to the poor self-cleaning effect of the cleaning equipment.
  • Fig. 1 is the schematic diagram of the three-dimensional structure of the floor brush mechanism of the single cleaning assembly provided by the present application;
  • Fig. 2 is a schematic diagram of the installation relationship between the cleaning assembly and the ground brush body provided by the present application
  • Fig. 3 is the sectional view of the floor brush mechanism provided by the present application.
  • Fig. 4 is the enlarged view of place A in Fig. 3;
  • Fig. 5 is the top view of the floor brush mechanism provided by the present application.
  • Fig. 6 is the B-B direction sectional view of Fig. 5;
  • Fig. 7 is the enlarged view of place B in Fig. 6;
  • Fig. 8 is a schematic diagram of the installation structure of the water dividing surface provided by the present application.
  • Fig. 9 is a schematic diagram of the cooperation relationship between the scraping strip and the positioning column provided by the present application.
  • Fig. 10 is a schematic diagram of the three-dimensional structure of the scraper provided by the present application.
  • Fig. 11 is a schematic diagram of another three-dimensional structure of the scraping strip provided by the present application.
  • Fig. 12 is a schematic structural diagram of the installation unit provided by the present application.
  • Fig. 13 is another structural schematic diagram of the installation unit provided by the present application.
  • Fig. 14 is a three-dimensional structural schematic diagram of the ground brush mechanism of the double cleaning assembly provided by the present application.
  • Figure 15 is an exploded view of the shunt provided by the present application.
  • Figure 16 is a cross-sectional view of the flow divider provided by the present application.
  • Fig. 17 is another cross-sectional view of the flow divider provided by the present application.
  • Figure 18 is a schematic diagram of the cooperation relationship between the cleaning equipment and the base station provided by the present application, in which the shunt of the floor brush mechanism of the cleaning equipment is in front;
  • Figure 19 is a side view of the cooperation relationship between the cleaning equipment and the base station provided by the present application, in which the diverter of the ground brush mechanism of the cleaning equipment is in front;
  • Fig. 20 is the enlarged view of the shunt in the shunt provided by the present application.
  • Figure 21 is a cross-sectional view of the flow divider provided by the present application.
  • Fig. 22 is a schematic flowchart of an optional self-cleaning method for cleaning equipment according to an embodiment of the present application.
  • Fig. 23 is a schematic flowchart of another optional self-cleaning method for cleaning equipment according to an embodiment of the present application.
  • Fig. 24 is a structural block diagram of an optional self-cleaning device of a cleaning device according to an embodiment of the present application.
  • Fig. 25 is a structural block diagram of an optional electronic device according to an embodiment of the present application.
  • 100-floor brush mechanism 1-floor brush body; 110-sewage suction port; 120-positioning column; 121-positioning rib; 130-top cover; 2-cleaning component; 21-cleaning component; -Splitter; 31-base plate; 311-first inlet hole; 312-branch channel; 32-distributor plate; 321-direction hole; 3211-first diversion section; 3212-second diversion section; Diversion groove; 3221-diversion branch groove; 33-cover plate; 331-dividing water surface; 332-distributing outlet; Scraper; 601-positioning notch; 602-first wall; 603-second positioning; 604-positioning buckle; 200-base station; 210-accommodating groove.
  • orientation words such as “upper, lower, top, bottom” are generally used for the directions shown in the drawings, or for the parts themselves in the vertical, In terms of vertical or gravitational direction; similarly, for the convenience of understanding and description, “inside and outside” refer to inside and outside relative to the outline of each component itself, but the above orientation words are not used to limit the present application.
  • smoothness does not mean that it is not rough, but refers to smoothness, which describes the smooth transition of a surface, and does not limit the surface to be a non-rough surface.
  • the present application solves the problem that the existing cleaning equipment cannot carry out the dirt in the chamber by self-cleaning, which leads to the poor self-cleaning effect of the rolling brush.
  • the turning direction of the cleaning assembly 2 will be explained in a unified manner below: when the cleaning equipment is working normally, the rotation direction of the cleaning assembly is the positive direction, and the reverse direction is the opposite, which can be understood by those skilled in the art.
  • the floor brush mechanism 100 shown in Figures 1 and 2 includes a cleaning assembly 2, and the flow divider 3 is arranged on the rear side of the cleaning assembly 2 (distinguishing the front and rear with the user's use direction); the floor brush shown in Figure 3
  • the brush mechanism 100 includes two cleaning assemblies 2; the floor brush mechanism 100 shown in Fig. 18 and Fig. 19 includes one cleaning assembly 2, and the flow divider 3 is arranged on the front side of the cleaning assembly 2 (the front and rear are distinguished by the user's direction of use).
  • the ground brush mechanism 100 includes a ground brush body 1, a cleaning component 2 and a diverter 3.
  • the cleaning component 2 is movably installed on the ground brush body 1,
  • the diverter 3 is arranged on the ground brush body 1, and the diverter 3 has a water dividing surface 331 arranged toward the cleaning assembly 2.
  • the water dividing surface 331 is an arc-shaped surface, and the arc-shaped surface extends along the rotation direction of the cleaning assembly 2.
  • the water dividing surface 331 is provided with There is at least one diversion port 332 , and when the cleaning component 2 rotates in reverse, the dirt between the cleaning component 2 and the water dividing surface 331 is moved out along the water dividing surface 331 under the movement of the cleaning component 2 .
  • the water dividing surface 331 is a smooth arc surface
  • the cleaning assembly 2 is movably installed on the ground brush body 1, and the cleaning assembly 2 can rotate forward or reversely.
  • the cleaning component 2 drives the dirt on the surface to be cleaned from the surface to be cleaned towards the dirt suction port 110, so that the dirt suction port 110 can collect the dirt.
  • the cleaning assembly can also be reversed, and the reversing cleaning assembly realizes the function of self-cleaning, and the reversing cleaning assembly 2 will drive the dirt between the cleaning assembly 2 and the water separation surface 331 under the movement of the cleaning assembly 2 To the sewage suction port 110.
  • the water dividing surface 331 provided on the arc-shaped surface also reduces the accumulation of dirt on the water dividing surface 331, and in the process of self-cleaning, when the cleaning assembly 2 rotates in reverse, it can conveniently drive the dirt along the water dividing surface 331 toward the suction surface.
  • the dirt port 110 moves, and the dirt moves to the inside of the dirt suction port 110 under the action of the cleaning component 2 .
  • the cleaning assembly 2 is driven to rotate by a driving member.
  • the driving member may be a structural member such as a motor or an air cylinder, so as to be able to drive the cleaning assembly 2 forward and reverse.
  • the cleaning assembly 2 has a self-cleaning mode (that is, the cleaning device operates the self-cleaning mode to clean the roller brush). In the mode, the dirt between the cleaning assembly 2 and the water dividing surface 331 is brought out to ensure that no dirt remains in the roller brush chamber after the self-cleaning contact.
  • the cleaning assembly 2 includes a cleaning assembly 21 and a bristle 22, the cleaning assembly 21 is rotated and installed in the cleaning cavity of the ground brush body 1, and the bristle 22 is attached to the outer peripheral side of the cleaning assembly 21, and in the ground brush body 1, a
  • the driving part drives the cleaning assembly 21 to rotate, drives the bristles 22 to rotate, and rubs the rotating bristles 22 against the surface to be cleaned to clean up the stains or garbage on the surface to be cleaned.
  • connection mode of the bristles 22 and the cleaning assembly 21 is not limited, for example, the bristles 22 can be integrated with the cleaning assembly 21, or the bristles 22 are fixed on the outside of the cleaning assembly 21 by bonding, or the bristles 22 and the cleaning assembly 21 They are connected by Velcro, or other detachable connection methods, so as to facilitate the replacement of the bristles 22.
  • the flow divider 3 is mainly used to divide the cleaning liquid, gas or steam, so that the cleaning liquid, gas or steam can be evenly sprayed onto the bristles 22 to improve the cleaning effect.
  • the water separation surface 331 is in interference fit with the cleaning component 2 .
  • the interference between the water dividing surface 331 and the cleaning assembly 2 decreases gradually along the normal rotation direction of the cleaning assembly 2 .
  • the cleaning component 2 is in interference fit with the water dividing surface 331, so that the liquid sprayed from the water dividing surface 331 can completely contact the cleaning component 2, and when the cleaning component 2 is reversed, it is also convenient to clean the water dividing surface 331.
  • the interference between the water dividing surface 331 and the cleaning assembly 2 gradually decreases along the normal rotation direction of the cleaning assembly 2, that is, the interference between the lower area of the water dividing surface 331 and the cleaning assembly 2 is greater than that between the upper area of the water dividing surface 331 and the cleaning assembly 2. Clean the interference of component 2.
  • the diversion port 332 is disposed in the lower area of the water separation surface 331 , so that the diversion port 332 is always in interference fit with the cleaning component 2 , and the diversion port 332 can always spray liquid to the cleaning component 2 .
  • the entire area of the water separation surface 331 is in interference fit with the cleaning component 2 . That is, the cleaning component 2 always maintains an interference fit with the entire area of the water separation surface 331 in a dry state, so that the cleaning component 2 can clean the water separation surface 331 in a self-cleaning state.
  • the cleaning assembly 2 In order to reduce the load when the cleaning assembly 2 rotates, after the cleaning assembly 2 is wetted, the maximum outer diameter of the bristles 22 of the roller brush of the cleaning assembly 2 is reduced, and at this time the cleaning assembly 2 is in interference fit with the lower area of the water dividing surface 331 , the cleaning component 2 is spaced apart from the upper area of the water dividing surface 331, so as to facilitate liquid addition while always in contact with the diverging outlet 332 while reducing the load.
  • the wetted cleaning component 2 can still be in interference fit with the entire area of the water separation surface 331 .
  • the ground brush mechanism 100 also includes a transparent window 4, the transparent window 4 is arranged on the ground brush body 1, and is located in the upper area of the cleaning assembly 2, and the transparent window 4 faces the side of the cleaning assembly 2.
  • the wall surface and the bristles 22 are set in interference fit.
  • the transparent window 4 is also convenient for the user to observe the internal structure of the ground brush mechanism, and at the same time, it is convenient for the user to check whether the roller brush is self-cleaning thoroughly.
  • the observation of the ground brush body 1 can be realized through the transparent window 4, and the cleaning assembly 2 is in interference fit with the transparent window 4, which facilitates the cleaning of the wall surface of the transparent window 4 facing the cleaning assembly 2 by the cleaning assembly 2, so as to avoid transparent Dust is collected between the viewing window 4 and the cleaning component 2 .
  • the ground brush mechanism 100 also includes a dirt collection assembly, which is installed on the bottom area of the ground brush body 1 , the dirt suction port 110 of the dirt collection component faces the cleaning component 2 , and the dirt suction port 110 is located below the diverter 3 . In order to realize that when the cleaning assembly 2 is reversed, the cleaning assembly 2 drives the dirt on the water separation surface 331 into the inside of the dirt suction port 110 .
  • this solution is not only applicable to the solution of single cleaning component 2, but also suitable for the solution of double cleaning component 2, when the ground brush mechanism 100 is two cleaning components 2, the two cleaning components 2 are installed movably At both ends of the ground brush body 1, the rotation directions of the two cleaning assemblies 2 are opposite.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface.
  • This embodiment provides a cleaning device, which includes the ground brush mechanism 100 in the above embodiment.
  • This embodiment provides a floor brush mechanism 100. As shown in FIGS.
  • the cleaning component 2 is movably installed on the ground brush body 1, and the flow divider 3 is arranged on the ground brush body 1.
  • the flow divider 3 has a water dividing surface 331 arranged toward the cleaning component 2.
  • the water dividing surface 331 is an arc surface, and the arc surface is along the cleaning surface.
  • the rotation direction of the assembly 2 extends, at least one diversion port 332 is provided on the water diversion surface 331, and there are one or more fasteners 5, and the fasteners 5 extend along the first direction and connect the diverter 3 and the ground brush body 1,
  • the direction of the connection line between the midpoint of the connection line between the two ends of the arc surface and the arc center of the arc surface is set at an angle to the first direction, and the angle is not equal to 0 degrees, and the fastener 5 is connected to the water separation surface 331 interval settings.
  • this application adopts an arc-shaped water dividing surface 331.
  • the fastener 5 is used to extend along the first direction to connect the diverter. 3 and ground brush body 1.
  • the floor brush mechanism adopts the installation method that the fastener 5 extends along the first direction and connects the diverter 3 and the floor brush body 1, and the center line of the arc surface in the rotation direction of the cleaning assembly 2 and the arc center of the arc surface are located.
  • the plane is set at an angle to the first direction, which effectively ensures the continuity of the water dividing surface 331, avoids the problem of contamination at the water dividing surface 331 caused by the fastener 5, and also ensures the installation of the diverter 3 stability.
  • the angle is an acute angle greater than 60 degrees, or the angle is 90 degrees.
  • the fastener 5 is vertically arranged to connect the diverter 3 and The ground brush body 1, wherein the arrow line in Fig. 7 is a reference line in the vertical direction.
  • the fastener 5 is implemented in a vertical arrangement, which can more firmly fix the diverter 3 and the floor brush body 1 .
  • transverse plane is the plane where the arc center of the above-mentioned middle line and arc surface is located (the arc center defined here is actually a line, and those skilled in the art can also understand ).
  • horizontal plane is a relative concept, that is, during the use of the floor brush mechanism, the middle line of the arc-shaped surface in the rotation direction of the cleaning assembly 2 and the plane where the arc center of the arc-shaped surface is generally horizontal or transverse , those skilled in the art can also understand this concept.
  • the cleaning assembly 2 includes a cleaning assembly 21 and a bristle 22, the cleaning assembly 21 is rotated and installed in the cleaning cavity of the ground brush body 1, and the bristle 22 is attached to the outer peripheral side of the cleaning assembly 21, and in the ground brush body 1, a
  • the driving part drives the cleaning assembly 21 to rotate, drives the bristles 22 to rotate, and rubs the rotating bristles 22 against the surface to be cleaned to clean up the stains or garbage on the surface to be cleaned.
  • connection mode of the bristles 22 and the cleaning assembly 21 is not limited, for example, the bristles 22 can be integrated with the cleaning assembly 21, or the bristles 22 are fixed on the outside of the cleaning assembly 21 by bonding, or the bristles 22 and the cleaning assembly 21 They are connected by Velcro, or other detachable connection methods, so as to facilitate the replacement of the bristles 22.
  • the flow divider 3 is mainly used to divide the cleaning liquid or gas, so that the cleaning liquid or gas can be evenly sprayed onto the bristles 22 to improve the cleaning effect.
  • the floor brush mechanism 100 is a mechanism with only two cleaning components, wherein the floor brush body 1 has a receiving groove 210 , and the cleaning component 2 is movably installed inside the receiving groove 210 .
  • the cleaning assembly 2 realizes forward rotation and reverse rotation under the driving action of the driving member.
  • the flow divider 3 can be installed up and down.
  • At least one first mounting hole is provided on the top of the diverter 3, and the first mounting hole is spaced from the water dividing surface 331.
  • the multiple first mounting holes are arranged along the cleaning assembly 2 are arranged in sequence in the axial direction, and the fasteners 5 extend into the first installation hole to fix the diverter 3 and the ground brush body 1.
  • the fastener 5 may be a structural member such as a bolt or a pin.
  • the ground brush mechanism 100 when the ground brush mechanism 100 includes two cleaning assemblies 2, the ground brush mechanism 100 also includes a scraper 6, and the scraper 6 is installed at the bottom of the diverter 3 and forms a unit with the diverter 3. As for the installation unit, the fastener 5 connects the installation unit and the ground brush body 1 together.
  • the installation unit is installed on the ground brush body 1 , so as to realize the installation of the shunt 3 and the scraper 6 .
  • the floor brush body 1 has an installation space with a side opening, the opening of the installation space is set toward the cleaning assembly 2, and at least a part of the installation unit is installed inside the installation space. At this time, the installation unit is installed inside the installation space, which facilitates installation.
  • scraper 6 and the diverter 3 are detachably connected to facilitate the replacement and maintenance of the scraper 6 and the diverter 3 separately.
  • one of the side surface of the scraper 6 facing the diverter 3 and the side surface of the diverter 3 facing the scraper 6 is provided with a positioning buckle 604, and the side surface of the scraper 6 facing the diverter 3 and The other of the two sides of the side surface of the diverter 3 facing the scraper 6 is provided with a positioning bayonet, and the positioning buckle 604 is embedded in the positioning bayonet, so that the scraper 6 and the diverter 3 constitute an installation unit, and the scraper 6 and the surfaces facing each other of the diverter 3 are arranged in adhering manner.
  • positioning buckles 604 and positioning bayonets there are multiple positioning buckles 604 and positioning bayonets, and a plurality of positioning bayonets and a plurality of positioning buckles 604 are provided in one-to-one correspondence and arranged in sequence along the axial direction of the cleaning assembly 2.
  • connection method between the positioning buckle 604 and the positioning bayonet it is not limited to the above-mentioned connection method between the positioning buckle 604 and the positioning bayonet, and the connection method between the scraper 6 and the shunt 3 may also be a plug connection or a bolt connection.
  • the installation unit is detachably connected to the ground brush body 1 to facilitate replacement of the installation unit.
  • one of the two of the installation unit and the ground brush body 1 is provided with a hook 35, and the other of the two of the installation unit and the ground brush body 1 is provided with a draw slot, and the draw hook 35 is embedded in the draw slot, so as to
  • the installation unit and the floor brush body 1 constitute the installation unit, and the surfaces of the installation unit and the floor brush body 1 facing each other are attached to each other.
  • the diverter 3 is provided with a hook 35 at both ends of the axial direction of the cleaning assembly 2, and the hook 35 faces the floor brush body 1 backend extension.
  • the hook 35 extends toward the rear end, so as to realize the connection between the hook 35 and the slot on the floor brush body 1 , so as to realize the detachable connection between the installation unit and the floor brush body 1 .
  • the two ends of the flow divider 3 have installation lugs 34, and the hooks 35 are arranged on the installation lugs 34.
  • the installation lug 34 is arranged on the side of the diverter 3 close to the scraper 6, and is located at both ends of the diverter 3, so that the hook 35 is located in the installation unit near the position where the scraper 6 is connected to the diverter 3, To improve the stability of the installation.
  • the design of the mounting lug 34 ensures the length of the scraper 6, especially ensures that the two ends of the scraper 6 can be adapted to the two ends of the cleaning assembly 2, thereby ensuring that the two ends of the cleaning assembly 2 are also It can be touched by the scraper strip 6 for scraping.
  • the height of the installation lug 34 is smaller than the height of the flow divider 3 , thereby avoiding structural interference between the installation lug 34 and the floor brush body 1 , and avoiding related structures on the floor brush body 1 .
  • the bottom of the scraping strip 6 is provided with at least one second installation hole.
  • the plurality of second installation holes are arranged in sequence along the axial direction of the cleaning assembly 2, and the fasteners 5 into the second installation hole to fix the installation unit and the ground brush body 1.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface.
  • the floor brush mechanism 100 is a double cleaning assembly 2 mechanism, and the two cleaning assemblies 2 are movably installed on both sides of the floor brush body 1 .
  • the number of flow dividers 3 and cleaning components 2 is two, and the two cleaning components 2 are arranged on the ground brush body 1 at intervals, and the two flow dividers 3 are respectively facing the two cleaning components 2, and the two The distance between each splitter 3 is smaller than the distance between two cleaning components 2.
  • the diverter 3 and the scraper 6 cannot be installed up and down, so only the ground brush body 1 has an installation space with side openings, and the opening of the installation space is set toward the cleaning assembly 2, and the installation At least a part of the unit is installed inside the installation space.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface.
  • This embodiment provides a cleaning device, which includes the ground brush mechanism 100 in the above embodiment.
  • the floor brush mechanism 100 includes a floor brush body 1, a driver, a cleaning assembly 2, a flow divider 3 and a scraper 6, and the floor brush body 1 includes The first positioning part; the driver is installed on the ground brush body 1; the cleaning component 2 is movably installed on the ground brush body 1, the driver is connected with the cleaning component 2, the flow divider 3 is arranged on the ground brush body 1, and the flow divider 3 There is a water dividing surface 331 arranged towards the cleaning assembly 2, the water dividing surface 331 is an arc-shaped surface, and the arc-shaped surface extends along the rotation direction of the cleaning assembly 2, and at least one diverging port 332 is arranged on the water dividing surface 331, and the scraping strip 6 is located on the diverter 3
  • the scraper 6 includes a second positioning portion 603 and a first wall 602 facing the side of the cleaning assembly 2. When the first positioning portion cooperates with the second positioning portion 603, the first wall 602 and the water dividing surface 331
  • the cleaning assembly 2 has a self-cleaning mode (that is, the cleaning device operates the self-cleaning mode to clean the roller brush).
  • the cleaning component 2 rotates in the opposite direction, and the first wall surface 602 is smoothly connected with the bottom edge of the water dividing surface 331, so that there is no step at the junction of the diverter 3 and the scraper 6, and the cleaning component 2.
  • the resistance is reduced, thereby reducing the loss of the driving element.
  • the first wall surface 602 and the bottom edge of the water dividing surface 331 are smoothly transitioned into a surface-to-surface matching structure, so that when the cleaning component 2 rotates in reverse, the dirt can be driven by the cleaning component 2 through the water dividing surface 331,
  • the first wall surface 602 enters the interior of the sewage suction port 110, and when the cleaning assembly 2 passes through the joint between the water dividing surface 331 and the first wall surface 602, the smooth connection reduces the resistance, thereby reducing the loss of the driving element.
  • the second positioning portion 603 of the scraping strip 6 is used for abutting and positioning with the first positioning portion of the floor brush body 1 , and the first wall surface 602 of the scraping strip 6 is used for cooperating with the water dividing surface 331 to form a smooth connection.
  • the plane where the first wall 602 is located is tangent to the bottom edge of the water dividing surface 331, and the interference between the scraping strip 6 and the cleaning assembly 2 is greater than the interference between the water dividing surface 331 and the cleaning assembly 2, where the first wall 602 is located
  • the plane of is tangent to the bottom edge of the water cut-off surface 331 and transitions smoothly, so as to avoid accumulating dirt between the water cut-off surface 331 and the first wall 602 .
  • the interference of the scraping strip 6 is greater than the interference of the water dividing surface 331, so that when the cleaning assembly 2 rotates forward to perform cleaning work, the scraping strip 6 is used to stop the dirt on the cleaning assembly 2, so that the dirt and The cleaning component 2 breaks away and enters into the dirt suction port 110 .
  • the driving member is a structural member capable of driving the cleaning assembly 2 to rotate forward and reversely, such as a motor and a cylinder.
  • the first positioning portion abuts against the second positioning portion 603 , and the first positioning portion supports the second positioning portion 603 .
  • the surface of the first positioning portion facing the scraper 6 is a stepped surface
  • the second positioning portion 603 is a stepped structure matched with the stepped surface.
  • the stepped structure cooperates with the stepped surface to realize the support and positioning of the scraper 6 by the ground brush body 1, which has the technical effect of restricting the movement of the scraper 6 and enhancing the stability of the connection.
  • the scraper 6 includes a body of the scraper 6 and a stepped structure.
  • the stepped structure is arranged on the top area of the body of the scraper 6 and protrudes toward the rear end of the body of the floor brush 1 .
  • the scraper 6 has a positioning notch 601 , and the floor brush body 1 is provided with a positioning column 120 .
  • the connection between the scraper 6 and the floor brush body 1 is realized by positioning the post 120 in the positioning notch 601, which improves the installation accuracy of the scraper 6 and further improves the stability of the installation of the scraper 6.
  • positioning notches 601. there are one or more positioning notches 601.
  • the plurality of positioning notches 601 are arranged in sequence along the axial direction of the cleaning assembly 2, and the number of positioning columns 120 is no less than that of the positioning notches.
  • the number of the parts 601, and at least one positioning post 120 is placed in each positioning notch part 601.
  • a plurality of positioning ribs 121 are also provided in the circumferential direction of the positioning column 120, and at least two positioning ribs 121 are arranged oppositely on both sides of the positioning column 120, and the positioning ribs 121 are far away from the side of the positioning column 120.
  • the edge engages with the periphery of the positioning notch 601 .
  • this solution is not only applicable to the solution of single cleaning component 2, but also suitable for the solution of double cleaning component 2, when the ground brush mechanism 100 is two cleaning components 2, the two cleaning components 2 are installed movably At both ends of the ground brush body 1, the rotation directions of the two cleaning assemblies 2 are opposite.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface.
  • the cleaning assembly 2 includes a cleaning assembly 21 and a bristle 22.
  • the cleaning assembly 21 is rotated in the cleaning chamber of the floor brush body 1, and the bristle 22 is attached to the outer peripheral side of the cleaning assembly 21.
  • a driver may be provided to drive the cleaning assembly 21 to rotate, to drive the bristles 22 to rotate, and to rub against the surface to be cleaned by the rotating bristles 22 to clean up the stains or garbage on the surface to be cleaned.
  • connection mode of the bristles 22 and the cleaning assembly 21 is not limited, for example, the bristles 22 can be integrated with the cleaning assembly 21, or the bristles 22 are fixed on the outside of the cleaning assembly 21 by bonding, or the bristles 22 and the cleaning assembly 21 They are connected by Velcro, or other detachable connection methods, so as to facilitate the replacement of the bristles 22.
  • the flow divider 3 is mainly used to divide the cleaning liquid or gas, so that the cleaning liquid or gas can be evenly sprayed onto the bristles 22 to improve the cleaning effect.
  • This embodiment provides a cleaning device, which includes the above-mentioned floor brush mechanism 100 .
  • the ground brush mechanism 100 includes a ground brush body 1, a cleaning assembly 2 and a flow divider 3, the cleaning assembly 2 It is movably installed on the ground brush body 1; the flow divider 3 is arranged on the ground brush body 1, and the flow divider 3 has a water dividing surface 331 set towards the cleaning component 2.
  • the water dividing surface 331 is an arc surface, and the arc surface is along the The rotation direction extends, and a plurality of diversion ports 332 are arranged on the water diversion surface 331. At least some of the diversion ports 332 are arranged along the axial direction of the cleaning assembly 2, and are used to spray the medium to the cleaning assembly 2, and between two adjacent diversion ports 332 The distance between them ranges from 10-25mm.
  • the range between the multiple flow openings 332 arranged axially along the cleaning assembly 2 on the water dividing surface 331 is 10-25 millimeters, so there are more dividing openings 332 on the water dividing surface 331 in this application to improve Uniformity and efficiency of spray liquid.
  • the liquid in the flow divider 3 sprays liquid directly to the cleaning assembly 2 through the flow openings 332 , and the use of more flow openings 332 can ensure the efficiency of liquid separation without resorting to other auxiliary liquid separation structures.
  • the distance between two adjacent flow openings 332 may be 10 mm, 12 mm, 14 mm, 16 mm, 18 mm, 20 mm, 22 mm, 24 mm and so on.
  • the diverter port 332 has long sides distributed horizontally and short sides distributed vertically, the size range of the long side x is 0.8-1.5 mm, and the size range of the short side y is 0.2-0.6 millimeters; or the area of the split flow opening 332 is 0.16-1.35 square millimeters. Preferably, the area of the split flow opening is between 0.4-0.6 square millimeters.
  • the diversion port 332 can also be in other shapes, but the overall area is between 0.16-1.35 square millimeters, so that the water flow can build up pressure and flow out of the diversion port 332 .
  • the cooperation between the flow divider 3 and the cleaning component 2 can be ensured in the axial direction of the cleaning component 2, especially the uniformity of water division in the axial direction of the cleaning component can be ensured.
  • the size of each flow opening 332 can be ensured, thereby ensuring the water output of the multiple flow openings 332 .
  • the dimension x of the long side can be 0.8mm, 1.0mm, 1.1mm, 1.2mm, 1.4mm, 1.5mm, etc.
  • the dimension y of the short side can be 0.2mm, 0.25mm, 0.4mm, 0.6mm, etc.
  • the diversion port 332 has long sides distributed horizontally and short sides distributed vertically. At this time, the diversion port can be a rectangular port or a circular rectangular port. Certainly, the diversion port 332 can also adopt a round opening, and the radial size of the round port can be designed according to the opening area of the diversion port 332, as those skilled in the art can understand.
  • the diverter 3 further includes a diversion groove 322, and a plurality of diversion ports 332 are divided into multiple groups of flow areas, and at least part of the diversion areas are provided with a plurality of diversion ports 332, and each diversion area is respectively connected to a different The diversion groove 322 communicates.
  • the plurality of diversion ports 332 are arranged in communication with the diversion groove 322 corresponding to the diversion area.
  • each diversion groove 322 has one or more diversion branch grooves 3221, and the number of diversion branch grooves 3221 is consistent with the number of diversion ports 332 in the corresponding diversion area.
  • two diversion openings 332 are provided in one diversion area, corresponding to the two diversion branch grooves 3221 in the same diversion area, which have an inverted V-shaped structure.
  • the two guide branch grooves in an inverted V-shaped structure communicate with two adjacent diverter ports 332 respectively, and the flow divider 3 also has a first inlet hole 311, and the first inlet hole 311 is connected to the two guide branch grooves. It is arranged in communication with each other, so as to realize liquid supply to the diversion port 332 through the guide branch groove, and improve the uniformity of the liquid circulation.
  • the ground brush mechanism 100 also includes a top cover 130 arranged on the ground brush body 1, the top cover 130 is located above the cleaning assembly 2, and the surface of the top cover 130 facing the cleaning assembly 2 is a smooth arc surface .
  • the smooth arc-shaped surface of the top cover plate 130 has the technical effect of water uniformity, and further uniformizes the liquid sprayed on the cleaning assembly 2 .
  • the flow divider 3 includes a base plate 31, a flow divider plate 32 and a cover plate 33, the base plate 31 is provided with a first inlet hole 311, the flow divider plate 32 is connected with the base plate 31, and the flow divider plate 32 is provided with A plurality of diversion grooves 322, the cover plate 33 is arranged on the side of the diverter plate 32 facing away from the base plate 31, the cover plate 33 is provided with a plurality of diversion ports 332, and each diversion port 332 is located at the outlet on the water diversion surface 331 to form each diversion The opening 332 , the first inlet hole 311 communicates with the diversion opening 332 through the diversion groove 322 .
  • the cleaning liquid, gas or steam is continuously sprayed to the bristles 22 through the diversion port 332, so as to improve the cleaning efficiency.
  • the first inlet hole 311 is communicated with the flow diversion port 332 through the diversion groove 322, and the diverter plate 32 is also provided with a diversion hole 321 corresponding to the first inlet hole 311.
  • the flow guide hole 321 in the flow direction of the flow guide hole 321 , includes a first flow guide segment 3211 and a second flow guide segment 3212 in sequence.
  • the length of the first diversion section 3211 ranges from 3.0 mm to 5.0 mm. Wherein, the length of the first diversion section 3211 is in the range of 2.0-3.0 mm; and/or the length ratio of the second diversion section 3212 to the first diversion section is in the range of 1-2.5.
  • the aperture diameter of the first flow guiding section 3211 is larger than the aperture diameter of the second flow guiding section 3212 .
  • the liquid can be pressurized when passing through the diversion hole 321, thereby increasing the flow rate of the liquid after it flows out from the diversion port 332 , to further improve the water uniformity effect of the flow divider 3 .
  • the aperture diameter of the first flow guiding section 3211 may also be smaller than the aperture diameter of the second flow guiding section 3212 .
  • the hole diameter of the first flow guiding section 3211 is larger than that of the second flow guiding section 3212.
  • the length of the first diversion section 3211 can be 3.5mm, 3.8mm, 4.0mm, 4.2mm, 4.5mm, 4.8mm, 5.0mm, etc.
  • the length of the second diversion section 3212 The length can be 2.0mm, 2.2mm, 2.3mm, 2.4mm, 2.5mm, 2.6mm, 2.7mm, 2.8mm, 2.9mm, 3.0mm and so on.
  • the length ratio of the second diversion section 3212 to the first diversion section may also be in the range of 1-2.5. In this way, on the one hand, it can ensure that the lengths of the second flow guide section 3212 and the first flow guide section 3211 are coordinated, and on the other hand, it can ensure the increasing effect and the convenience of demoulding.
  • the diameter range of the first flow guide section 3211 is 1.0-1.8mm
  • the diameter range of the second flow guide section 3212 is 0.6-0.8mm, so that the first flow guide section 3211
  • the diameter is larger than the diameter of the second guide section 3212, and then the supercharging effect is achieved by reducing the radial dimension.
  • the ratio of the diameter of the second diversion section 3212 to the diameter of the first diversion section 3211 may be in the range of 0.34-0.8, so as to ensure that the diameters of the second diversion section 3212 and the first diversion section 3211 are coordinated, On the other hand, it can guarantee the increasing effect and the convenience of demoulding.
  • connection between the second diversion section 3212 and the first diversion section 3211 can be stepped, as shown in Figure 21, or can be connected through a transition diversion section The second diversion section 3212 and the first diversion section 3211.
  • the base plate 31 is further provided with a plurality of branch flow channels 312 communicating with the first inlet hole 311 , and the plurality of guide holes 321 communicate with the first inlet hole 311 through the plurality of branch flow channels 312 respectively.
  • the branch flow channel 312 the liquid outlet end of the flow divider 3 will have an uneven surface, and by setting the cover plate 33, the flow diversion is further realized, which is equivalent to extending the diversion hole 321, so that the flow diversion port 332 is located
  • the surface of the can be set to a smooth surface, so it is less prone to dust collection and easier to clean.
  • each diversion hole 321 on the side facing the substrate 31 is larger than the diameter of the diversion hole 321 on the side facing the cover plate 33, thereby increasing the flow velocity of the liquid when it is ejected from the flow divider 31, so as to further increase the liquid's reach. Clean component 2 uniformity.
  • each diversion groove 322 includes at least two diversion branch grooves 3221, the diversion hole 321 is located at the junction of the at least two diversion branch grooves 3221, and each diversion branch groove 3221 is connected to at least one diversion port 332. connected.
  • the flow can be further divided, so that the liquid output or gas output of each diversion port 332 is more consistent, and each diversion branch groove 3221 can store a certain amount of liquid or gas, so as to avoid excessive flow of flow channels. Long, affecting the jet velocity of liquid or gas.
  • the shunt 3 is made of transparent material, so that the user can clearly observe the internal structure of the shunt 3 .
  • this solution is not only applicable to the solution of single cleaning component 2, but also suitable for the solution of double cleaning component 2, when the ground brush mechanism 100 is two cleaning components 2, the two cleaning components 2 are installed movably At both ends of the ground brush body 1, the rotation directions of the two cleaning assemblies 2 are opposite.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface.
  • the cleaning assembly 2 includes a cleaning assembly 21 and a bristle 22, the cleaning assembly 21 is rotated in the cleaning chamber of the floor brush body 1, the bristle 22 is attached to the outer peripheral side of the cleaning assembly 21, and there is also a A driver may be provided to drive the cleaning assembly 21 to rotate, to drive the bristles 22 to rotate, and to rub against the surface to be cleaned by the rotating bristles 22 to clean up the stains or garbage on the surface to be cleaned.
  • connection mode of the bristles 22 and the cleaning assembly 21 is not limited, for example, the bristles 22 can be integrated with the cleaning assembly 21, or the bristles 22 are fixed on the outside of the cleaning assembly 21 by bonding, or the bristles 22 and the cleaning assembly 21 They are connected by Velcro, or other detachable connection methods, so as to facilitate the replacement of the bristles 22.
  • the flow divider 3 is mainly used to divide the cleaning liquid or gas, so that the cleaning liquid or gas can be evenly sprayed onto the bristles 22 to improve the cleaning effect.
  • This embodiment provides a cleaning device, which includes the above-mentioned floor brush mechanism 100 .
  • the ground brush mechanism 100 includes a ground brush body 1, a cleaning assembly 2, a flow divider 3 and a top cover 130, and the cleaning assembly 2 is movably installed on the floor On the brush body 1; the diverter 3 is arranged on the ground brush body 1, and the diverter 3 has a water dividing surface 331 arranged toward the cleaning assembly 2; the top cover 130 is arranged on the ground brush body 1 and is located above the cleaning assembly 2, and the top
  • the side surface of the cover plate 130 facing the cleaning assembly 2 is a smooth arc surface, and the smooth arc surface extends along the rotation direction of the cleaning assembly 2, and the water dividing surface 331 is approximately on the same arc surface (need to be explained What is, due to the existence of manufacturing and assembly errors, those skilled in the art can understand that the substantially same arc surface as defined here; in an ideal state, the water cut-off surface 331 and the smooth arc surface are on the same arc surface.
  • the water dividing surface 331 and the smooth arc surface are in the same arc surface, and the water dividing surface 331 and the smooth arc surface can be directly connected to form a smooth arc surface, or can be indirectly connected to form a smooth circle through a transition surface curved surface, all within the protection scope of the present application), and are distributed in the circumferential direction of the cleaning assembly 2.
  • the cleaning assembly 2 has a self-cleaning mode (that is, the cleaning device operates the self-cleaning mode to clean the roller brush), and when the cleaning assembly 2 is in the self-cleaning mode, the cleaning assembly can be driven to reverse at least once, and then In the self-cleaning mode, the dirt between the cleaning component 2 and the water separation surface 331 is taken out, so as to ensure that no dirt remains in the brush chamber after the self-cleaning contact.
  • the cleaning component 2 When the cleaning component 2 is in the self-cleaning mode, the cleaning component 2 rotates in reverse, and when the cleaning component 2 rotates in reverse, the dirt between the cleaning component 2 and the smooth arc surface can be removed under the movement of the cleaning component 2 .
  • the cleaning component 2 normally cleans the surface to be cleaned, it rotates forward under the driving action of the driving member, so as to collect the dirt on the surface to be cleaned into the inside of the dirt suction port 110.
  • the cleaning component 2 is reversed, and the cleaning component 2 is reversed to drive the dirt between the smooth arc surface and the cleaning component 2 into the interior of the dirt suction port 110 of the ground brush mechanism 100.
  • the smooth arc surface and the water separation surface 331 The smooth transition prevents dirt from remaining at the junction of the top cover 130 and the flow divider 3 .
  • the water cut surface 331 can directly connect with the smooth arc surface in a smooth transition.
  • the water dividing surface 331 is an arc surface, and the water dividing surface 331 and the smooth arc surface together form a smooth arc surface. In order to facilitate the movement of the dirt along the smooth arc surface with the rotation of the cleaning assembly 2 .
  • the ground brush body 1 has a transition surface, and the transition surface is smoothly connected with the water cutoff surface 331 and the smooth arc surface, and the water cutoff surface 331 is on the same arc surface as the smooth arc surface and the transition surface.
  • the water cutoff surface 331 and the transition surface are arc-shaped surfaces, and the water cutoff surface 331, the transition surface, and the smooth arc-shaped surface jointly form a smooth arc-shaped surface.
  • the transitional surface can be located between the water-cutting surface 331 and the smooth arc-shaped surface, and can also be located on the side of the water-cutting surface 331 away from the smooth arc-shaped surface.
  • the smooth arc-shaped surfaces are smoothly connected, and the water-cutting surface 331 is on the same arc surface as the smooth arc-shaped surface and the transition surface, all of which are within the protection scope of the present application.
  • the smooth arc surface and the cleaning component 2 are set in interference fit.
  • the interference between the smooth arc surface and the cleaning component 2 is less than or equal to 1.5 mm. In this way, under the condition of ensuring that the cleaning component 2 can carry out the dirt, the resistance encountered during the rotation of the cleaning component 2 is reduced, which facilitates the starting of the motor on the one hand, and reduces the damage to the motor on the other hand.
  • this solution is not only applicable to the solution of a single cleaning component 2, but also to the solution of a double cleaning component 2.
  • the ground brush mechanism 100 is two cleaning components 2
  • the two cleaning components 2 are movably installed on the ground brush
  • the two ends of the main body 1, and the rotation directions of the two cleaning components 2 are opposite.
  • the position of the diverter 3 can be set at the front or at the rear, specifically, the water dividing surface 331 of the diverter 3 is an arc-shaped surface. Wherein, when the diverter 3 is in front, the water dividing surface 331 , the smooth arc surface and the transition surface together form a smooth arc surface.
  • the cleaning assembly 2 includes a cleaning assembly 21 and a bristle 22, the cleaning assembly 21 is rotated in the cleaning chamber of the floor brush body 1, the bristle 22 is attached to the outer peripheral side of the cleaning assembly 21, and there is also a A driver may be provided to drive the cleaning assembly 21 to rotate, to drive the bristles 22 to rotate, and to rub against the surface to be cleaned by the rotating bristles 22 to clean up the stains or garbage on the surface to be cleaned.
  • connection mode of the bristles 22 and the cleaning assembly 21 is not limited, for example, the bristles 22 can be integrated with the cleaning assembly 21, or the bristles 22 are fixed on the outside of the cleaning assembly 21 by bonding, or the bristles 22 and the cleaning assembly 21 They are connected by Velcro, or other detachable connection methods, so as to facilitate the replacement of the bristles 22.
  • the flow divider 3 is mainly used to divide the cleaning liquid or gas, so that the cleaning liquid or gas can be evenly sprayed onto the bristles 22 to improve the cleaning effect.
  • This embodiment provides a cleaning device, which includes the floor brush mechanism 100 of the above embodiment.
  • the cleaning system includes a base station 200 and the cleaning device of any one of the above embodiments.
  • the base station 200 has a base, and the base has an accommodating groove 210; wherein, when the cleaning device is in the self-cleaning mode, as shown in FIG. 18
  • FIG. 19 at least a part of the cleaning assembly 2 of the ground brush mechanism 100 of the cleaning equipment is located in the accommodating groove 210 , and the groove wall surface of the accommodating groove 210 and the smooth arc surface of the top cover plate 130 of the ground brush mechanism 100 1.
  • the water dividing surface 331 of the flow divider 3 of the ground brush mechanism 100 forms a rolling brush chamber.
  • the inner wall of the roller brush chamber can be made to present a smooth arc surface, so that the roller brush can take out the dirt between the roller brush and the inner wall of the roller comb chamber during rotation, so as to ensure the cleanness inside the roller brush chamber. Cleanliness.
  • the cleaning device moves to the base station 200, so that at least a part of the cleaning component 2 of the cleaning device protrudes into the accommodating groove 210, and the cleaning component 2 reverses to realize self-cleaning.
  • the cleaning component is a rolling brush.
  • the tank wall surface of the accommodation tank 210, the smooth arc surface of the top cover plate 130 of the ground brush mechanism 100, and the water dividing surface 331 of the diverter 3 of the ground brush mechanism 100 are located on the same arc surface, so as to realize During the self-cleaning process, the cleaning component 2 can drive the dirt to move along the arc surface, avoiding the dirt remaining in the cleaning component 2 and the top cover 130, the cleaning component 2 and the water separation surface 331, and the cleaning component 2 and the accommodating tank 210 between the groove walls.
  • At least a part of the side wall of the tank is in interference fit with the cleaning component 2 .
  • the accommodating groove 210 has an interference fit with at least part of the area on the front side of the cleaning assembly 2 , and the area of the accommodating groove 210 and the cleaning assembly 2 has an interference fit that occupies 20% of the circumference of the cleaning assembly 2 . a quarter. In this way, in the process of self-cleaning, since the front quarter circle of the accommodating groove 210 is in interference fit with the cleaning assembly 2, the sealing of this position is ensured, so that external air will not enter the accommodating chamber from this position.
  • the inside of the storage tank 210 thereby ensuring the vacuum degree of the remaining positions in the storage tank 210, and then ensuring that the suction force at the dirt suction port 110 is large enough to suck away the dirt in the storage tank 210, especially for the Cleaning power of large particles of dirt.
  • the interference between the accommodating groove 210 and at least a partial area of the cleaning component 2 is less than or equal to 1.5 mm. In this way, on the basis of ensuring the interference fit between the front quarter circle of the accommodating groove 210 and the cleaning assembly 2, the contact degree of the inner wall of the front quarter circle of the cleaning assembly 2 purpose accommodating groove 210 is reduced, thereby reducing cleaning. The resistance during the rotation of the assembly 2 reduces the damage to the motor at the same time.
  • the accommodating groove 210 and at least another part of the cleaning component 2 located at the rear side are spaced away from each other, and the space between the accommodating groove 210 and the cleaning component 2 accounts for a quarter of the circumference of the cleaning component 2 .
  • the rear quarter of the accommodating tank 210 is guaranteed to be free from space, and the dirt suction port 110 is connected to this position, thereby ensuring that the dirt and sewage at this position are sucked away from the dirt suction port 110 .
  • the gap H between the lower edge of the front side of the top cover 130 and the base station 200 is less than or equal to 2 mm, so as to ensure that the gap between the two is small enough.
  • detergent is usually added to the storage tank 210, and as the roller brush rotates, a large amount of foam will be generated in the storage tank 210.
  • the gap H between the lower edge of the front side of the top cover 130 and the base station 200 can be less than or equal to 2 mm, which can effectively prevent foam from overflowing from the gap between the lower edge of the front side of the top cover 130 and the base station 200 , in particular, it can prevent the foam from being thrown out with the rotation of the rolling brush, thereby ensuring the surrounding environment of the ground brush mechanism 100 .
  • the cleaning equipment proposed in this application may be a floor scrubber.
  • the cleaning assembly includes a cylinder and bristles.
  • the cylinder rotates and is arranged in the cleaning chamber of the floor brush body.
  • driving motor drive cylinder to rotate by driving motor
  • drive bristle to rotate, by the bristle of rotation and surface to be cleaned friction, the stain or rubbish on the surface to be cleaned are cleaned up.
  • the connection method between the bristles and the roller is not limited.
  • the bristles can be integrated with the roller, or the bristles are fixed on the outside of the roller by bonding, or the bristles and the roller are connected by Velcro, or other detachable The connection method is convenient for replacing the bristles.
  • the diverter is mainly used to divert the liquid or gas used for cleaning, so that the liquid or gas used for cleaning can be evenly sprayed on the bristles to improve the cleaning effect.
  • the flow divider has a water dividing surface arranged toward the cleaning chamber, the water dividing surface is a smooth surface, and a diverging outlet is provided on the water dividing surface, through which the cleaning liquid or gas is sprayed onto the bristles, and the setting of the floor brush mechanism is set.
  • the forward direction is the front of the ground brush body, and the following descriptions about the orientation can be referred to accordingly.
  • the bottom of the cleaning chamber is provided with an opening, and the bristles can be exposed from the opening to clean the surface to be cleaned.
  • the water separation surface is located at the bottom of the drum In the area above the oblique rear, at least part of it is arranged in an interference fit with the bristles, so that the liquid or gas flowing out from the diversion port can be better sprinkled on the bristles, and the bristles are made of soft materials, and the bristles can be rotated during rotation. Friction with the water dividing surface to clean the water dividing surface and keep the diverter clean.
  • the above-mentioned water dividing surface includes a first section surface and a second section surface arranged adjacently along the up and down direction of the floor brush body, the first section surface is located below the second section surface, and is arranged in an interference fit with the bristles, and the bristles In the process of rotation, the dust or impurities on the first section surface can be swept away, and the first section surface can be cleaned to a certain extent.
  • the second section surface is curved in the direction of the roller, and is spaced from the bristles. Setting, through the second section, the dust rolled up by the bristles during rotation can be intercepted to prevent dust from being involved in the window cover of the floor brush body for accumulation, affecting the viewing angle effect, and is not easy to clean.
  • the diversion port is located at the transition between the first section surface and the second section surface, and the gas or liquid flowing out from the diversion port preferably all falls on the bristles, and driven by the bristles, part of the cleaning liquid or gas It can be splashed onto the second section surface, so that the second section surface can also be washed.
  • the plane arranged along the horizontal direction of the ground brush body and passing through the central axis of the cylinder is the central horizontal plane
  • the plane arranged along the vertical direction of the ground brush body and passing through the central axis of the cylinder is the central vertical plane
  • the central horizontal plane and the central vertical plane can jointly form a space quadrant area centered on the drum, wherein the second segment is located in the oblique rear upper area enclosed by the central horizontal plane and the central vertical plane, that is, from the drum Observed from the left end of the axial direction, the second section is located in the first quadrant, viewed from the axial right end of the cylinder, the second section is located in the second quadrant, and the second section and the cylinder are spaced apart, so that the bristles can be aligned.
  • the rolled up dust is blocked, and after the cleaning component is disassembled from the floor brush body, the surface of the second section can be effectively exposed, and the top of the second section has a smooth surface, making it easy to clean the dust.
  • Fig. 22 is a schematic flowchart of an optional self-cleaning method for cleaning equipment according to an embodiment of the present application. As shown in Fig. 22, the process of the method may include the following steps:
  • Step S2202 acquiring a self-cleaning instruction corresponding to the cleaning device, wherein the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation.
  • the self-cleaning method of the cleaning device in this embodiment can be applied to the scene where the cleaning device performs self-cleaning, for example, the scene where the cleaning device returns to the matching base for self-cleaning during or after the cleaning of the area .
  • the cleaning equipment mentioned above may be cleaning equipment located in the user's home, and may be intelligent cleaning equipment such as a scrubber or a cleaning robot. Compared with traditional cleaning equipment, intelligent cleaning equipment adds computing modules, network interfaces, input and output devices, etc., so that intelligent cleaning equipment has the functions of intelligent analysis and intelligent service.
  • the cleaning device may obtain a self-cleaning instruction corresponding to the device, and the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation.
  • the above-mentioned process of obtaining the self-cleaning instruction may be generated in response to a detected trigger operation, or may be received from a server side (for example, an Internet of Things platform, a cloud server, etc.) or a terminal device side through a network .
  • the cleaning device may generate a self-cleaning instruction in response to the trigger operation of the self-cleaning button.
  • a target client of a target application App may run on the user's terminal device. After the user clicks the self-cleaning button on the application interface of the target client, in response to the trigger operation of the self-cleaning button, the target client can generate a self-cleaning instruction, and send the self-cleaning instruction to the cleaning device.
  • the target client may be directly connected to the cleaning device through a communication connection such as Bluetooth, and directly send the self-cleaning instruction to the cleaning device through the communication connection with the cleaning device.
  • the target client may also first send the self-cleaning instruction to the server.
  • the server can send the received self-cleaning instruction to the cleaning device.
  • the cleaning device can receive the self-cleaning instruction sent by the target client or server, so as to obtain the self-cleaning instruction.
  • the above trigger operation may be a touch operation, a voice input operation, or other trigger operations.
  • the triggering operation is a voice input operation
  • the above voice input operation may be detected by the target client, or may be detected by the cleaning device.
  • the target client or the cleaning device may send corresponding voice input data to the server.
  • the server can first analyze the voice input data, determine that the voice input data is used to instruct the cleaning device to perform self-cleaning, generate a self-cleaning instruction corresponding to the cleaning device, and send the generated self-cleaning instruction to the cleaning device. This is not limited in this embodiment.
  • the user may perform multiple trigger operations. If a response is made to each trigger operation (that is, a self-cleaning instruction is generated in response to each trigger operation), a large amount of processing resources will be occupied. At the same time, the cleaning device will be made to perform self-cleaning operations multiple times. Therefore, if the cleaning device or the target client continuously detects multiple identical trigger operations within a certain period of time, it can only respond to the earliest detected trigger operation and generate a self-cleaning instruction, thereby reducing the consumption of processing resources.
  • the terminal device can generate a self-cleaning command corresponding to the scrubber, and send the self-cleaning command to the scrubber through the server.
  • Self-cleaning instructions are available.
  • the self-cleaning button may be a physical button on the cleaning device or the terminal device, or may be a virtual button, or may be a button or a combination of multiple buttons.
  • the trigger operation is a touch operation
  • the touch operation can be one operation or a combination of multiple operations, and the above touch operation can include but not limited to at least one of the following: single click operation, double click operation, long press operation, slide operate. This is not limited in this embodiment.
  • Step S2204 in response to the self-cleaning instruction, perform a self-cleaning operation of the cleaning device, wherein, during the process of performing the self-cleaning operation, the cleaning component of the cleaning device is controlled to reverse at least once to clean the parts surrounding the cleaning component, and make The cleaning body on the cleaning component is fluffy.
  • the cleaning device may perform a self-cleaning operation of the cleaning device, that is, an operation of automatically cleaning the cleaning device, which may include multiple cleaning operations.
  • the cleaning device may contain a cleaning component, and the cleaning component may include but not limited to at least one of the following: a roller brush and a mop head.
  • the above-mentioned cleaning equipment may include a floor brush, and the floor brush may include a floor brush housing, a roller brush is installed inside the floor brush housing, and a motor located outside the roller brush drives the roller brush.
  • the cleaning component is a component used by the cleaning equipment for area cleaning. After the area cleaning is performed, there may be a large amount of garbage on the cleaning component.
  • self-cleaning operations may include cleaning operations that clean the components.
  • the self-cleaning operation may include controlling the rotation of the cleaning component, so that during the rotation, the garbage on the cleaning component is removed to complete the cleaning of the cleaning component.
  • the rotation mode of the cleaning component may be set, and the rotation parameters of the rotation mode may include but not limited to at least one of the following: rotation direction, rotation speed, and the like.
  • the rotation mode may be configured by default by the system, may also be manually set by the user, or may be determined according to target parameters (determined by at least one of the server, the terminal device or the cleaning device).
  • the target parameter may include but not limited to at least one of the following: the type of room cleaned by the cleaning device (for example, living room, kitchen, bedroom, etc.), and the degree of dirtiness of the cleaning components.
  • the degree of dirtiness of the cleaning component can be obtained by identifying an area image of the area to be cleaned captured by the image acquisition device before the cleaning device cleans the area to be cleaned.
  • the rolling brush can be controlled to rotate forward (ie, rotate forward), so as to remove most of the garbage on the rolling brush.
  • rotate forward ie, rotate forward
  • the rotation speed of the brush can reduce energy consumption while completing the cleaning of the roller brush.
  • the cleaning device may be controlled to return to the target position before performing the self-cleaning operation.
  • the aforementioned target position may be the position where the base of the cleaning device is located.
  • the cleaning device (or, the server) may determine the shortest path from the cleaning device to the target location, and move to the target location according to the shortest path.
  • the cleaning device may also be manually moved to the base by the user. This is not limited in this embodiment.
  • the cleaning device during the self-cleaning process, the cleaning device generally controls its cleaning component to rotate in one direction, which will result in a large amount of garbage remaining, for example, remaining on the cleaning component and parts surrounding the cleaning component. Residual garbage will not only affect the cleaning effect of the cleaning components, but also affect the rotation of the cleaning components, thereby affecting the service life of the cleaning equipment.
  • the cleaning body on the cleaning component for example, the bristles or bristles of the roller brush, the mop on the mop head, etc.
  • the cleaning body on the cleaning component is easily scraped, which will not only affect the air-drying of the cleaning component, but also affect The cleaning effect of the cleaning components will affect the service life of the cleaning equipment.
  • the cleaning device can improve the comprehensiveness of garbage cleaning by controlling the cleaning component to reverse, and at the same time, the cleaning body can be erected again and become fluffy through the reverse force.
  • the plurality of cleaning operations described above may include at least one reverse operation of the cleaning assembly. By performing at least one reverse operation, it can ensure that the garbage on the parts surrounding the cleaning component can be fully cleaned, and the fluffiness of the cleaning body can be improved, making the cleaning body more fluffy, which can not only speed up the drying of the cleaning body, but also reduce the generation of peculiar smell , and will not affect the cleaning effect of the cleaning components during subsequent use.
  • forward direction and reverse direction in this embodiment are relative to the preset forward direction, the same direction as the set forward direction is the forward direction, and the direction opposite to the set forward direction is reverse.
  • the roller brush can be controlled to reverse to make the bristles on the cleaned roller brush fluffy, thereby speeding up the drying of the roller brush and reducing the growth of peculiar smell.
  • the self-cleaning instruction corresponding to the cleaning device is obtained, wherein the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation; in response to the self-cleaning instruction, the self-cleaning operation of the cleaning device is performed, wherein, after executing During the self-cleaning operation, by controlling the cleaning component of the cleaning device to reverse at least once to clean the parts surrounding the cleaning component and make the cleaning body on the cleaning component fluffy, the self-cleaning method of the cleaning device in the related art is solved There is a problem that the service life of the cleaning device is affected due to the poor self-cleaning effect of the cleaning device, which increases the service life of the cleaning device and improves user experience.
  • the above method before obtaining the self-cleaning instruction corresponding to the cleaning device, the above method further includes:
  • a liquid distributor for example, a water separator
  • the liquid distributor and the cleaning component can be in contact with a smooth arc surface.
  • a transparent window can be provided above the cleaning component.
  • a small amount of interference (for example, 0-1.5mm) can be set between them. Interference refers to the difference between the radius of part A and the distance from part A to part B, for example, the interference between the window and the cleaning component between the radius of the cleaning component and the distance from the center of the cleaning component to the window difference.
  • the lower end of the liquid distributor is the liquid spraying area, and at least one liquid spraying nozzle is evenly arranged on the liquid spraying area.
  • the liquid spraying nozzle can spray liquid to the cleaning components during the cleaning equipment's area cleaning or self-cleaning operations, so as to evenly spray Wet cleaning components.
  • a certain amount of interference can be set between the cleaning component and the dispenser (that is, the distance between the radius of the cleaning component and the distance from the center of the cleaning component to the dispenser difference).
  • the liquid spray area of the cleaning assembly can be set to have a larger interference with the cleaning assembly (that is, the difference between the radius of the cleaning assembly and the distance from the center of the cleaning assembly to the liquid spray area), and the The upper end of the device and the cleaning assembly can be provided with a smaller amount of interference (that is, the difference between the radius of the cleaning assembly and the distance from the center of the cleaning assembly to the upper end of the liquid distributor).
  • an arc water separator can be provided behind the roller brush, the area at the lower end of the water separator is the water spray area, and the area above the water separator is the ash storage area. At least one water spray nozzle can be evenly arranged on the water spray area, and a scraper can be provided at the bottom of the water separator.
  • the water spray area and the roller brush can maintain a certain amount of interference, while the upper dust storage area has a certain gap, so as to ensure that the roller brush is evenly wetted, and at the same time, the roller brush can always wipe the water spray area, so that the water spray area It is not easy to have garbage residue to prevent the nozzle from being blocked, and there is a certain amount of clearance at the upper end of the water separator, which can prevent the overall water separator from being too large in interference with the roller brush and cause a large load.
  • the cleaning body on the cleaning component collapses due to scratches with the scraper bar, pollution from garbage, etc., thereby affecting the cleaning effect of the cleaning component.
  • the degree of collapse of the cleaning body can be expressed by the amount of interference, the larger the amount of interference, the fluffier the cleaning body, and vice versa, the more serious the collapse of the cleaning body.
  • the roller brush rotates in the forward direction, and the fluffy bristles are attached to the surface of the roller brush under the action of the scraper, and the bristles of the roller brush are scraped down under the action of the scraper.
  • the cleaning equipment (or the server side) can obtain the interference between the cleaning component and the dispenser. Based on the obtained interference, Determine whether self-cleaning of the cleaning device is required, and control the cleaning device to perform self-cleaning by automatically generating a self-cleaning instruction, or by prompting the user to perform self-cleaning and responding to the self-cleaning instruction generated by the detected trigger operation Control cleaning equipment for self-cleaning.
  • the above-mentioned interference can be determined according to the radius of the cleaning component and the distance from the center of the cleaning component to the liquid distributor, or can be determined by target parameters (for example, the pressure value of the liquid distributor or the cleaning component, the current passing through the cleaning component value, etc.)
  • the radius of the cleaning component and the distance from the center of the cleaning component to the liquid dispenser can be determined by identifying the captured image, and the captured image can be the cleaning device on the cleaning device, on the base, or the image capturing device in the user's home.
  • the images obtained through image acquisition may also be obtained in other ways, which is not limited in this embodiment.
  • a self-cleaning instruction may be generated to control the cleaning device to perform a self-cleaning operation.
  • the above-mentioned interference threshold may be manually set by the user, or may be a threshold obtained by the server based on big data analysis, which is not limited in this embodiment.
  • the washing machine can obtain the interference between the roller brush and the water distributor. If the set interference threshold is 1mm, and the obtained interference is 0.5mm, which is less than the interference threshold, it can generate Self-cleaning instruction to instruct the scrubber to perform self-cleaning operation.
  • a self-cleaning instruction is automatically generated, which can improve the timeliness of self-cleaning of the cleaning device, increase the service life of the cleaning device, and further improve user experience.
  • generating self-cleaning instructions includes:
  • the self-cleaning of the cleaning device may be performed automatically by the cleaning device, or manually controlled by the user.
  • the cleaning device (or, the server side) can automatically generate a self-cleaning instruction.
  • the cleaning device may send a self-cleaning prompt message to prompt and control the cleaning device to perform a self-cleaning operation.
  • the above self-cleaning prompt information can be sent out in the form of voice broadcast, or can be displayed on the display screen of the cleaning device, for example, text information, animation information and so on.
  • the user can operate the target client on the terminal device or the cleaning device itself at any position in a manner similar to the above to generate a self-cleaning instruction.
  • cleaning equipment requires a large amount of liquid during the self-cleaning process.
  • grooves can optionally be set on the base station of the cleaning equipment, and after determining When the cleaning device is connected to the base station, the cleaning device is allowed to clean itself.
  • the groove can be used to export the sewage to a specific location, and can also be used for sewage storage to avoid sewage overflow.
  • the user can operate the target client on the terminal device or the cleaning device itself in a similar manner to the above to generate a self-cleaning instruction.
  • the cleaning device can only be connected to the cleaning device
  • the self-cleaning command will be generated, or the self-cleaning command will be executed only when it is on the base station.
  • the cleaning device can also automatically move to the position of the base station, for example, when it is detected that the interference amount is less than or equal to the interference amount threshold, a self-cleaning instruction is generated, and the cleaning device is controlled to return to the base station and connect to the base station, Start the self-cleaning operation.
  • the self-cleaning device is prompted and controlled to perform a self-cleaning operation by issuing a self-cleaning prompt message, and when the cleaning device is connected to the base station of the cleaning device, a self-cleaning instruction is generated in response to the detected trigger operation, which can improve the self-cleaning operation of the device.
  • obtaining the interference between the cleaning component and the liquid dispenser of the cleaning device includes:
  • a pressure sensor can be set on the liquid dispenser (for example, the side of the liquid dispenser in contact with the cleaning component, which can be the spray area), for example, it can be pasted on the liquid dispenser, and the cleaning equipment can obtain the information from the pressure sensor.
  • the detected pressure value can be used to represent the interference amount, and the interference amount threshold is represented by the pressure value threshold.
  • the pressure value detected by the pressure sensor is less than or equal to the pressure value threshold, it can be determined that the interference between the cleaning component and the dispenser is less than or equal to the interference threshold, and at this time, a self-cleaning instruction can be generated .
  • the floor scrubber can obtain the pressure value detected by the pressure sensor installed between the roller brush and the water distributor, and when the obtained pressure value is less than or equal to the pressure value threshold, generate a self-cleaning instruction to control the washing machine.
  • the floor machine is self-cleaning.
  • the interference amount is expressed based on the pressure value detected by the pressure sensor between the cleaning component and the liquid distributor, which can improve the convenience of determining the interference amount.
  • the determined interference amount can also be improved. Quantitative precision.
  • obtaining the interference between the cleaning component and the liquid dispenser of the cleaning device includes:
  • the cleaning device can obtain the current value passing through the cleaning component, and the interference amount can be represented by the current value, and the interference amount threshold is represented by the current value threshold.
  • the scrubber can acquire the current value passing through the roller brush, and when the acquired current value is less than or equal to the current value threshold, generate a self-cleaning instruction to control the scrubber to perform self-cleaning.
  • the interference amount is expressed based on the current value passing through the cleaning component, which can improve the convenience of determining the interference amount, and also improve the accuracy of the determined interference amount.
  • performing a self-cleaning operation of the cleaning device includes:
  • S51 control the cleaning component to rotate forward to clean up the garbage on the cleaning component, wherein, during the process of the cleaning component rotating forward, the liquid dispenser of the cleaning device sprays liquid to the cleaning component, and the negative pressure of the cleaning device generator off;
  • the cleaning device may perform a self-cleaning operation
  • the self-cleaning operation may include one or more cleaning operations
  • the self-cleaning instruction may indicate how each cleaning operation is performed.
  • the cleaning operation of the cleaning assembly it may include at least one cleaning sub-operation, such as forward rotation, reverse rotation, forward and reverse rotation (ie, forward and reverse alternating rubbing) and the like.
  • the self-cleaning instruction may indicate the order in which each cleaning sub-operation is performed, and the operating parameters for performing each cleaning sub-operation, for example, operation execution mode, execution time, and the like.
  • a scraping strip may be provided at the lower end of the liquid separator of the cleaning device.
  • the cleaning device has debris left on the cleaning components after performing an area cleaning. If the above-mentioned garbage is not removed first, it will affect the self-cleaning efficiency of the cleaning equipment, and may even affect the service life of the cleaning equipment.
  • the cleaning device can first control the cleaning component to rotate forward, and control the dispenser to spray liquid to the cleaning component, the negative pressure generator does not work, the speed of the cleaning component to rotate forward and the time of forward rotation (for example, 5min) can be pre-configured as needed.
  • the cleaning body on the cleaning component contacts the scraper, and most of the rubbish on the cleaning component can be cleaned off by the scraper.
  • the liquid spraying of the liquid separator can help to clean a large amount of dust and other garbage on the cleaning component, reduce the dust floating during the forward rotation of the cleaning component, and improve the efficiency of self-cleaning, while the negative pressure generator can be closed to avoid sewage splatter.
  • the floor washing machine can first control the forward rotation of the roller brush, and control the water spraying of the water separator and the non-operation of the vacuum motor, so as to clean the garbage of the roller brush.
  • the cleaning device can control the reverse rotation of the cleaning component again, and control the dispenser not to spray liquid to the cleaning component, the negative pressure generator works, the speed of the cleaning component reverse and the time of forward rotation (for example, 5min) can be Pre-configured as needed.
  • the garbage accumulated on the upper end of the window and the liquid separator that is, the aforementioned ash storage area
  • the cavity of the component can be cleaned and the garbage and sewage can be sucked away through the suction port, and the reverse force can also be used Under the action of the cleaning body becomes fluffy.
  • the non-spraying of liquid can prevent the reverse rotation from throwing the sewage out, improving the efficiency of the self-cleaning process.
  • the floor washing machine can control the reverse rotation of the roller brush, and control the water distributor not to spray water, and the vacuum motor to work, to clean the cavity of the roller brush and suck away the garbage and sewage through the suction port.
  • not spraying water can prevent reverse Turn to throw out the sewage.
  • the inversion can effectively make the cleaning body attached to the surface of the cleaning component fluffy.
  • the diameter of the fluffy cleaning body is larger than that before the inversion.
  • there is a certain gap between the window and the dispenser The amount of surplus can effectively sweep the garbage from the window and the upper end of the liquid dispenser to the suction port of the floor brush to clean up, avoiding garbage residues on the inner wall of the cleaning component cavity after self-cleaning, and ensuring the cleaning of the cleaning component cavity.
  • the cleaning equipment is also provided with a viewing window for observing the operation status of the equipment and a suction port for discharging sewage.
  • garbage is easy to accumulate in the gap between the window, the roller brush and the upper end of the water separator.
  • the cleaning component can be added to reverse to clean the garbage accumulated on the window and the upper end of the water separator. Brush cavity.
  • performing a self-cleaning operation of the cleaning device includes:
  • the cleaning device in order to reduce the moisture residue on the cleaning component, after the cleaning component is reversed, the cleaning device can control the cleaning component to rotate forward again, so as to dry the cleaning component and clean the dust suction pipe of the cleaning device.
  • the dispenser can be controlled not to spray liquid to the cleaning component, and the negative pressure generator works to suck up the sewage, scrape the cleaning component dry, clean the suction pipe, and the cleaning component can be cleaned again.
  • the speed of forward rotation and the time of forward rotation again can be pre-configured as required.
  • the floor washing machine can control the roller brush to rotate forward again, and control the water distributor not to spray water, and the vacuum motor to work, so as to suck up the sewage, dry the roller brush, and clean the vacuum pipe.
  • the cleaning assembly can be controlled to reverse again to make the cleaning body fluffy.
  • the liquid dispenser can be controlled not to spray liquid to the cleaning assembly, and the negative pressure generator works. The speed at which the cleaning assembly reverses again and the time it takes to reverse again can be preconfigured as desired.
  • the scrubber can control the reverse rotation of the roller brush, and control the water distributor not to spray water, and the vacuum motor to work, so that the roller brush becomes fluffy.
  • the cleaning component by controlling the cleaning component to perform two forward rotations and two reverse rotations successively, the cleaning effect of the cleaning equipment during the self-cleaning process can be further improved, and the cleaning body on the cleaning component can be made more fluffy, thereby improving cleaning. Extend the service life of equipment and improve user satisfaction.
  • performing the self-cleaning operation of the cleaning device further includes:
  • the cleaning equipment can control the cleaning component to alternately rotate forward and reverse (that is, rubbing alternately forward and reverse), and the dispenser does not spray liquid, and
  • the negative pressure generator works to deeply clean the above-mentioned cleaning components and the cavity of the cleaning components.
  • the cleaning component in order to avoid damage to the engine of the cleaning component due to rapid forward and reverse switching, can be controlled to alternate forward and reverse at a certain frequency. For example, after the first target time of forward rotation, the cleaning component can be controlled to reverse Turn to the second target time, and then switch to forward rotation to the first target time.
  • the alternating times of forward rotation and reverse rotation, and the time of forward and reverse rotation can be set as required.
  • the size relationship between the first target time and the second target time can be set according to needs, the first target time can be smaller than the second target time, can also be equal to the second target time, and can also be greater than the second target time, This is not limited in this embodiment.
  • the washing machine first controls the forward rotation of the roller brush, and then controls the reverse rotation of the roller brush, controls the roller brush to rub alternately, and controls the water separator to spray water and the vacuum motor to not work, so as to deeply clean the roller brush and roller. Brush cavity.
  • the cleaning component and the cavity of the cleaning component can be deeply cleaned, and the cleaning effect of the cleaning component can be improved.
  • the above method further includes:
  • the above-mentioned drying components may include heating wires or other heating components, and may also include blowing components such as a blower.
  • the above-mentioned drying component can be set on the cleaning equipment, also can be set on the base station, and can also be set on other equipment. This is not limited in this embodiment.
  • a humidity detector is also provided at the cleaning component to detect the humidity value of the cleaning component. When the detected humidity value is lower than the humidity threshold, it can be considered that the cleaning device has been dried, and the drying can be turned off at this time part.
  • the drying component on the base station can be started to dry the scrubber (for example, the roller brush is drying).
  • the humidity sensor installed inside the roller brush detects the humidity value When it is 8%, 8% is less than the humidity threshold of 10%, and the drying part can be turned off.
  • drying the cleaning device can increase the speed of drying the device, reduce the generation of peculiar smell, and improve the user experience.
  • the cleaning equipment is a scrubber
  • the cleaning component is a roller brush on the scrubber
  • the cleaning body is the bristles on the roller brush.
  • This optional example provides a forward and reverse self-cleaning solution.
  • the roller brush When the roller brush is self-cleaning on the base station, it can use forward rotation, reverse rotation, and forward and reverse alternate rubbing.
  • the forward rotation can clean the roller brush garbage. Scrape the roller brush dry, and turn it over to clean the roller brush cavity, making the roller brush hair more fluffy, and alternately rubbing the front and back can deeply clean the roller brush and the roller brush cavity.
  • the diameter of the fluffy roller brush is basically the same as the initial state, so that it will not affect the subsequent use, and it is conducive to the drying of the roller brush or natural air drying, and at the same time, dry the water residue in the roller brush cavity.
  • the self-cleaning process in the self-cleaning method for cleaning equipment in this optional example may include the following steps:
  • Step S2302 the roller brush rotates forward, the water distributor sprays water, and the vacuum motor does not work;
  • Step S2304 the roller brush is reversed, the water separator does not spray water, and the vacuum motor works;
  • step S2306 the rolling brush is rotated forward and reverse alternately, the water distributor sprays water, and the vacuum motor does not work;
  • step S2310 the roller brush is reversed, the water distributor does not spray water, and the vacuum motor works.
  • the cleaning effect of the roller brush and the roller brush chamber of the floor scrubber can be improved, the bristles of the roller brush can be fluffy, the air-drying speed of the roller brush can be accelerated, and the generation of peculiar smell can be reduced.
  • a self-cleaning device for a cleaning device for implementing the above self-cleaning method for a cleaning device.
  • Fig. 24 is a structural block diagram of an optional self-cleaning device for cleaning equipment according to an embodiment of the present application. As shown in Fig. 24, the device may include:
  • the first acquiring unit 2402 is configured to acquire a self-cleaning instruction corresponding to the cleaning device, wherein the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation;
  • the execution unit 2404 is connected to the first acquisition unit 2402, and is used to respond to the self-cleaning instruction and execute the self-cleaning operation of the cleaning device, wherein, during the execution of the self-cleaning operation, at least one reversal is performed by controlling the cleaning component of the cleaning device , to clear the parts surrounding the cleaning component and fluff the cleaning body on the cleaning component.
  • the first acquiring unit 2402 in this embodiment may be configured to execute the above step S2202
  • the executing unit 2404 in this embodiment may be configured to execute the above step S2204.
  • the self-cleaning instruction corresponding to the cleaning device, wherein the self-cleaning instruction is used to instruct the cleaning device to perform a self-cleaning operation; in response to the self-cleaning instruction, execute the self-cleaning operation of the cleaning device, wherein, when performing the self-cleaning operation
  • the cleaning component of the cleaning device is controlled to reverse at least once to clean the parts surrounding the cleaning component and make the cleaning body on the cleaning component fluffy, which solves the self-cleaning method of the cleaning device in the related art.
  • the problem of affecting the service life of the cleaning equipment caused by the poor self-cleaning effect increases the service life of the cleaning equipment and improves the user experience.
  • the above-mentioned device also includes:
  • the second obtaining unit is used to obtain the interference between the cleaning component and the liquid dispenser of the cleaning device before obtaining the self-cleaning instruction corresponding to the cleaning device;
  • the generating unit is configured to generate a self-cleaning instruction when the interference amount is less than or equal to the interference amount threshold.
  • the generating unit includes:
  • the prompting module is configured to issue self-cleaning prompt information through the cleaning equipment, wherein the self-cleaning prompt information is used to prompt and control the cleaning equipment to perform a self-cleaning operation;
  • the generating module is used for generating a self-cleaning instruction in response to the detected trigger operation when the cleaning device is connected to the base station of the cleaning device.
  • the second acquisition unit includes:
  • the first acquisition module is used to acquire the pressure value detected by the pressure sensor, wherein the pressure sensor is arranged between the cleaning component and the liquid distributor, the interference amount is represented by the pressure value, and the interference amount threshold value is obtained by the pressure value indicated by the threshold.
  • the second acquisition unit includes:
  • the second acquisition module is used to acquire the current value passing through the cleaning component, wherein the interference amount is represented by the current value, and the interference amount threshold is represented by the current value threshold.
  • the execution unit includes:
  • the first control module is used to control the forward rotation of the cleaning component according to the self-cleaning instruction, so as to clean up the garbage on the cleaning component, wherein, during the forward rotation of the cleaning component, the liquid dispenser of the cleaning device sprays liquid to the cleaning component, and The negative pressure generator of the cleaning device is switched off;
  • the second control module is used to control the reverse rotation of the cleaning component to clean the garbage on the window of the cleaning equipment and the upper end of the liquid separator, clean up the cavity of the cleaning component corresponding to the cleaning component, and make the cleaning body fluffy, wherein, in the cleaning component During the reversal process, the liquid dispenser does not spray liquid to the cleaning components, and the negative pressure generator works.
  • the execution unit further includes:
  • the third control module is used to control the cleaning component to rotate forward again after controlling the reverse rotation of the cleaning component, so as to dry the cleaning component and clean the dust suction pipe of the cleaning device, wherein, during the process of the cleaning component rotating forward again, the The liquid device does not spray liquid to the cleaning components, and the negative pressure generator works;
  • the fourth control module is used to control the cleaning assembly to reverse again to make the cleaning body fluffy, wherein, in the process of the cleaning assembly being reversed again, the liquid dispenser does not spray liquid to the cleaning assembly, and the negative pressure generator works.
  • the execution unit further includes:
  • the fifth control module is used to control the cleaning component to alternately rotate forward and reverse after controlling the reverse rotation of the cleaning component, so as to clean the cleaning component and the cavity of the cleaning component, wherein, the cleaning component alternately performs forward rotation and reverse rotation , the dispenser sprays the cleaning components with liquid and the vacuum generator is switched off.
  • the above-mentioned device also includes:
  • the starting unit is used for starting the drying component corresponding to the cleaning device to dry the cleaning device after the self-cleaning operation of the cleaning device is performed.
  • the above-mentioned modules may run in a hardware environment, and may be implemented by software or hardware, wherein the hardware environment includes a network environment.
  • a storage medium is also provided.
  • the above-mentioned storage medium may be used to execute the program code of any one of the above-mentioned self-cleaning methods for cleaning equipment in the embodiments of the present application.
  • the foregoing storage medium may be located on at least one network device among the plurality of network devices in the network shown in the foregoing embodiments.
  • the storage medium is configured to store program codes for performing the following steps:
  • the above-mentioned storage medium may include, but not limited to, various media capable of storing program codes such as USB flash drive, ROM, RAM, removable hard disk, magnetic disk, or optical disk.
  • an electronic device for implementing the above self-cleaning method for cleaning equipment is also provided, and the electronic device may be a server, a terminal, or a combination thereof.
  • Fig. 25 is a structural block diagram of an optional electronic device according to an embodiment of the present application. As shown in Fig. 25, it includes a processor 2502, a communication interface 2504, a memory 2506, and a communication bus 2508, wherein the processor 2502, the communication interface 2504 and memory 2506 complete mutual communication through communication bus 2508, wherein,
  • the communication bus may be a PCI (Peripheral Component Interconnect, Peripheral Component Interconnect Standard) bus, or an EISA (Extended Industry Standard Architecture, Extended Industry Standard Architecture) bus, etc.
  • the communication bus can be divided into an address bus, a data bus, a control bus, and the like. For ease of representation, only one thick line is used in FIG. 25 , but it does not mean that there is only one bus or one type of bus.
  • the communication interface is used for communication between the electronic device and other devices.
  • the memory may include RAM, and may also include non-volatile memory (non-volatile memory), for example, at least one disk memory.
  • non-volatile memory non-volatile memory
  • the memory may also be at least one storage device located away from the aforementioned processor.
  • the memory 2506 may include, but is not limited to, the first acquisition unit 2402 and the execution unit 2404 in the self-cleaning device of the cleaning device. In addition, it may also include but not limited to other module units in the self-cleaning device of the above-mentioned cleaning equipment, which will not be repeated in this example.
  • processor can be general-purpose processor, can include but not limited to: CPU (Central Processing Unit, central processing unit), NP (Network Processor, network processor) etc.; Can also be DSP (Digital Signal Processing, digital signal processor ), ASIC (Application Specific Integrated Circuit, application specific integrated circuit), FPGA (Field-Programmable Gate Array, field programmable gate array) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components.
  • CPU Central Processing Unit, central processing unit
  • NP Network Processor, network processor
  • DSP Digital Signal Processing, digital signal processor
  • ASIC Application Specific Integrated Circuit
  • FPGA Field-Programmable Gate Array, field programmable gate array
  • other programmable logic devices discrete gate or transistor logic devices, discrete hardware components.
  • FIG. 25 does not limit the structure of the above-mentioned electronic device.
  • the electronic device may also include more or fewer components (such as a network interface, a display device, etc.) than those shown in FIG. 25 , or have a different configuration from that shown in FIG. 25 .
  • the integrated units in the above embodiments are realized in the form of software function units and sold or used as independent products, they can be stored in the above computer-readable storage medium.
  • the technical solution of the present application is essentially or part of the contribution to the prior art, or all or part of the technical solution can be embodied in the form of a software product, and the computer software product is stored in a storage medium.
  • Several instructions are included to make one or more computer devices (which may be personal computers, servers or network devices, etc.) execute all or part of the steps of the methods described in the various embodiments of the present application.
  • the disclosed client can be implemented in other ways.
  • the device embodiments described above are only illustrative, for example, the division of the units is only a logical function division, and there may be other division methods in actual implementation, for example, multiple units or components can be combined or can be Integrate into another system, or some features may be ignored, or not implemented.
  • the mutual coupling or direct coupling or communication connection shown or discussed may be through some interfaces, and the indirect coupling or communication connection of units or modules may be in electrical or other forms.
  • the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, they may be located in one place or distributed to multiple network units. Part or all of the units can be selected according to actual needs to achieve the purpose of the solution provided in this embodiment.
  • each functional unit in each embodiment of the present application may be integrated into one processing unit, each unit may exist separately physically, or two or more units may be integrated into one unit.
  • the above-mentioned integrated units can be implemented in the form of hardware or in the form of software functional units.

Abstract

本申请公开一种地刷机构、清洁设备和清洁系统,地刷机构包括地刷本体,清洁组件,清洁组件活动安装在地刷本体上;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面,分水面为弧形面,弧形面沿清洁组件的转动方向延伸,分水面上设置有至少一个分流口,当清洁组件反向旋转时,清洁组件和分水面之间的污物在清洁组件的运动下沿分水面被移出;本申请还公开一种清洁设备,包括上述的地刷机构;本申请还提供了一种清洁系统,包括上述的清洁设备和基站。本申请公开的地刷机构、清洁设备和清洁系统能够解决现有技术中的清洁设备存在自清洁无法将腔室内污物带出,进而导致滚刷自清洁效果差的问题。

Description

地刷机构、清洁设备和清洁系统
本申请要求如下专利申请的优先权:于2021年11月11日提交中国专利局、申请号为202122753344.8、发明名称为“地刷机构及清洁设备”的中国专利申请,于2021年11月30日提交中国专利局、申请号为202111447626.3、发明名称为“清洁设备的自清洁方法及装置、存储介质及电子装置”的中国专利申请于2022年06月30日提交中国专利局、申请号为202210764635.8、发明名称为“地刷机构、清洁设备和清洁系统”的中国专利申请;上述专利申请的全部内容通过引用结合在本申请中。
【技术领域】
本申请属于清洁设备相关技术领域,具体涉及一种地刷机构、清洁设备和清洁系统。
【背景技术】
随着生活条件和科技水平的不断进步,清洁设备具有方便使用、清洁效果好的优点,因此,清洁设备逐渐开始取代人工清洁广泛的出现在生活和工作中。
目前的清洁设备在清理完待清洁面后需要进行清洁,市面上存在部分清洁设备例如清洁设备,其滚刷在转动过程中无法将腔室内污物带出,进而导致滚刷腔内部残留污物,长期留存容易滋生细菌和发臭。
因此,有必要对现有技术予以改良以克服现有技术中的所述缺陷。
【发明内容】
因此,本申请所要解决的技术问题是现有清洁设备存在自清洁无法将腔室内污物带出,进而导致滚刷自清洁效果差。
为解决上述技术问题,本申请提供一种地刷机构,包括地刷本体,清洁组件,清洁组件活动安装在地刷本体上;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面,分水面为弧形面,弧形面 沿清洁组件的转动方向延伸,分水面上设置有至少一个分流口,当清洁组件反向旋转时,清洁组件和分水面之间的污物在清洁组件的运动下沿分水面被移出。
可选地,清洁组件具有自清洁模式,当清洁组件处于自清洁模式时,清洁组件至少进行一次反向旋转。
可选地,分水面的至少一部分与清洁组件过盈配合。
可选地,分水面与清洁组件之间的过盈量沿清洁组件的正转方向逐渐减小。
可选地,分水面的全部区域均与清洁组件过盈配合;和/或分流口设置在分水面的下部区域内。
可选地,地刷机构还包括透明视窗,透明视窗设置在地刷本体上,且位于清洁组件的上方区域,透明视窗朝向清洁组件的壁面与清洁组件过盈配合设置。
可选地,地刷机构还包括集污组件,集污组件安装在地刷本体的底部区域,集污组件的吸污口朝向清洁组件,吸污口位于分流器的下方。
本申请提供一种地刷机构,包括地刷本体;清洁组件,清洁组件活动安装在地刷本体上;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面,分水面为弧形面,弧形面沿清洁组件的转动方向延伸,分水面上设置有至少一个分流口;紧固件,紧固件为一个或多个,紧固件沿第一方向延伸并连接分流器与地刷本体,弧形面在清洁组件的转动方向的中间线与弧形面的弧心所在的平面,与第一方向呈角度设置,且紧固件与分水面间隔设置。
可选地,以弧形面在清洁组件的转动方向的中间线与弧形面的弧心所在的平面为横向平面,紧固件竖向设置以连接分流器与地刷本体。
可选地,分流器的顶部设置有至少一个第一安装孔,第一安装孔与分水面间隔设置,当第一安装孔为多个时,多个第一安装孔沿清洁组件的轴向顺次排列,紧固件伸入第一安装孔内将分流器与地刷本体固定。
可选地,地刷机构还包括刮条,刮条安装在分流器的底部并与分流器构成一个安装单元,紧固件将安装单元与地刷本体连接在一起。
可选地,地刷本体具有侧向开口的安装空间,安装空间的开口朝向清洁组件设置,安装单元的至少一部分安装在安装空间的内部。
可选地,刮条和分流器可拆卸连接。
可选地,刮条朝向分流器的一侧表面和分流器朝向刮条的一侧表面的二者之一上设置有定位卡扣,刮条朝向分流器的一侧表面和分流器朝向刮条的一侧表面的二者中的另一个上设置有定位卡口,定位卡扣嵌入定位卡口内,以使刮条与分流器构成安装单元,且刮条与分流器彼此朝向的表面贴合设置。
可选地,分流器沿清洁组件的轴向的两端设置有卡勾,且卡勾朝向地刷本体的后端延伸。
可选地,在清洁组件的轴向上,分流器的两端具有安装凸耳,卡勾设置在安装凸耳上;其中,安装凸耳设置在分流器靠近刮条的一侧;和/或安装凸耳的高度小于分流器的高度。
可选地,分流器和清洁组件的个数均为两个,且两个清洁组件分别间隔设置在地刷本体上,两个分流器分别对应朝向两个清洁组件,且两个分流器之间的距离小于两个清洁组件之间的距离。
可选地,刮条的底部设置有至少一个第二安装孔,当第二安装孔为多个时,多个第二安装孔沿清洁组件的轴向顺次排列,紧固件伸入第二安装孔内将安装单元与地刷本体固定。
本申请提供一种地刷机构,包括地刷本体,地刷本体包括第一定位部;驱动件,驱动件安装在地刷本体上;清洁组件,清洁组件活动安装在地刷本体上,驱动件与清洁组件驱动连接;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面,分水面为弧形面,弧形面沿清洁组件的转动方向延伸,分水面上设置有至少一个分流口;刮条,刮条位于分流器的底部,刮条包括第二定位部以及朝向清洁组件一侧的第一壁面,在第一定位部与第二定位部配合的情况下,第一壁面与分水面的底部边缘光滑过渡衔接。
可选地,清洁组件具有自清洁模式,当清洁组件处于自清洁模式时,清洁组件至少进行一次反向旋转。
可选地,第一壁面所在的平面与分水面的底部边缘相切;和/或刮条与清洁组件的过盈量大于分水面与清洁组件的过盈量。
可选地,第一定位部与第二定位部抵接,第一定位部承托第二定位部。
可选地,第一定位部朝向刮条的表面为阶梯面,第二定位部为与阶梯面配合的阶梯结构。
可选地,刮条包括刮条本体和阶梯结构。
可选地,阶梯结构设置在刮条本体的顶部区域并朝向地刷本体的后端伸出。
可选地,刮条具有定位缺口部,地刷本体上设置有定位柱,刮条安装到位后,定位柱卡设在定位缺口部处。
可选地,定位缺口部为一个或多个,当定位缺口部为多个时,多个定位缺口部沿清洁组件的轴向依次排列,定位柱的个数不少于定位缺口部的个数,且各定位缺口部内容置有至少一个定位柱。
可选地,定位柱的周向还设置有多个定位筋板,且至少两个定位筋板相对设置在定位柱的两侧,定位筋板远离定位柱的侧边与定位缺口部的周缘卡接。
本申请提供一种地刷机构,包括地刷本体;清洁组件,清洁组件活动安装在地刷本体上;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面,分水面为弧形面,弧形面沿清洁组件的转动方向延伸,分水面上设置有多个分流口,至少部分分流口沿清洁组件的轴向排列设置,并用于向清洁组件喷淋介质,且相邻两个分流口之间的距离范围10-25毫米。
可选地,所述分流口具有横向分布的长边和竖向分布的短边,所述长边的尺寸范围0.8-1.5毫米,所述短边的尺寸范围0.2-0.6毫米;或者所述分流口的面积在0.16-1.35平方毫米;或者所述分流口的面积在0.4-0.6平方毫米。
可选地,分流器还包括导流槽,多个分流口被分为多组分流区域,且至少部分分流区域内设置有多个分流口,各分流区域均分别与不同的导流槽连通。
可选地,各导流槽具有一个或多个导流支槽,导流支槽的个数与对应的分流区域内的分流口的个数一致。
可选地,一个分流区域内设置有两个分流口,对应同一分流区域内的两个导流支槽呈倒置的V型结构。
可选地,地刷机构还包括设置在地刷本体上的顶部盖板,顶部盖板位于清洁组件的上方,顶部盖板朝向清洁组件的一侧表面为光滑弧形面。
可选地,分流器包括基板,基板上设有第一进孔;分流板,与基板相连接,分流板上设置有多个导流槽;盖板,设于分流板背向基板的一侧,盖板上设有多个分流口,各分流口位于分水面上的出口以形成各分流口,第一进孔通过导流槽与分流口连通。
可选地,分流板上还设置有与第一进孔对应连通的导流孔,导流孔为多个,各导流槽通过对应的导流孔与第一进孔连通。
可选地,在所述导流孔的导流方向上,所述导流孔包括具有先后顺序的第一导流段和第二导流段,所述第一导流段的长度范围3.0-5.0mm,所述第二导流段的长度范围2.0-3.0mm;和/或所述第二导流段与所述一导流段的长度比范围1-2.5。
可选地,第一导流段的直径范围1.0-1.8mm,所述第二导流段的直径范围0.6-0.8mm;和/或所述第二导流段与所述第一导流段的直径比范围0.34-0.8。
可选地,基板还设置有与第一进孔连通的多个分支流道,多个导流孔分别通过多个分支流道与第一进孔连通;和/或各导流孔朝向基板的一侧的孔径大于导流孔朝向盖板的一侧的孔径;和/或各导流槽包括至少两个导流支槽,导流孔位于至少两个导流支槽的连接处,各导流支槽与至少一个分流口连通。
可选地,分流器是透明材料制成的。
本申请提供一种地刷机构,包括地刷本体;清洁组件,清洁组件活动安装在地刷本体上;分流器,分流器设置在地刷本体上,分流器具有朝向清洁组件设置的分水面;顶部盖板,顶部盖板设置在地刷本体上且位于清洁组件的上方,顶部盖板朝向清洁组件的一侧表面为光滑弧形面,且光滑 弧形面沿清洁组件的转动方向延伸,分水面与光滑弧形面处于同一弧面上、或者是大致处于同一弧面上,并分布于清洁组件的周向,当清洁组件反向旋转时,以使处于清洁组件和光滑弧形面之间的污物在清洁组件的运动下被移出。
可选地,清洁组件具有自清洁模式,当清洁组件处于自清洁模式时,清洁组件至少进行一次反向旋转。
可选地,分水面直接与光滑弧形面之间能够光滑过渡衔接。
可选地,分水面为弧形面,分水面与光滑弧形面共同形成了一光滑的弧面。
可选地,地刷本体具有过渡面,过渡面与所述分水面、所述光滑弧形面平滑连接,所述分水面与所述光滑弧形面和所述过渡面处于同一弧面上。
可选地,所述过渡面位于所述分水面和所述光滑弧形面之间;或者所述过渡面位于所述分水面远离所述光滑弧形面的一侧。
可选地,光滑弧形面与清洁组件过盈配合设置。
可选地,光滑弧形面与清洁组件的过盈量小于等于1.5毫米。
本申请还提供一种清洁设备,包括上述的地刷机构。
本申请还提供一种清洁系统,包括上述的清洁设备和基站,基站具有底座,底座具有容置槽;当清洁设备处于自清洁模式时,清洁设备的地刷机构的清洁组件的至少一部分位于容置槽内,且容置槽的槽壁面、地刷机构的顶部盖板的光滑弧形面、地刷机构的分流器的分水面形成滚刷腔室。
可选地,容置槽的槽壁面、地刷机构的顶部盖板的光滑弧形面、地刷机构的分流器的分水面位于同一圆弧面上。
可选地,容置槽与清洁组件位于前侧的至少部分区域过盈配合;其中,容置槽与清洁组件过盈配合的区域占清洁组件的周向的四分之一。
可选地,容置槽与清洁组件的至少部分区域的过盈量小于等于1.5毫米。
可选地,容置槽与清洁组件位于后侧的至少另一部分区域避空间隔设置,容置槽与清洁组件避空间隔设置的区域占清洁组件的周向的四分之一。
可选地,顶部盖板的前侧的下部边缘与基站之间的间隙H小于等于2毫 米。
本申请提供的技术方案,具有以下优点:
本申请提供的地刷机构的分水面为弧形面,以实现在反转的清洁组件将清洁组件和分水面之间的污物在清洁组件的运动下将污物驱动至吸污口,避免在分水面与清洁组件之间的区域积污,提高了清洁效率。
本申请提供的地刷机构采用紧固件沿第一方向延伸并连接分流器与地刷本体的安装方式,其中弧形面在清洁组件的转动方向的中间线与弧形面的弧心所在的平面,该平面与第一方向呈角度设置,这样设置有效地保障了分水面的连续性,避免出现紧固件导致分水面处积污的问题,同时也保障了分流器安装的稳定性。
本申请提供的地刷机构的刮条的第一壁面与分水面的底部边缘光滑过渡衔接;当清洁组件反向旋转,以使处于第一壁面与分水面衔接处的污物在清洁组件的运动下移出,通过第一壁面与分水面过渡衔接,避免了出现刮条与分水面的连接处积污的问题,并且在清洁组件自清洁的过程中,光滑衔接也方便清洁组件驱动的污物依次经过分水面、第一壁面后进入到吸污口,提高了清洁效率。更主要的是,第一壁面与分水面过渡衔接,使得分流器与刮条的衔接处不会出现阶梯,清洁组件在经过分水面与第一壁面的衔接处时,由于是光滑衔接降低了阻力,从而实现减小驱动件的损耗。
本申请提供的地刷机构的分水面上的相邻两个分流口之间的距离范围10-25毫米,缩短了两个分流口之间的距离,有利于将液体均匀的喷射至清洁组件上,从而实现均匀打湿清洁组件。并且,由于分流器可直接将液体均匀喷射到清洁组件上,使得清洁组件不再需要配合匀水刮条,进而简化了地刷机构的结构,同时降低了地刷机构的成本。
本申请提供的地刷机构顶部盖板朝向清洁组件的一侧表面为光滑弧形面,且光滑弧形面沿清洁组件的转动方向延伸,分水面与光滑弧形面之间光滑过渡衔接,当清洁组件反向旋转,以使处于清洁组件和光滑弧形面之间的污物在清洁组件的运动下朝向移出。以实现在清洁组件反向旋转进行自清洁的过程中,顶部盖板处不会积污,并且顶部盖板上的光滑弧形面有利于匀水。
可选地,所述分水面为光滑面,设定所述地刷机构的前进方向为所述地刷本体的前方,所述分水面位于所述清洁组件的斜后上方的区域内、且至少部分与所述清洁组件的刷毛呈过盈配合设置。
可选地,所述的地刷机构,所述分水面包括沿所述地刷本体的上下方向呈邻接设置的第一段面和第二段面,所述第一段面位于所述第二段面的下方、且与所述刷毛呈过盈配合设置,所述第二段面呈朝向所述清洁组件的方向弯曲的弧状、且与所述刷毛呈间隔设置。
可选地,所述的地刷机构,所述分流口位于所述第一段面和所述第二段面的过渡处。
可选地,所述的地刷机构,设定沿所述地刷本体的水平方向设置、且穿过所述清洁组件的中心轴的平面为中心水平面,沿所述地刷本体的垂直方向设置、且穿过所述清洁组件的中心轴的平面为中心垂直面,其中,所述第二段面处于所述中心水平面和所述中心垂直面所围合形成的斜后上方的区域内。
本申请提供的技术方案,具有以下优点:
本申请提供的地刷机构,通过在地刷本体的清洁腔内设置有分流器,通过分流器上的分流口可朝向清洁组件的刷毛喷洒清洁液体或气体,使得清洁组件的刷毛在清洁的过程中,通过刷毛上沾有的清洁液可更快的分解顽渍,清洁效果更好;而且,将分流器朝向清洁腔的表面设置为光滑面,在清洁组件转动的过程中,可通过刷毛与分水面相接触,能方便地将分水面上集存的灰尘刷掉,而且,即使仍有部分灰尘没有被刷毛清理掉,在清洁组件从地刷本体上拆卸下来后,由于分水面为光滑面,用户也可很容易将分水面上的灰尘擦拭掉,清洁更为容易和方便。
本申请还提供一种清洁设备的自清洁方法及装置、存储介质及电子装置,以至少解决相关技术中的清洁设备的自清洁方法存在由于清洁设备自清洁的效果差导致的影响清洁设备的使用寿命的问题。
本申请的目的是通过以下技术方案实现:
本申请实施例提供了一种清洁设备的自清洁方法,包括:获取与所述清洁设备对应的自清洁指令,其中,所述自清洁指令用于指示所述清洁设 备执行自清洁操作;响应所述自清洁指令,执行所述清洁设备的所述自清洁操作,其中,在执行所述自清洁操作的过程中,通过控制所述清洁设备的清洁组件至少进行一次反转,以清理包围所述清洁组件的部件,并使所述清洁组件上的清洁体蓬松。
在一个示例性实施例中,在所述获取与所述清洁设备对应的自清洁指令之前,所述方法还包括:获取所述清洁组件与所述清洁设备的分液器之间的过盈量;在所述过盈量小于或者等于过盈量阈值的情况下,生成所述自清洁指令。
在一个示例性实施例中,所述生成所述自清洁指令包括:通过所述清洁设备发出自清洁提示信息,其中,所述自清洁提示信息用于提示控制所述清洁设备执行所述自清洁操作;在所述清洁设备连接到所述清洁设备的底座上的情况下,响应于检测到的触发操作,生成所述自清洁指令。
在一个示例性实施例中,所述获取所述清洁组件与所述清洁设备的分液器之间的过盈量包括:获取压力传感器所检测到的压力值,其中,所述压力传感器设置在所述清洁组件和所述分液器之间,所述过盈量是通过所述压力值表示的,所述过盈量阈值是通过压力值阈值表示的。
在一个示例性实施例中,所述获取所述清洁组件与所述清洁设备的分液器之间的过盈量包括:获取通过所述清洁组件的电流值,其中,所述过盈量是通过所述电流值表示的,所述过盈量阈值是通过电流值阈值表示的。
在一个示例性实施例中,执行所述清洁设备的所述自清洁操作包括:根据所述自清洁指令,控制所述清洁组件正转,以清理所述清洁组件上的垃圾,其中,在所述清洁组件正转的过程中,所述清洁设备的分液器向所述清洁组件喷洒液体,且所述清洁设备的负压发生器关闭;控制所述清洁组件反转,以清扫所述清洁设备的视窗上和所述分液器上端的垃圾,清理与所述清洁组件对应的清洁组件腔体,并使所述清洁体蓬松,其中,在所述清洁组件反转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作。
在一个示例性实施例中,所述执行所述清洁设备的所述自清洁操作包括:在所述控制所述清洁组件反转之后,控制所述清洁组件再次正转,以 刮干所述清洁组件,清洁所述清洁设备的吸尘管道,其中,在所述清洁组件再次正转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作;控制所述清洁组件再次反转,以使所述清洁体蓬松,其中,在所述清洁组件再次反转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作。
在一个示例性实施例中,所述执行所述清洁设备的所述自清洁操作还包括:在所述控制所述清洁组件反转之后,控制所述清洁组件交替进行正转和反转,以清理所述清洁组件和所述清洁组件腔体,其中,在所述清洁组件交替进行正转和反转的过程中,所述分液器向所述清洁组件喷洒液体,且所述负压发生器关闭。
在一个示例性实施例中,在所述执行所述清洁设备的所述自清洁操作之后,所述方法还包括:启动与所述清洁设备对应的烘干部件,以烘干所述清洁设备。
根据本申请实施例的另一个方面,还提供了一种清洁设备的自清洁装置,包括:第一获取单元,用于获取与所述清洁设备对应的自清洁指令,其中,所述自清洁指令用于指示所述清洁设备执行自清洁操作;执行单元,用于响应所述自清洁指令,执行所述清洁设备的所述自清洁操作,其中,在执行所述自清洁操作的过程中,通过控制所述清洁设备的清洁组件至少进行一次反转,以清理包围所述清洁组件的部件,并使所述清洁组件上的清洁体蓬松。
在一个示例性实施例中,所述装置还包括:第二获取单元,用于在所述获取与所述清洁设备对应的自清洁指令之前,获取所述清洁组件与所述清洁设备的分液器之间的过盈量;生成单元,用于在所述过盈量小于或者等于过盈量阈值的情况下,生成所述自清洁指令。
在一个示例性实施例中,所述生成单元包括:提示模块,用于通过所述清洁设备发出自清洁提示信息,其中,所述自清洁提示信息用于提示控制所述清洁设备执行所述自清洁操作;生成模块,用于在所述清洁设备连接到所述清洁设备的底座上的情况下,响应于检测到的触发操作,生成所述自清洁指令。
在一个示例性实施例中,所述第二获取单元包括:第一获取模块,用于获取压力传感器所检测到的压力值,其中,所述压力传感器设置在所述清洁组件和所述分液器之间,所述过盈量是通过所述压力值表示的,所述过盈量阈值是通过压力值阈值表示的。
在一个示例性实施例中,所述第二获取单元包括:第二获取模块,用于获取通过所述清洁组件的电流值,其中,所述过盈量是通过所述电流值表示的,所述过盈量阈值是通过电流值阈值表示的。
在一个示例性实施例中,所述执行单元包括:第一控制模块,用于根据所述自清洁指令,控制所述清洁组件正转,以清理所述清洁组件上的垃圾,其中,在所述清洁组件正转的过程中,所述清洁设备的分液器向所述清洁组件喷洒液体,且所述清洁设备的负压发生器关闭;第二控制模块,用于控制所述清洁组件反转,以清扫所述清洁设备的视窗上和所述分液器上端的垃圾,清理与所述清洁组件对应的清洁组件腔体,并使所述清洁体蓬松,其中,在所述清洁组件反转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作。
在一个示例性实施例中,所述执行单元还包括:第三控制模块,用于在所述控制所述清洁组件反转之后,在所述控制所述清洁组件反转之后,控制所述清洁组件再次正转,以刮干所述清洁组件,清洁所述清洁设备的吸尘管道,其中,在所述清洁组件再次正转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作;第四控制模块,用于控制所述清洁组件再次反转,以使所述清洁体蓬松,其中,在所述清洁组件再次反转的过程中,所述分液器不向所述清洁组件喷洒液体,且所述负压发生器工作。
在一个示例性实施例中,所述执行单元还包括:第五控制模块,用于在所述控制所述清洁组件反转之后,控制所述清洁组件交替进行正转和反转,以清理所述清洁组件和所述清洁组件腔体,其中,在所述清洁组件交替进行正转和反转的过程中,所述分液器向所述清洁组件喷洒液体,且所述负压发生器关闭。
在一个示例性实施例中,所述装置还包括:启动单元,用于在所述执 行所述清洁设备的所述自清洁操作之后,启动与所述清洁设备对应的烘干部件,以烘干所述清洁设备。
根据本申请实施例的又一方面,还提供了一种计算机可读的存储介质,该计算机可读的存储介质中存储有计算机程序,其中,该计算机程序被设置为运行时执行上述的清洁设备的自清洁方法。
根据本申请实施例的又一方面,还提供了一种电子装置,包括存储器、处理器及存储在存储器上并可在处理器上运行的计算机程序,其中,上述处理器通过计算机程序执行上述的清洁设备的自清洁方法。
在本申请实施例中,采用在清洁设备自清洁的过程中控制清洁组件至少反转一次的方式,通过获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作;响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松,由于清洁设备在自清洁的过程中,控制清洁组件至少反转一次,清洁组件在反转的过程中,不仅可以清理包围清洁组件的部件(例如,清洁组件腔体),还可以通过反向力让清洁组件上的清洁体变得蓬松,从而实现提高清洁设备的自清洁效果的目的,达到增加清洁设备的使用寿命、提升用户的使用体验的技术效果,进而解决了相关技术中的清洁设备的自清洁方法存在由于清洁设备自清洁的效果差导致的影响清洁设备的使用寿命的问题。
【附图说明】
为了更清楚地说明本申请具体实施方式或现有技术中的技术方案,下面将对具体实施方式或现有技术描述中所需要使用的附图作简单地介绍,显而易见,下面描述中的附图是本申请的一些实施方式,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。
图1为本申请提供的单清洁组件的地刷机构的立体结构示意图;
图2为本申请提供的清洁组件与地刷本体的安装关系示意图;
图3为本申请提供的地刷机构的剖视图;
图4为图3中A处的放大图;
图5为本申请提供的地刷机构的俯视图;
图6为图5的B-B向剖视图;
图7为图6中B处的放大图;
图8为本申请提供的分水面的安装结构示意图;
图9为本申请提供的刮条与定位柱的配合关系示意图;
图10为本申请提供的刮条立体结构示意图;
图11为本申请提供的刮条的另一立体结构示意图;
图12为本申请提供的安装单元的结构示意图;
图13为本申请提供的安装单元的另一结构示意图;
图14为本申请提供的双清洁组件的地刷机构的立体结构示意图;
图15为本申请提供的分流器的爆炸图;
图16为本申请提供的分流器的剖视图;
图17为本申请提供的分流器的另一剖视图;
图18为本申请提供的清洁设备和基站的配合关系示意图,其中清洁设备的地刷机构的分流器前置;
图19为本申请提供的清洁设备和基站的配合关系侧视图,其中清洁设备的地刷机构的分流器前置;
图20为本申请提供的分流器中分流口的放大视图;
图21为本申请提供的分流器的剖视图;
图22是根据本申请实施例的一种可选的清洁设备的自清洁方法的流程示意图;
图23是根据本申请实施例的另一种可选的清洁设备的自清洁方法的流程示意图;
图24是根据本申请实施例的一种可选的清洁设备的自清洁装置的结构框图;
图25是根据本申请实施例的一种可选的电子装置的结构框图。
图1至图21中附图标记说明:
100-地刷机构;1-地刷本体;110-吸污口;120-定位柱;121-定位筋板;130-顶部盖板;2-清洁组件;21-清洁组件;22-刷毛;3-分流器;31-基板;311-第一进孔;312-分支流道;32-分流板;321-导流孔;3211-第一导流段;3212-第二导流段;322-导流槽;3221-导流支槽;33-盖板;331-分水面;332-分流口;34-安装凸耳;35-卡勾;4-透明视窗;5-紧固件;6-刮条;601-定位缺口部;602-第一壁面;603-第二定位部;604-定位卡扣;200-基站;210-容置槽。
101-
【具体实施方式】
下面将结合附图对本申请的技术方案进行清楚、完整地描述,显然,所描述的实施例是本申请一部分实施例,而不是全部的实施例。下文中将参考附图并结合实施例来详细说明本申请。需要说明的是,在不冲突的情况下,本申请中的实施例及实施例中的特征可以相互组合。
需要说明的是,本申请的说明书和权利要求书及上述附图中的术语“第一”、“第二”等是用于区别类似的对象,而不必用于描述特定的顺序或先后次序。
在本申请中,在未作相反说明的情况下,使用的方位词如“上、下、顶、底”通常是针对附图所示的方向而言的,或者是针对部件本身在竖直、垂直或重力方向上而言的;同样地,为便于理解和描述,“内、外”是指相对于各部件本身的轮廓的内、外,但上述方位词并不用于限制本申请。
在本方发明中光滑并不是不粗糙,而是指平滑,形容面的平滑过渡延伸,而并不限定面一定是不粗糙的面。
本申请解决了现有清洁设备存在自清洁无法将腔室内污物带出,进而导致滚刷自清洁效果差的问题。此外,下文中关于清洁组件2的转向问题,在此统一进行解释:下文以清洁设备正常工作时清洁组件的转动方向为正向,反向与其相反,本领域技术人员是可以理解的。此外,图1和图2所示出的地刷机构100包括一个清洁组件2,且分流器3设置在清洁组件2的后侧(以用户使用方向来区分前后);图3所示出的地刷机构100包括两个清洁组件2;图18和图19所示出地刷机构100包括一个清洁组件2,且分流器3设 置在清洁组件2的前侧(以用户使用方向来区分前后)。
本实施例提供了一种地刷机构100,如图1至图8所示,地刷机构100包括地刷本体1、清洁组件2和分流器3清洁组件2活动安装在地刷本体1上,分流器3设置在地刷本体1上,分流器3具有朝向清洁组件2设置的分水面331,分水面331为弧形面,弧形面沿清洁组件2的转动方向延伸,分水面331上设置有至少一个分流口332,当清洁组件2反向旋转时,清洁组件2和分水面331之间的污物在清洁组件2的运动下沿分水面331被移出。
具体地,分水面331为光滑的弧形面,清洁组件2活动安装在地刷本体1上,并且清洁组件2可以正向转动也可以反向转动,清洁组件2正向转动时,实现对待清洁面的清洁作用,此时清洁组件2将待清洁面上的污物由待清洁面朝向吸污口110驱动,以实现吸污口110将污物进行收集。清洁组件还可以是反转的,反转的清洁组件实现自清洗的功能,反转的清洁组件2将清洁组件2和分水面331之间的污物在清洁组件2的运动下将污物驱动至吸污口110。
其中,对于具有一个清洁组件2的地刷机构而言,逆时针旋转为正转,顺时针旋转为反转。对于具有两个清洁组件2的地刷机构来说,对于前侧的清洁组件2来说逆时针旋转为正转,顺时针旋转为反转;对于后侧的清洁组件2来说顺时针旋转为正转,逆时针旋转为反转。
进一步地,弧形面设置的分水面331也减少在分水面331处堆积污物,并且在自清洁的过程中,清洁组件2反向转动时,可以方便带动污物沿着分水面331朝向吸污口110移动,并在清洁组件2的作用下污物移动至吸污口110的内部。
在本实施例中,清洁组件2由驱动件进行驱动旋转,驱动件可以是电机或者气缸等结构件,以能实现驱动清洁组件2正转和反转为准。
在本实施例中,清洁组件2具有自清洁模式(即清洁设备运行自清洁模式来清洁滚刷),清洁组件2处于自清洁模式时,可以驱动清洁组件至少进行一次反转,进而在自清洁模式下将清洁组件2和分水面331之间的污物带出,保证自清洁接触后滚刷腔室内不残留污物。
其中,清洁组件2包括有清洁组件21和刷毛22,清洁组件21转动设于地 刷本体1的清洁腔内,刷毛22附着于清洁组件21的外周侧,在地刷本体1内还可设置有驱动件,通过驱动件驱动清洁组件21转动,带动刷毛22转动,通过转动的刷毛22与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛22与清洁组件21的连接方式不作限定,例如,刷毛22可与清洁组件21呈一体设置,或者刷毛22通过粘接的方式固定于清洁组件21的外侧,还或是刷毛22与清洁组件21之间通过魔术贴相连接,或者其他可拆卸的连接方式,以方便更换刷毛22。
对于分流器3而言,分流器3主要用于将清洁用的液体或气体或蒸汽进行分流,使清洁用的液体或气体或蒸汽均匀的喷洒至刷毛22上,提升清洁效果。
如图4和图7所示,分水面331的至少一部分与清洁组件2过盈配合。其中,分水面331与清洁组件2之间的过盈量沿清洁组件2的正转方向逐渐减小。
具体地,清洁组件2与分水面331过盈配合,以方便分水面331喷出的液体完全与向清洁组件2接触,并且在清洁组件2反转时,也方便对分水面331进行清洁处理。
进一步地,分水面331与清洁组件2之间的过盈量沿清洁组件2的正转方向逐渐减小,即分水面331的下部区域与清洁组件2的过盈量大于分水面331上部区域与清洁组件2的过盈量。
需要说明的是,分流口332设置在分水面331的下部区域内,实现分流口332始终与清洁组件2过盈配合,分流口332始终能对清洁组件2进行喷液。
在本实施例中,清洁组件2在使用的过程中,分水面331的全部区域均与清洁组件2过盈配合。即清洁组件2在干燥状态下,始终保持与分水面331全域保持过盈配合,方便在自清洁状态时,通过清洁组件2对分水面331进行清理。
为减小清洁组件2旋转时的负载,清洁组件2被打湿后,清洁组件2的滚刷的刷毛22的最大外径减小,此时清洁组件2与分水面331的下部区域过盈配合,清洁组件2与分水面331的上部区域间隔设置,以方便在降低负载的同时始终与分流口332接触实现加液。
当然,在不考虑负载的情况下,打湿后的清洁组件2依然可以是与分水面331的全部区域均过盈配合的。
如图1、图5和图6所示,地刷机构100还包括透明视窗4,透明视窗4设置在地刷本体1上,且位于清洁组件2的上方区域,透明视窗4朝向清洁组件2的壁面与刷毛22过盈配合设置。此外,透明视窗4也便于用户观察地刷机构内部结构、同时便于用户检查滚刷是自清洁的彻底。
具体地,通过透明视窗4可以实现对地刷本体1的观察,并且清洁组件2与透明视窗4过盈配合,方便清洁组件2对透明视窗4朝向清洁组件2的壁面进行清洁处理,以避免透明视窗4与清洁组件2之间集尘。
进一步地,地刷机构100还包括集污组件,集污组件安装在地刷本体1的底部区域,集污组件的吸污口110朝向清洁组件2,吸污口110位于分流器3的下方。以实现在清洁组件2反转时,清洁组件2带动分水面331的污物进入到吸污口110的内部。
如图1和图14所示,本方案不仅适用于单清洁组件2的方案,还适用于双清洁组件2的方案,当地刷机构100为两个清洁组件2时,两个清洁组件2活动安装在地刷本体1的两端,且两个清洁组件2的旋转方向是相反的。
进一步地,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。
本实施例提供一种清洁设备,清洁设备包括上述实施例中的地刷机构100。
本实施例提供了一种地刷机构100,如图1至图8以及图12和图13所示,地刷机构100包括地刷本体1、清洁组件2、分流器3和紧固件5,清洁组件2活动安装在地刷本体1上,分流器3设置在地刷本体1上,分流器3具有朝向清洁组件2设置的分水面331,分水面331为弧形面,弧形面沿清洁组件2的转动方向延伸,分水面331上设置有至少一个分流口332,紧固件5为一个或多个,且紧固件5沿第一方向延伸并连接分流器3与地刷本体1,弧形面两端之间的连线的中点与弧形面的弧心之间的连线的方向与第一方向呈角度设置,该角度不等于0度,且紧固件5与分水面331间隔设置。
具体地,本申请采用弧形面的分水面331,为避免破坏分水面331的整 体性,导致分水面331处容易积存污物,因此采用紧固件5沿第一方向延伸以进行连接分流器3和地刷本体1。
其中,地刷机构采用紧固件5沿第一方向延伸并连接分流器3与地刷本体1的安装方式,弧形面在清洁组件2的转动方向的中间线与弧形面的弧心所在的平面,该平面与第一方向呈角度设置,这样设置有效地保障了分水面331的连续性,避免出现紧固件5导致分水面331处积污的问题,同时也保障了分流器3安装的稳定性。
优选地,该角度为大于60度的锐角,或者该角度为90度。
进一步地,以弧形面在清洁组件2的转动方向的中间线与弧形面的弧心所在的平面为横向平面,如图7所示,紧固件5竖向设置以连接分流器3与地刷本体1,其中图7中的箭头线为竖直方向参考线。采用竖向设置的方式实现紧固件5可以更加牢固的固定分流器3与地刷本体1。
特别地,关于“中间线”的定义解释如下:弧形面的中部存在一条直线,这个直线与清洁组件的转轴的轴向相平行,并且在清洁组件2的转动方向上,这条直线到弧形面两端的距离相等,我们将这条直线定义为上述“中间线”,本领域技术人员是可以理解的。
进一步的,关于“横向平面”的定义解释如下:横向平面即为上述中间线与弧形面的弧心所在的平面(此处所限定的弧心实际上一条线,本领域技术人员也是可以理解的)。并且,“横向平面”是一个相对的概念,也即在地刷机构使用过程中,弧形面在清洁组件2的转动方向的中间线与弧形面的弧心所在的平面大致呈水平或横向,本领域技术人员也是可以理解这一概念的。
其中,清洁组件2包括有清洁组件21和刷毛22,清洁组件21转动设于地刷本体1的清洁腔内,刷毛22附着于清洁组件21的外周侧,在地刷本体1内还可设置有驱动件,通过驱动件驱动清洁组件21转动,带动刷毛22转动,通过转动的刷毛22与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛22与清洁组件21的连接方式不作限定,例如,刷毛22可与清洁组件21呈一体设置,或者刷毛22通过粘接的方式固定于清洁组件21的外侧,还或是刷毛22与清洁组件21之间通过魔术贴相连接,或者其他可拆卸的连接方 式,以方便更换刷毛22。
对于分流器3而言,分流器3主要用于将清洁用的液体或气体进行分流,使清洁用的液体或气体或均匀的喷洒至刷毛22上,提升清洁效果。
进一步地,地刷机构100为单清洁组件2机构,其中地刷本体1具有容置槽210,清洁组件2活动安装在容置槽210的内部。清洁组件2在驱动件的驱动作用下,实现正转和反转。
需要说明的是,如图6和图7所示,地刷机构100包括单个清洁组件2的情况时,可实现上下方向安装分流器3。
在本实施例中,分流器3的顶部设置有至少一个第一安装孔,第一安装孔与分水面331间隔设置,当第一安装孔为多个时,多个第一安装孔沿清洁组件2的轴向顺次排列,紧固件5伸入第一安装孔内将分流器3与地刷本体1固定。
其中,紧固件5可以是螺栓或者销钉等结构件。
如图12和图13所示,地刷机构100包括两个清洁组件2的情况时,地刷机构100还包括刮条6,刮条6安装在分流器3的底部并与分流器3构成一个安装单元,紧固件5将安装单元与地刷本体1连接在一起。
具体地,将刮条6和分流器3先行安装在一起形成一个安装单元后,将安装单元进行安装到地刷本体1上,从而实现分流器3和刮条6的安装。
当然还可以是,地刷本体1具有侧向开口的安装空间,安装空间的开口朝向清洁组件2设置,安装单元的至少一部分安装在安装空间的内部。此时将安装单元安装至安装空间的内部,可方便进行安装。
进一步地,刮条6和分流器3可拆卸连接,以方便刮条6和分流器3进行单独更换和维修。
其中,刮条6朝向分流器3的一侧表面和分流器3朝向刮条6的一侧表面的二者之一上设置有定位卡扣604,刮条6朝向分流器3的一侧表面和分流器3朝向刮条6的一侧表面的二者中的另一个上设置有定位卡口,定位卡扣604嵌入定位卡口内,以使刮条6与分流器3构成安装单元,且刮条6与分流器3彼此朝向的表面贴合设置。
进一步地,定位卡扣604和定位卡口的数量均为多个,且多个定位卡口 和多个定位卡扣604一一对应设置并沿清洁组件2的轴向依次排列。
需要说明的是,不限于上述的定位卡扣604和定位卡口的连接方式,刮条6和分流器3之间的连接方式还可以是插接或者螺栓等紧固件连接。
在本实施例中,安装单元与地刷本体1可拆卸连接,以方便对安装单元进行更换。
其中,安装单元和地刷本体1的二者之一上设置有卡勾35,安装单元和地刷本体1的二者中的另一个上设置有卡槽,卡勾35嵌入卡槽内,以使安装单元与地刷本体1构成安装单元,且安装单元与地刷本体1彼此朝向的表面贴合设置。
需要说明的是,不限于上述的卡勾35和卡槽的连接方式,还可以是插接或者螺栓等紧固件连接。
如图12和图13所示,当采用卡勾35和卡槽的连接方式时,分流器3沿清洁组件2的轴向的两端设置有卡勾35,且卡勾35朝向地刷本体1的后端延伸。
具体地,卡勾35向后端延伸,以实现卡勾35与地刷本体1上的卡槽实现连接,从而实现安装单元与地刷本体1可拆卸地连接。
进一步地,在清洁组件2的轴向上,分流器3的两端具有安装凸耳34,卡勾35设置在安装凸耳34上,通过在分流器3的两端设置安装凸耳34,以方便卡勾35的安装并且避免卡勾35干涉刮条6和清洁组件2。
进一步地,安装凸耳34设置在分流器3靠近刮条6的一侧,并且位于分流器3的两端部,方便卡勾35处于安装单元的靠近刮条6与分流器3连接的位置,以提高安装的稳定性。同时,与安装凸耳34的设计保证了刮条6的长度,特别是保证了刮条6的两端部能够与清洁组件2的两端部适配,进而保证清洁组件2的两端部同样能够被刮条6接触到进行刮污。
需要说明的是,安装凸耳34的高度小于分流器3的高度,进而避免安装凸耳34与地刷本体1之间发生结构干涉的现象,进而为地刷本体1上相关结构进行避让。
在本实施例中,刮条6的底部设置有至少一个第二安装孔,当第二安装孔为多个时,多个第二安装孔沿清洁组件2的轴向顺次排列,紧固件5伸入第二安装孔内将安装单元与地刷本体1固定。
在本实施例中,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。
与上述实施例不同的是,在本实施例中,如图14所示,地刷机构100为双清洁组件2机构,两个清洁组件2活动安装在地刷本体1的两侧。
具体地,分流器3和清洁组件2的个数均为两个,且两个清洁组件2分别间隔设置在地刷本体1上,两个分流器3分别对应朝向两个清洁组件2,且两个分流器3之间的距离小于两个清洁组件2之间的距离。
进一步地,当采用双清洁组件2时,无法进行上下方向安装分流器3和刮条6,因此仅采用地刷本体1具有侧向开口的安装空间,安装空间的开口朝向清洁组件2设置,安装单元的至少一部分安装在安装空间的内部。
在本实施例中,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。
本实施例提供一种清洁设备,清洁设备包括上述实施例中的地刷机构100。
本实施例提供一种地刷机构100,如图1至图12所示,地刷机构100包括地刷本体1、驱动件、清洁组件2、分流器3和刮条6,地刷本体1包括第一定位部;驱动件安装在地刷本体1上;清洁组件2活动安装在地刷本体1上,驱动件与清洁组件2驱动连接,分流器3设置在地刷本体1上,分流器3具有朝向清洁组件2设置的分水面331,分水面331为弧形面,弧形面沿清洁组件2的转动方向延伸,分水面331上设置有至少一个分流口332,刮条6位于分流器3的底部,刮条6包括第二定位部603以及朝向清洁组件2一侧的第一壁面602,在第一定位部与第二定位部603配合的情况下,第一壁面602与分水面331的底部边缘光滑过渡衔接。
在本实施例中,清洁组件2具有自清洁模式(即清洁设备运行自清洁模式来清洁滚刷),清洁组件2处于自清洁模式时,可以驱动清洁组件至少进行一次反转,进而在自清洁模式下将清洁组件2和分水面331之间的污物带出,保证自清洁接触后滚刷腔室内不残留污物。当清洁组件2处于自清洁模式时,清洁组件2反向旋转,第一壁面602与分水面331的底部边缘光滑过渡衔接,使得分流器3和刮条6的衔接处不会出现阶梯,清洁组件2在经过分水 面331与第一壁面602的衔接处时,由于是光滑衔接降低了阻力,从而实现减小驱动件的损耗。
具体地,采用第一壁面602与分水面331的底部边缘光滑过渡衔接的面面配合的结构,以在清洁组件2反向转动时,污物能在清洁组件2的带动下经分水面331、第一壁面602后进入到吸污口110的内部,并且清洁组件2在经过分水面331与第一壁面602的衔接处时,由于是光滑衔接降低了阻力,从而实现减小驱动件的损耗。
其中,逆时针旋转为正转,顺时针旋转为反转。
进一步地,刮条6的第二定位部603用于与地刷本体1的第一定位部抵接定位,刮条6的第一壁面602用于与分水面331配合形成光滑的衔接。
进一步地,第一壁面602所在的平面与分水面331的底部边缘相切,刮条6与清洁组件2的过盈量大于分水面331与清洁组件2的过盈量,其中第一壁面602所在的平面与分水面331的底部边缘相切且平滑过渡,以避免在分水面331与第一壁面602之间存污物。并且,刮条6的过盈量大于分水面331的过盈量,以实现清洁组件2正转进行清洁工作时,刮条6用于止挡清洁组件2上的污物,以使污物与清洁组件2脱离并进入到吸污口110的内部。
需要说明的是,驱动件为电机、气缸等能驱动清洁组件2正转和反转的结构件。
在本实施例中,第一定位部与第二定位部603抵接,第一定位部承托第二定位部603。
如图11所示,第一定位部朝向刮条6的表面为阶梯面,第二定位部603为与阶梯面配合的阶梯结构。
具体地,阶梯结构和阶梯面配合,以实现地刷本体1支撑定位刮条6,具有限制刮条6移动,加强连接的稳定性的技术效果。
在本实施例中,刮条6包括刮条6本体和阶梯结构。其中,阶梯结构设置在刮条6本体的顶部区域并朝向地刷本体1的后端伸出。
如图9至图11所示,刮条6具有定位缺口部601,地刷本体1上设置有定位柱120,刮条6安装到位后,定位柱120卡设在定位缺口部601处。通过定位柱120卡设在定位缺口部601处的方式实现刮条6和地刷本体1的连接,提 高刮条6安装的精度,同时也能进一步提高刮条6安装的稳定性。
进一步地,定位缺口部601为一个或多个,当定位缺口部601为多个时,多个定位缺口部601沿清洁组件2的轴向依次排列,定位柱120的个数不少于定位缺口部601的个数,且各定位缺口部601内容置有至少一个定位柱120。
在本实施例中,定位柱120的周向还设置有多个定位筋板121,且至少两个定位筋板121相对设置在定位柱120的两侧,定位筋板121远离定位柱120的侧边与定位缺口部601的周缘卡接。通过设置多个定位筋板121,采用定位筋板121与定位缺口部601的周缘卡接,即定位筋板121用于抵接刮条6,以使刮条6稳定的安装在地刷本体1上。
如图1和图14所示,本方案不仅适用于单清洁组件2的方案,还适用于双清洁组件2的方案,当地刷机构100为两个清洁组件2时,两个清洁组件2活动安装在地刷本体1的两端,且两个清洁组件2的旋转方向是相反的。
进一步地,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。
需要说明的是,清洁组件2包括有清洁组件21和刷毛22,清洁组件21转动设于地刷本体1的清洁腔内,刷毛22附着于清洁组件21的外周侧,在地刷本体1内还可设置有驱动件,通过驱动件驱动清洁组件21转动,带动刷毛22转动,通过转动的刷毛22与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛22与清洁组件21的连接方式不作限定,例如,刷毛22可与清洁组件21呈一体设置,或者刷毛22通过粘接的方式固定于清洁组件21的外侧,还或是刷毛22与清洁组件21之间通过魔术贴相连接,或者其他可拆卸的连接方式,以方便更换刷毛22。
对于分流器3而言,分流器3主要用于将清洁用的液体或气体进行分流,使清洁用的液体或气体或均匀的喷洒至刷毛22上,提升清洁效果。
本实施例提供一种清洁设备,清洁设备包括上述的地刷机构100。
本实施例提供一种地刷机构100,如图2至图4、图8以及图15至图17所示,地刷机构100包括地刷本体1、清洁组件2和分流器3,清洁组件2活动安装在地刷本体1上;分流器3设置在地刷本体1上,分流器3具有朝向清洁组件2设置的分水面331,分水面331为弧形面,弧形面沿清洁组件2的转动方 向延伸,分水面331上设置有多个分流口332,至少部分分流口332沿清洁组件2的轴向排列设置,并用于向清洁组件2喷淋介质,且相邻两个分流口332之间的距离范围10-25毫米。
具体地,分水面331上的沿清洁组件2轴向设置的多个分流口332之间的范围为10-25毫米,因此在本申请中分水面331上具有更多的分流口332,以提高喷液的均匀性和效率。同时,分流器3中的液体直接通过分流口332向清洁组件2喷液,采用更多的分流口332无需借助其他辅助分液的结构,就能很好的保障分液的效率。
进一步地,两个相邻的分流口332之间的距离可以是10毫米、12毫米、14毫米、16毫米、18毫米、20毫米、22毫米、24毫米等。
在本实施例中,如图20所示,分流口332具有横向分布的长边和竖向分布的短边,所述长边x的尺寸范围0.8-1.5毫米,所述短边y的尺寸范围0.2-0.6毫米;或者所述分流口332的面积在0.16-1.35平方毫米。优选的,所述分流口的面积在0.4-0.6平方毫米之间。所述分流口332也可以是其他形状,但是整体面积在0.16-1.35平方毫米之间,从而水流能够形成压力,从分流口332中流出。通过上述长边和短边的设计,可以在清洁组件2轴向上确保分流器3与清洁组件2之间的配合,特别是保证在清洁组件轴向上分水的均匀性。此外,通过对分流口332的长边和短边的尺寸限定,可以确保每一个分流口332的尺寸,进而保证多个分流口332的出水量。
具体的,长边的尺寸x可以为0.8mm、1.0mm、1.1mm、1.2mm、1.4mm、1.5mm等;短边的尺寸y可以为0.2mm、0.25mm、0.4mm、0.6mm等。
此处需要说明的是,分流口332具有横向分布的长边和竖向分布的短边,此时分流口可以是矩形口,也可以是圆矩形口。当然,分流口332还可以采用圆口,圆口的径向尺寸可根据分流口332的开口面积来设计,本领域技术人员是可以理解的。
在本实施例中,分流器3还包括导流槽322,多个分流口332被分为多组分流区域,且至少部分分流区域内设置有多个分流口332,各分流区域均分别与不同的导流槽322连通。一个分流区域对应多个分流口332时,多个分流口332与分流区域对应的导流槽322连通设置。
其中,各导流槽322具有一个或多个导流支槽3221,导流支槽3221的个数与对应的分流区域内的分流口332的个数一致。
如图15至图17所示,一个分流区域内设置有两个分流口332,对应同一分流区域内的两个导流支槽3221呈倒置的V型结构。
具体地,呈倒置的V型结构的两个导向支槽分别与两个相邻的分流口332连通,分流器3还具有第一进孔311,第一进孔311与两个导向支槽连接处连通设置,以实现通过导向支槽向分流口332供液,提高液体的流通的均匀性。
进一步地,地刷机构100还包括设置在地刷本体1上的顶部盖板130,顶部盖板130位于清洁组件2的上方,顶部盖板130朝向清洁组件2的一侧表面为光滑弧形面。其中,顶部盖板130的光滑弧形面具有匀水的技术效果,进一步对喷射在清洁组件2上的液体均匀化处理。
如图15至图17所示,分流器3包括基板31、分流板32和盖板33,基板31上设有第一进孔311,分流板32与基板31相连接,分流板32上设置有多个导流槽322,盖板33设于分流板32背向基板31的一侧,盖板33上设有多个分流口332,各分流口332位于分水面331上的出口以形成各分流口332,第一进孔311通过导流槽322与分流口332连通。使得清洁设备在进行清洁工作时,通过分流口332持续为刷毛22喷洒清洁用的液体或气体或蒸汽,提高清洁效率。
具体地,第一进孔311通过导流槽322与分流口332连通设置,分流板32上还设置有与第一进孔311对应连通的导流孔321,导流孔321为多个,各导流槽322通过对应的导流孔321与第一进孔311连通。通过在分流板32上设置导流孔321以使液体或气体或蒸汽定向流动,提高流动地均匀性。
进一步地,如图16和图21所示,在导流孔321的导流方向上,所述导流孔321包括具有先后顺序的第一导流段3211和第二导流段3212,所述第一导流段3211的长度范围3.0-5.0mm。其中,第一导流段3211的长度范围2.0-3.0mm;和/或所述第二导流段3212与所述一导流段的长度比范围1-2.5。并且,第一导流段3211的孔径是要大于第二导流段3212的孔径的。这样,通过合理设置第一导流段3211和第二导流段3212的长度范围,使得 液体在经过导流孔321时能够得到增压的效果,进而提升了液体从分流口332流出后的流速,进一步提升分流器3的匀水效果。当然,在某一实施例中,第一导流段3211的孔径也可以小于第二导流段3212的孔径。此外,第一导流段3211的孔径是要大于第二导流段3212的孔径,在保证增压的基础上,由于第有导流段的孔径相对较大,便于加工过程中的脱模。
具体的,如图16和图21所示,第一导流段3211的长度可以为3.5mm、3.8mm、4.0mm、4.2mm、4.5mm、4.8mm、5.0mm等,第二导流段3212的长度可以为2.0mm、2.2mm、2.3mm、2.4mm、2.5mm、2.6mm、2.7mm、2.8mm、2.9mm、3.0mm等。
此外,如图16和图21所示,也可以是第二导流段3212与所述一导流段的长度比范围1-2.5。这样,一方面可以保证第二导流段3212第一导流段3211的长度大小协调,另一方面可以保证增加效果以及脱模的便捷性。
进一步地,如图16和图21所示,第一导流段3211的直径范围1.0-1.8mm,所述第二导流段3212的直径范围0.6-0.8mm,以使得第一导流段3211的直径大于第二导流段3212的直径,进而通过缩小径向尺寸的方式来达到增压的效果。此外,也可以是第二导流段3212的直径与所述第一导流段3211的直径比范围0.34-0.8,以保证第二导流段3212和第一导流段3211的直径大小协调,另一方面可以保证增加效果以及脱模的便捷性。
此处需要说明的是,如图16所示,第二导流段3212和第一导流段3211的衔接处可以为阶梯状,如图21所述,也可以是通过过渡导流段来衔接第二导流段3212和第一导流段3211。
进一步地,基板31还设置有与第一进孔311连通的多个分支流道312,多个导流孔321分别通过多个分支流道312与第一进孔311连通。通过设置分支流道312以使分流器3的出液端会出现凹凸不平的表面,而通过设置盖板33,进一步地实现导流,相当于对导流孔321进行延长,使得分流口332所在的表面可设置为平滑的表面,因此,不易集尘,更易清洁。
进一步地,各导流孔321朝向基板31的一侧的孔径大于导流孔321朝向盖板33的一侧的孔径,进而提升液体从分流器31喷出的时的流速,以进一步提升液体到达清洁组件2的均匀性。
在本实施例中,各导流槽322包括至少两个导流支槽3221,导流孔321位于至少两个导流支槽3221的连接处,各导流支槽3221与至少一个分流口332连通。通过设置导流支槽3221,可进一步地进行分流,使各个分流口332的出液量或出气量更一致,而且各导流支槽3221可蓄存一定量的液体或气体,避免流道过长,影响液体或气体的喷射速度。
其中,分流器3是透明材料制成的,进而使得用户能够清楚观察到分流器3的内部结构。
如图1和图14所示,本方案不仅适用于单清洁组件2的方案,还适用于双清洁组件2的方案,当地刷机构100为两个清洁组件2时,两个清洁组件2活动安装在地刷本体1的两端,且两个清洁组件2的旋转方向是相反的。
进一步地,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。
需要说明的是,清洁组件2包括有清洁组件21和刷毛22,清洁组件21转动设于地刷本体1的清洁腔内,刷毛22附着于清洁组件21的外周侧,在地刷本体1内还可设置有驱动件,通过驱动件驱动清洁组件21转动,带动刷毛22转动,通过转动的刷毛22与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛22与清洁组件21的连接方式不作限定,例如,刷毛22可与清洁组件21呈一体设置,或者刷毛22通过粘接的方式固定于清洁组件21的外侧,还或是刷毛22与清洁组件21之间通过魔术贴相连接,或者其他可拆卸的连接方式,以方便更换刷毛22。
对于分流器3而言,分流器3主要用于将清洁用的液体或气体进行分流,使清洁用的液体或气体或均匀的喷洒至刷毛22上,提升清洁效果。
本实施例提供一种清洁设备,清洁设备包括上述的地刷机构100。
本实施例提供一种地刷机构100,如图18和图19所示,地刷机构100包括地刷本体1、清洁组件2、分流器3和顶部盖板130,清洁组件2活动安装在地刷本体1上;分流器3设置在地刷本体1上,分流器3具有朝向清洁组件2设置的分水面331;顶部盖板130设置在地刷本体1上且位于清洁组件2的上方,顶部盖板130朝向清洁组件2的一侧表面为光滑弧形面,且光滑弧形面沿清洁组件2的转动方向延伸,分水面331与光滑弧形面大致处于同一弧面 上(此处需要说明的是,由于制造装配误差的存在,此处所限定的大致处于同一弧面本领域技术人员是可以理解的;在理想状态下,分水面331与光滑弧形面是处于同一圆弧面的。此外,分水面331与光滑弧形面是处于同一圆弧面,可以是分水面331与光滑弧形面可以是直接衔接成一个光滑的圆弧面,也可通过过渡面间接衔接成一个光滑的圆弧面,均是在本申请保护范围内的),并分布于清洁组件2的周向。
其中,在本实施例中,清洁组件2具有自清洁模式(即清洁设备运行自清洁模式来清洁滚刷),清洁组件2处于自清洁模式时,可以驱动清洁组件至少进行一次反转,进而在自清洁模式下将清洁组件2和分水面331之间的污物带出,保证自清洁接触后滚刷腔室内不残留污物。当清洁组件2处于自清洁模式时,清洁组件2反向旋转,清洁组件2反向旋转时,可使处于清洁组件2和光滑弧形面之间的污物在清洁组件2的运动下被移出。
具体地,清洁组件2正常进行清洁待清洁面时在驱动件的驱动作用下正转,以将待清洁面上污物收集到吸污口110的内部,清洁组件2进行自清洁的过程中,清洁组件2反转,清洁组件2反转以将光滑弧形面与清洁组件2之间的污物带动进入到地刷机构100的吸污口110的内部,光滑的弧形面与分水面331光滑过渡衔接,避免了污物存留在顶部盖板130与分流器3的交界处。
其中,逆时针旋转为正转,顺时针旋转为反转。
在一个具体地实施方式中,分水面331直接与光滑弧形面之间能够光滑过渡衔接。
具体地,分水面331为弧形面,分水面331与光滑弧形面共同形成了一光滑的弧面。以方便污物能沿着光滑的弧面随着清洁组件2转动而动作。
在另一个具体地实施方式中,地刷本体1具有过渡面,过渡面与分水面331、光滑弧形面平滑连接,分水面331与光滑弧形面和过渡面处于同一弧面上。
具体地,分水面331和过渡面均为弧形面,分水面331、过渡面、光滑弧形面共同形成了一光滑的弧面。
其中,过渡面可以位于分水面331和光滑弧形面之间,也可以位于分水 面331远离光滑弧形面的一侧,本领域技术人员均是可以理解的,只要过渡面与分水面331、光滑弧形面平滑连接,并且分水面331与光滑弧形面和过渡面处于同一弧面上,均在本申请的保护范围内。
在本实施例中,光滑弧形面与清洁组件2过盈配合设置。
进一步地,光滑弧形面与清洁组件2的过盈量小于等于1.5毫米。这样,在保证清洁组件2能够带出污物的情况下,降低清洁组件2转动过程中所受到的阻力,一方面便于电机的启动,另一方面能够降低对电机的损伤。
在本实施例中,本方案不仅适用于单清洁组件2的方案,还适用于双清洁组件2的方案,当地刷机构100为两个清洁组件2时,两个清洁组件2活动安装在地刷本体1的两端,且两个清洁组件2的旋转方向是相反的。
进一步地,分流器3设置的位置可以是前置的也可以是后置的,具体以分流器3的分水面331为弧形面为准。其中,当分流器3前置时,分水面331、光滑弧形面、过渡面共同形成了一光滑的弧面。
需要说明的是,清洁组件2包括有清洁组件21和刷毛22,清洁组件21转动设于地刷本体1的清洁腔内,刷毛22附着于清洁组件21的外周侧,在地刷本体1内还可设置有驱动件,通过驱动件驱动清洁组件21转动,带动刷毛22转动,通过转动的刷毛22与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛22与清洁组件21的连接方式不作限定,例如,刷毛22可与清洁组件21呈一体设置,或者刷毛22通过粘接的方式固定于清洁组件21的外侧,还或是刷毛22与清洁组件21之间通过魔术贴相连接,或者其他可拆卸的连接方式,以方便更换刷毛22。
对于分流器3而言,分流器3主要用于将清洁用的液体或气体进行分流,使清洁用的液体或气体或均匀的喷洒至刷毛22上,提升清洁效果。
本实施例提供一种清洁设备,清洁设备包括上述实施例的地刷机构100。
本实施例提供一种清洁系统,清洁系统包括基站200和上述任一个实施例的清洁设备,基站200具有底座,底座具有容置槽210;其中,当清洁设备处于自清洁模式时,如图18和图19所示,清洁设备的地刷机构100的清洁组件2的至少一部分位于容置槽210内,且容置槽210的槽壁面、地刷机构100 的顶部盖板130的光滑弧形面、地刷机构100的分流器3的分水面331形成滚刷腔室。
这样,可以使得滚刷腔室的内壁呈现出光滑的弧面,使得滚刷在转动过程中能够将滚刷与滚梳腔室内壁之间的污物带出,以保证滚刷腔室内部的洁净程度。
具体地,清洁组件2自清洁的时,清洁设备移动至基站200上,以使清洁设备的清洁组件2的至少一部分伸入到容置槽210的内部,清洁组件2反转实现自清洁。
进一步地,清洁组件为滚刷。
在本实施例中,容置槽210的槽壁面、地刷机构100的顶部盖板130的光滑弧形面、地刷机构100的分流器3的分水面331位于同一圆弧面上,以实现在自清洁的过程中,清洁组件2能驱使污物沿圆弧面移动,避免出现污物存留在清洁组件2与顶部盖板130、清洁组件2与分水面331、清洁组件2与容置槽210的槽壁面之间。
为了方便实现将自清洗状态下的清洁组件2上的污水留在容置槽210的内部,至少一部分槽侧壁与清洁组件2过盈配合。
如图18和图19所示,容置槽210与清洁组件2位于前侧的至少部分区域过盈配合,并且容置槽210与清洁组件2过盈配合的区域占清洁组件2的周向的四分之一。这样,在进行自清洁的过程中,由于容置槽210的前四分之一圆与清洁组件2过盈配合,保证了该位置的密封性,进而使得外部空气不会从该位置进入到容置槽210的内部,进而保证了容置槽210内其余位置的真空度,进而保证了吸污口110处的吸力足够大,以将容置槽210内的污物吸走,特别是保证对大颗粒污物的清洁力度。
进一步地,容置槽210与清洁组件2的至少部分区域的过盈量小于等于1.5毫米。这样,在保证容置槽210的前四分之一圆与清洁组件2过盈配合的基础上,减低清洁组件2用途容置槽210的前四分之一圆内壁的接触程度,进而降低清洁组件2转动过程中的阻力,同时降低对电机的损伤。
进一步地,容置槽210与清洁组件2位于后侧的至少另一部分区域避空间隔设置,容置槽210与清洁组件2避空间隔设置的区域占清洁组件2的周向 的四分之一。这样,保证了容置槽210后四分之一避空设计,并且吸污口110与该位置连通,进而保证了该位置的污物和污水从吸污口110被吸走。
在本实施例中,顶部盖板130的前侧的下部边缘与基站200之间的间隙H小于等于2毫米,进而保证两者之间的间隙足够小。具体的,在日常使用过程中,当用户需要清洗清洁组件2时,通常会向容置槽210内添加洗涤剂,而随着滚刷的转动,容置槽210内会产生大量的泡沫。因此,我们设计顶部盖板130的前侧的下部边缘与基站200之间的间隙H小于等于2毫米,可有效避免泡沫从顶部盖板130的前侧的下部边缘与基站200之间的间隙外溢,特别是可以避免泡沫随滚刷的转动而被甩出,进而保证了地刷机构100的周围环境。
需要说明的是,虽然图示的是带有前置分流器3的地刷机构100的清洁组件2的至少一部分处于容置槽210的内部,后置的分流器3也是适用的,原理是相同的。
此外,本申请所提出的清洁设备可以为洗地机。
对于清洁组件而言,设置形式较多,在本实施例中,清洁组件包括有滚筒和刷毛,滚筒转动设于地刷本体的清洁腔内,刷毛附着于滚筒的外周侧,在地刷本体内还可设置有驱动电机,通过驱动电机驱动滚筒转动,带动刷毛转动,通过转动的刷毛与待清洁面摩擦,将待清洁面上的污渍或垃圾清理干净。刷毛与滚筒的连接方式不作限定,例如,刷毛可与滚筒呈一体设置,或者刷毛通过粘接的方式固定于滚筒的外侧,还或是刷毛与滚筒之间通过魔术贴相连接,或者其他可拆卸的连接方式,以方便更换刷毛。
对于分流器而言,分流器主要用于将清洁用的液体或气体进行分流,使清洁用的液体或气体或均匀的喷洒至刷毛上,提升清洁效果。具体地,分流器具有朝向清洁腔设置的分水面,分水面为光滑面,在分水面上设有分流口,通过分流口将清洁用的液体或气体喷洒至刷毛上,设定地刷机构的前进方向为地刷本体的前方,下述关于方位的描述可均依此为参照,优选地,清洁腔的底部呈开口设置,刷毛可自该开口露出对待清洁面进行清洁,分水面位于滚筒的斜后上方的区域内,且至少部分与刷毛呈过盈配合设置,使得从分流口流出的液体或气体更好地洒落至刷毛上,而且刷毛为软质材料制作,刷毛 在转动的过程中可与分水面相摩擦,对分水面进行清洁,使分流器保持干净。
进一步地,上述分水面包括沿地刷本体的上下方向呈邻接设置的第一段面和第二段面,第一段面位于第二段面的下方、且与刷毛呈过盈配合设置,刷毛可在转动的过程中,将第一段面上的灰尘或杂质扫刷掉,对第一段面进行一定程度的清洁,第二段面呈朝向滚筒的方向弯曲的弧状,且与刷毛呈间隔设置,通过第二段面可将刷毛在转动的过程中卷起的灰尘进行拦截,避免灰尘卷入至地刷本体的视窗盖上进行堆积,影响视角效果,且不易清理。
而且,分流口位于第一段面和第二段面的过渡处,从分流口流出的气体或液体更好地全部落入至刷毛上,而且在刷毛的带动下,部分清洁用的液体或气体可溅落至第二段面上,从而也可对第二段面进行冲刷。
优选地,设定沿地刷本体的水平方向设置、且穿过滚筒的中心轴的平面为中心水平面,沿地刷本体的垂直方向设置、且穿过滚筒的中心轴的平面为中心垂直面,中心水平面和中心垂直面可共同围合形成一个以滚筒为中心的空间象限区域,其中,第二段面处于中心水平面和中心垂直面所围合形成的斜后上方的区域内,即从滚筒的轴向的左端观察,第二段面位于第一象限内,从滚筒的轴向的右端观察,第二段面则位于第二象限内,且第二段面与滚筒呈间隔设置,可对刷毛卷起的灰尘进行阻挡,在清洁组件从地刷本体上拆卸下来后,第二段面可有效暴露出,且第二段顶为光滑表面,使得灰尘便于清理。
图22是根据本申请实施例的一种可选的清洁设备的自清洁方法的流程示意图,如图22所示,该方法的流程可以包括以下步骤:
步骤S2202,获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作。
本实施例中的清洁设备的自清洁方法可以应用到清洁设备进行自清洁的场景中,例如,在清洁设备在进行区域清洁的过程中、或者之后,回到匹配的底座上进行自清洁的场景。上述的清洁设备可以是位于用户家庭中的清洁设备,可以为洗地机、清洁机器人等智能清洁设备。智能清洁设备相比于传统的清洁设备,增加了计算模块、网络接口、输入输出装置等,从而使得智能清洁设备具有智能分析和智能服务的功能。
本实施例中,清洁设备可以获取与本设备对应的自清洁指令,上述自清洁指令用于指示清洁设备执行自清洁操作。可选地,上述获取自清洁指令的过程可以是响应于检测到的触发操作生成的,也可以是通过网络从服务器端(例如,物联网平台、云端服务器等)、或终端设备侧接收到的。
作为一种可选的实施方式,当用户在清洁设备的操控面板上点击自清洁按键之后,响应于该自清洁按键的触发操作,清洁设备可以生成自清洁指令。
作为另一种可选的实施方式,用户的终端设备上可以运行有目标应用App(Application,应用程序)的目标客户端。在用户点击目标客户端的应用界面上的自清洁按键之后,响应于该自清洁按键的触发操作,目标客户端可以生成自清洁指令,并将自清洁指令发送给清洁设备。
可选地,目标客户端可以直接通过蓝牙等通信连接方式与清洁设备直接相连,并将自清洁指令通过与清洁设备的通信连接直接发送给清洁设备。目标客户端也可以将自清洁指令先发送给服务器端。服务器端可以将接收到的自清洁指令下发至清洁设备。清洁设备可以接收目标客户端或者服务器端发送的自清洁指令,从而获取到自清洁指令。
可选地,上述触发操作可以是触控操作,也可以是语音输入操作,或者是其他的触发操作。在触发操作为语音输入操作的情况下,上述语音输入操作可以是目标客户端检测到的,也可以是清洁设备检测到的。在检测到语音输入操作之后,目标客户端或者清洁设备可以将对应的语音输入数据发送至服务器端。服务器端可以先对语音输入数据进行解析,确定语音输入数据用于指示清洁设备进行自清洁,生成与清洁设备对应的自清洁指令,并将生成的自清洁指令发送给清洁设备。本实施例中对此不做限定。
当网络不畅通时,用户可能会执行多次触发操作,如果对每次触发操作均做出响应(即,响应每次的触发操作,均生成一条自清洁指令),会占用大量的处理资源,同时还会使得清洁设备多次执行自清洁操作。因此,清洁设备或者目标客户端在一定时长内如果连续检测到多次相同的触发操作,可以只响应最早检测到的触发操作,生成一条自清洁指令,从而减少对处理资源的消耗。
例如,当用户在与洗地机对应的操控界面上点击自清洁按键之后,终端设备可以生成与洗地机对应的自清洁指令,并将自清洁指令通过服务器发送至洗地机,洗地机可以获取到自清洁指令。
需要说明的是,自清洁按键可以是清洁设备或者终端设备上的物理按键,也可以是虚拟按键,还可以是一个按键或多个按键的组合。在触发操作为触控操作时,触控操作可以是一个操作或多个操作的组合,上述的触控操作可以包括但不限于以下至少之一:单击操作,双击操作,长按操作,滑动操作。本实施例中对此不做限定。
步骤S2204,响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松。
在获取到自清洁指令之后,响应该自清洁指令,清洁设备可以执行清洁设备的自清洁操作,即,自动清理清洁设备的操作,其可以包含多个清洁操作。清洁设备上可以包含清洁组件,清洁组件可以包括但不限于以下至少之一:滚刷,拖把头。例如,上述清洁设备可以包括地刷,地刷可以包含地刷壳体,地刷壳体内安装有滚刷、以及位于滚刷外带动滚刷的电机。清洁组件是清洁设备进行区域清洁所使用的部件,在进行区域清洁之后,清洁组件上可以会存在大量垃圾。因此,自清洁操作可以包括清洁组件的清洁操作。
可选地,自清洁操作可以包括控制清洁组件旋转,进而使得在旋转的过程中,将清洁组件上的垃圾清除,以完成对清洁组件的清洁。可选地,在控制清洁组件旋转的过程中,可以设置清洁组件的旋转模式,旋转模式的旋转参数可以包括但不限于以下至少之一:旋转方向,旋转速度等。旋转模式可以是系统默认配置的,也可以是用户手动设置的,还可以是根据目标参数确定的(由服务器端、终端设备或者清洁设备的至少之一确定)。这里,目标参数可以包括但不限于以下至少之一:清洁设备所清洁的房间类型(例如,客厅、厨房、卧室等),清洁组件的脏污程度。清洁组件的脏污程度可以通过对图像采集设备在清洁设备在清洁待清洁区域之前所拍摄的待清洁区域的区域图像进行识别得到的。
例如,可以控制滚刷正转(即,正向旋转),以清除掉滚刷上的大部分垃圾。又例如,当滚刷上的垃圾较多时,可以调高滚刷的旋转速度,以更好清洁滚刷,使得滚刷更为干净;当滚刷上的垃圾较少时,可以适当调低滚刷的旋转速度,以在完成滚刷清洁的同时,降低能量的消耗。
可选地,在执行自清洁操作之前,可以先控制清洁设备回到目标位置,再执行自清洁操作。上述目标位置可以是清洁设备的底座所在的位置。可选地,当清洁设备所处的位置区域内包含有多个底座时,可以计算清洁设备与各个底座之间的距离,并选取最近的底座,选取的底座的位置为目标位置。对于目标位置,清洁设备(或者,服务器端)可以确定清洁设备至目标位置的最短路径,并按照最短路径移动到目标位置。清洁设备也可以是由用户手动移动到底座的。本实施例中对此不做限定。
相关技术中,在自清洁的过程中,清洁设备一般是控制其清洁组件沿着一个方向进行转动,这样会导致有大量垃圾残留,例如,残留在清洁组件上以及包围清洁组件的部件上。残留的垃圾不仅会影响清洁组件的清洁效果,也会对清洁组件的转动等造成影响,从而影响清洁设备的使用寿命。此外,在自清洁的过程中,清洁组件上的清洁体(例如,滚刷的植毛或者刷毛、拖把头上的拖布等)容易被刮塌,不仅会对清洁组件的风干造成影响,也会影响清洁组件的清洁效果,进而影响清洁设备的使用寿命。
在本实施例中,在自清洁的过程中,清洁设备可以通过控制清洁组件进行反转的方式来提高垃圾清理的全面性,同时可以通过反向力让清洁体重新竖立起来,变得蓬松。可选地,上述多个清洁操作可以包括清洁组件的至少一次反转操作。通过执行至少一次反转操作,可以保证可以全面清理掉包围清洁组件的部件上的垃圾,并提高清洁体的蓬松度,使得清洁体变得更加蓬松,不仅可以加快清洁体风干,减少异味的滋生,也不会影响清洁组件在后续使用过程中的清洁效果。
需要说明的是,本实施例中的正向和反向是相对于预设的正向而言的,与设定的正向相同的方向为正向,与设定的正向相反的方向为反向。
例如,洗地机在进行自清洁的过程中,可以控制滚刷反转,以使清洁后的滚刷上的刷毛蓬松,从而加快滚刷风干,减少异味的滋生。
通过上述步骤S2202至步骤S2204,获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作;响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松,解决了相关技术中的清洁设备的自清洁方法存在由于清洁设备自清洁的效果差导致的影响清洁设备的使用寿命的问题,增加了清洁设备的使用寿命,提升了用户的使用体验。
在一个示例性实施例中,在获取与清洁设备对应的自清洁指令之前,上述方法还包括:
S11,获取清洁组件与清洁设备的分液器之间的过盈量;
S12,在过盈量小于或者等于过盈量阈值的情况下,生成自清洁指令。
在清洁设备的清洁组件后方可以设有分液器(例如,分水器),分液器与清洁组件可以为光滑的弧面接触,清洁组件的上方可以设有透明视窗,视窗与清洁组件之间可以设有较小的过盈量(例如,0-1.5mm)。过盈量是指部件A的半径与部件A到部件B的距离之间的差值,比如,视窗与清洁组件之间的过盈量清洁组件的半径与清洁组件的中心到视窗的距离之间的差值。分液器下端为喷液区域,在喷液区域上均匀设置至少一个喷液嘴,喷液嘴可以在清洁设备进行区域清洁或自清洁等操作的过程中,向清洁组件喷洒液体,以均匀打湿清洁组件。
可选地,为避免垃圾残留在分液器上,可以在清洁组件与分液器之间设置一定的过盈量(即,清洁组件的半径与清洁组件的中心到分液器的距离之间的差值)。例如,可以设置清洁组件的喷液区域与清洁组件设有较大的过盈量(即,清洁组件的半径与清洁组件的中心到喷液区域的距离之间的差值),而在分液器上端与清洁组件可以设有较小的过盈量(即,清洁组件的半径与清洁组件的中心到分液器上端的距离之间的差值)。
例如,在滚刷后方可以设有弧面分水器,分水器下端的区域为喷水区域,在分水器上方的区域为藏灰区域。在喷水区域上可以均匀设置至少一个喷水嘴,分水器的底部可以设有刮条。喷水区域与滚刷可以保持一定的过盈量,而上端的藏灰区域则有一定的间隙,从而保证均匀打湿滚刷的同 时,滚刷始终能够擦拭到喷水区域,使得喷水区域不易有垃圾残留,防止喷水嘴堵塞,而分水器上端有一定的间隙量,可以防止分水器整体与滚刷过盈量太大造成负载大。
由于在使用的过程中,清洁组件上的清洁体会由于与刮条的刮蹭、垃圾的污染等原因导致坍塌,进而影响清洁组件的清洁效果。而清洁体的坍塌程度可以通过过盈量表示,过盈量越大,表示清洁体越蓬松,反之,清洁体坍塌的越严重。
例如,在整机运行期间,滚刷沿正转方向转动,蓬松的刷毛在刮条的作用下依附在滚刷表面,滚刷的刷毛在刮条的作用下被刮塌。
为了提高清洁设备自清洁的及时性,在进行区域清洁的过程中,清洁设备(也可以是服务器端)可以获取清洁组件与分液器之间的过盈量,基于获取到的过盈量,确定是否需要进行清洁设备的自清洁,并通过自动生成自清洁指令的方式来控制清洁设备进行自清洁,或者通过提示用户进行自清洁、并响应检测到的触发操作生成的自清洁指令的方式来控制清洁设备进行自清洁。
上述过盈量可以是根据清洁组件半径和清洁组件的中心到分液器的距离确定的,也可以是通过目标参数(例如,分液器或者清洁组件所受到的压力值、经过清洁组件的电流值等)表示的。这里,清洁组件半径和清洁组件的中心到分液器的距离可以是通过对采集图像进行识别确定的,采集图像可以是清洁设备上、基座上、或者用户家庭中的图像采集设备对清洁设备进行图像采集得到的,也可以是通过其他方式得到的,本实施例中对此不做限定。
如果清洁组件与分液器之间的过盈量小于或者等于过盈量阈值时,可以生成自清洁指令,以控制清洁设备执行自清洁操作。上述过盈量阈值可以是用户手动设置的,也可以是服务器端基于大数据分析得出的阈值,本实施例中对此不做限定。
例如,洗地机可以获取滚刷与分水器之间的过盈量,若设定的过盈量阈值为1mm,而获取到的过盈量为0.5mm,小于过盈量阈值,可以生成自清洁指令,从而指示洗地机执行自清洁操作。
通过本实施例,在过盈量小于或者等于过盈量阈值时,自动生成自清洁指令,可以提高清洁设备自清洁的及时性,提高了清洁设备的使用寿命,进而提升了用户的使用体验。
在一个示例性实施例中,生成自清洁指令包括:
S221,通过清洁设备发出自清洁提示信息,其中,自清洁提示信息用于提示控制清洁设备执行自清洁操作;
S222,在清洁设备连接到清洁设备的基站上的情况下,响应于检测到的触发操作,生成自清洁指令。
清洁设备的自清洁可以是清洁设备自动执行的,也可以是由用户手动控制其执行的。对于自动执行自清洁的场景,清洁设备(或者,服务器端)可以自动生成自清洁指令。对于用户手动控制执行自清洁的场景,在确定需要进行自清洁之后,清洁设备可以发出自清洁提示信息,以提示控制清洁设备执行自清洁操作。上述自清洁提示信息可以语音播报的方式发出的,也可以是通过在清洁设备的显示屏显示的,例如,文字信息,动画信息等。
在接收到自清洁提示信息之后,用户可以在任意位置采用与前述类似的方式操作其终端设备上的目标客户端或者清洁设备自身,生成自清洁指令。相对于区域清洁,清洁设备在自清洁的过程中需要大量的液体,为了避免自清洁过程中所产生的污水造成区域污染,可选地,可以在清洁设备的基站上设置凹槽,并在确定清洁设备连接到基站上时,才允许清洁设置进行自清洁,这里,凹槽可以用于将污水导出到特定位置,也可以用于进行污水存储,避免污水四溢。
用户可以在将清洁设备放置到基站上之后,采用与前述类似的方式操作其终端设备上的目标客户端或者清洁设备自身,生成自清洁指令,在此情况下,清洁设备只有在连接到清洁设备的基站上时,才会生成自清洁指令,或者,才会执行自清洁指令。
可选地,清洁设备也可以自动移动到基站的位置,例如,在检测到过盈量小于或者等于过盈量阈值时,生成自清洁指令,并控制清洁设备回到基站并连接到基站上,开始执行自清洁操作。
通过本实施例,通过发出自清洁提示信息的方式提示控制清洁设备执 行自清洁操作,并在清洁设备连接到清洁设备的基站上时,响应检测到的触发操作生成自清洁指令,可以提高设备自清洁的及时性和安全性。
在一个示例性实施例中,获取清洁组件与清洁设备的分液器之间的过盈量包括:
S31,获取压力传感器所检测到的压力值,其中,压力传感器设置在清洁组件和分液器之间,过盈量是通过压力值表示的,过盈量阈值是通过压力值阈值表示的。
由于当清洁组件上的清洁体坍塌时,清洁组件与分液器之间的过盈量会变小,从而导致清洁组件与分液器之间的压力变小,即,清洁组件与分液器之间的压力和过盈量正相关。因此,可以在分液器上(例如,分液器与清洁组件接触的一侧,可以是喷液区域)设置压力传感器,例如,可以贴敷于分液器上,清洁设备可以获取压力传感器所检测到的压力值,通过该压力值可以表示出过盈量,而过盈量阈值是通过压力值阈值表示的。
需要说明的是,当压力传感器检测到的压力值小于或者等于压力值阈值,可以确定清洁组件与分液器之间的过盈量小于或者等于过盈量阈值,此时,可以生成自清洁指令。
例如,洗地机可以获取设置在滚刷和分水器之间的压力传感器所检测到的压力值,并在获取到的压力值小于或者等于压力值阈值时,生成自清洁指令,以控制洗地机进行自清洁。
通过本实施例,基于清洁组件和分液器之间的压力传感器所检测到的压力值来表示过盈量,可以提高过盈量确定的便捷性,此外,还可以提高所确定出的过盈量的精度。
在一个示例性实施例中,获取清洁组件与清洁设备的分液器之间的过盈量包括:
S41,获取通过清洁组件的电流值,其中,过盈量是通过电流值表示的,过盈量阈值是通过电流值阈值表示的。
由于当清洁组件上的清洁体坍塌时,清洁组件与分液器之间的过盈量会变小,从而导致清洁组件旋转时,需要的力矩变小,而力矩的大小与通过清洁组件的电流值的大小成正比,因此,当需要的力矩变小时,通过清 洁组件的电流值也会变小。因此,清洁设备可以获取通过清洁组件的电流值,通过该电流值可以表示出过盈量,而过盈量阈值是通过电流值阈值表示的。
需要说明的是,当通过清洁组件的电流值小于或者等于电流值阈值,可以确定清洁组件与分液器之间的过盈量小于或者等于过盈量阈值,此时,可以生成自清洁指令。
例如,洗地机可以获取到通过滚刷的电流值,并在获取到的电流值小于或者等于电流值阈值时,生成自清洁指令,以控制洗地机进行自清洁。
通过本实施例,基于通过清洁组件的电流值来表示过盈量,可以提高过盈量确定的便捷性,此外,还可以提高所确定出的过盈量的精度。
在一个示例性实施例中,执行清洁设备的自清洁操作包括:
S51,根据自清洁指令,控制清洁组件正转,以清理清洁组件上的垃圾,其中,在清洁组件正转的过程中,清洁设备的分液器向清洁组件喷洒液体,且清洁设备的负压发生器关闭;
S52,控制清洁组件反转,以清扫清洁设备的视窗上和分液器上端的垃圾,清理与清洁组件对应的清洁组件腔体,并使清洁体蓬松,其中,在清洁组件反转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作。
根据自清洁指令,清洁设备可以执行自清洁操作,自清洁操作可以包含一个或多个清洁操作,自清洁指令可以指示每个清洁操作的执行方式。对于清洁组件的清洁操作,其可以包含至少一个清洁子操作,例如,正转,反转,正反转交替(即,正反交替揉搓)等。自清洁指令可以指示执行每个清洁子操作的顺序,以及执行每个清洁子操作的操作参数,例如,操作执行方式、执行时间等。
本实施例中,在清洁设备的分液器下端可以设置有刮条。清洁设备在执行完区域清洁之后,在清洁组件上残留有垃圾。若不先将上述垃圾去除掉,将会影响清洁设备自清洁的效率,甚至可能会影响清洁设备的使用寿命。
可选地,根据自清洁指令,清洁设备可以先控制清洁组件正转,并控制分液器向清洁组件喷洒液体、负压发生器不工作,清洁组件正转的速度 和正转的时间(例如,5min)可以根据需要预先配置。在正转的过程中,清洁组件上的清洁体会与刮条接触,可以利用刮条清理掉清洁组件上的大部分垃圾。同时,分液器喷液可以有助于将清洁组件上的大量灰尘等垃圾清洁掉,减少清洁组件正转过程中灰尘飘散的情况,提高自清洁的效率,而负压发生器关闭可以避免污水乱溅。
例如,洗地机可以先控制滚刷正转,并控制分水器喷水、吸尘电机不工作,可以清理滚刷垃圾。
在正转完成之后,清洁设备可以再控制清洁组件反转,并控制分液器不向清洁组件喷洒液体、负压发生器工作,清洁组件反转的速度和正转的时间(例如,5min)可以根据需要预先配置。在反转的过程中,可以清扫掉视窗及分液器上端(即,前述藏灰区域)堆积的垃圾,清理清洁组件腔体并将垃圾、污水通过吸口吸走,还可以在反向作用力的作用下使得清洁体变得蓬松。同时,不喷洒液体可以防止反转将污水甩出,提高自清洁的过程的效率。
例如,洗地机可以控制滚刷反转,并控制分水器不喷水、吸尘电机工作,可以清理滚刷腔体并将垃圾、污水通过吸口吸走,同时,不喷水可以防止反转将污水甩出。
需要说明的是,反转可以有效使依附在清洁组件表面的清洁体变得蓬松,蓬松后的清洁体直径相对于反转之前更大,此时与视窗及分液器整体都有一定的过盈量,可以有效将视窗、分液器上端的垃圾扫至地刷吸口处清理掉,避免自清洁后清洁组件腔体内壁仍有垃圾残留,保证清洁组件腔体的清洁。
例如,清洁设备上还设置有用于观察设备运行状况的视窗以及用于排出污水的吸口。滚刷长时间使用后,视窗、滚刷与分水器上端间隙处易堆积垃圾,在整机自清洁过程中可以加入清洁组件反转,以清扫掉视窗及分水器上端堆积的垃圾,清理滚刷腔体。
通过本实施例,通过在清洁设备进行自清洁的过程中控制清洁组件在进行正转之后,控制清洁组件进行反转,可以在清理清洁组件、清洁组件腔体的同时,使得清洁组件上的清洁体变得蓬松,提升清洁设备的使用寿 命,从而提升用户的满意度。
在一个示例性实施例中,执行清洁设备的自清洁操作包括:
S61,在控制清洁组件反转之后,控制清洁组件再次正转,以刮干清洁组件,清洁该清洁设备的吸尘管道,其中,在清洁组件再次正转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作;
S62,控制清洁组件再次反转,以使清洁体蓬松,其中,在清洁组件再次反转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作。
在本实施例中,为了减少清洁组件上的水分残留,当清洁组件反转完成后,清洁设备可以控制清洁组件再次正转,以刮干清洁组件,清洁上述清洁设备的吸尘管道。可选地,在控制清洁组件再次正转的同时,可以控制分液器不向清洁组件喷洒液体、负压发生器工作,以吸走污水、刮干清洁组件、清洁吸尘管道,清洁组件再次正转的速度和再次正转的时间可以根据需要预先配置。
例如,洗地机可以控制滚刷再次正转,并控制分水器不喷水、吸尘电机工作,以吸走污水、刮干滚刷、清洁吸尘管道。
可选地,在控制清洁组件再次正转之后,为了提高清洁体的蓬松度,可以控制清洁组件再次反转,以使清洁体蓬松。可选地,在控制清洁组件再次反转的同时,可以控制分液器不向清洁组件喷洒液体、负压发生器工作。清洁组件再次反转的速度和再次反转的时间可以根据需要预先配置。
例如,在控制滚刷正转之后,洗地机可以再控制滚刷反转,并控制分水器不喷水、吸尘电机工作,以使滚刷变得蓬松。
通过本实施例,通过控制清洁组件先后进行两次正转和两次反转,可以进一步提高清洁设备在自清洁过程中的清洁效果,并使清洁组件上的清洁体更为蓬松,从而提升清洁设备的使用寿命,提升用户的满意度。
在一个示例性实施例中,执行清洁设备的自清洁操作还包括:
S71,在控制清洁组件反转之后,控制清洁组件交替进行正转和反转,以清理清洁组件和清洁组件腔体,其中,在清洁组件交替进行正转和反转的过程中,分液器向清洁组件喷洒液体,且负压发生器关闭。
为了进一步自清洁的清洁效率,在控制清洁组件第一次反转之后,清 洁设备可以控制清洁组件交替进行正转和反转(即,正反交替揉搓),并分液器不喷液、且负压发生器工作,以深度清洁上述清洁组件和清洁组件腔体。
可选地,为了避免快速地正反转切换导致清洁组件的发动机受损,可以按照一定频率控制清洁组件进行正反转交替,例如,可以在正转第一目标时间后,再控制清洁组件反转第二目标时间,然后再切换到正转第一目标时间。正转和反转的交替次数、以及正反转的时间可以根据需要进行设定。
需要说明的是,第一目标时间和第二目标时间的大小关系可以根据需要设定,第一目标时间可以小于第二目标时间,也可以等于第二目标时间,还可以大于第二目标时间,本实施例中对此不做限定。
例如,洗地机在先控制滚刷正转,再控制滚刷反转之后,控制滚刷正反交替揉搓,并控制分水器喷水、吸尘电机不工作,以深度清洁滚刷及滚刷腔体。
通过本实施例,通过控制清洁组件正反交替揉搓,可以深度清洁该清洁组件和清洁组件腔体,提高清洁组件的清洁效果。
在一个示例性实施例中,在执行清洁设备的自清洁操作之后,上述方法还包括:
S81,启动与清洁设备对应的烘干部件,以烘干清洁设备。
在本实施例中,在自清洁完成之后,在清洁组件上面还是会残留有多余的水分,此时可以让清洁组件自然风干。为了避免水分风干不及时导致清洁组件上滋生大量细菌、产生异味,可以在自清洁完成之后,启动与清洁设备对应的烘干部件,以烘干清洁设备。
上述烘干部件可以包括加热丝或者是其他加热部件,还可以包括吹风机等吹风部件。上述烘干部件可以设置在清洁设备上,也可以设置在基站上,还可以设置在其他设备上。本实施例中对此不做限定。可选地,在清洁组件处还设置有湿度检测器,用于检测清洁组件的湿度值,当检测到的湿度值低于湿度阈值时,可以认为清洁设备已经烘干,此时可以关闭烘干部件。
例如,在洗地机完成自清洁之后,可以启动基站上的烘干部件对洗地机进行烘干(例如,滚刷进行烘干),当设置于滚刷处内部的湿度传感器检测到湿度值为8%时,8%小于湿度阈值10%,可以关闭烘干部件。
通过本实施例,在清洁设备完成自清洁之后,对清洁设备进行烘干,可以提高设备风干的速度,减少异味滋生,提高用户的使用体验。
下面结合可选示例对本实施例中的清洁设备的自清洁方法进行解释说明。在本可选示例中,清洁设备为洗地机,清洁组件为洗地机上的滚刷,清洁体为滚刷上的植毛。
本可选示例中提供的是一种正反转自清洁的方案,滚刷在基站上进行自清洁时,可以采用正转、反转及正反交替揉搓的方式,正转可以清理滚刷垃圾,刮干滚刷,反转可以清扫滚刷腔体,使滚刷植毛更加蓬松,而正反交替揉搓可以深度清洁滚刷及滚刷腔体。蓬松后的滚刷直径与初始状态基本一样,从而不影响后续使用,且有利于滚刷烘干或自然风干,同时擦干滚刷腔体内水迹残留。
如图23所示,本可选示例的清洁设备的自清洁方法中的自清洁流程可以包括以下步骤:
步骤S2302,滚刷正转、分水器喷水、吸尘电机不工作;
步骤S2304,滚刷反转、分水器不喷水、吸尘电机工作;
步骤S2306,滚刷正反转交替进行、分水器喷水、吸尘电机不工作;
步骤S2308,滚刷正转、分水器不喷水、吸尘电机工作;
步骤S2310,滚刷反转、分水器不喷水、吸尘电机工作。
通过本可选示例,通过控制清洁后的滚刷反转,可以提高洗地机滚刷及滚刷腔体的清洁效果,使滚刷植毛蓬松,加快滚刷风干速度,减少异味滋生。
根据本申请实施例的另一个方面,还提供了一种用于实施上述清洁设备的自清洁方法的清洁设备的自清洁装置。图24是根据本申请实施例的一种可选的清洁设备的自清洁装置的结构框图,如图24所示,该装置可以包括:
第一获取单元2402,用于通过获取与清洁设备对应的自清洁指令,其 中,自清洁指令用于指示清洁设备执行自清洁操作;
执行单元2404,与第一获取单元2402相连,用于响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松。
需要说明的是,该实施例中的第一获取单元2402可以用于执行上述步骤S2202,该实施例中的执行单元2404可以用于执行上述步骤S2204。
通过上述模块,获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作;响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松,解决了相关技术中的清洁设备的自清洁方法存在由于清洁设备自清洁的效果差导致的影响清洁设备的使用寿命的问题,增加了清洁设备的使用寿命,提升了用户的使用体验。
在一个示例性实施例中,上述装置还包括:
第二获取单元,用于在获取与清洁设备对应的自清洁指令之前,获取清洁组件与清洁设备的分液器之间的过盈量;
生成单元,用于在过盈量小于或者等于过盈量阈值的情况下,生成自清洁指令。
在一个示例性实施例中,生成单元包括:
提示模块,用于通过清洁设备发出自清洁提示信息,其中,自清洁提示信息用于提示控制清洁设备执行自清洁操作;
生成模块,用于在清洁设备连接到清洁设备的基站上的情况下,响应于检测到的触发操作,生成自清洁指令。
在一个示例性实施例中,第二获取单元包括:
第一获取模块,用于获取压力传感器所检测到的压力值,其中,压力传感器设置在清洁组件和分液器之间,过盈量是通过压力值表示的,过盈量阈值是通过压力值阈值表示的。
在一个示例性实施例中,第二获取单元包括:
第二获取模块,用于获取通过清洁组件的电流值,其中,过盈量是通过电流值表示的,过盈量阈值是通过电流值阈值表示的。
在一个示例性实施例中,执行单元包括:
第一控制模块,用于根据自清洁指令,控制清洁组件正转,以清理清洁组件上的垃圾,其中,在清洁组件正转的过程中,清洁设备的分液器向清洁组件喷洒液体,且清洁设备的负压发生器关闭;
第二控制模块,用于控制清洁组件反转,以清扫清洁设备的视窗上和分液器上端的垃圾,清理与清洁组件对应的清洁组件腔体,并使清洁体蓬松,其中,在清洁组件反转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作。
在一个示例性实施例中,执行单元还包括:
第三控制模块,用于在控制清洁组件反转之后,控制清洁组件再次正转,以刮干清洁组件,清洁该清洁设备的吸尘管道,其中,在清洁组件再次正转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作;
第四控制模块,用于控制清洁组件再次反转,以使清洁体蓬松,其中,在清洁组件再次反转的过程中,分液器不向清洁组件喷洒液体,且负压发生器工作。
在一个示例性实施例中,执行单元还包括:
第五控制模块,用于在控制清洁组件反转之后,控制清洁组件交替进行正转和反转,以清理清洁组件和清洁组件腔体,其中,在清洁组件交替进行正转和反转的过程中,分液器向清洁组件喷洒液体,且负压发生器关闭。
在一个示例性实施例中,上述装置还包括:
启动单元,用于在执行清洁设备的自清洁操作之后,启动与清洁设备对应的烘干部件,以烘干清洁设备。
此处需要说明的是,上述模块与对应的步骤所实现的示例和应用场景相同,但不限于上述实施例所公开的内容。需要说明的是,上述模块作为装置的一部分可以运行在硬件环境中,可以通过软件实现,也可以通过硬件实现,其中,硬件环境包括网络环境。
根据本申请实施例的又一个方面,还提供了一种存储介质。可选地,在本实施例中,上述存储介质可以用于执行本申请实施例中上述任一项清洁设备的自清洁方法的程序代码。
可选地,在本实施例中,上述存储介质可以位于上述实施例所示的网络中的多个网络设备中的至少一个网络设备上。
可选地,在本实施例中,存储介质被设置为存储用于执行以下步骤的程序代码:
S1,获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作;
S22,响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松。
可选地,本实施例中的具体示例可以参考上述实施例中所描述的示例,本实施例中对此不再赘述。
可选地,在本实施例中,上述存储介质可以包括但不限于:U盘、ROM、RAM、移动硬盘、磁碟或者光盘等各种可以存储程序代码的介质。
根据本申请实施例的又一个方面,还提供了一种用于实施上述清洁设备的自清洁方法的电子装置,该电子装置可以是服务器、终端、或者其组合。
图25是根据本申请实施例的一种可选的电子装置的结构框图,如图25所示,包括处理器2502、通信接口2504、存储器2506和通信总线2508,其中,处理器2502、通信接口2504和存储器2506通过通信总线2508完成相互间的通信,其中,
存储器2506,用于存储计算机程序;
处理器2502,用于执行存储器2506上所存放的计算机程序时,实现如下步骤:
S1,获取与清洁设备对应的自清洁指令,其中,自清洁指令用于指示清洁设备执行自清洁操作;
S22,响应自清洁指令,执行清洁设备的自清洁操作,其中,在执行自 清洁操作的过程中,通过控制清洁设备的清洁组件至少进行一次反转,以清理包围清洁组件的部件,并使清洁组件上的清洁体蓬松。
可选地,在本实施例中,通信总线可以是PCI(Peripheral Component Interconnect,外设部件互连标准)总线、或EISA(Extended Industry Standard Architecture,扩展工业标准结构)总线等。该通信总线可以分为地址总线、数据总线、控制总线等。为便于表示,图25中仅用一条粗线表示,但并不表示仅有一根总线或一种类型的总线。通信接口用于上述电子装置与其他设备之间的通信。
存储器可以包括RAM,也可以包括非易失性存储器(non-volatile memory),例如,至少一个磁盘存储器。可选地,存储器还可以是至少一个位于远离前述处理器的存储装置。
作为一种示例,上述存储器2506中可以但不限于包括上述清洁设备的自清洁装置中的第一获取单元2402和执行单元2404。此外,还可以包括但不限于上述清洁设备的自清洁装置中的其他模块单元,本示例中不再赘述。
上述处理器可以是通用处理器,可以包含但不限于:CPU(Central Processing Unit,中央处理器)、NP(Network Processor,网络处理器)等;还可以是DSP(Digital Signal Processing,数字信号处理器)、ASIC(Application Specific Integrated Circuit,专用集成电路)、FPGA(Field-Programmable Gate Array,现场可编程门阵列)或者其他可编程逻辑器件、分立门或者晶体管逻辑器件、分立硬件组件。
可选地,本实施例中的具体示例可以参考上述实施例中所描述的示例,本实施例在此不再赘述。
本领域普通技术人员可以理解,图25所示的结构仅为示意,实施上述清洁设备的自清洁方法的设备可以是清洁设备,该清洁设备可以是智能手机(如Android手机、iOS手机等)、平板电脑、掌上电脑以及移动互联网设备(Mobile Internet Devices,MID)、PAD等清洁设备。图25其并不对上述电子装置的结构造成限定。例如,电子装置还可包括比图25中所示更多或者更少的组件(如网络接口、显示装置等),或者具有与图25所示的不同的配置。
本领域普通技术人员可以理解上述实施例的各种方法中的全部或部分步骤是可以通过程序来指令清洁设备相关的硬件来完成,该程序可以存储于一计算机可读存储介质中,存储介质可以包括:闪存盘、ROM、RAM、磁盘或光盘等。
上述本申请实施例序号仅仅为了描述,不代表实施例的优劣。
上述实施例中的集成的单元如果以软件功能单元的形式实现并作为独立的产品销售或使用时,可以存储在上述计算机可读取的存储介质中。基于这样的理解,本申请的技术方案本质上或者说对现有技术做出贡献的部分或者该技术方案的全部或部分可以以软件产品的形式体现出来,该计算机软件产品存储在存储介质中,包括若干指令用以使得一台或多台计算机设备(可为个人计算机、服务器或者网络设备等)执行本申请各个实施例所述方法的全部或部分步骤。
在本申请的上述实施例中,对各个实施例的描述都各有侧重,某个实施例中没有详述的部分,可以参见其他实施例的相关描述。
在本申请所提供的几个实施例中,应该理解到,所揭露的客户端,可通过其它的方式实现。其中,以上所描述的装置实施例仅仅是示意性的,例如所述单元的划分,仅仅为一种逻辑功能划分,实际实现时可以有另外的划分方式,例如多个单元或组件可以结合或者可以集成到另一个系统,或一些特征可以忽略,或不执行。另一点,所显示或讨论的相互之间的耦合或直接耦合或通信连接可以是通过一些接口,单元或模块的间接耦合或通信连接,可以是电性或其它的形式。
所述作为分离部件说明的单元可以是或者也可以不是物理上分开的,作为单元显示的部件可以是或者也可以不是物理单元,即可以位于一个地方,也可以分布到多个网络单元上。可以根据实际的需要选择其中的部分或者全部单元来实现本实施例中所提供的方案的目的。
另外,在本申请各个实施例中的各功能单元可以集成在一个处理单元中,也可以是各个单元单独物理存在,也可以两个或两个以上单元集成在一个单元中。上述集成的单元既可以采用硬件的形式实现,也可以采用软件功能单元的形式实现。
显然,上述所描述的实施例仅仅是本申请一部分的实施例,而不是全部的实施例。基于本申请中的实施例,本领域普通技术人员在没有做出创造性劳动前提下,可以做出其它不同形式的变化或变动,都应当属于本申请保护的范围。
另外,需要说明的是,上述各实施例中一个实施例中提到的技术细节,在其他实施例中依然有效,为了减少重复,这里不再赘述。

Claims (57)

  1. 一种地刷机构,其特征在于,包括:
    地刷本体(1);
    清洁组件(2),所述清洁组件(2)活动安装在所述地刷本体(1)上;
    分流器(3),所述分流器(3)设置在所述地刷本体(1)上,所述分流器(3)具有朝向所述清洁组件(2)设置的分水面(331),所述分水面(331)为弧形面,所述弧形面沿所述清洁组件(2)的转动方向延伸,所述分水面(331)上设置有至少一个分流口(332),当所述清洁组件(2)反向旋转时,所述清洁组件(2)和所述分水面(331)之间的污物在所述清洁组件(2)的运动下沿所述分水面(331)被移出。
  2. 根据权利要求1所述的地刷机构,其特征在于,所述清洁组件具有自清洁模式,当所述清洁组件(2)处于所述自清洁模式时,所述清洁组件(2)至少进行一次反向旋转。
  3. 根据权利要求1所述的地刷机构,其特征在于,所述分水面(331)的至少一部分与所述清洁组件(2)过盈配合。
  4. 根据权利要求3所述的地刷机构,其特征在于,所述分水面(331)与所述清洁组件(2)之间的过盈量沿所述清洁组件(2)的正转方向逐渐减小。
  5. 根据权利要求3所述的地刷机构,其特征在于,
    所述分水面(331)的全部区域均与所述清洁组件(2)过盈配合;和/或
    所述分流口(332)设置在所述分水面(331)的下部区域内。
  6. 根据权利要求1所述的地刷机构,其特征在于,所述地刷机构还包括透明视窗(4),所述透明视窗(4)设置在所述地刷本体(1)上,且位于所述清洁组件(2)的上方区域,所述透明视窗(4)朝向所述清洁组件(2)的壁面与所述清洁组件(2)过盈配合设置。
  7. 根据权利要求1所述的地刷机构,其特征在于,所述地刷机构还包括集污组件,所述集污组件安装在所述地刷本体(1)的底部区域,所述集污组件的吸污口(110)朝向所述清洁组件(2),所述吸污口(110)位于所述分流器(3)的下方。
  8. 一种地刷机构,其特征在于,包括:
    地刷本体(1);
    清洁组件(2),所述清洁组件(2)活动安装在所述地刷本体(1)上;
    分流器(3),所述分流器(3)设置在所述地刷本体(1)上,所述分流器(3)具有朝向所述清洁组件(2)设置的分水面(331),所述分水面(331)为弧形面,所述弧形面沿所述清洁组件(2)的转动方向延伸,所述分水面(331)上设置有至少一个分流口(332);
    紧固件(5),所述紧固件(5)为一个或多个,所述紧固件(5)沿第一方向延伸并连接所述分流器(3)与所述地刷本体(1),所述弧形面在所述清洁组件(2)的转动方向的中间线与所述弧形面的弧心所在的平面,与所述第一方向呈角度设置,且所述紧固件(5)与所述分水面(331)间隔设置。
  9. 根据权利要求8所述的地刷机构,其特征在于,以所述弧形面在所述清洁组件(2)的转动方向的中间线与所述弧形面的弧心所在的平面为横向平面,所述紧固件(5)竖向设置以连接所述分流器(3)与所述地刷本体(1)。
  10. 根据权利要求8所述的地刷机构,其特征在于,所述分流器(3)的顶部设置有至少一个第一安装孔,所述第一安装孔与所述分水面(331)间隔设置,当所述第一安装孔为多个时,多个所述第一安装孔沿所述清洁组件(2)的轴向顺次排列,所述紧固件(5)伸入所述第一安装孔内将所述分流器(3)与所述地刷本体(1)固定。
  11. 根据权利要求8所述的地刷机构,其特征在于,所述地刷机构还包括刮条(6),所述刮条(6)安装在所述分流器(3)的底部并与所述分流器(3)构成一个安装单元,所述紧固件(5)将所述安装单元与所述地刷本体(1)连接在一起。
  12. 根据权利要求11所述的地刷机构,其特征在于,所述地刷本体(1)具有侧向开口的安装空间,所述安装空间的开口朝向所述清洁组件(2)设置,所述安装单元的至少一部分安装在所述安装空间的内部。
  13. 根据权利要求11所述的地刷机构,其特征在于,所述刮条(6)和 所述分流器(3)可拆卸连接。
  14. 根据权利要求13所述的地刷机构,其特征在于,
    所述刮条(6)朝向所述分流器(3)的一侧表面和所述分流器(3)朝向所述刮条(6)的一侧表面的二者之一上设置有定位卡扣(604),所述刮条(6)朝向所述分流器(3)的一侧表面和所述分流器(3)朝向所述刮条(6)的一侧表面的二者中的另一个上设置有定位卡口,所述定位卡扣(604)嵌入所述定位卡口内,以使所述刮条(6)与所述分流器(3)构成所述安装单元,且所述刮条(6)与所述分流器(3)彼此朝向的表面贴合设置。
  15. 根据权利要求11所述的地刷机构,其特征在于,所述安装单元与所述地刷本体(1)可拆卸连接。
  16. 根据权利要求15所述的地刷机构,其特征在于,
    所述安装单元和所述地刷本体(1)的二者之一上设置有卡勾(35),所述安装单元和所述地刷本体(1)的二者中的另一个上设置有卡槽,所述卡勾(35)嵌入所述卡槽内,以使所述安装单元与所述地刷本体(1)构成所述安装单元,且所述安装单元与所述地刷本体(1)彼此朝向的表面贴合设置。
  17. 根据权利要求15所述的地刷机构,其特征在于,所述分流器(3)沿所述清洁组件(2)的轴向的两端设置有卡勾(35),且所述卡勾(35)朝向所述地刷本体(1)的后端延伸。
  18. 根据权利要求17所述的地刷机构,其特征在于,在所述清洁组件(2)的轴向上,所述分流器(3)的两端具有安装凸耳(34),所述卡勾(35)设置在所述安装凸耳(34)上;
    其中,所述安装凸耳(34)设置在所述分流器(3)靠近所述刮条(6)的一侧;和/或
    所述安装凸耳(34)的高度小于所述分流器(3)的高度。
  19. 根据权利要求8所述的地刷机构,其特征在于,所述分流器(3)和所述清洁组件(2)的个数均为两个,且两个所述清洁组件(2)分别间隔设置在所述地刷本体(1)上,两个所述分流器(3)分别对应朝向两个 所述清洁组件(2),且两个所述分流器(3)之间的距离小于两个所述清洁组件(2)之间的距离。
  20. 根据权利要求11所述的地刷机构,其特征在于,所述刮条(6)的底部设置有至少一个第二安装孔,当所述第二安装孔为多个时,多个所述第二安装孔沿所述清洁组件(2)的轴向顺次排列,所述紧固件(5)伸入所述第二安装孔内将所述安装单元与所述地刷本体(1)固定。
  21. 一种地刷机构,其特征在于,包括:
    地刷本体(1),所述地刷本体(1)包括第一定位部;
    驱动件,所述驱动件安装在所述地刷本体(1)上;
    清洁组件(2),所述清洁组件(2)活动安装在所述地刷本体(1)上,所述驱动件与所述清洁组件(2)驱动连接;
    分流器(3),所述分流器(3)设置在所述地刷本体(1)上,所述分流器(3)具有朝向所述清洁组件(2)设置的分水面(331),所述分水面(331)为弧形面,所述弧形面沿所述清洁组件(2)的转动方向延伸,所述分水面(331)上设置有至少一个分流口(332);
    刮条(6),所述刮条(6)位于所述分流器(3)的底部,所述刮条(6)包括第二定位部(603)以及朝向所述清洁组件(2)一侧的第一壁面(602),在所述第一定位部与所述第二定位部(603)配合的情况下,所述第一壁面(602)与所述分水面(331)的底部边缘光滑过渡衔接。
  22. 根据权利要求21所述的地刷机构,其特征在于,所述清洁组件(2)具有自清洁模式,当所述清洁组件(2)处于所述自清洁模式时,所述清洁组件(2)至少进行一次反向旋转。
  23. 根据权利要求21所述的地刷机构,其特征在于,所述第一壁面(602)所在的平面与所述分水面(331)的底部边缘相切;和/或所述刮条(6)与所述清洁组件(2)的过盈量大于所述分水面(331)与所述清洁组件(2)的过盈量。
  24. 根据权利要求21所述的地刷机构,其特征在于,所述第一定位部与所述第二定位部(603)抵接,所述第一定位部承托所述第二定位部(603)。
  25. 根据权利要求24所述的地刷机构,其特征在于,所述第一定位部 朝向所述刮条(6)的表面为阶梯面,所述第二定位部(603)为与所述阶梯面配合的阶梯结构。
  26. 根据权利要求25所述的地刷机构,其特征在于,所述刮条(6)包括刮条(6)本体和所述阶梯结构。
  27. 根据权利要求26所述的地刷机构,其特征在于,所述阶梯结构设置在所述刮条(6)本体的顶部区域并朝向所述地刷本体(1)的后端伸出。
  28. 根据权利要求21所述的地刷机构,其特征在于,所述刮条(6)具有定位缺口部(601),所述地刷本体(1)上设置有定位柱(120),所述刮条(6)安装到位后,所述定位柱(120)卡设在所述定位缺口部(601)处。
  29. 根据权利要求28所述的地刷机构,其特征在于,所述定位缺口部(601)为一个或多个,当所述定位缺口部(601)为多个时,多个所述定位缺口部(601)沿所述清洁组件(2)的轴向依次排列,所述定位柱(120)的个数不少于所述定位缺口部(601)的个数,且各所述定位缺口部(601)内容置有至少一个所述定位柱(120)。
  30. 根据权利要求28所述的地刷机构,其特征在于,所述定位柱(120)的周向还设置有多个定位筋板(121),且至少两个所述定位筋板(121)相对设置在所述定位柱(120)的两侧,所述定位筋板(121)远离所述定位柱(120)的侧边与所述定位缺口部(601)的周缘卡接。
  31. 一种地刷机构,其特征在于,包括:
    地刷本体(1);
    清洁组件(2),所述清洁组件(2)活动安装在所述地刷本体(1)上;
    分流器(3),所述分流器(3)设置在所述地刷本体(1)上,所述分流器(3)具有朝向所述清洁组件(2)设置的分水面(331),所述分水面(331)为弧形面,所述弧形面沿所述清洁组件(2)的转动方向延伸,所述分水面(331)上设置有多个分流口(332),至少部分所述分流口(332)沿所述清洁组件(2)的轴向排列设置,并用于向所述清洁组件(2)喷淋介质,且相邻两个所述分流口(332)之间的距离范围10-25毫米。
  32. 根据权利要求31所述的地刷机构,其特征在于,所述分流口(332) 具有横向分布的长边和竖向分布的短边,所述长边的尺寸范围0.8-1.5毫米,所述短边的尺寸范围0.2-0.6毫米;或者所述分流口(332)的面积在0.16-1.35平方毫米;或者所述分流口(332)的面积在0.4-0.6平方毫米。
  33. 根据权利要求31所述的地刷机构,其特征在于,所述分流器(3)还包括导流槽(322),多个所述分流口(332)被分为多组分流区域,且至少部分所述分流区域内设置有多个所述分流口(332),各所述分流区域均分别与不同的所述导流槽(322)连通。
  34. 根据权利要求33所述的地刷机构,其特征在于,各所述导流槽(322)具有一个或多个导流支槽(3221),所述导流支槽(3221)的个数与对应的所述分流区域内的所述分流口(332)的个数一致。
  35. 根据权利要求34所述的地刷机构,其特征在于,一个所述分流区域内设置有两个所述分流口(332),对应同一分流区域内的两个所述导流支槽(3221)呈倒置的V型结构。
  36. 根据权利要求33所述的地刷机构,其特征在于,所述地刷机构还包括设置在所述地刷本体(1)上的顶部盖板(130),所述顶部盖板(130)位于所述清洁组件(2)的上方,所述顶部盖板(130)朝向所述清洁组件(2)的一侧表面为光滑弧形面。
  37. 根据权利要求33所述的地刷机构,其特征在于,所述分流器(3)包括:
    基板(31),所述基板(31)上设有第一进孔(311);
    分流板(32),与所述基板(31)相连接,所述分流板(32)上设置有多个所述导流槽(322);
    盖板(33),设于所述分流板(32)背向所述基板(31)的一侧,所述盖板(33)上设有多个分流口(332),各所述分流口(332)位于所述分水面(331)上的出口以形成各所述分流口(332),所述第一进孔(311)通过所述导流槽(322)与所述分流口(332)连通。
  38. 根据权利要求37所述的地刷机构,其特征在于,所述分流板(32)上还设置有与所述第一进孔(311)对应连通的导流孔(321),所述导流孔(321)为多个,各所述导流槽(322)通过对应的所述导流孔(321)与 所述第一进孔(311)连通。
  39. 根据权利要求38所述的地刷机构,其特征在于,在所述导流孔(321)的导流方向上,所述导流孔(321)包括具有先后顺序的第一导流段和第二导流段,所述第一导流段的长度范围3.0-5.0mm,所述第二导流段的长度范围2.0-3.0mm;和/或所述第二导流段与所述一导流段的长度比范围1-2.5。
  40. 根据权利要求39所述的地刷机构,其特征在于,第一导流段的直径范围1.0-1.8mm,所述第二导流段的直径范围0.6-0.8mm;和/或所述第二导流段与所述第一导流段的直径比范围0.34-0.8。
  41. 根据权利要求38所述的地刷机构,其特征在于,
    所述基板(31)还设置有与所述第一进孔(311)连通的多个分支流道(312),多个所述导流孔(321)分别通过多个所述分支流道(312)与所述第一进孔(311)连通;和/或
    各所述导流孔(321)朝向所述基板(31)的一侧的孔径大于所述导流孔(321)朝向所述盖板(33)的一侧的孔径;和/或
    各所述导流槽(322)包括至少两个导流支槽(3221),所述导流孔(321)位于所述至少两个导流支槽(3221)的连接处,各所述导流支槽(3221)与至少一个所述分流口(332)连通。
  42. 根据权利要求31至41中任一项所述的地刷机构,其特征在于,所述分流器(3)是透明材料制成的。
  43. 一种地刷机构,其特征在于,包括:
    地刷本体(1);
    清洁组件(2),所述清洁组件(2)活动安装在所述地刷本体(1)上;
    分流器(3),所述分流器(3)设置在所述地刷本体(1)上,所述分流器(3)具有朝向所述清洁组件(2)设置的分水面(331);
    顶部盖板(130),所述顶部盖板(130)设置在所述地刷本体(1)上且位于所述清洁组件(2)的上方,所述顶部盖板(130)朝向所述清洁组件(2)的一侧表面为光滑弧形面,且所述光滑弧形面沿所述清洁组件(2)的转动方向延伸,所述分水面(331)与所述光滑弧形面处于同一弧面上, 并分布于所述清洁组件(2)的周向,当所述清洁组件(2)反向旋转时,以使处于所述清洁组件(2)和所述光滑弧形面之间的污物在所述清洁组件(2)的运动下被移出。
  44. 根据权利要求43所述的地刷机构,其特征在于,所述清洁组件具有自清洁模式,当所述清洁组件(2)处于所述自清洁模式时,所述清洁组件(2)至少进行一次反向旋转。
  45. 根据权利要求43所述的地刷机构,其特征在于,所述分水面(331)直接与所述光滑弧形面之间能够光滑过渡衔接。
  46. 根据权利要求45所述的地刷机构,其特征在于,所述分水面(331)为弧形面,所述分水面(331)与所述光滑弧形面共同形成了一光滑的弧面。
  47. 根据权利要求43所述的地刷机构,其特征在于,所述地刷本体(1)具有过渡面,所述过渡面与所述分水面(331)、所述光滑弧形面平滑连接,所述分水面(331)与所述光滑弧形面和所述过渡面处于同一弧面上。
  48. 根据权利要求47所述的地刷机构,其特征在于,所述过渡面位于所述分水面(331)和所述光滑弧形面之间;或者所述过渡面位于所述分水面(331)远离所述光滑弧形面的一侧。
  49. 根据权利要求43所述的地刷机构,其特征在于,所述光滑弧形面与所述清洁组件(2)过盈配合设置。
  50. 根据权利要求49所述的地刷机构,其特征在于,所述光滑弧形面与所述清洁组件(2)的过盈量小于等于1.5毫米。
  51. 一种清洁设备,其特征在于,包括权利要求1至7或者8至20或者21至30或者31至41或者42至50中任一项所述的地刷机构。
  52. 一种清洁系统,其特征在于,包括:
    基站(200),所述基站(200)具有底座,所述底座具有容置槽(210);
    权利要求51所述的清洁设备,当所述清洁设备处于自清洁模式时,所述清洁设备的地刷机构的清洁组件(2)的至少一部分位于所述容置槽(210)内,且所述容置槽(210)的槽壁面、所述地刷机构的顶部盖板(130)的光滑弧形面、所述地刷机构的分流器(3)的分水面(331)形成滚刷腔室。
  53. 根据权利要求52所述的清洁系统,其特征在于,所述容置槽(210) 的槽壁面、所述地刷机构的顶部盖板(130)的光滑弧形面、所述地刷机构的分流器(3)的分水面(331)位于同一圆弧面上。
  54. 根据权利要求52所述的清洁系统,其特征在于,所述容置槽(210)与所述清洁组件(2)位于前侧的至少部分区域过盈配合;其中,所述容置槽(210)与所述清洁组件(2)过盈配合的区域占所述清洁组件(2)的周向的四分之一。
  55. 根据权利要求54所述的清洁系统,其特征在于,所述容置槽(210)与所述清洁组件(2)的至少部分区域的过盈量小于等于1.5毫米。
  56. 根据权利要求54所述的清洁系统,其特征在于,所述容置槽(210)与所述清洁组件(2)位于后侧的至少另一部分区域避空间隔设置,所述容置槽(210)与所述清洁组件(2)避空间隔设置的区域占所述清洁组件(2)的周向的四分之一。
  57. 根据权利要求53所述的清洁系统,其特征在于,所述顶部盖板(130)的前侧的下部边缘与所述基站(200)之间的间隙H小于等于2毫米。
PCT/CN2022/124367 2021-11-11 2022-10-10 地刷机构、清洁设备和清洁系统 WO2023082909A1 (zh)

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