WO2023011060A1 - 用于拖把桶的清洁组件 - Google Patents

用于拖把桶的清洁组件 Download PDF

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Publication number
WO2023011060A1
WO2023011060A1 PCT/CN2022/102568 CN2022102568W WO2023011060A1 WO 2023011060 A1 WO2023011060 A1 WO 2023011060A1 CN 2022102568 W CN2022102568 W CN 2022102568W WO 2023011060 A1 WO2023011060 A1 WO 2023011060A1
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WO
WIPO (PCT)
Prior art keywords
cleaning
pumping mechanism
rotary joint
mop
water
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PCT/CN2022/102568
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English (en)
French (fr)
Inventor
朱雪林
宋潘维
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嘉兴捷顺旅游制品有限公司
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Publication of WO2023011060A1 publication Critical patent/WO2023011060A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
    • A47L13/50—Auxiliary implements
    • A47L13/58—Wringers for scouring pads, mops, or the like, combined with buckets
    • A47L13/59—Wringers for scouring pads, mops, or the like, combined with buckets with movable squeezing members
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
    • A47L13/50—Auxiliary implements
    • A47L13/58—Wringers for scouring pads, mops, or the like, combined with buckets
    • A47L13/60—Wringers for scouring pads, mops, or the like, combined with buckets with squeezing rollers

Definitions

  • the utility model belongs to the field of mops, in particular to a cleaning component for a mop bucket.
  • the spin-dry mop set has the advantages of convenient cleaning and dehydration, especially the cleaning effect of a semi-dry and wet mop, and is currently being used more and more widely in daily life. It generally includes a mop bucket and a mop rod.
  • the common drying mop kits on the market generally include a mop bucket and a mop body. The mop head cleaning and de-drying of the mop body are all completed in the mop bucket. The stains or hairs cleaned on the mop will float on the water surface. With the cleaning of the mop, these stains will still stick to the mop, especially when the mop is taken out or the dirty water is drained, these stains will stick again. On the mop, its cleaning efficiency is greatly reduced. When the mop is wiped dry, these stains either remain on the mop and cause the mop to be uncleanly cleaned or get entangled on the wiper.
  • This utility model is to provide a cleaning assembly for a mop bucket to solve the above problems.
  • a cleaning assembly for a mop bucket comprising a cleaning bucket, the cleaning bucket is provided with a cleaning cavity, the cleaning cavity is provided with a pumping mechanism, and the top of the pumping mechanism has a rotary joint, the A clutch mechanism is provided between the rotary joint and the pumping mechanism, and the clutch mechanism can make the rotary joint and the pumping mechanism circumferentially fixedly connected or separated.
  • the clutch mechanism includes ring gears respectively arranged between the rotating shaft of the pumping mechanism and the rotary joint and capable of meshing with each other.
  • the guide positioning structure includes a first positioning part and a second positioning part, a track area is provided between the first positioning part and the second positioning part, and the The swivel joint is provided with a sliding block that slides in the track area.
  • the sliding block is located at the first positioning part to separate the swivel joint from the pumping mechanism.
  • the sliding block is located at the second positioning part to make the swivel joint and the pump
  • the water mechanism is fixed in the circumferential direction.
  • the first positioning part is located at the upper end of the track area
  • the second positioning part is located at the lower end of the track area
  • the first positioning part and the second positioning part both include two interconnected card surfaces, an acute angle is formed between the two interconnected card surfaces, and the sliding Blocks can be offset against two interconnected card faces.
  • the positioning guide structure further includes several track areas, the several track areas are arranged in a circular array along the outer surface of the pumping mechanism, and the several track areas are connected end to end in sequence Form a closed circulation channel.
  • the rotary joint is provided with a hollow drum
  • the pumping mechanism is slidably connected to the drum
  • the drum extends into the pumping mechanism
  • the track area is set on the outer ring of the pumping mechanism
  • the sliding blocks are set on the drum.
  • the cleaning assembly for the mop bucket also includes a cleaning roller rotatably arranged in the cleaning chamber, a roller bracket is arranged in the cleaning chamber, and an elastic reset member is arranged between the cleaning roller and the roller bracket.
  • the rotary joint is also provided with several spray ports, and the several spray ports are all connected to the water outlet of the pumping mechanism.
  • the guiding and positioning structure in the utility model can keep the rotary joint and the water pumping mechanism in the state of being fixed in the circumferential direction or in the state of separation, so that the mop can be stably in the state of cleaning or drying.
  • Fig. 1 is a structural representation of the utility model in a clean state
  • Fig. 2 is a schematic structural view of the utility model in a spin-dried state
  • Fig. 3 is a schematic diagram of the connection between the sliding blocks and the track area when they are in a clean state
  • Fig. 4 is a schematic diagram of the connection between the sliding block and the track area when they are in a dry state
  • Fig. 5 is a schematic diagram of the connection between the pumping mechanism and the rotary joint when they are in a clean state
  • Fig. 6 is a schematic diagram of the connection between the pumping mechanism and the rotary joint when they are in a dry state.
  • cleaning bucket 10 cleaning chamber 11, pumping mechanism 12, rotary joint 13, clutch mechanism 14, guiding and positioning structure 15, first positioning part 16, second positioning part 17, track area 18, sliding block 19, card Surface 20, drum 21, cleaning roller 22, roller bracket 23, spray opening 24, spiral water intake plate 25.
  • a cleaning assembly for a mop bucket includes a cleaning bucket 10, the cleaning bucket 10 is provided with a cleaning chamber 11, and the cleaning chamber 11 is provided with a pumping mechanism 12,
  • the top of the pumping mechanism 12 has a rotary joint 13, and a clutch mechanism 14 is arranged between the rotary joint 13 and the pumping mechanism 12.
  • the clutch mechanism can make the rotary joint 13 and the pumping mechanism 12 circumferentially Attach or separate.
  • the mop is set on the swivel joint 13 and clamped with the swivel joint 13 .
  • the rotary joint 13 is fixed in the circumferential direction with the pumping mechanism 12 through the clutch mechanism 14, and the mop is rotated electrically or manually, and the pumping mechanism 12 is operated through the circumferential fixed connection between the rotary joint 13 and the pumping mechanism 12 , the water inlet of the pumping mechanism 12 is located at the bottom of the cleaning chamber 11 and below the water level line, the work of the pumping mechanism 12 can spray water upwards and spray it on the mop so as to clean the mop.
  • the clutch mechanism 14 separates the rotary joint 13 from the pumping mechanism 12.
  • the electric rotation or manual rotation of the mop will not cause the pumping mechanism 12 to rotate, so that in this process there will be no
  • the water is sprayed upwards on the mop, so the rotation of the mop is only in the dry state at this time.
  • the water surface is not in direct contact with the mop, and the water is sprayed on the mop through the water pump mechanism 12, and the impurities washed down will remain in the water and will not be washed on the mop again with the water flow, increasing the cleaning time. efficiency.
  • the clutch mechanism 14 includes ring gears respectively arranged between the rotating shaft of the water pumping mechanism 12 and the rotary joint 13 and capable of meshing with each other.
  • the circumferential fixed connection between the rotary joint 13 and the pumping mechanism 12 is carried out by the ring gear arranged on the rotating shaft of the pumping mechanism 12 and the ring gear arranged on the rotary joint 13 meshing with each other.
  • the ring gear may be composed of several straight teeth, may also be composed of several helical teeth, and may also be in other clamping forms.
  • the circumferential fixed connection and separation of the rotary joint 13 and the pumping mechanism 12 are realized through the engagement or disengagement of the two ring gears.
  • the water pumping mechanism 12 includes a pump body, the pump body is provided with a spiral water intake plate 25, the rotation of the spiral water intake plate 25 can make water spray out, and the spiral water intake plate 25 is arranged on the rotating shaft , the rotating shaft extends out of the pump body, and one ring gear is arranged on the rotating shaft.
  • a guiding and positioning structure 15 is provided between the cleaning chamber 11 and the rotary joint 13 to switch between the circumferential fixed connection and separation states of the rotary joint 13 and the pumping mechanism 12 .
  • the function of the guiding and positioning structure 15 is to realize the switching between the rotary joint 13 and the pumping mechanism 12 in the circumferential fixed connection and separation state, and also has a positioning function.
  • the guiding and positioning structure 15 can make the rotary joint 13 and the The pumping mechanism 12 is always in the state of being fixed in the circumferential direction or in the state of separation, so that the mop can be stably in the state of cleaning or drying.
  • the guide and positioning structure 15 includes a first positioning part 16 and a second positioning part 17, a track area 18 is provided between the first positioning part 16 and the second positioning part 17, and a track area 18 is provided on the rotary joint 13.
  • the sliding block 19 is located at the first positioning part 16 to separate the rotary joint 13 from the pumping mechanism 12.
  • the sliding block 19 is located at the second positioning part 17 to allow the rotation
  • the joint 13 is fixedly connected with the pumping mechanism 12 in the circumferential direction.
  • the sliding block 19 slides to the second positioning part 17, at this time, the rotary joint 13 and the pumping mechanism 12 are in a state of circumferentially fixed connection through two ring gears and Cleaning work on the mop.
  • the sliding block 19 breaks away from the second positioning portion 17 and slides in the track area 18, the sliding block 19 slides along the track area 18 and slides to the first positioning portion 16, the sliding block 19 is synchronized with the swivel joint 13.
  • the swivel joint 13 is separated from the pumping mechanism 12, so that the rotation of the mop is in the state of spinning.
  • the sliding block 19 is also moved, and moves from the first positioning portion 16 to the second positioning portion 17 .
  • the first positioning part 16 is located at the upper end of the track area 18, and the second positioning part 17 is located at the lower end of the track area 18.
  • the downward movement of the rotary joint 13 allows the rotary joint 13 to pass through the clutch mechanism 14 and the pump.
  • the water mechanism 12 is clamped, and the upward movement of the rotary joint 13 can disconnect the rotary joint 13 from the water pumping mechanism 12 .
  • the mop is on the upper side, it means that the rotary joint 13 is separated from the pumping mechanism 12, and if the mop is on the lower side, it means that the rotary joint 13 is connected to the pumping mechanism 12, which can intuitively show that the mop is in a cleaning or drying state.
  • Both the first positioning part 16 and the second positioning part 17 include two interconnected card surfaces 20, an acute angle is formed between the two interconnected card surfaces 20, and the described sliding block 19 can be connected with two interconnected The face of the card is 20 offset.
  • the guide and positioning structure 15 also includes several track areas 18 in a circular array along the outer surface of the pumping mechanism 12, and several track areas 18 are connected end to end in turn to form a closed circulation channel.
  • the mop when switching the cleaning or drying state of the mop, the mop is rotated in the opposite direction when working, so that the sliding block 19 and the first positioning part 16 or the second positioning part 17 are aligned in the track area 18 Slide to another second positioning part 17 or the first positioning part 16 .
  • several track areas 18 form a closed circulation channel, and the mop can go round and round along one direction of the track area 18 to switch the cleaning or drying state of the mop.
  • the rotary joint 13 is provided with a hollow rotating drum 21, the pumping mechanism 12 is slidingly connected with the rotating drum 21, and the rotating drum 21 extends into the pumping mechanism 12, and the track area 18 is arranged on the outer ring of the pumping mechanism 12, and the sliding block 19 is arranged on the drum 21.
  • the rotating drum 21 is used to connect the rotary joint 13 and the sliding block 19, and the rotating drum 21 is set in the pumping mechanism 12 and is slidingly connected with the inner wall of the outer ring of the pumping mechanism 12.
  • the screw in the pumping mechanism 12 The water intake plate 25 is located in the drum 21. On the one hand, it can stabilize the connection relationship between the rotary joint 13 and the pumping structure 12, and on the other hand, it can prevent the water in the pumping structure 12 from spreading around and not spraying on the mop.
  • the swivel joint 13 is provided with a guide groove adapted to the rotating shaft of the pumping mechanism 12, and the rotating shaft of the pumping mechanism 12 extends into the guiding groove and is slidably connected with the guiding groove. Further stabilize the movement of the rotary joint 13 when switching states.
  • the rotary joint 13 is also provided with several spray ports 24 , and the several spray ports 24 are all communicated with the water outlet of the pumping mechanism 12 .
  • the water sprayed by the pumping mechanism 12 is sprayed from several spray ports 24, and the several spray ports 24 can be arranged in an annular array, and the sprayed water can be evenly sprayed on the mop .
  • the power to clean or dry the mop comes from the electric rotation of the mop or the manual rotation of the mop.
  • the operation of moving the mop upwards will drive the sliding block 19 to slide in the track area 18 and slide the sliding block 19 to the first positioning part 16, put down the mop, and make the sliding block 19 touch the At the horizontal surface on the card surface 20 on the first positioning part 16, and in the drying process, the sliding block 19 rotates towards the vertical direction on the card surface 20 on the first positioning part 16, so that the sliding block 19 It is always positioned on the first positioning portion 16, even if the mop is stably in the drying state and performs drying work.
  • the mop is rotated in the opposite direction relative to the working rotation direction, so that the sliding block 19 is separated from the first positioning part 16 and slides into the track area 18, and then the mop is moved downward , make the sliding block 19 move to the second positioning part 17 along the track area 18, the principle of positioning the sliding block 19 at the second positioning part 17 is the same as the principle of positioning at the first positioning part 16, at this time, the rotary joint 13 and the pump water
  • the working shafts of the mechanism 12 are meshed and fixed in the circumferential direction through two ring gears, and at the same time, the mop is pressed against the cleaning roller 22.
  • the rotation of the mop drives the rotation of the working shaft of the water pumping mechanism 12, and the water pumping mechanism 12
  • the work of making water upwards is sprayed on the mop and cooperates cleaning roller 22 to clean.

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  • Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)

Abstract

一种用于拖把桶的清洁组件，属于拖把领域。它包括清洁桶（10），该清洁桶（10）内设有清洁腔（11），该清洁腔（11）内设有泵水机构（12），该泵水机构（12）的上方具有旋转接头（13），该旋转接头（13）与泵水机构（12）之间设有离合机构（14），该离合机构（14）可使旋转接头（13）与泵水机构（12）周向固连或分离。其优点在于清洗过程中水面不与拖把直接接触，通过泵水机构（12）将水喷洒在拖把上，冲洗下来的杂质会留在水中且不会再次随着水流被冲洗至拖把上，增加清洗的效率。且通过离合机构（14）可使旋转接头（13）与泵水机构（12）周向固连或分离，从而实现清洗与甩干步骤的切换。

Description

用于拖把桶的清洁组件 技术领域
本实用新型属于拖把领域，尤其涉及一种用于拖把桶的清洁组件。
背景技术
甩干拖把套件具有清洗脱水方便的优点，尤其是可实现半干湿式拖把的清洁效果，目前在生活中得到了越来越广泛的使用。其一般包括拖把桶和拖把杆，目前市面上常见的甩干拖把套件一般包括拖把桶和拖把体，拖把体的拖把头清洗与脱干均在拖把桶内完成，尤其是在清洗拖把时，从拖把上清洗下来的污渍或头发等会漂浮在水面上，随着拖把的清洗，这些污渍还是会重新粘附在拖把上，尤其是将拖把取出或将脏水排出时，这些污渍又会重新贴在拖把上，其清洗的效率大大降低。在拖把进行刮干时，这些污渍或留在拖把上导致拖把清洗不干净或缠在刮水件上。
发明内容
本实用新型的目的是针对上述问题，提供一种用于拖把桶的清洁组件。
为达到上述目的，本实用新型采用了下列技术方案：
一种用于拖把桶的清洁组件，包括清洁桶，所述的清洁桶内设有清洁腔，所述的清洁腔内设有泵水机构，所述的泵水机构的上方具有旋转接头，所述的旋转接头与泵水机构之间设有离合机构，所述的离合机构可使旋转接头与泵水机构周向固连或分离。
在上述的用于拖把桶的清洁组件中，所述的离合机构包括分 别设置于泵水机构转轴和旋转接头之间且可相互啮合的齿圈。
在上述的用于拖把桶的清洁组件中，所述的清洁腔和旋转接头之间还设有可使旋转接头与泵水机构在周向固连和分离状态进行切换的导向定位结构。
在上述的用于拖把桶的清洁组件中，所述的导向定位结构包括第一定位部和第二定位部，所述的第一定位部和第二定位部之间设有轨道区域，所述的旋转接头上设有滑动于轨道区域内滑行块，所述的滑行块位于第一定位部可使旋转接头与泵水机构分离，所述的滑行块位于第二定位部可使旋转接头与泵水机构周向固连。
在上述的用于拖把桶的清洁组件中，所述的第一定位部位于轨道区域的上端，所述的第二定位部位于轨道区域的下端，所述的旋转接头向下移动可使旋转接头通过离合机构与泵水机构卡接，所述的旋转接头向上移动可使旋转接头与泵水机构脱离连接。
在上述的用于拖把桶的清洁组件中，所述的第一定位部和第二定位部均包括两个相互连接的卡面，两个相互连接的卡面之间形成锐角，所述的滑行块可与两个相互连接的卡面相抵。
在上述的用于拖把桶的清洁组件中，所述的定位导向结构还包括若干个轨道区域，若干个轨道区域沿着泵水机构外表面呈环形阵列状，且若干个轨道区域依次头尾相连形成封闭状的循环通道。
在上述的用于拖把桶的清洁组件中，所述的旋转接头设有呈中空状的转筒，所述的泵水机构与转筒滑动连接，且所述的转筒延伸入泵水机构内，所述的轨道区域设置在泵水机构的外圈，且所述的滑行块设置在转筒的上。
在上述的用于拖把桶的清洁组件中，还包括转动设置在清洁腔内的清洁滚轮，所述的清洁腔内设有滚轮支架，所述的清洁滚轮与滚轮支架之间设有弹性复位件。
在上述的用于拖把桶的清洁组件中，所述的旋转接头上还设有若干个喷洒口，若干个喷洒口均与泵水机构的出水口连通。
与现有的技术相比，本实用新型的优点在于：
1、本实用新型清洗过程中水面不与拖把直接接触，通过泵水机构将水喷洒在拖把上，冲洗下来的杂质会留在水中且不会再次随着水流被冲洗至拖把上，增加清洗的效率。且通过离合机构可使旋转接头与泵水机构周向固连或分离，从而实现清洗与甩干步骤的切换。
2、本实用新型中的导向定位结构能够使旋转接头与泵水机构一直处于周向固连的状态或处于分离状态，使拖把能够稳定的处于清洗状态或甩干状态。
附图说明
图1是本实用新型处于清洁状态的结构示意图；
图2是本实用新型处于甩干状态的结构示意图；
图3是滑行块与轨道区域处于清洁状态时的连接示意图；
图4是滑行块与轨道区域处于甩干状态时的连接示意图；
图5是泵水机构与旋转接头处于清洁状态时的连接示意图；
图6是泵水机构与旋转接头处于甩干状态时的连接示意图。
图中：清洁桶10、清洁腔11、泵水机构12、旋转接头13、离合机构14、导向定位结构15、第一定位部16、第二定位部17、轨道区域18、滑行块19、卡面20、转筒21、清洁滚轮22、滚轮支架23、喷洒口24、螺旋取水板25。
具体实施方式
下面结合附图和具体实施方式对本实用新型做进一步详细的说明。
结合图1-6所示，一种用于拖把桶的清洁组件，包括清洁桶 10，所述的清洁桶10内设有清洁腔11，所述的清洁腔11内设有泵水机构12，所述的泵水机构12的上方具有旋转接头13，所述的旋转接头13与泵水机构12之间设有离合机构14，所述的离合机构可使旋转接头13与泵水机构12周向固连或分离。
在本实用新型中，拖把套在旋转接头13上并与旋转接头13卡接。在清洗过程中，通过离合机构14使旋转接头13与泵水机构12周向固连，拖把电动旋转或手动旋转，且通过旋转接头13与泵水机构12周向固连使泵水机构12工作，泵水机构12的入水口位于清洁腔11的底部且位于水位线之下，泵水机构12的工作能够将水向上喷出并喷洒在拖把上从而进行对拖把的清洗。在拖把甩干过程中，离合机构14使旋转接头13与泵水机构12分离，此时拖把电动的旋转或手动的旋转不会使泵水机构12进行旋转工作，从而使在该过程中不会讲水向上喷洒在拖把上，因此此时拖把的旋转仅为甩干状态。本实用新型在清洗过程中水面不与拖把直接接触，通过泵水机构12将水喷洒在拖把上，冲洗下来的杂质会留在水中且不会再次随着水流被冲洗至拖把上，增加清洗的效率。
所述的离合机构14包括分别设置于泵水机构12转轴和旋转接头13之间且可相互啮合的齿圈。
在本实用新型中，通过设置在泵水机构12转轴上的齿圈和设置在旋转接头13上的齿圈相互啮合的方式进行旋转接头13和泵水机构12的周向固连。齿圈可以是有若干个直齿构成，也可以是若干个斜齿构成，也可以是其他的卡接形式。通过两个齿圈的啮合或脱离实现旋转接头13和泵水机构12的周向固连和分离。
可优选的，泵水机构12包括泵体，所述的泵体内设有螺旋取水板25，所述的螺旋取水板25的转动能使水喷洒出，所述的螺旋取水板25设置在转轴上，所述的转轴延伸出泵体，且其中一圈齿圈设置在转轴上。
所述的清洁腔11和旋转接头13之间还设有可使旋转接头13与泵水机构12在周向固连和分离状态进行切换的导向定位结构15。
在本实用新型中，导向定位结构15的作用在于实现对旋转接头13与泵水机构12在周向固连和分离状态进行切换，且还具有定位作用，导向定位结构15能够使旋转接头13与泵水机构12一直处于周向固连的状态或处于分离状态，使拖把能够稳定的处于清洗状态或甩干状态。
所述的导向定位结构15包括第一定位部16和第二定位部17，所述的第一定位部16和第二定位部17之间设有轨道区域18，所述的旋转接头13上设有滑动于轨道区域18内滑行块19，所述的滑行块19位于第一定位部16可使旋转接头13与泵水机构12分离，所述的滑行块19位于第二定位部17可使旋转接头13与泵水机构12周向固连。
在本实用新型中，当拖把处于清洗状态时，滑行块19滑动至第二定位部17处，此时通过两圈齿圈使旋转接头13与泵水机构12处于周向固连的状态并进行对拖把的清洗工作。当清洗状态切换至甩干状态的过程中，滑行块19脱离第二定位部17并在轨道区域18内滑动，滑行块19沿着轨道区域18滑动并滑动至第一定位部16处，滑行块19与旋转接头13同步金义东，此时旋转接头13与泵水机构12处于分离的状态，从而使拖把的旋转处于甩干状态。同理可得，当拖把甩干状态切换至清洗状态时，也使滑行块19进行移动，且从第一定位部16移动至第二定位部17。
所述的第一定位部16位于轨道区域18的上端，所述的第二定位部17位于轨道区域18的下端，所述的旋转接头13向下移动可使旋转接头13通过离合机构14与泵水机构12卡接，所述的旋转接头13向上移动可使旋转接头13与泵水机构12脱离连接。
在本实用新型中，在将拖把切换至甩干状态时，向上提起拖 把，从而带动滑行块19在轨道区域18上向上滑动，且使滑行块19从第二定位部17移动至第一定位部16；在将拖把切换至清洗状态时，向下移动拖把，使滑行块19从第一定位部16移动至第二定位部17，从而使旋转接头13和泵水机构12周向固连。此外，不管拖把是处于清洗状态下的旋转或是处于甩干状态下的旋转，滑行块19卡在第二定位部17或卡在第一定位部16处，拖把旋转状态稳定运行，且旋转接头13与泵水机构12处于固连或分离的状态稳定。此外，拖把位于上侧则表示旋转接头13与泵水机构12的分离，拖把位于下侧则表示旋转接头13与泵水机构12的固连，能够直观的显示拖把处于清洗或甩干状态。
所述的第一定位部16和第二定位部17均包括两个相互连接的卡面20，两个相互连接的卡面20之间形成锐角，所述的滑行块19可与两个相互连接的卡面20相抵。
在本实用新型中，由于拖把的重力竖直向下，且拖把是在竖直方向上的移动实现拖把清洗或甩干状态的切换。相互连接的两个卡面20中其中一个是横面，另一个是竖面，当拖把处于清洗或甩干状态下时，滑行块19抵在对应的横面上，且在旋转状态时，滑行块19始终朝着对应的竖面方向旋转，使滑行块19始终同时抵在竖面以及支撑在横面上，从而实现拖把旋转状态稳定运行，且旋转接头13与泵水机构12处于固连或分离的状态稳定。
所述的导向定位结构15还包括若干个轨道区域18，若干个轨道区域18沿着泵水机构12外表面呈环形阵列状，且若干个轨道区域18依次头尾相连形成封闭状的循环通道。
在本实用新型中，当切换拖把的清洗或甩干状态时，使拖把以工作时的反方向进行旋转，从而使滑行块19与第一定位部16或第二定位部17并在轨道区域18滑动至另一第二定位部17或第一定位部16。且若干个轨道区域18形成封闭状的循环通道，拖把能够周而复始的沿着轨道区域18一个方向去切换拖把的清洗 或甩干状态。
所述的旋转接头13设有呈中空状的转筒21，所述的泵水机构12与转筒21滑动连接，且所述的转筒21延伸入泵水机构12内，所述的轨道区域18设置在泵水机构12的外圈，且所述的滑行块19设置在转筒21的上。
在本实用新型中，转筒21用于连接旋转接头13与滑行块19，且转筒21套在泵水机构12内且与泵水机构12外圈内壁滑动连接，泵水机构12内的螺旋取水板25位于转筒21内，一方面，能够稳定旋转接头13与泵水结构12的连接关系，另一方面，能够防止泵水结构12内的水四周扩散导致的未喷洒至拖把上。
可优选的，所述的旋转接头13内设有与泵水机构12的转轴相适配的导向槽，所述的泵水机构12的转轴延伸入导向槽内且与导向槽滑动连接。进一步稳定旋转接头13切换状态时的移动。
还包括转动设置在清洁腔11内的清洁滚轮22，所述的清洁腔11内设有滚轮支架23，所述的清洁滚轮22与滚轮支架23之间设有弹性复位件。
在本实用新型中，在清洗状态下，拖把抵在清洁滚轮22上，且挤压清洁滚轮22并使弹性复位件变形，弹性复位件的反作用力使清洁滚轮22抵在拖把上，随着泵水机构12的喷洒对拖把进行清洗。
所述的旋转接头13上还设有若干个喷洒口24，若干个喷洒口24均与泵水机构12的出水口连通。
在本实用新型中，在清洗状态时，泵水机构12喷出的水从若干个喷洒口24喷出，若干个喷洒口24可呈环形阵列设置，喷出的水能够均匀的喷洒在拖把上。
本实用新型的原理为：
清洗或甩干拖把的动力来源于拖把的电动旋转或人工的手动旋转。当拖把切换至甩干状态时，对拖把进行向上移动的操作， 带动滑行块19在轨道区域18内滑动并使滑行块19滑动至第一定位部16处，放下拖把，使滑行块19抵在第一定位部16上的卡面20上的横面处，且在甩干过程中，滑行块19朝着第一定位部16上的卡面20上的竖面方向旋转，从而使滑行块19始终定位在第一定位部16上，即使拖把稳定的处于甩干状态下并进行甩干工作。拖把从甩干状态切换至清洗状态的工作过程中，使拖把相对于工作旋转方向的反方向旋转，从而使滑行块19脱离第一定位部16并滑动至轨道区域18内，接着向下移动拖把，使滑行块19沿着轨道区域18移动至第二定位部17，与定位在第一定位部16的原理相同使滑行块19定位在第二定位部17处，此时旋转接头13和泵水机构12的工作轴之间通过两圈齿圈进行啮合的周向固连，同时使拖把抵在清洁滚轮22上，此时，拖把的旋转带动泵水机构12工作轴的旋转，泵水机构12的工作使水向上喷洒至拖把上并配合清洁滚轮22进行清洗。
本文中所描述的具体实施例仅仅是对本实用新型精神作举例说明。本实用新型所属技术领域的技术人员可以对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，但并不会偏离本实用新型的精神或者超越所附权利要求书所定义的范围。
尽管本文较多地使用了清洁桶10、清洁腔11、泵水机构12、旋转接头13、离合机构14、导向定位结构15、第一定位部16、第二定位部17、轨道区域18、滑行块19、卡面20、转筒21、清洁滚轮22、滚轮支架23、喷洒口24、螺旋取水板25等，使用这些术语仅仅是为了更方便地描述和解释本实用新型的本质；把它们解释成任何一种附加的限制都是与本实用新型精神相违背的。

Claims (10)

  1. 一种用于拖把桶的清洁组件，包括清洁桶(10)，所述的清洁桶(10)内设有清洁腔(11)，其特征在于，所述的清洁腔(11)内设有泵水机构(12)，所述的泵水机构(12)的上方具有旋转接头(13)，所述的旋转接头(13)与泵水机构(12)之间设有离合机构(14)，所述的离合机构可使旋转接头(13)与泵水机构(12)周向固连或分离。
  2. 根据权利要求1所述的用于拖把桶的清洁组件，其特征在于，所述的离合机构(14)包括分别设置于泵水机构(12)转轴和旋转接头(13)之间且可相互啮合的齿圈。
  3. 根据权利要求2所述的用于拖把桶的清洁组件，其特征在于，所述的清洁腔(11)和旋转接头(13)之间还设有可使旋转接头(13)与泵水机构(12)在周向固连和分离状态进行切换的导向定位结构(15)。
  4. 根据权利要求3所述的用于拖把桶的清洁组件，其特征在于，所述的导向定位结构(15)包括第一定位部(16)和第二定位部(17)，所述的第一定位部(16)和第二定位部(17)之间设有轨道区域(18)，所述的旋转接头(13)上设有滑动于轨道区域(18)内滑行块(19)，所述的滑行块(19)位于第一定位部(16)可使旋转接头(13)与泵水机构(12)分离，所述的滑行块(19)位于第二定位部(17)可使旋转接头(13)与泵水机构(12)周向固连。
  5. 根据权利要求4所述的用于拖把桶的清洁组件，其特征在于，所述的第一定位部(16)位于轨道区域(18)的上端，所述的第二定位部(17)位于轨道区域(18)的下端，所述的旋转接头(13)向下移动可使旋转接头(13)通过离合机构(14)与泵水机构(12)卡接，所述的旋转接头(13)向上移动可使旋转接头(13)与泵水机构(12)脱离连接。
  6. 根据权利要求5所述的用于拖把桶的清洁组件，其特征在 于，所述的第一定位部(16)和第二定位部(17)均包括两个相互连接的卡面(20)，两个相互连接的卡面(20)之间形成锐角，所述的滑行块(19)可与两个相互连接的卡面(20)相抵。
  7. 根据权利要求6所述的用于拖把桶的清洁组件，其特征在于，所述的导向定位结构(15)还包括若干个轨道区域(18)，若干个轨道区域(18)沿着泵水机构(12)外表面呈环形阵列状，且若干个轨道区域(18)依次头尾相连形成封闭状的循环通道。
  8. 根据权利要求5所述的用于拖把桶的清洁组件，其特征在于，所述的旋转接头(13)设有呈中空状的转筒(21)，所述的泵水机构(12)与转筒(21)滑动连接，且所述的转筒(21)延伸入泵水机构(12)内，所述的轨道区域(18)设置在泵水机构(12)的外圈，且所述的滑行块(19)设置在转筒(21)上。
  9. 根据权利要求1-8任意一项所述的用于拖把桶的清洁组件，其特征在于，还包括转动设置在清洁腔(11)内的清洁滚轮(22)，所述的清洁腔(11)内设有滚轮支架(23)，所述的清洁滚轮(22)与滚轮支架(23)之间设有弹性复位件。
  10. 根据权利要求1-8任意一项所述的用于拖把桶的清洁组件，其特征在于，所述的旋转接头(13)上还设有若干个喷洒口(24)，若干个喷洒口(24)均与泵水机构(12)的出水口连通。
PCT/CN2022/102568 2021-08-04 2022-06-30 用于拖把桶的清洁组件 WO2023011060A1 (zh)

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