CN109700398A - The squeezing water of flat mop clean bucket - Google Patents
The squeezing water of flat mop clean bucket Download PDFInfo
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- CN109700398A CN109700398A CN201910196761.1A CN201910196761A CN109700398A CN 109700398 A CN109700398 A CN 109700398A CN 201910196761 A CN201910196761 A CN 201910196761A CN 109700398 A CN109700398 A CN 109700398A
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- flat mop
- draw runner
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 216
- 238000004140 cleaning Methods 0.000 claims abstract description 53
- 238000005192 partition Methods 0.000 claims abstract description 28
- 238000001125 extrusion Methods 0.000 claims abstract description 6
- 230000018044 dehydration Effects 0.000 claims description 14
- 238000006297 dehydration reaction Methods 0.000 claims description 14
- 238000007790 scraping Methods 0.000 claims description 13
- 238000003780 insertion Methods 0.000 claims description 5
- 230000037431 insertion Effects 0.000 claims description 5
- 230000008685 targeting Effects 0.000 claims description 5
- 238000009434 installation Methods 0.000 claims description 3
- 239000011324 bead Substances 0.000 claims 1
- 238000013016 damping Methods 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 239000010865 sewage Substances 0.000 abstract description 4
- 238000009499 grossing Methods 0.000 abstract description 2
- 230000007704 transition Effects 0.000 abstract description 2
- 239000003643 water by type Substances 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 8
- 230000000694 effects Effects 0.000 description 8
- 230000005484 gravity Effects 0.000 description 5
- 238000000354 decomposition reaction Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 229920000742 Cotton Polymers 0.000 description 1
- 238000013475 authorization Methods 0.000 description 1
- 210000000481 breast Anatomy 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 238000001746 injection moulding Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
Landscapes
- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
The present invention provides a kind of squeezing waters of flat mop clean bucket, belong to home-use equipment technical field.It solves existing mouthful pressurizing unit of smoothing out with the fingers there is structure is complicated, and manufacturing cost is high, influences the problem of sewage is poured out and cleaned in water squeezing area.The squeezing water of this flat mop clean bucket includes the water crowding part being mounted on above partition, and when the cleaning piece of work head is in water crowding part leans state and work head lifting moving, water energy is squeezed out by water crowding part in cleaning piece, and it is intracavitary that the water energy of extrusion flows into cleaning.The squeezing water of this flat mop clean bucket simplifies structure and reduces manufacturing cost, and keeps the open-mouth of water squeezing chamber more spacious, convenient for toppling over the intracavitary sewage of water squeezing and cleaning water squeezing chamber.The progress water squeezing operation of flat mop work head had both been effectively reduced in water squeezing chamber using the squeezing water of this flat mop clean bucket and has assembled excessive ponding, and water transition in cleaning chamber is avoided to be lost.
Description
Technical field
The invention belongs to home-use equipment technical fields, are related to a kind of flat mop clean bucket, especially a kind of flat panel mop
The squeezing water of clean bucket.
Background technique
The work head of flat mop is in tabular, and flat mop is especially suitable for narrow space under cleaning sofa and bed etc..
Work head includes bottom plate and the cleaning device that is mounted on bottom plate, and cleaning device generally uses cotton or collodion to be made.
Manual push-pull flat mop and extruding work head are common one of work head dewatering types.Work head dehydration
The pertinent literature of mode is more, such as a kind of extruding flat mop burnisher (Authorization Notice No. CN206080446U), mop-pail stands
It with cleaning area and water squeezing area, smoothes out with the fingers mouthful pressurizing unit and is located in water squeezing area, hold water in cleaning area in this way for cleaning
Head, mouthful pressurizing unit of smoothing out with the fingers after cleaning carry out extrusion dehydration.Although the extruding flat mop burnisher can be to work head reality
Existing extrusion dehydration, but there is following shortcomings, the water level that when 1, dewatering operation squeezes out lead to water squeezing area in water squeezing area
Middle water is more and more, and water level is higher and higher, there is a possibility that work head bottom is under water, thus seriously affects dehydrating effect；
And water level is lower and lower in cleaning area, there is a possibility that not being immersed in the water at the top of work head, thus seriously affects cleaning effect.
2, mouthful pressurizing unit is smoothed out with the fingers there is structure is complicated, and manufacturing cost is high, influences the problem of sewage is poured out and cleaned in water squeezing area.
Summary of the invention
The invention proposes a kind of squeezing water of flat mop clean bucket, the technical problem to be solved by the present invention is to how
Simplify the structure of flat mop clean bucket squeezing water, realizes the manufacturing cost for reducing squeezing water.
Technical problems to be solved of the invention can be realized by the following technical scheme: a kind of flat mop clean bucket
Squeezing water, flat mop include the work head with cleaning piece, and flat mop clean bucket includes having cleaning chamber and water squeezing chamber
Staving, staving includes the spacing board for being located at cleaning chamber and water squeezing chamber, and the squeezing water of flat mop clean bucket includes being mounted on
Water crowding part above partition, when the cleaning piece of work head and water crowding part are in wiping when leaning state and work head lifting moving
Water energy is squeezed out by water crowding part in object, and it is intracavitary that the water of extrusion along water crowding part can flow into cleaning.
Water crowding part is located at the top of partition in the squeezing water of this flat mop clean bucket, compared with prior art, at least
Be omitted water squeezing cord and install water squeezing cord dependency structure, simplify the structure of flat mop clean bucket squeezing water with
And the manufacturing cost of flat mop clean bucket is reduced, especially make the open-mouth component of water squeezing chamber less, more spacious, Jin Erbian
In topple over the intracavitary sewage of water squeezing and cleaning water squeezing chamber.
Water squeezing operation is carried out to the flat mop work head after cleaning using the squeezing water of this flat mop clean bucket, from
The water squeezed out in the cleaning piece of work head flows into naturally to be cleaned intracavitary, had both been effectively reduced in water squeezing chamber and has been assembled excessive ponding,
And water transition in cleaning chamber is avoided to be lost, and then from not only having guaranteed water squeezing effect, but also guarantee cleaning effect.
In the squeezing water of above-mentioned flat mop clean bucket, the squeezing water of the flat mop clean bucket further includes position
In the intracavitary guide frame of water squeezing, guide frame can make the work head of flat mop lifting moving or along inclining along vertical direction
Tilted direction lifting moving；When work head is in guide frame is connected state, the cleaning piece and water crowding part of work head are in phase
Abutment condition.Guide frame had not only improved property easy to operate, but also improved water squeezing efficiency and water squeezing effect, and realizing reduces operating difficulty,
Make different crowds that can manipulate this flat mop clean bucket.
In the squeezing water of above-mentioned flat mop clean bucket, the water crowding part is to scrape water sword at the top of partition；Or
Water crowding part is water squeezing plate, and water squeezing plate upper face has that multi-disc first is dehydrated item and multi-disc second is dehydrated item, the first dehydration article and the
Two dehydration items intersection settings, in netted, multi-disc first, which is dehydrated item, and multi-disc second is dehydrated between item has for the upper face of dewatering plate
Multiple dewatering spaces；Also there are multiple drainage holes being connected correspondingly with dewatering space on dewatering plate.Injection molding bucket
It is molded simultaneously when body and scrapes water sword and water guide inclined-plane, that is, scraped and be an integral structure between water sword and partition, assembled without additional, into
And reduce the manufacturing cost of squeezing water.
Detailed description of the invention
Fig. 1 is the schematic perspective view of flat mop clean bucket in embodiment one.
Fig. 2 is the decomposition texture schematic diagram of flat mop clean bucket in embodiment one.
Fig. 3 is the overlooking structure diagram of flat mop clean bucket in embodiment one.
Fig. 4 is the schematic cross-sectional view of A-A in Fig. 3.
Fig. 5 is the solid for carrying out water squeezing operation status to flat mop using flat mop clean bucket in embodiment one
Structural schematic diagram.
Fig. 6 is the vertical view for carrying out water squeezing operation status to flat mop using flat mop clean bucket in embodiment one
Structural schematic diagram.
Fig. 7 is the schematic cross-sectional view of B-B in Fig. 6.
Fig. 8 is the schematic cross-sectional view of initial stage in the work head insertion guide groove of flat mop.
Fig. 9 is the schematic perspective view of flat mop clean bucket in embodiment five.
Figure 10 is the decomposition texture schematic diagram of flat mop clean bucket in embodiment five.
Figure 11 is the overlooking structure diagram of flat mop clean bucket in embodiment five.
Figure 12 is the schematic cross-sectional view of C-C in Figure 11.
Figure 13 is the schematic cross-sectional view that flat mop clean bucket is in another state in embodiment five.
Figure 14 is the schematic perspective view of flat mop clean bucket in embodiment eight.
Figure 15 is the overlooking structure diagram of flat mop clean bucket in embodiment eight.
Figure 16 is the schematic cross-sectional view of D-D in Figure 15.
Figure 17 is the schematic perspective view that flat mop clean bucket is in another state in embodiment eight.
Figure 18 is the schematic perspective view of flat mop clean bucket in embodiment nine.
Figure 19 is the decomposition texture schematic diagram of flat mop clean bucket in embodiment nine.
In figure, 1, staving；1a, partition；1b1, cleaning chamber；1b2, water squeezing chamber；1c, the first limit sliding chutes；1d, groove；2,
Flat mop；2a, work head；2a1, bottom plate；2a2, cleaning piece；2b, mop rod；3, water sword is scraped；4, water guide inclined-plane；5, guiding is slided
Item；5a, guide groove；5b, the first draw runner portion；5c, the second draw runner portion；6, locating part；7, swing rod；8, first crossbar；9, second is horizontal
Bar；10, fixture block；11, water squeezing plate；12, it is oriented to backer；12a, cross bar portion；12b, guide part；12c, link rod part；13, guiding glides
Item；14, targeting port；15, bar is limited；16, limit is foxy；17, the second limit sliding chutes.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
Embodiment one
As shown in Figures 1 to 4, flat mop clean bucket includes staving 1, and staving 1 is made of plastic material, and staving 1 is integrated
Formula structure.Staving 1 includes partition 1a, and the inner cavity or so of staving 1 is divided into two chambers by partition 1a, i.e. cleaning chamber 1b1 and water squeezing
Chamber 1b2, cleaning chamber 1b1 are located at the right side of water squeezing chamber 1b2；In other words partition 1a is located between cleaning chamber 1b1 and water squeezing chamber 1b2.
As shown in Fig. 5 to Fig. 8, flat mop 2 includes work head 2a and mop rod 2b, and work head 2a includes bottom plate 2a1 again
With the cleaning piece 2a2 being mounted on bottom plate 2a1, mop rod 2b is connected with bottom plate 2a1.
As shown in Figures 1 to 4, the squeezing water of flat mop clean bucket includes water crowding part and in water squeezing chamber 1b2
Guide frame.Water crowding part is to scrape water sword 3 at the top of partition 1a.Partition 1a is vertically arranged, and guide frame can make flat mop 2
Work head 2a along direction lifting moving is inclined relative to horizontal, it is suitable to make to have between partition 1a and work head 2a in this way
Ground angle, and then improve water squeezing efficiency.
The top of partition 1a also has water guide inclined-plane 4, and water guide inclined-plane 4 is located in the sword line and partition 1a for scraping water sword 3 and is located at
It cleans between the side of the side chamber 1b1；Water guide inclined-plane 4 can also reduce the width for scraping 3 cutting edge of water sword, and then improve water squeezing efficiency.
Guide frame includes two guide groove 5a, is equipped with two groups of guiding draw runners 55 in staving 1, on every group of guiding draw runner 5
All have a guide groove 5a.There is groove 1d, the lower end of two groups of guiding draw runners 5 is plugged in recessed on the bottom wall of water squeezing chamber 1b2
In slot 1d；The two side walls of staving 1 are connected with fixture block 10, the upper surface of two groups of guiding draw runners 5 and two fixture blocks correspondingly
10 lean correspondingly, and the connection structure of the guiding draw runner 5 and staving 1 can make guiding draw runner 5 be firmly secured at bucket
On body 1, and have the advantages that dismounting guiding draw runner 5 is convenient.It just can guarantee plate by spacing between two groups of guiding draw runners 5 of control
The two sides edge of work head 2a can be located in two guide groove 5a in mop 2；Pass through control guide groove 5a and partition 1a
Between spacing when just can guarantee that the both sides of the edge portion of work head 2a in flat mop 2 is located in two guide groove 5a, scrape water
The cleaning piece 2a2 of sword 3 and work head 2a lean or scrape water sword 3 and is embedded in the cleaning piece 2a2 of work head 2a.When people hold
When pushing and pulling work head 2a on mop rod 2b, work head 2a just can be moved along the vertical line direction of guide groove 5a；Scrape the extruding of water sword 3
Cleaning piece 2a2 is extruded water in cleaning piece 2a2, and the water of extrusion flows into cleaning chamber 1b1 along water guide inclined-plane 4.
Lower than water sword 3 is scraped, which makes the work head 2a of flat mop 2 in guide groove for the upper end of second draw runner portion 5c
When moving in 5a, work head 2a and the angle for scraping water sword 3 are identical always, and then guarantee that water squeezing effect is consistent, and then improve wiping
Object 2a2 water content uniformity.
The direction of guide groove 5a is set according to moving direction needed for above-mentioned work head 2a, then guide groove 5a is obliquely installed.
Partition 1a tiltable is arranged according to the actual situation, then guide frame can make the work head 2a of flat mop 2 along vertical direction
Lifting moving, i.e. guide groove 5a are vertically arranged, and also can guarantee has suitably angle in this way between partition 1a and work head 2a.
As shown in Figure 4 and Figure 8, guiding draw runner 5 includes the first draw runner portion 5b on the upside of the guide groove 5a and is located at guiding
The second draw runner portion 5c on the downside of slot 5a.The upper end of first draw runner portion 5b, which is higher than, scrapes water sword 3, in this way convenient for work head 2a insertion guiding
In slot 5a.The work head 2a of flat mop 2 is located at the lower end corner angle and the first draw runner of work head 2a when at the notch of guide groove 5a
Portion 5b leans, and the lower end corner angle of bottom plate 2a1 are arc surface, and such work head 2a is more flexible in moving process and is easier to produce
It is raw to swing, it improves work head 2a and is inserted into guide groove 5a smoothness.
The squeezing water of flat mop clean bucket includes locating part 6, and the top of guiding draw runner 5 offers slot, locating part 6
Both ends be respectively embedded into guiding draw runner 5 slot in, not only realized and locating part 6 be fixedly mounted on staving 1, but realize limit two
Spacing between group guiding draw runner 5, and improve guiding 5 installation fastness of draw runner.Locating part 6 is located at top and the limit for scraping water sword 3
Position part 6 is located in cleaning chamber 1b1, and in other words the first draw runner portion 5b is located at the side for scraping water sword 3, and locating part 6, which is located at, scrapes water sword 3
The other side；Locating part 6 effectively limits work head 2a and is located at work head 2a and the first draw runner portion 5b when at the notch of guide groove 5a
Between extreme angles, and then guarantee work head 2a be inserted into guide groove 5a smoothness.Locating part 6 also guarantees work head 2a insertion guiding
The initial stage of slot 5a scrapes water sword 3 and leans convenient for cleaning piece 2a2, and then improves cleaning piece 2a2 water content uniformity.
Embodiment two
The present embodiment is essentially identical with the structure and principle of embodiment one or embodiment two, and essentially identical place no longer burden is retouched
It states, only describes different place, the difference is that the structure of water crowding part: water crowding part is water squeezing plate 11, water squeezing plate 11
It is obliquely installed.The top of guiding draw runner 5 offers slot, and the both ends of water squeezing plate 11 are respectively embedded into the slot of guiding draw runner 5, both
Water squeezing plate 11 is fixedly mounted on staving 1 by realization, and is realized and limited spacing between two groups of guiding draw runners 5, and improve guiding
5 installation fastness of draw runner.
There is 11 upper face of water squeezing plate multi-disc first to be dehydrated item and the dehydration item of multi-disc second, the first dehydration item and the second dehydration
Item intersection setting, the upper face of dewatering plate in netted, multi-disc first is dehydrated item and multi-disc second is dehydrated between item have it is multiple de-
Hydrospace；Also there are multiple drainage holes being connected correspondingly with dewatering space on dewatering plate；The side of dewatering space and
Drainage hole is obliquely installed.
Embodiment three
The present embodiment is essentially identical with the structure and principle of embodiment one, and the no longer burden description of essentially identical place only describes not
The same place, the difference is that the structure of water crowding part: water crowding part is squeeze roll, the both ends of squeeze roll and two groups of guiding
The top of draw runner 5 is rotatablely connected, and squeeze roll is rotatably installed on staving 1 by structure realization.
Example IV
The present embodiment is essentially identical with the structure and principle of embodiment one, and the no longer burden description of essentially identical place only describes not
The same place, the difference is that the structure of water crowding part: staving 1 is split type structure, and staving 1 includes cleaning barrel and puts
The squeezing bucket in cleaning barrel cavity side is set, the one side wall of squeezing bucket is that the inner cavity or so of staving 1 is divided into two chambers
Partition 1a.Have in squeezing bucket there are two the side wall in the state that is oppositely arranged, two guide groove 5a of guide frame are located at
On above-mentioned two side wall of squeezing bucket.
Embodiment five
As shown in Fig. 9 to Figure 13, the present embodiment is essentially identical with the structure and principle of embodiment one, and essentially identical place is no longer tired
Superfluous description, only describes different place, the difference is that guiding 5 structure of draw runner, be oriented to the mounting structure of draw runner 5 with
And water crowding part structure: the first draw runner portion 5b and the second draw runner portion 5c of guiding draw runner 5 are separate structure, the first draw runner portion 5b and the
A guide groove 5a is formed between two draw runner portion 5c.
Swing rod 7 is equipped between the upper end and staving 1 of first draw runner portion 5b, one end of swing rod 7 and staving 1, which are swung, to be connected, pendulum
The upper end of the other end of bar 7 and the first draw runner portion 5b swing connection.
It is connected between two swings by first crossbar 8, is connected between two first draw runner portion 5b by second crossbar 9
It connects, thus improves swing rod 7 and the first draw runner portion 5b swings stability, synchronism and improves bearing capacity, and improve two groups and lead
To the guide groove 5a gap size consistency of draw runner 5.
It is connected between the lower end and staving 1 of first draw runner portion 5b by the first position limiting structure；Specifically, water squeezing chamber
The bottom wall of 1b2 is embedded in the first limit sliding chutes 1c with the lower end of the first limit sliding chutes 1c, the first draw runner portion 5b.Second draw runner portion
It is fixedly connected between 5c and staving 1；Specifically, there is groove 1d, the lower end of the second draw runner portion 5c on the bottom wall of water squeezing chamber 1b2
It is plugged in groove 1d, the two side walls of staving 1 are connected with fixture block 10, the second draw runner in two groups of guiding draw runners 5 correspondingly
The upper surface of portion 5c leans correspondingly with two fixture blocks 10.According to the actual situation between the second draw runner portion 5c and staving 1
Following structure replacements can be used in fixed connection structure, have groove 1d, the lower end of the second draw runner portion 5c on the bottom wall of water squeezing chamber 1b2
It is plugged in groove 1d, is fixedly connected between the upper end and partition 1a of the second draw runner portion 5c by screw.
As shown in figure 12, under the gravity of the components such as swing rod 7 and the first draw runner portion 5b, the first draw runner portion 5b has always
Trend is moved down, i.e. the first draw runner portion 5b just can be inserted to the most deep of the first limit sliding chutes 1c naturally under the effect of gravity
Place；Spacing is minimum between the first draw runner portion 5b and the second draw runner portion 5c under this state, i.e. minimum spacing h1.When flat mop 2
When work head 2a is moved from top to bottom, due to generating friction between work head 2a and the first draw runner portion 5b, guarantee the first draw runner portion
5b can be inserted to the bosom of the first limit sliding chutes 1c, and then guarantee water squeezing efficiency.
As shown in figure 13, when the work head 2a of flat mop 2 is moved from bottom to top, work head 2a and the first draw runner portion 5b
Between generate friction, drive the first draw runner portion 5b to move up, swing rod 7 forced to be swung up, the first draw runner portion 5b and second is sliding
Spacing is gradually increased between item portion 5c, i.e. spacing h2 is greater than the first draw runner portion 5b between the first draw runner portion 5b and the second draw runner portion 5c
And the second minimum spacing h1 between draw runner portion 5c, it thus reduces work head 2a and guiding draw runner 5 and scrapes frictional force between water sword 3,
And then it is lighter more smooth to move up work head 2a, especially avoids lifting flat mop clean bucket.
The squeezing water of this flat mop clean bucket can not install locating part 6, and water crowding part includes being located at the top of partition 1a
Scrape water sword 3 and positioned at the water squeezing plate 11 for scraping 3 one upper side of water sword, water squeezing plate 11 is obliquely installed.Water squeezing plate 11 is equivalent to replacement
Locating part 6；There is 11 upper face of water squeezing plate multi-disc first to be dehydrated item and the dehydration item of multi-disc second, the first dehydration item and the second dehydration
Item intersection setting, the upper face of dewatering plate in netted, multi-disc first is dehydrated item and multi-disc second is dehydrated between item have it is multiple de-
Hydrospace；Also there are multiple drainage holes being connected correspondingly with dewatering space on dewatering plate；The side of dewatering space and
Drainage hole is obliquely installed.
Embodiment six
The present embodiment is essentially identical with the structure and principle of embodiment five, and the no longer burden description of essentially identical place only describes not
The same place, the difference is that the structure of water crowding part: water crowding part includes scraping water sword 3 and position at the top of partition 1a
In the squeeze roll for scraping 3 one upper side of water sword, squeeze roll and staving 1 are rotatablely connected.The squeezing water of this flat mop clean bucket can
Not install locating part 6, squeeze roll is equivalent to replacement locating part 6；The both ends of squeeze roll and the top of two groups of guiding draw runners 5 turn
Squeeze roll is rotatably installed on staving 1 by dynamic connection, structure realization.
Embodiment seven
The present embodiment is essentially identical with the structure and principle of embodiment five, and the no longer burden description of essentially identical place only describes not
The same place, the difference is that the first position limiting structure: the first position limiting structure is the lower end side of the first draw runner portion 5b
It can lean with the side wall of water squeezing chamber 1b2, the lower end surface of the first draw runner portion 5b can lean with the ground of water squeezing chamber 1b2.
First draw runner portion 5b is under the gravity of the components such as self gravity and swing rod 7, the lower end of the first draw runner portion 5b
Face and the ground of water squeezing chamber 1b2 lean；Spacing minimum area between first draw runner portion 5b and the second draw runner portion 5c under this state,
That is minimum spacing h1.When the work head 2a of flat mop 2 is moved from top to bottom, the lower end side and water squeezing of the first draw runner portion 5b
The side wall of chamber 1b2 leans, and avoids the first draw runner portion 5b mobile, and then guarantee between the first draw runner portion 5b and the second draw runner portion 5c
Spacing is in minimum value.
Embodiment eight
As shown in Figure 14 to Figure 17, the present embodiment is essentially identical with the structure and principle of embodiment five, and essentially identical place is no longer
Burden description, only describes different place, the difference is that guide frame.Guide frame includes being located at water squeezing chamber
In 1b2 guiding backer 12 and for cleaning piece 2a2 against guiding under draw runner 13；It is formed and is led between guiding backer 12 and water crowding part
To mouth 14, it is oriented between backer 12 and staving 1 and is rotatablely connected；Lower draw runner 13 is oriented to be fixedly connected with staving 1；It is oriented to lower draw runner 13
Positioned at the lower section of guiding backer 12 and water crowding part, it is oriented to lower draw runner 13 and is obliquely installed.
Being oriented to backer 12 includes the cross bar portion 12a being rotatablely connected with staving 1 and two guide part 12b, two guiding
Link rod part 12c is equipped between portion 12b and cross bar portion 12a, one end of link rod part 12c is fixedly connected with cross bar portion 12a, guide part
12b is mounted on the other end of link rod part 12c；Guide part 12b is that guiding is foxy, and guiding slippery fellow is fixedly connected with link rod part 12c.
It is oriented to be equipped between backer 12 and staving 1 and be tied for the second limit of the downward oscillating stroke of restricted guidance backer 12
Structure；Second position limiting structure includes limit bar 15, and limit bar 15 is located at the lower section of guiding backer 12, and limit bar 15 is mounted on
On staving 1.It is oriented to backer 12 under the effect of gravity, is resisted against on limit bar 15 naturally, the width of targeting port 14 when this state
In minimum state.
As shown in Figure 14 to 16, when the work head 2a of flat mop 2 is moved from top to bottom, due to work head 2a and guiding
Friction is generated between portion 12b, guarantees that guiding backer 12 is resisted against on limit bar 15, and then guarantee water squeezing efficiency.Work head 2a
Cleaning piece 2a2 leans with draw runner 13 under guiding in moving process, achievees the purpose that limit work head 2a motion profile, in turn
It improves work head 2a kinetic stability and improves water squeezing efficiency.
As shown in figure 17, when the work head 2a of flat mop 2 is moved from bottom to top, between work head 2a and guide part 12b
Friction is generated, guiding backer 12 is forced to swing, is i.e. guide part 12b is swung up, and spacing is gradually between guide part 12b and water crowding part
Increase, i.e. the width of targeting port 14 is gradually increased frictional force between guide part 12b and water crowding part, and then makes work head 2a to moving up
It is dynamic lighter more smooth.
Embodiment nine
As shown in Figure 18 and Figure 19, the present embodiment is essentially identical with the structure and principle of embodiment eight, and essentially identical place is no longer
Burden description, only describes different place, the difference is that the second position limiting structure.Second position limiting structure includes and leads
The limit slippery fellow 16 being fixedly connected to backer 12, is equipped with the limited block with the second limit sliding chutes 17 on staving 1, limited block with
Lower draw runner 13 is oriented to be linked together；Limit slippery fellow 16 is embedded in the second limit sliding chutes 17.
Embodiment ten
The present embodiment is essentially identical with the structure and principle of embodiment eight, and the no longer burden description of essentially identical place only describes not
The same place, the difference is that guide part 12b.Guide part 12b is idler wheel, is rotated between idler wheel and link rod part 12c
Connection.
Claims (20)
1. a kind of squeezing water of flat mop clean bucket, flat mop (2) includes the work head with cleaning piece (2a2)
(2a), flat mop clean bucket include the staving (1) with cleaning chamber (1b1) and water squeezing chamber (1b2), and staving (1) includes being located at
The spacing board (1a) of chamber (1b1) and water squeezing chamber (1b2) are cleaned, the squeezing water of flat mop clean bucket includes water crowding part, special
Sign is that water crowding part is mounted on the top of partition (1a), leans when the cleaning piece (2a2) of work head (2a) is in water crowding part
Cleaning piece (2a2) interior water energy is squeezed out by water crowding part when state and work head (2a) lifting moving, and the water of extrusion is along water crowding part energy
It flows into cleaning chamber (1b1).
2. the squeezing water of flat mop clean bucket according to claim 1, which is characterized in that the flat mop cleaning
The squeezing water of bucket further includes the guide frame in water squeezing chamber (1b2), and guide frame can make the work head of flat mop (2)
(2a) lifting moving or along inclined direction lifting moving along vertical direction；It is connected when work head (2a) is in guide frame
The cleaning piece (2a2) Yu water crowding part of work head (2a) are in the state that leans when connecing state.
3. the squeezing water of flat mop clean bucket according to claim 2, which is characterized in that the guide frame includes
Two guide grooves (5a), there are two the side wall in the state that is oppositely arranged, two guiding for the middle tool of the water squeezing chamber (1b2) of staving (1)
Slot (5a) is located on above-mentioned two side wall.
4. the squeezing water of flat mop clean bucket according to claim 2, which is characterized in that the guide frame includes
Two guide grooves (5a), are equipped with two groups of guiding draw runners (5) in staving (1), guiding draw runner (5) include the first draw runner portion (5b) and
Second draw runner portion (5c) forms a guide groove (5a) between the first draw runner portion (5b) and the second draw runner portion (5c)；First draw runner
Portion (5b) is located at the side guide groove (5a), and the second draw runner portion (5c) is located at the other side of guide groove (5a).
5. the squeezing water of flat mop clean bucket according to claim 4, which is characterized in that first draw runner portion
(5b) and the second draw runner portion (5c) are fixedly connected with staving (1).
6. the squeezing water of flat mop clean bucket according to claim 5, which is characterized in that the water squeezing chamber (1b2)
Bottom wall on there is groove (1d), the lower end of guiding draw runner (5) is plugged in groove (1d), is oriented to upper end and the bucket of draw runner (5)
The bead of body (1) is clamped.
7. the squeezing water of flat mop clean bucket according to claim 4, which is characterized in that first draw runner portion
Be equipped with swing rod (7) between the upper end of (5b) and staving (1), one end of swing rod (7) and staving (1) swing and connect, swing rod (7) it is another
The upper end in one end and the first draw runner portion (5b), which is swung, to be connected, and passes through first between the lower end and staving (1) in the first draw runner portion (5b)
Position limiting structure is connected, and is fixedly connected between the second draw runner portion (5c) and staving (1).
8. the squeezing water of flat mop clean bucket according to claim 7, which is characterized in that first position limiting structure
Including the first limit sliding chutes on the bottom wall of water squeezing chamber (1b2), first limit of lower end insertion in the first draw runner portion (5b) is slided
In slot；Or first position limiting structure can lean for the lower end side in the first draw runner portion (5b) with the side wall of water squeezing chamber (1b2),
The lower end surface in the first draw runner portion (5b) can lean with the ground of water squeezing chamber (1b2).
9. the squeezing water of flat mop clean bucket according to claim 7, which is characterized in that between two swings
It is connected by first crossbar (8).
10. the squeezing water of flat mop clean bucket according to claim 7, which is characterized in that be oriented to and slide described in two groups
It is connected between the first draw runner portion (5b) by second crossbar (9) in item (5).
11. the squeezing water of flat mop clean bucket according to any one of claim 4 to 10, which is characterized in that
The upper surface in first draw runner portion (5b) is higher than water crowding part.
12. the squeezing water of flat mop clean bucket according to claim 2, which is characterized in that the guide frame packet
The guiding backer (12) being located in water squeezing chamber (1b2) is included, is oriented between backer (12) and water crowding part and forms targeting port (14), guiding
It is rotatablely connected between backer (12) and staving (1), is oriented between backer (12) and staving (1) and is equipped with for restricted guidance backer
(12) the second position limiting structure of downward oscillating stroke, when being oriented to backer (12) and being swung up, the width of targeting port (14) can increase
Greatly.
13. the squeezing water of flat mop clean bucket according to claim 12, which is characterized in that the guide frame is also
Including for cleaning piece (2a2) against guiding under draw runner (13), be oriented to lower draw runner (13) and be fixedly connected with staving (1).
14. the squeezing water of flat mop clean bucket according to claim 12, which is characterized in that the second limit knot
Structure includes limit bar (15), and limit bar (15) is located at the lower section of guiding backer (12), and limit bar (15) is mounted on staving
(1) on；
Or second position limiting structure includes the limit slippery fellow (16) being fixedly connected with guiding backer (12), staving is installed on (1)
There is the limited block with the second limit sliding chutes (17), limits in foxy (16) insertion the second limit sliding chutes (17).
15. the squeezing water of flat mop clean bucket according to claim 12, which is characterized in that the guiding backer
(12) include a cross bar portion (12a) and two guide parts (12b) with staving (1) rotation connection, two guide parts (12b) and
It is equipped between cross bar portion (12a) link rod part (12c), one end of link rod part (12c) is fixedly connected with cross bar portion (12a), guiding
(12b) is mounted on the other end of link rod part (12c) in portion.
16. the squeezing water of flat mop clean bucket according to claim 15, which is characterized in that the guide part
(12b) is that guiding is foxy, and guiding slippery fellow is fixedly connected with link rod part (12c)；
Or the guide part (12b) is idler wheel, is rotatablely connected between idler wheel and link rod part (12c).
17. according to claim 1 to the squeezing water of flat mop clean bucket described in any one of 8,12 to 16, feature
It is, the water crowding part is to scrape water sword (3) at the top of partition (1a)；
Or water crowding part is water squeezing plate (11), water squeezing plate (11) is obliquely installed, and water squeezing plate (11) is fixedly connected with staving (1)；
Or water crowding part is squeeze roll, squeeze roll and staving (1) are rotatablely connected；
Or water crowding part includes scraping water sword (3) and positioned at the water squeezing plate for scraping (3) one upper side of water sword at the top of partition (1a)
(11), water squeezing plate (11) is obliquely installed；
Or water crowding part includes scraping water sword (3) and positioned at the squeeze roll for scraping (3) one upper side of water sword, squeeze at the top of partition (1a)
Damping roller and staving (1) are rotatablely connected.
18. the squeezing water of flat mop clean bucket according to claim 17, which is characterized in that the water squeezing plate (11)
There is upper face multi-disc first to be dehydrated item and the dehydration item of multi-disc second, and the first dehydration item intersects setting with the second dehydration item, is dehydrated
For the upper face of plate in netted, multi-disc first, which is dehydrated item, and multi-disc second is dehydrated between item has multiple dewatering spaces；On dewatering plate
Also there are multiple drainage holes being connected correspondingly with dewatering space.
19. the squeezing water of flat mop clean bucket according to claim 17, which is characterized in that partition (1a) top
Portion also has water guide inclined-plane (4), and water guide inclined-plane (4), which are located in the sword line and partition (1a) for scraping water sword (3), is located at cleaning chamber (1b1)
Between the side of side.
20. according to claim 1 to the squeezing water of flat mop clean bucket described in any one of 8,12 to 16, feature
It is, the water crowding part is to scrape water sword (3) at the top of partition (1a)；The squeezing water of the flat mop clean bucket includes
Locating part (6), locating part (6) is located at the top of water crowding part and locating part (6) is located in cleaning chamber (1b1)；Locating part (6) installation
On staving (1).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910154713 | 2019-03-01 | ||
| CN2019101547136 | 2019-03-01 |
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| Publication Number | Publication Date |
|---|---|
| CN109700398A true CN109700398A (en) | 2019-05-03 |
Family
ID=66266932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910196761.1A Pending CN109700398A (en) | 2019-03-01 | 2019-03-15 | The squeezing water of flat mop clean bucket |
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| Country | Link |
|---|---|
| CN (1) | CN109700398A (en) |
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| CN110801186A (en) * | 2019-11-18 | 2020-02-18 | 安徽弘亿塑业有限公司 | Mop cleaning method |
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