CN109744952A - Flat mop water squeezing application method and its flat mop burnisher - Google Patents
Flat mop water squeezing application method and its flat mop burnisher Download PDFInfo
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- CN109744952A CN109744952A CN201910180543.9A CN201910180543A CN109744952A CN 109744952 A CN109744952 A CN 109744952A CN 201910180543 A CN201910180543 A CN 201910180543A CN 109744952 A CN109744952 A CN 109744952A
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- Prior art keywords
- mop
- plate
- fingers
- flat
- water
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Classifications
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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
- A47L13/20—Mops
-
- 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
- A47L13/42—Details
-
- 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
Landscapes
- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
Bilayer crosses the extruding flat mop burnisher of water, including mop-pail stands and flat mop, and flat mop includes mop rod and the flat mophead that is movably connected on mop rod, and flat mophead is equipped with cleaning piece；Mop-pail stands have independent water squeezing area and independent cleaning area, are additionally provided with the water that will be extruded in water squeezing area and cross water flow passage from the upper layer that water squeezing area is transferred to cleaning area, cross water flow passage positioned at the lower layer that upper layer is crossed below water flow passage；It smoothes out with the fingers plate to be rotatably set on mop-pail stands, smoothes out with the fingers the size of the changeable extrusion mouth of rotation of plate.The present invention crosses water flow passage provided with upper layer and water flow passage is crossed by lower layer, and the water that cleaning piece is squeezed out in water squeezing can pass through bilayer and cross water flow passage outflow, reduces the phenomenon that splashes；In addition the size of the changeable extrusion mouth of rotation of plate is smoothed out with the fingers, so that flat mophead smoothes out with the fingers plate when pushing generate biggish, suitable extruding force to cleaning piece, flat mophead prevents the phenomenon that mop-pail stands are raised when pulling up.
Description
The application is divisional application, and the applying date of original application is on May 2nd, 2017, application No. is 201710302385.0,
Invention and created name is " the extruding flat mop burnisher that bilayer crosses water ".
Technical field
The present invention relates to a kind of water squeezing method of flat mop and its flat mop burnishers.
Background technique
The general structure for squeezing plate burnisher is: it includes mop-pail stands and flat mop, and flat mop includes mop
Bar and the flat mop plate being movably connected on mop rod, flat mop plate are equipped with cleaning piece；Extruding is installed on mop-pail stands
Mouth pressurizing unit cleans and rotates flat mop plate to the state that can carry out cleaning and water squeezing with when water squeezing；Flat mop plate exists
Relative movement squeezes to carry out mobile extruding cleaning and water squeezing to cleaning piece between extrusion mouth pressurizing unit.
It squeezes there are two types of plate burnishers, one is single barrel of extruding plate burnisher, another kind is that twin-tub extruding is flat
Plate burnisher.Single barrel of extruding plate burnisher refers to only one mop-pail stands, and extrusion mouth is arranged on mop-pail stands and squeezes
Device；Twin-tub squeezes plate burnisher and refers to that mop-pail stands have mutually the not cleaning area of connection and drying zone, in cleaning area and takes off
Pool is all provided with extrusion mouth pressurizing unit.
In order to reach the effect that preferably mops floor, improve the efficiency that mops floor, it is often desirable that the length of flat mop plate is longer, however
In existing extruding plate burnisher, flat mop plate integrally uses hard plate body, is inserted into when carrying out water squeezing and cleaning
When squeezing in extrusion mouth pressurizing unit, if flat mop plate length is longer, the height of corresponding mop-pail stands is just higher, to make
The problems such as bulky at mop-pail stands, inconvenient packed and transported.
In order to overcome the above technical problems, the utility model patent of Patent No. 201620870001.6 discloses a kind of squeeze
Locating back mop cleaning tool, mop-pail stands have cleaning area and water squeezing area, and a mouthful pressurizing unit, plate are smoothed out with the fingers in setting on mop-pail stands
It after the mophead of mop turns to water squeezing or cleaning state, is moved up and down in smoothing out with the fingers mouthful pressurizing unit, the wiping in flat mophead
It wipes object and smoothes out with the fingers and generate squeezing action between mouthful pressurizing unit to pass through to cleaning piece progress water squeezing or cleaning, the water extruded
Waterway channel flow to cleaning area.
Its there is also the shortcomings that be: waterway channel is only provided with one, is squeezed in the state that cleaning piece is filled water
When water, since cleaning piece water content is larger, when water squeezing, has water and splashes out outside mop-pail stands；In addition squeezer in mouthful pressurizing unit is smoothed out with the fingers to pacify
Dress mode cannot achieve the variation of extrusion mouth size, when being lifted up flat mop due to rubbing between squeezer and cleaning piece
Wiping effect may lift mop-pail stands, can not obtain stable and appropriate extruding force again when being pressed downward flat mop.
Summary of the invention
In order to overcome the existing above-mentioned deficiency for squeezing plate burnisher, it is flat that the present invention provides a kind of double-deck extruding for crossing water
Plate mop cleaning tool, the adjustable section of extrusion mouth.
The present invention the technical solution to solve the technical problem is that: bilayer cross water extruding flat mop burnisher, including
Mop-pail stands and flat mop, the flat mop include mop rod and the flat mophead that is movably connected on the mop rod,
The flat mophead is equipped with cleaning piece；
The mop-pail stands have independent water squeezing area and independent cleaning area, are equipped with pressurizing unit on the mop-pail stands, clean
The flat mophead is rotated to the state that can carry out cleaning and water squeezing with when water squeezing；
The pressurizing unit includes smoothing out with the fingers plate for what is squeezed the cleaning piece in flat mophead, smoothing out with the fingers plate phase with described
Pair supporting element, described smoothing out with the fingers form extrusion mouth between plate and the supporting element, the supporting element be another piece smooth out with the fingers plate or
Other support members；
For flat mophead described in when water squeezing in the water squeezing area insertion extrusion mouth, the cleaning piece smoothes out with the fingers plate with described
Between relative movement squeeze that cleaning piece is carried out mobile to squeeze water squeezing；Flat mophead described in when cleaning is inserted in cleaning area
Enter in the extrusion mouth, the cleaning piece and the relative movement between plate of smoothing out with the fingers squeeze to move cleaning piece
Squeeze cleaning；
The water that will be extruded is additionally provided in water squeezing area to cross water flow passage from the upper layer that water squeezing area is transferred to cleaning area, be located at the upper layer
Water flow passage is crossed by the lower layer crossed below water flow passage；
The plate of smoothing out with the fingers rotatably is set on the mop-pail stands, and the big of the extrusion mouth can be changed in the rotation for smoothing out with the fingers plate
It is small；Plate of smoothing out with the fingers described in when flat mophead pushes is in narrow position relative to the supporting element, thus keep extrusion mouth smaller, plate
Cleaning piece described in when mophead pulls up drives the plate of smoothing out with the fingers to be rotated up, so that the extrusion mouth be made to become larger.
Further, the plate of smoothing out with the fingers is directly installed on the mop-pail stands.Or: the plate of smoothing out with the fingers is mounted on racking
On, the racking is mounted on the mop-pail stands.
Further, the cleaning piece described in when flat mophead pushes drives the plate of smoothing out with the fingers to rotate down, to make described
Plate of smoothing out with the fingers be in narrow position position and keep extrusion mouth smaller.Or: it further include elastic device, the elastic device acts on described
It smoothes out with the fingers plate and is at narrow position position to keep extrusion mouth smaller.
Further, the plate of smoothing out with the fingers directly is rotatably connected on the mop-pail stands or on racking.
Further, the both ends for smoothing out with the fingers plate are equipped with rotational pin, and two rotational pins are inserted into the racking or mop respectively
In bucket；Alternatively, the racking or mop-pail stands are equipped with protruding shaft, the protruding shaft is inserted respectively into the both ends for smoothing out with the fingers plate.
Or: the racking or mop-pail stands is equipped with pin joint seat, and the side for smoothing out with the fingers plate is articulated in the pivot joint
On seat.
Or: the racking or mop-pail stands is equipped with deck, which is equipped with bayonet, and the plate of smoothing out with the fingers is equipped with
Axis, rotation after the axis is caught in the bayonet of the deck.
Further, the racking or mop-pail stands are equipped with the limiting device for limiting the narrow position position.
Further, the limiting device is limit base, and the limit base is equipped with limit notch, and described smoothes out with the fingers plate position
In the limit notch, described reaches narrow position position when smoothing out with the fingers plate and limit base side touching.
Or: the limiting device is two limiting grooves on the racking or mop-pail stands, described to smooth out with the fingers plate
The both ends insertion limiting groove in, the described side for smoothing out with the fingers plate and the limiting groove reaches narrow position position when touching.
Or: the racking or mop-pail stands, which is equipped with, forms the stop portions stopped to the plate of smoothing out with the fingers, described
It smoothes out with the fingers when plate is touched with the blocking position and reaches narrow position position.
Or: the racking or mop-pail stands is equipped with smoothes out with the fingers the corresponding oblique groove in plate both ends with described, the plate of smoothing out with the fingers
In the both ends insertion oblique groove, and described smoothing out with the fingers between plate and the oblique groove has along the activity for smoothing out with the fingers plate thickness direction
Space, this smoothes out with the fingers the width size that the extrusion mouth is adjusted in plate in active procedure, and oblique groove itself forms the limit dress
It sets；
Alternatively, the both ends for smoothing out with the fingers plate are equipped with oblique groove, the racking or mop-pail stands are equipped with corresponding with two oblique grooves
Plate, the plate are inserted into the oblique groove, and between the plate and the oblique groove there is edge to smooth out with the fingers plate thickness
Spend the activity space in direction, the width size smoothed out with the fingers plate and the extrusion mouth is adjusted in active procedure, oblique groove itself
Form the limiting device.
Further, the limiting device limits maximum extrusion mouth position when extrusion mouth becomes larger simultaneously.
Further, water squeezing area and/or the bottom of the mop-pail stands in cleaning area are equipped with the boss of protrusion, and the boss is to remote
From smoothing out with the fingers, plate direction extends and the length extended at least surmounts the extrusion mouth.
Further, the racking is equipped with the guide surface for guiding flat mophead insertion extrusion mouth.
Further, partition is equipped in the mop-pail stands, the mop-pail stands are separated into independent squeeze by the partition
Pool and independent cleaning area.
Further, the upper surface that water flow passage is located at racking is crossed on the upper layer.
Further, the upper surface of the racking is equipped with several drainage muscle, between adjacent drainage muscle described in formation
Water flow passage is crossed on upper layer.
The beneficial effects of the present invention are: water flow passage is crossed provided with upper layer and water flow passage is crossed by lower layer, the cleaning piece in water squeezing
The water squeezed out can cross water flow passage outflow by bilayer, reduce splashing phenomenon；In addition the extrusion mouth can be changed in the rotation for smoothing out with the fingers plate
Size；Plate of smoothing out with the fingers described in when flat mophead pushes is in narrow position relative to the supporting element, thus keep extrusion mouth smaller,
So that flat mophead smoothes out with the fingers plate when pushing generate biggish, suitable extruding force to cleaning piece；Flat mophead wipes when pulling up
Object drive is smoothed out with the fingers plate and is rotated up, so that extrusion mouth be made to become larger, smoothes out with the fingers the extruding force that plate applies cleaning piece and becomes smaller, thus prevent to
On the phenomenon that mop-pail stands are raised when lifting flat mop.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the structural schematic diagram of mop-pail stands of the invention.
Fig. 3 is a kind of structural schematic diagram of pressurizing unit.
Fig. 4 is the structural schematic diagram of another pressurizing unit.
Fig. 5 is the structural schematic diagram of mop-pail stands staving.
Fig. 6 is structural schematic diagram when flat mophead is inserted into extrusion mouth and pushes.
The cross-sectional view of Fig. 6 when Fig. 7.
Fig. 8 is structural schematic diagram when flat mophead lifts.
Fig. 9 is the cross-sectional view of Fig. 8.
Figure 10 is that a kind of elastic device to smooth out with the fingers plate and makes the status diagram in narrow position position.
Figure 11 is that another elastic device to smooth out with the fingers plate and makes the status diagram in narrow position position.
Figure 12 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 13 is the explosive view of Figure 12.
Figure 14 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 15 is the explosive view of Figure 14.
Figure 16 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 17 is the explosive view of Figure 16.
Figure 18 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 19 is the explosive view of Figure 18.
Figure 20 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 21 is the explosive view of Figure 20.
Figure 22 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 23 is the explosive view of Figure 22.
Figure 24 is a kind of scheme of installation for smoothing out with the fingers plate.
Figure 25 is the explosive view of Figure 24.
Figure 26 is the structural schematic diagram with a kind of pressurizing unit of supporting piece structure.
Figure 27 is the structural schematic diagram of the pressurizing unit with another supporting piece structure.
Figure 28 is the structural schematic diagram of the pressurizing unit with another supporting piece structure.
Figure 29 is the structural schematic diagram with a kind of pressurizing unit of opening shape.
Figure 30 is the structural schematic diagram of the pressurizing unit with another opening shape.
Figure 31 is a kind of extrusion mouth generation type schematic diagram of the racking without opening.
Figure 32 is a kind of extrusion mouth generation type schematic diagram of the racking without opening.
Figure 33 is a kind of extrusion mouth generation type schematic diagram of the racking without opening.
Figure 34 is a kind of extrusion mouth generation type schematic diagram of the racking without opening.
Figure 35 is a kind of extrusion mouth generation type schematic diagram of the racking without opening.
Figure 36 is the schematic diagram smoothing out with the fingers plate and being directly installed on mop-pail stands.
Specific embodiment
Invention is further described in detail with reference to the accompanying drawings and detailed description.
- Figure 30 referring to Fig.1, bilayer cross the extruding flat mop burnisher of water, including mop-pail stands 1 and flat mop 2, institute
State the flat mophead 4 that flat mop 2 includes mop rod 3 and is movably connected on the mop rod 3, the flat mophead
4 are equipped with cleaning piece 5.
The mop-pail stands 1 have independent water squeezing area 6 and independent cleaning area 7, and extruding dress is equipped on the mop-pail stands 1
It sets, cleaning can extremely carry out the rotation of flat mophead 4 to clean the state with water squeezing with when water squeezing.It is so-called independent crowded
Pool 6 and independent cleaning area 7 refer to: there are two mutual disconnected volume, one of volume forms crowded the tool of mop-pail stands 1
Pool, another volume form cleaning area.
The pressurizing unit include for the cleaning piece in flat mophead squeezed smooth out with the fingers plate 8, with it is described
The opposite supporting element of plate 8 is smoothed out with the fingers, described smoothes out with the fingers formation extrusion mouth 9 between plate 8 and the supporting element, and the supporting element is another
Block smoothes out with the fingers plate or other support members.Supporting element is suitable for double-faced flat-sheet mop, i.e. the two of flat mophead 4 when smoothing out with the fingers plate for another piece
Face is respectively provided with cleaning piece, be suitable for single side flat mop when supporting element is other support members, i.e. flat mophead 4 is set on one side
Set cleaning piece.
Flat mophead 4 described in when water squeezing is in the water squeezing area insertion extrusion mouth 9, the cleaning piece 5 and institute
The relative movement between plate 8 of smoothing out with the fingers stated squeezes to carry out mobile extruding water squeezing to cleaning piece；Flat mophead 4 described in when cleaning
In the cleaning area insertion extrusion mouth 9, the cleaning piece 5 and the relative movement between plate of smoothing out with the fingers are squeezed to wiping
It wipes object 5 and carries out mobile extruding cleaning.
The racking in water squeezing area be equipped with by the water being extruded from the upper layer that water squeezing area is transferred to cleaning area cross water flow passage 10,
Water flow passage 11 is crossed by the lower layer for crossing 10 lower section of water flow passage positioned at the upper layer.
The plate 8 of smoothing out with the fingers rotatably is set on the mop-pail stands, and the extrusion mouth can be changed in the rotation for smoothing out with the fingers plate 8
9 size；Plate 8 of smoothing out with the fingers described in when flat mophead 4 pushes is in narrow position relative to the supporting element, to make extrusion mouth 9
It is smaller, flat mophead 4 pull up when described in cleaning piece 5 drive the plate 8 of smoothing out with the fingers to be rotated up, to make the extrusion mouth
9 become larger.
The described plate 8 of smoothing out with the fingers can be directly installed on the mop-pail stands 1.It is described smooth out with the fingers plate 8 can also first be mounted on it is crowded
In pressure rack 12, the racking 12 is installed to again on the mop-pail stands 1.
Further expansion explanation is carried out to the present invention for smoothing out with the fingers plate 8 and be mounted on racking 12 below.The racking
12 have opening, smooth out with the fingers plate 8 and are rotatably mounted on racking 12, and the other side of the opening opposite with plate 8 is smoothed out with the fingers is equipped with support portion
Part is smoothed out with the fingers plate 8 and is partially protruded into opening, and formation extrusion mouth 9 between plate 8 and support member is smoothed out with the fingers, and flat mop is single side plate at this time
Mop, the one side of flat mophead 4 is equipped with cleaning piece, described when the rotation of flat mophead 4 is extremely cleaned with water squeezing state
Flat mophead 4 be located at the side of the mop rod 3；Or the other side of the opening opposite with plate 8 is smoothed out with the fingers is equipped with another piece and smoothes out with the fingers
Plate, smoothes out with the fingers plate and smoothes out with the fingers and form extrusion mouth between plate, and flat mop is double-faced flat-sheet mop at this time.The shape of opening is unrestricted, can
To be long and narrow strip hole, it can also be triangle as shown in figure 29, be semicircle etc. as shown in figure 30.
Following mechanism form can be used in support member: one is the side walls of the other side of opening to form support member；It is another
Kind is that wheel 13 or support guide muscle 14 or wheel 13 and support guide muscle 14 is arranged in the other side of the opening opposite with plate is smoothed out with the fingers
Combination or the support member for protruding into the structure types such as bullet block 41 in opening propped up by spring.Described in when cleaning and water squeezing
What support member withstood on the flat mophead 4 does not set cleaning piece one side, and support member plays guidance and branch to flat mophead
The effect of support, prevents it to be flipped in the process of moving up and down, it should be noted that in moving up and down for flat mophead 4
In the process, support member whole might not be contacted with flat mophead.Preferred structure is that the support guide muscle 14 prolongs
The lower part of the opening is extended to, then the support guide muscle 14 has longer length, even if the dilatory position being inserted into first 4 of plate
It is relatively deep, flat mophead can also be formed by the support guide muscle 14 and stop limit, it is prevented to be detached from pressurizing unit.As one
The relatively good structure type of kind, the lower end of the support guide muscle 14 are set as arcwall face or inclined-plane, when flat mophead 14 is inserted into
Flat mophead 4 can be guided to be pulled back up by the arcwall face when profound.
In the present embodiment, and the upper end of the corresponding mop-pail stands in water squeezing area 6 is equipped with pressurizing unit, corresponding with cleaning area 7
The upper end of mop-pail stands is equipped with pressurizing unit, naturally it is also possible to a pressurizing unit is installed, when water squeezing pressurizing unit in water squeezing area,
Pressurizing unit is in cleaning area when cleaning, pressurizing unit slidably or it is turnover be located on mop-pail stands, to realize above-mentioned water squeezing
Position conversion between area and cleaning area.For flat mop in water squeezing, flat mophead 4 rotates the state that can extremely carry out water squeezing
Flat mop, is then inserted by (this state is typically embodied by parallel or substantially parallel with mop rod after flat mophead rotates)
It is moved up and down into extrusion mouth 9, cleaning piece 5 in flat mophead and smoothes out with the fingers relative movement between plate 8 and squeeze water squeezing.It extrudes
Water crosses water flow passage 10 by upper layer and lower layer crosses water flow passage 11 and flow to cleaning area, to avoid the water forced down stagnant in water squeezing area
It stays, and crosses water flow passage due to being provided with bilayer, splashing phenomenon can be reduced.Lower layer described in the present invention crosses water flow passage 11
It is crossed below water flow passage 10 in upper layer and refers to that lower layer crosses water flow passage 11 and is located fully or partially at upper layer and cross the lower section of water flow passage 10.Such as 3 figures
Shown, lower layer, which crosses water flow passage 11 and is entirely located in upper layer, crosses the lower section of water flow passage 10, as shown in figure 4, the middle part of water flow passage 10 is crossed on upper layer
Disconnect, then lower layer cross water flow passage 11 be equivalent to middle part gap extend upwardly to upper layer cross water flow passage 10 maintain an equal level, but under
The main body that layer crosses water flow passage 11 is still located at the lower section that water flow passage 10 is crossed on upper layer.
As a kind of preferred structure of the invention, the upper surface that water flow passage 10 is located at racking 12 is crossed on the upper layer.On
Layer crosses the upper surface that water flow passage 10 is set to racking 12, and the water that when cleaning piece water squeezing is extruded is most of directly from racking 12
Water flow passage stream 10 is crossed to cleaning area in the upper layer of upper surface setting, can prevent to reduce phenomenon at this time substantially.Water flow passage is crossed on upper layer at this time
10 generation type may is that the upper surface of the racking is equipped with several drainage muscle 15, shape between adjacent drainage muscle 15
Water flow passage 10 is crossed at the upper layer.
Flat mop is filled with water in cleaning area in cleaning, and it is (this that flat mophead 4 rotates the state that can be extremely cleaned
State is typically embodied by parallel or substantially parallel with mop rod after flat mophead rotates), then flat mop is inserted into crowded
It is moved up and down in pressure mouth 9, the relative movement between plate 8 of smoothing out with the fingers of the cleaning piece 5 in flat mophead and pressurizing unit squeezes cleaning.
2, Figure 13, Figure 20, Figure 21 referring to Fig.1, in the present embodiment, the both ends for smoothing out with the fingers plate 8 are rotatably connected on described squeeze
In pressure rack 12: the both ends for smoothing out with the fingers plate 8 are equipped with rotational pin 16, and two rotational pins 16 are inserted into the axis hole 18 on racking 12 respectively
In.Alternatively, the racking 12 is equipped with protruding shaft 17, the both ends for smoothing out with the fingers plate 8 as shown in Figure 14, Figure 15, Figure 22, Figure 23
Equipped with jack 19, the protruding shaft 17 is inserted respectively into described smooth out with the fingers in the jack 19 at 8 both ends of plate.
Certainly, smooth out with the fingers connection type between plate and racking can also using other structures form, as long as reach smooth out with the fingers plate with
It is flexibly connected to can be rotated the plate of smoothing out with the fingers between the racking, this is smoothed out with the fingers plate and extruding is adjusted in the course of rotation
The effect of the width size of mouth.The upper connection structure for realizing said effect in enumerating below:
1., as shown in Figure 16,17, the racking is equipped with pin joint seat 20, the side pivot for smoothing out with the fingers plate 8
It connects on the pin joint seat 20.
2., as shown in Figure 18,19, the racking is equipped with deck 21, which is equipped with bayonet 22,
Described smoothes out with the fingers plate 8 equipped with axis 23, and the axis 23 rotates after being caught in the bayonet 22 of the deck.
Narrow position specifically can be used such as under type there are position and reach: setting is for as described in limiting on the racking
The limiting device of narrow position position is specified the position place of specific narrow position by the limiting device.Utilize the limiting device
Maximum extrusion mouth position when extrusion mouth 9 becomes larger can be also limited simultaneously.As shown in Figure 12,13,14,15,16,17,18,19,
Limiting device is a line limit base 24, and limit base 24 can be directly arranged on racking 12, also can be set on pin joint seat 20,
Limit notch 25 is offered on limit base 24, the plate 8 of smoothing out with the fingers is located in limit notch 25, and described smoothes out with the fingers plate 8 and the limit
Reach maximum extrusion mouth position when reaching narrow position position when the touching of 24 sides of seat, touch with the other side of limit base 24.It can be with
Lug 26 is set on smoothing out with the fingers plate and carrys out auxiliary stopper, maximum extrusion mouth position is reached by the touching of lug 26 and limit base.
Certainly, limiting device can also use other structures form, such as shown in figure 21, be arranged at the both ends for smoothing out with the fingers plate 8
Limited mouth 28 is arranged in the limited block 27 outwardly protruded on racking, and limited block 27 is inserted into limited mouth 28, and limited block 27 is limiting
Activity in the mouth 28 of position, described smoothing out with the fingers reach narrow position position, another with limited mouth 28 when plate 8 is touched with 28 side of limited mouth
Side reaches maximum extrusion mouth position when touching.Such as shown in figure 23, limiting device is the limiting groove 29 on racking,
The both ends for smoothing out with the fingers plate 8 are inserted into respectively in the limiting groove 29, when the described side for smoothing out with the fingers plate 8 and limiting groove 29 is touched
Reach maximum extrusion mouth position when reaching narrow position position, touching with 29 other side of limiting groove.Such as limiting device can also be
It is equipped on racking 12 and two stop portions stopped is formed to the plate 8 of smoothing out with the fingers, the stop portions form described
Limiting device reaches most when reaching narrow position position when smoothing out with the fingers plate 8 and a stop portions are touched, touching with another stop portions
Big extrusion mouth position.
When flat mophead 4, which is inserted into extrusion mouth 9, to be moved downward, cleaning piece 5 is contacted between plate 8 with smoothing out with the fingers, and cleaning piece 5 exists
The lower drive of frictional force effect is smoothed out with the fingers plate 8 and is rotated down, so that extrusion mouth 9 narrows and reaches narrow position position, extrusion mouth 9 is kept to open
The smaller state of mouth, is extracted conducive to by cleaning piece；When flat mophead 4 moves upwards, cleaning piece 5 is contacted between plate 8 with smoothing out with the fingers,
Plate 8 is smoothed out with the fingers under frictional force effect to be rotated up, so that extrusion mouth 9 broadens and reaches maximum extrusion mouth position, keeps extrusion mouth 9
Be open larger, smooth out with the fingers frictional force between plate 8 and cleaning piece 5 and reduce, to reduce the abrasion of cleaning piece, while make flat mop to
Mop-pail stands will not also be carried when above mentioning.
Referring to Figure 24, Figure 25, smoothing out with the fingers can also use another from activity with stopper between plate 8 and racking 12
Connection type: the racking 12, which is equipped with, smoothes out with the fingers the corresponding oblique groove 30 in 8 both ends of plate with described, and the both ends for smoothing out with the fingers plate 8 are inserted
Enter in the oblique groove 30, and described smoothing out with the fingers between plate 8 and the oblique groove 30 has along the activity for smoothing out with the fingers 8 thickness direction of plate
Space, pushes or pull-up flat mop, cleaning piece 5 are contacted between plate 8 with smoothing out with the fingers, and drive is smoothed out with the fingers plate 8 and stirred in oblique groove 30, thus
Make to smooth out with the fingers plate 8 with certain rotational angle, achievees the effect that the openings of sizes for adjusting the extrusion mouth 9.And due to oblique groove 30
Limitation, smoothing out with the fingers plate 8 can only be movable to a certain extent, to can reach narrow position position and maximum extrusion mouth position.
Alternatively, the both ends for smoothing out with the fingers plate are equipped with oblique groove, the racking is equipped with plate corresponding with two oblique grooves,
In the plate insertion oblique groove, and between the plate and the oblique groove there is edge to smooth out with the fingers plate thickness direction
Activity space, push or pull-up flat mop, cleaning piece contacted between plate with smoothing out with the fingers, drive is smoothed out with the fingers plate and stirred, to make to smooth out with the fingers plate tool
There is certain rotational angle, achievees the effect that the openings of sizes for adjusting the extrusion mouth.And due to the cooperation of oblique groove and plate
Limitation, smoothing out with the fingers plate can only be movable to a certain extent, to can reach narrow position position and maximum extrusion mouth position.
In specific embodiment in front, smoothing out with the fingers plate and reaching narrow position position is to smooth out with the fingers the rotation of plate 8 by the drive of cleaning piece 5 come real
Existing.Smoothing out with the fingers plate and reaching narrow position position can also be realized using other modes, such as set elastic device in racking 12, elasticity
Device acts on the plate 8 of smoothing out with the fingers and is at narrow position position to keep extrusion mouth 9 smaller, in this case, it is initial to smooth out with the fingers plate 8
It is located at narrow position position under state, it is driven to turn to narrow position position without the cleaning piece in the flat mophead of pushing
It sets.When flat mophead 4 pulls up, cleaning piece 5 and the elastic force that the friction and Extrusion power between plate 8 overcomes elastic device is smoothed out with the fingers,
It is rotated up to make to smooth out with the fingers plate 8, so that extrusion mouth 9 be made to become larger.As shown in Figure 10, pressure spring 32, pressure spring 32 can be used in elastic device
One end withstand on racking 12, the other end of pressure spring 32, which is withstood on, to be smoothed out with the fingers on plate 8, so that smoothing out with the fingers plate is located at narrow position position.Such as figure
Shown in 11, torsional spring 33 is can be used in elastic device, and one end of torsional spring 33 is withstood on racking, and the other end of torsional spring 33, which is withstood on, smoothes out with the fingers plate 8
On, so that smoothing out with the fingers plate 8 is located at narrow position position.
In the present embodiment, the racking 12 of the mouth periphery is equipped with the guide surface for guiding flat mophead to be inserted into
34, when flat mophead 4 is inserted into extrusion mouth, more easily flat mophead 4 can be inserted by the guidance of guide surface 34
Enter.Guide surface 34 is typically embodied by the inclined-plane tilted down, and there is also another effects: the water extruded in water squeezing by
It will not spill outside mop-pail stands easily in the effect of the guide surface 34.
It in embodiment in front, smoothes out with the fingers plate 8 and is mounted on racking 12, and racking 12 is equipped with opening.Certainly it squeezes
Pressure rack 12 can also not have opening, and as shown in Figure 31-35, which is exactly a simple mounting bracket, smooth out with the fingers the peace of plate 8
On racking.It is equipped with supporting element in mop-pail stands 1, supporting element and to smooth out with the fingers plate 8 opposite, thus smoothing out with the fingers shape between plate 8 and supporting element
At extrusion mouth, the form of supporting element can be support plate 35 as shown in figure 31, and support plate 35 is located at the mop opposite with plate 8 is smoothed out with the fingers
On the end face of bucket 1；Supporting element is also possible to support plate 35 as shown in figure 32, and support plate 35 is located at the side of mop-pail stands 1 and cross
To extension；Supporting element can also be the end face upper support frame 36 for being located at the mop-pail stands 1 opposite with plate 8 is smoothed out with the fingers as shown in figure 33, support
The end of frame 36 is equipped with idler wheel 37；Supporting element is also possible to be the side upper support frame 36 for being located at mop-pail stands 1 as shown in figure 34, branch
The end of support 36 is equipped with idler wheel 37；Supporting element is also possible to be that the transverse direction being located on the side of mop-pail stands 1 is prolonged as shown in figure 35
Guide groove is arranged in the two sides of the guide plate 38 stretched, flat mophead 4, carries out guide plate 38 when cleaning or water squeezing and is inserted into guide groove
In.It can certainly be not provided with racking, plate 8 will be smoothed out with the fingers and be directly installed on the mop-pail stands 1, such as shown in figure 36, smoothed out with the fingers
Jack-post is arranged in the both ends of plate 8, and jack-post is formed directly into mop-pail stands 1, or uses and rotation connection phase described in preceding embodiment
Same rotation connection mode, the difference is that rotation connection structure is located on mop-pail stands.Water flow is crossed on the top setting upper layer for smoothing out with the fingers plate
Water flow passage is crossed in the lower section setting lower layer for smoothing out with the fingers plate in road.Plate, which is smoothed out with the fingers, when flat mophead 4 pushes at this time is in narrow position relative to supporting element
And the realization that plate 8 is located at the position of maximum extrusion mouth is smoothed out with the fingers, it can also be realized by limiting device, the specific structure of limiting device
Mode can refer to the description of preceding embodiment, the difference is that: limiting device is mounted in racking in the embodiment of front
On, when smoothing out with the fingers plate and being directly installed on mop-pail stands, limiting device is mounted on mop-pail stands.It is illustrated that in Figure 31-Figure 35 crowded
The case where pool, the case where being not drawn into cleaning area, the structure of the pressurizing unit of the structure and water squeezing area of the pressurizing unit of cleaning area
It can be identical.
In the present embodiment, the bottom of the mop-pail stands in water squeezing area and/or cleaning area is equipped with the boss 39 of protrusion, and described is convex
Platform 39 is to far from smoothing out with the fingers, 8 direction of plate extends and the length extended at least surmounts the extrusion mouth 9.The meaning of the boss of protrusion exists
In: when flat mophead 4 is inserted into pressurizing unit, to prevent flat mophead 4 to be inserted into excessively, lead to flat mophead 4
Cross extrusion mouth 9, flat mophead 4 drops down onto the lower section of pressurizing unit at this time, lead to not smoothly by flat mophead back up
It draws.After boss 39 is arranged, boss 39 is defined the pushing extreme position of flat mophead 4, and flat mophead 4 is encountered convex
It cannot be pushed again after platform 39, to avoid the generation of above-mentioned phenomenon.In addition, the boss 39 of protrusion needs a longer extension
Length, the length extended at least surmount the extrusion mouth, prevent during flat mophead 4 pushes because generating certain
The inclination of degree is to be detached from the control of the boss 39.
In the present embodiment, partition 40 is equipped in the mop-pail stands, the mop-pail stands 1 are separated by the partition 40
Independent water squeezing area and independent cleaning area.Partition 40 can be integrally formed with mop-pail stands.Certain independent cleaning area and independent
Water squeezing area can also be formd using other modes, such as independent squeezing bucket is arranged, and independent cleaning barrel is arranged, and then will
Squeezing bucket and cleaning barrel connect.
Claims (54)
1. the water squeezing method of flat mop, flat mop includes mop-pail stands and flat panel mop, and the flat panel mop includes mop rod and work
The dynamic flat mophead being connected on the mop rod, the flat mophead are equipped with cleaning piece；
It is characterized by: the mop-pail stands have water squeezing area, pressurizing unit is installed on the mop-pail stands, pressurizing unit includes using
In to the cleaning piece in flat mophead squeezed smooth out with the fingers plate, with the described supporting element that smooth out with the fingers plate opposite, it is described smooth out with the fingers plate with
Extrusion mouth is formed between the supporting element, the supporting element is another piece and smoothes out with the fingers plate or other support members, water squeezing method packet
Include following steps:
Mop rod is held, the flat mophead is rotated to the shape that carries out water squeezing parallel or substantially parallel with mop rod
State；
The flat mophead is moved up and down in the water squeezing area insertion extrusion mouth, the cleaning piece and described
Relative movement between plate is smoothed out with the fingers to squeeze to carry out mobile extruding water squeezing to cleaning piece；
Upper layer is also set up in water squeezing area to cross water flow passage, cross water flow passage, water squeezing positioned at the lower layer that the upper layer is crossed below water flow passage
When water flow passage crossed by the upper layer by the water of water squeezing, lower layer crosses water flow passage and is transferred out of water squeezing area；The plate of smoothing out with the fingers can be rotated
Be set to the mop-pail stands on, the size of the extrusion mouth can be changed in the rotation for smoothing out with the fingers plate；Flat mophead pushes when institute
The plate of smoothing out with the fingers stated is in narrow position relative to the supporting element, to keep extrusion mouth smaller, so that flat mophead smoothes out with the fingers plate when pushing
Biggish extruding force is generated to cleaning piece；Cleaning piece described in when flat mophead pulls up drives the plate of smoothing out with the fingers to be rotated up,
To make the extrusion mouth become larger, mop-pail stands are raised when preventing from being lifted up flat mop.
2. the water squeezing method of flat mop as described in claim 1, it is characterised in that: it is described smooth out with the fingers plate be directly installed on it is described
Mop-pail stands on.
3. the water squeezing method of flat mop as described in claim 1, it is characterised in that: the plate of smoothing out with the fingers is mounted on racking
On, the racking is mounted on the mop-pail stands.
4. the water squeezing method of the flat mop as described in one of claim 1-3, it is characterised in that: flat mophead pushes when institute
The cleaning piece stated drives the plate of smoothing out with the fingers to rotate down, thus make it is described smooth out with the fingers plate and be in narrow position position keep extrusion mouth smaller.
5. the water squeezing method of the flat mop as described in one of claim 1-3, it is characterised in that: setting elastic device, it is described
Elastic device act on the plate of smoothing out with the fingers and be at narrow position position to keep extrusion mouth smaller.
6. the water squeezing method of the flat mop as described in one of claim 1-3, it is characterised in that: the plate of smoothing out with the fingers directly rotates
It is connected on the mop-pail stands or on racking.
7. the water squeezing method of flat mop as claimed in claim 6, it is characterised in that: the both ends for smoothing out with the fingers plate are equipped with rotation
Pin, two rotational pins are inserted into respectively in the racking or mop-pail stands；
Alternatively, the racking or mop-pail stands are equipped with protruding shaft, the protruding shaft, which is inserted respectively into, described smoothes out with the fingers plate
Both ends.
8. the water squeezing method of flat mop as claimed in claim 6, it is characterised in that: set on the racking or mop-pail stands
There is pin joint seat, the side for smoothing out with the fingers plate is articulated on the pin joint seat.
9. the water squeezing method of flat mop as claimed in claim 6, it is characterised in that: set on the racking or mop-pail stands
There is deck, which is equipped with bayonet, and described smoothes out with the fingers plate equipped with axis, after the axis is caught in the bayonet of the deck
Rotation.
10. the water squeezing method of the flat mop as described in one of claim 1-3, it is characterised in that: the racking drags
Bucket is equipped with the limiting device for limiting the narrow position position.
11. the water squeezing method of flat mop as claimed in claim 10, it is characterised in that: the limiting device is limit
Seat, the limit base are equipped with limit notch, and the plate of smoothing out with the fingers is located in the limit notch, it is described smooth out with the fingers plate with it is described
Limit base side reaches narrow position position when touching.
12. the water squeezing method of flat mop as claimed in claim 10, it is characterised in that: the limiting device is set on institute
Two limiting grooves on racking or mop-pail stands are stated, the both ends for smoothing out with the fingers plate are inserted into the limiting groove, and described smoothes out with the fingers
The side of plate and the limiting groove reaches narrow position position when touching.
13. the water squeezing method of flat mop as claimed in claim 10, it is characterised in that: on the racking or mop-pail stands
Equipped with the stop portions stopped are formed to the plate of smoothing out with the fingers, described smoothing out with the fingers reaches narrow position position when plate is touched with the blocking position
It sets.
14. the water squeezing method of flat mop as claimed in claim 10, it is characterised in that: on the racking or mop-pail stands
Equipped with smoothing out with the fingers the corresponding oblique groove in plate both ends with described, in the both ends insertion for the smoothing out with the fingers plate oblique groove, and described plate is smoothed out with the fingers
Have between the oblique groove along the activity space for smoothing out with the fingers plate thickness direction, this is smoothed out with the fingers plate and described squeeze is adjusted in active procedure
Press the width size of mouth；
Alternatively, the both ends for smoothing out with the fingers plate are equipped with oblique groove, the racking or mop-pail stands are equipped with corresponding with two oblique grooves
Plate, the plate are inserted into the oblique groove, and are had between the plate and the oblique groove along plate thickness
Spend the activity space in direction, the width size smoothed out with the fingers plate and the extrusion mouth is adjusted in active procedure.
15. the water squeezing method of flat mop as claimed in claim 10, it is characterised in that: the limiting device limits simultaneously
Maximum extrusion mouth position when extrusion mouth becomes larger.
16. the water squeezing method of flat mop as claimed in claim 3, it is characterised in that: the racking is equipped with and is used for
Guide the guide surface of flat mophead insertion extrusion mouth.
17. the water squeezing method of flat mop as claimed in claim 3, it is characterised in that: the upper layer is crossed water flow passage and is set to
The upper surface of the racking.
18. the water squeezing method of flat mop as claimed in claim 17, it is characterised in that: the upper surface of the racking is equipped with
Several drainage muscle form the upper layer between adjacent drainage muscle and cross water flow passage.
19. the water squeezing method of flat mop as described in claim 1, it is characterised in that: after flat mop is inserted into extrusion mouth,
The length of flat mophead is adapted to the staving height smoothed out with the fingers at plate, prevents flat mophead from crossing extrusion mouth.
20. the water squeezing method of flat mop as described in claim 1, it is characterised in that: after flat mop is inserted into extrusion mouth,
The width of flat mophead is adapted with the length of extrusion mouth.
21. the water squeezing method of flat mop as claimed in claim 19, it is characterised in that: the mop-pail stands in the water squeezing area
The boss of bottom setting protrusion, until flat mophead comes downwards to boss when water squeezing.
22. the water squeezing method of flat mop as claimed in claim 21, it is characterised in that: the boss smoothes out with the fingers plate side to separate
At least surmount the extrusion mouth to the length for extending and extending.
23. the water squeezing method of the flat mop as described in one of claim 1-3, it is characterised in that: the mop-pail stands also have
There is cleaning area, the cleaning area and the water squeezing area are mutually indepedent, and flat mop is cleaned in cleaning area.
24. the water squeezing method of flat mop as claimed in claim 23, it is characterised in that: mop rod is held when cleaning, by institute
The flat mophead stated is rotated to the state that can be cleaned；
The flat mophead is moved up and down in the cleaning area insertion extrusion mouth, the cleaning piece and described
Relative movement between plate is smoothed out with the fingers to squeeze to carry out mobile extruding cleaning to cleaning piece.
25. the water squeezing method of flat mop as claimed in claim 24, it is characterised in that: be respectively mounted in water squeezing area and cleaning area
There is at least one pressurizing unit.
26. the water squeezing method of flat mop as claimed in claim 23, it is characterised in that: the water being extruded when water squeezing passes through upper
Layer crosses water flow passage, lower layer crosses water flow passage and flow to cleaning area.
27. the water squeezing method of flat mop as claimed in claim 23, it is characterised in that: be equipped in the mop-pail stands every
The mop-pail stands are separated into independent water squeezing area and independent cleaning area by plate, the partition.
28. bilayer crosses the flat mop burnisher of water, including mop-pail stands and flat mop, the flat mop include mop rod
With the flat mophead being movably connected on the mop rod, the flat mophead is equipped with cleaning piece；
It is characterized by: the mop-pail stands have water squeezing area, pressurizing unit is installed on the mop-pail stands, pressurizing unit includes using
In to the cleaning piece in flat mophead squeezed smooth out with the fingers plate, with the described supporting element that smooth out with the fingers plate opposite, it is described smooth out with the fingers plate with
Form extrusion mouth between the supporting element, the supporting element is another piece and smoothes out with the fingers plate or other support members, by institute when water squeezing
The flat mophead stated is rotated to the state that carries out water squeezing parallel or substantially parallel with mop rod, by the flat mop
Head moves up and down in the water squeezing area insertion extrusion mouth, and the cleaning piece and described smoothing out with the fingers are relatively moved between plate and squeezed
To carry out mobile extruding water squeezing to cleaning piece；
Upper layer is also set up in water squeezing area to cross water flow passage, cross water flow passage, water squeezing positioned at the lower layer that the upper layer is crossed below water flow passage
When water flow passage crossed by the upper layer by the water of water squeezing, lower layer crosses water flow passage and is transferred out of water squeezing area；
The plate of smoothing out with the fingers rotatably is set on the mop-pail stands, and the big of the extrusion mouth can be changed in the rotation for smoothing out with the fingers plate
It is small；Plate of smoothing out with the fingers described in when flat mophead pushes is in narrow position relative to the supporting element, to keep extrusion mouth smaller；Plate
Cleaning piece described in when mophead pulls up drives the plate of smoothing out with the fingers to be rotated up, so that the extrusion mouth be made to become larger.
29. the as claimed in claim 28 double-deck flat mop burnisher for crossing water, it is characterised in that: described to smooth out with the fingers plate direct
It is mounted on the mop-pail stands.
30. the double-deck flat mop burnisher for crossing water as claimed in claim 28, it is characterised in that: described smoothes out with the fingers plate installation
On racking, the racking is mounted on the mop-pail stands.
31. the double-deck flat mop burnisher for crossing water as described in one of claim 28-30, it is characterised in that: flat panel mop
Cleaning piece described in when head is pushed drives the plate of smoothing out with the fingers to rotate down, thus make it is described smooth out with the fingers plate and be in narrow position position make to squeeze
Press mouth smaller.
32. the double-deck flat mop burnisher for crossing water as described in one of claim 28-30, it is characterised in that: setting bullet
Property device, the elastic device acts on the plate of smoothing out with the fingers and is at narrow position position to keep extrusion mouth smaller.
33. the double-deck flat mop burnisher for crossing water as described in one of claim 28-30, it is characterised in that: described
Plate is smoothed out with the fingers directly to be rotatably connected on the mop-pail stands or on racking.
34. the double-deck flat mop burnisher for crossing water as claimed in claim 33, it is characterised in that: the both ends for smoothing out with the fingers plate
It is equipped with rotational pin, two rotational pins are inserted into respectively in the racking or mop-pail stands；
Alternatively, the racking or mop-pail stands are equipped with protruding shaft, the protruding shaft, which is inserted respectively into, described smoothes out with the fingers plate
Both ends.
35. the as claimed in claim 33 double-deck flat mop burnisher for crossing water, it is characterised in that: the racking or
Mop-pail stands are equipped with pin joint seat, and the side for smoothing out with the fingers plate is articulated on the pin joint seat.
36. the as claimed in claim 33 double-deck flat mop burnisher for crossing water, it is characterised in that: the racking or
Mop-pail stands are equipped with deck, which is equipped with bayonet, and described smoothes out with the fingers plate equipped with axis, and the axis is caught in the deck
Bayonet in after rotation.
37. the double-deck flat mop burnisher for crossing water as described in one of claim 28-30, it is characterised in that: described
Racking or mop-pail stands are equipped with the limiting device for limiting the narrow position position.
38. the double-deck flat mop burnisher for crossing water as claimed in claim 37, it is characterised in that: the limiting device
For limit base, the limit base is equipped with limit notch, and the plate of smoothing out with the fingers is located in the limit notch, and described smoothes out with the fingers plate
Reach narrow position position when touching with the limit base side.
39. the double-deck flat mop burnisher for crossing water as claimed in claim 37, it is characterised in that: the limiting device
For two limiting grooves on the racking or mop-pail stands, the both ends for smoothing out with the fingers plate are inserted into the limiting groove,
The side for smoothing out with the fingers plate and the limiting groove reaches narrow position position when touching.
40. the as claimed in claim 37 double-deck flat mop burnisher for crossing water, it is characterised in that: the racking or
Mop-pail stands, which are equipped with, forms the stop portions stopped to the plate of smoothing out with the fingers, and described smoothing out with the fingers when plate is touched with the blocking position reaches
To narrow position position.
41. the as claimed in claim 37 double-deck flat mop burnisher for crossing water, it is characterised in that: the racking or
Mop-pail stands, which are equipped with, smoothes out with the fingers the corresponding oblique groove in plate both ends with described, in the both ends insertion for the smoothing out with the fingers plate oblique groove, and institute
Smoothing out with the fingers between plate and the oblique groove for stating has along the activity space for smoothing out with the fingers plate thickness direction, and it is adjustable in active procedure that this smoothes out with the fingers plate
Save the width size of the extrusion mouth；
Alternatively, the both ends for smoothing out with the fingers plate are equipped with oblique groove, the racking or mop-pail stands are equipped with corresponding with two oblique grooves
Plate, the plate are inserted into the oblique groove, and are had between the plate and the oblique groove along plate thickness
Spend the activity space in direction, the width size smoothed out with the fingers plate and the extrusion mouth is adjusted in active procedure.
42. the double-deck flat mop burnisher for crossing water as claimed in claim 37, it is characterised in that: the limiting device
Maximum extrusion mouth position when extrusion mouth becomes larger is limited simultaneously.
43. the double-deck flat mop burnisher for crossing water as claimed in claim 30, it is characterised in that: on the racking
Equipped with for guiding the guide surface of flat mophead insertion extrusion mouth.
44. the double-deck flat mop burnisher for crossing water as claimed in claim 30, it is characterised in that: water is crossed on the upper layer
Runner is set to the upper surface of the racking.
45. the as claimed in claim 44 double-deck flat mop burnisher for crossing water, it is characterised in that: the racking it is upper
Surface is equipped with several drainage muscle, forms the upper layer between adjacent drainage muscle and crosses water flow passage.
46. the double-deck flat mop burnisher for crossing water as claimed in claim 28, it is characterised in that: flat mop insertion is squeezed
After pressing in mouth, the length of flat mophead is adapted to the staving height smoothed out with the fingers at plate.
47. the double-deck flat mop burnisher for crossing water as claimed in claim 28, it is characterised in that: flat mop insertion is squeezed
After pressing in mouth, the width of flat mophead is adapted with the length of extrusion mouth.
48. the double-deck flat mop burnisher for crossing water as claimed in claim 28, it is characterised in that: in the water squeezing area
The boss of the bottom setting protrusion of mop-pail stands, until flat mophead comes downwards to boss when water squeezing.
49. the as claimed in claim 48 double-deck flat mop burnisher for crossing water, it is characterised in that: the boss is to remote
From smoothing out with the fingers, plate direction extends and the length extended at least surmounts the extrusion mouth.
50. the double-deck flat mop burnisher for crossing water as described in one of claim 28-30, it is characterised in that: described
Mop-pail stands also have cleaning area, and the cleaning area and the water squeezing area are mutually indepedent, and flat mop carries out clear in cleaning area
It washes.
51. the double-deck flat mop burnisher for crossing water as claimed in claim 50, it is characterised in that: hold mop when cleaning
Bar rotates the flat mophead to the state that can be cleaned；
The flat mophead is moved up and down in the cleaning area insertion extrusion mouth, the cleaning piece and described
Relative movement between plate is smoothed out with the fingers to squeeze to carry out mobile extruding cleaning to cleaning piece.
52. the double-deck flat mop burnisher for crossing water as claimed in claim 51, it is characterised in that: in water squeezing area and cleaning
Area is mounted at least one pressurizing unit.
53. the double-deck flat mop burnisher for crossing water as claimed in claim 50, it is characterised in that: be extruded when water squeezing
Water crosses water flow passage by upper layer, lower layer crosses water flow passage and flow to cleaning area.
54. the double-deck flat mop burnisher for crossing water as claimed in claim 50, it is characterised in that: in the mop-pail stands
Equipped with partition, the mop-pail stands are separated into independent water squeezing area and independent cleaning area by the partition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910180543.9A CN109744952B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910180543.9A CN109744952B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
| CN201710302385.0A CN108784568B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
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| CN201710302385.0A Division CN108784568B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
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| CN201910180543.9A Active CN109744952B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
| CN201710302385.0A Active CN108784568B (en) | 2017-05-02 | 2017-05-02 | Flat mop water squeezing using method and flat mop cleaning tool thereof |
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| CN109700398A (en) * | 2019-03-01 | 2019-05-03 | 胡国云 | The squeezing water of flat mop clean bucket |
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| CN204863031U (en) * | 2015-08-24 | 2015-12-16 | 浙江麟祥塑业有限公司 | Cask is crowded to mop |
| CN205054066U (en) * | 2015-08-31 | 2016-03-02 | 宁波德腾工业设计有限公司 | It is high -efficient from crowded dry mop |
| CN204889892U (en) * | 2015-09-02 | 2015-12-23 | 四川鸿昌塑胶工业有限公司 | Drag on level land |
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| US6728990B1 (en) * | 2001-07-05 | 2004-05-04 | Alma M. Jones | Mop container |
| CN2617301Y (en) * | 2003-05-22 | 2004-05-26 | 游泳茂 | Translational mop squeezer |
| CN201384477Y (en) * | 2009-03-26 | 2010-01-20 | 张卫 | Plate type mop cleaning barrel |
| CN201500090U (en) * | 2009-09-28 | 2010-06-09 | 陈时运 | Pedal-type mop dewatering mechanism |
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Also Published As
| Publication number | Publication date |
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| CN109744953A (en) | 2019-05-14 |
| CN108784568B (en) | 2021-12-28 |
| CN109744952B (en) | 2022-04-26 |
| CN108784568A (en) | 2018-11-13 |
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