CN208822691U - The two-sided bucket of dehydration cycle formula - Google Patents
The two-sided bucket of dehydration cycle formula Download PDFInfo
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- CN208822691U CN208822691U CN201820451055.8U CN201820451055U CN208822691U CN 208822691 U CN208822691 U CN 208822691U CN 201820451055 U CN201820451055 U CN 201820451055U CN 208822691 U CN208822691 U CN 208822691U
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- idler wheel
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Abstract
The claimed two-sided bucket of dehydration cycle formula of the utility model, including staving, there are two wash chambers for the staving tool, wherein each wash chamber is respectively arranged with a water pumping mechanism；The bung hole of the staving is arranged there are two water squeezing sector and a lautertuns in a manner of dismounting, the lautertuns is arranged at the position between two water squeezing sectors, two water squeezing sectors are arranged in a one-to-one correspondence with two water pumping mechanisms, and mophead is downwardly by way of water squeezing sector to wash chamber, and water pumping mechanism can be driven to pump the water of one of wash chamber to lautertuns and filtered by lautertuns to another wash chamber.The utility model is when in use, the dirty water obtained after mop can will be cleaned with water pumping mechanism to pump to lautertuns filtering, and the clear water that can clean mop again is obtained by filtration, with the recycling of this inner bucket water for realizing the two-sided bucket of dehydration cycle formula, compared with prior art, with water-saving, environmentally friendly function.
Description
Technical field
The utility model belongs to the relevant technical field of daily necessity, drags cleaning flat more particularly to a kind of apply, takes off
The two-sided bucket of dehydration cycle formula of water.
Background technique
It is appreciated that flat drag (flat mop) more frequent in daily life use, and puts down and drags in use,
Mostly reassembling type structure is dragged relative to flat specifically for the mop to mop floor, is usually to need to drag mop from flat after mop is made dirty
On disassemble and cleaned with hand, be then dehydrated, and be usually de- in the mating flat cleaning dragged to the cleaning of mop, dehydration
It is completed in the bucket of bucket.
However, in the prior art in the bucket of the mating flat cleaning and dewatering bucket dragged and be not provided for the water in bucket into
The structure that row is recycled, that is to say, that the water in cleaning and dewatering bucket in bucket is when cleaning mop, mostly disposable cleaning,
That is the water in cleaning barrel needs to outwell after cleaning mop, clear water is then imported again, will result in water resource in this way
Waste.
Utility model content
Based on this, it is necessary to for the technical problems in the prior art, provide a kind of circulation for mop-cleaning
The two-sided bucket of Dewaterring.
Specifically, a kind of two-sided bucket of dehydration cycle formula, including staving, there are two wash chambers for the staving tool, wherein often
A wash chamber is respectively arranged with a water pumping mechanism；The bung hole of the staving is arranged there are two water squeezing sector in a manner of dismounting
With a lautertuns, the lautertuns is arranged at the position between two water squeezing sectors, and two water squeezing sectors draw water with two
Mechanism is arranged in a one-to-one correspondence, and mophead is downwardly by way of water squeezing sector to wash chamber, can drive water pumping mechanism by its
In the water of a wash chamber pump to lautertuns and filtered by lautertuns to another wash chamber.
As a preferred embodiment of the present invention, the water pumping mechanism includes shell, suction hose, water outlet on shell
Pipe and piston are respectively arranged with a check valve on the channel that the suction hose, outlet pipe are connected with shell, set in the shell
Be equipped with pressure spring, the piston portion is stretched in shell and is pressed against on pressure spring, wherein the piston stretch out the part of shell to
It is externally connected with driver plate.
As a preferred embodiment of the present invention, the driver plate includes straight plate part, and the connecting plate set on straight plate part both ends
Portion and flat part, the connecting plate portion and plate part residence are vertically arranged in the two opposite sides of straight plate part, and relative to straight plate part,
Described in connecting plate portion be connected and fixed far from the side of straight plate part with piston, leading on water squeezing sector described in the flat part face
Road setting.
As a preferred embodiment of the present invention, the lautertuns includes groove body, and the slot bottom of the groove body is recessed inwardly simultaneously
It is formed with a boss, the chamber of groove body is partitioned into Liang Ge filtering chamber, wherein the boss is towards Liang Ge filtering chamber
Side wall on offer a water outlet mouthpiece respectively, and two water outlet mouthpieces are respectively used to the water outlet on two water pumping mechanisms of tipping
Pipe.
As a preferred embodiment of the present invention, the slot bottom of described two filtering chamber offers multiple filter hole respectively,
And dishcloth, non-woven fabrics or filter screen are set in the top of filter hole.
As a preferred embodiment of the present invention, the staving is provided with a support plate, institute between two wash chambers
It states support plate and extends upwardly into lautertuns convex platform and be formed by cavity, and the both sides of the face of the support plate offer respectively
For being embedded in the groove of water pumping mechanism upper water-out pipe.
As a preferred embodiment of the present invention, the water squeezing sector includes shell, at least one being set in the housing is squeezed
Water idler wheel, the guide wheel group and cleaning hairbrush being arranged in a one-to-one correspondence with water squeezing idler wheel have on the shell one relative to bucket
Body is connected to downwards the channel of setting, the water squeezing idler wheel and guide wheel group separation in the two opposite sides in channel.
As a preferred embodiment of the present invention, the water squeezing sector includes two water squeezing idler wheels, is respectively defined as activity
Water squeezing idler wheel and fixed water squeezing idler wheel, wherein the top of fixed water squeezing idler wheel, the cleaning is arranged in the activity water squeezing idler wheel
Hairbrush setting relative to activity water squeezing idler wheel and fixes water squeezing roller section between activity water squeezing idler wheel and fixed water squeezing idler wheel
Divide and protrudes into the channel of shell.
As a preferred embodiment of the present invention, waist-shaped hole is offered on the shell, the waist-shaped hole is relative to shell
Channel be obliquely installed upwards, the shaft of the activity water squeezing idler wheel is arranged on the waist-shaped hole of the shell, and relative to
Waist-shaped hole rotation connection.
As a preferred embodiment of the present invention, it is set respectively on the shell of the water squeezing sector and the groove body of lautertuns
It is equipped with bending plate, is matched for the bung hole edge with staving, and by water squeezing sector and/or can be assembled in bucket by the bending plate
The bung hole of body.
Due to the application of the above technical scheme, the utility model has the advantage that compared with prior art
The two-sided barrel structure of dehydration cycle formula provided by the utility model is simple, obtains after can cleaning mop with water pumping mechanism
To dirty water pump to lautertuns and filter, and the clear water that can clean mop again is obtained by filtration, it is de- to realize the circulation with this
The recycling of the inner bucket water of the two-sided bucket of ability of swimming has water-saving, environmentally friendly function compared with prior art；Meanwhile the dehydration cycle
The two-sided bucket overall work of formula is to drive realization by stretching to the malkin head of the two-sided bucket of dehydration cycle formula, is made convenient for operation
With.
Detailed description of the invention
Fig. 1 is the perspective view of the two-sided bucket of dehydration cycle formula provided by the utility model.
Fig. 2 is the structural schematic diagram of water pumping mechanism in the utility model.
Fig. 3 is the cross-sectional view of water squeezing sector in the utility model.
Fig. 4 is the structural schematic diagram of lautertuns in the utility model.
Fig. 5-Fig. 8 provides the usage state diagram of the two-sided bucket of dehydration cycle formula by the utility model.
Wherein, 100, staving；101, wash chamber；110, support plate；200, water pumping mechanism；210, shell；220, it absorbs water
Pipe；221, inlet valve；230, outlet pipe；231, outlet valve；240, piston；250, pressure spring；260, driver plate；261, straight plate part；
262, connecting plate portion；263, flat part；300, water squeezing sector；310, shell；311, waist-shaped hole；320, activity water squeezing idler wheel；330,
Fixed water squeezing idler wheel；340, guide wheel group；350, cleaning hairbrush；360, channel；400, lautertuns；410, groove body；420, boss；
421, water outlet mouthpiece；430, filtering chamber；431, filter hole；3400, bending plate.
Specific embodiment
The claimed two-sided bucket of dehydration cycle formula of the utility model when in use, in addition to realize to mop on mophead
Cleaning, dehydration, the repetitive cycling for also achieving inner bucket water use, have and save, environmentally friendly function.
Referring to Fig. 1, the two-sided bucket of dehydration cycle formula of the present embodiment includes staving 100, and two in 100 barrels of staving
A water pumping mechanism 200, two water squeezing sectors 300 and a lautertuns 400 on 100 bung hole of staving, two of them water squeezing
Mechanism 300 is arranged in a one-to-one correspondence with two water pumping mechanisms 200 so that mophead by way of water squeezing sector 300 and extend downwardly into
, it can be achieved that driving to water pumping mechanism 200 in the bucket of staving 10, dirty water to be pumped to lautertuns 400 simultaneously with water pumping mechanism 200
Filtering.
There are two wash chambers 101 for the tool of staving 100.That is, the staving 100 of the present embodiment is when in use, it can
It is used cooperatively respectively with mophead with two wash chambers 101 of the staving 100, realizes the cleaning to mop on mophead.
Two water pumping mechanisms 200 of the present embodiment are arranged in correspondence in two wash chambers 101 of the staving 100,
For pumping the water in corresponding wash chamber 101 to lautertuns 400, for realizing to being cleaned in wash chamber 101
The dirty water obtained after mop on mophead is filtered, and then realizes the recycling of water in the staving 100.
Referring to Fig. 2, the water pumping mechanism 200 includes shell 210, suction hose 220, outlet pipe on shell 210
230 and piston 240, and the pressure spring 250 in shell 210.Wherein the piston 240 is partially protruded into shell 210, and
Pressure spring 250 for pressing against in shell 210, and the piston 240 stretches out the part of shell 210 to being externally connected with driver plate
260, to drive the downward compression press spring 250 of piston 240 with driver plate 260, and by the air pressure of airtight chamber in shell 210 and outside
Existing pressure difference between boundary's air pressure, to realize the water suction or draining of the water pumping mechanism 200.
Further, the piston 240 is embedded on the part for stretching to shell 210 and fitting with 210 inner wall of shell
There is at least one sealing ring (not shown), so as to improve the leakproofness of airtight chamber in shell 210, and then ensures the water pumper
The performance of suction, the draining of structure 200.
Wherein, the suction hose 220 is extended downwardly relative to shell 210, and extends to wash chamber 101 in staving 100
Bottom, and the drainpipe 230 is upwardly extended relative to shell 210, and with 400 phase of lautertuns that is set at 100 bung hole of staving
Cooperation.So that the water pumping mechanism 200 is at work, absorb water out of staving 100 wash chamber 101, then will be drawn again
Water is emitted into lautertuns 400 and filters, and realizes the recycling to the ejected wash water of wash chamber 101 in bucket with this.
Be provided with an inlet valve 221 on the channel that the suction hose 220 is connected with shell 210, the outlet pipe 230 with
Outlet valve 231 is provided on the channel that shell 210 is connected.It is appreciated that the inlet valve 221 and outlet valve 231 of the present embodiment
It is disposed as check valve, to carry out flow control to suction hose 220 and outlet pipe 230 respectively.That is, the pumping of the present embodiment
At work, suction hose 220 can only absorb water water dispenser structure 200 out of staving 100 wash chamber 101, and cannot drain, and shell
Water in 210 can only be discharged by outlet pipe 230.It of courses it should be noted that the inlet valve 221 and outlet valve
231 one-way valve structures specifically can be set to non-return head and combine with the structure of non-return head spring, realize one-way conduction with this
Function.
In the present embodiment, the driver plate 260 specifically includes straight plate part 261, and the connecting plate set on 261 both ends of straight plate part
Portion 262 and flat part 263, the connecting plate portion 262 and flat part 263 are lived apart in the two opposite sides of straight plate part 261, and relative to straight
Plate portion 261 is vertically arranged, wherein the connecting plate portion 262 is connected and fixed in the side far from straight plate part 261 with piston 250.Into one
Step ground, the straight plate part 261 is set in parallel in the periphery of shell 210, and is extended downwardly relative to shell 210, is ensured with this
Moving up and down for driver plate 260 can't have an impact shell 210.
The application of water squeezing sector 300 is for the mop on mophead to be cleaned and squeezed in the present embodiment
Dehydration.
Referring to Fig. 3, the water squeezing sector 300 include shell 310, at least one water squeezing idler wheel in shell 310,
The guide wheel group 340 and cleaning hairbrush 350 being arranged in a one-to-one correspondence with water squeezing idler wheel.So that the water squeezing sector 300 is working
When, the mop on mophead can be cleaned with cleaning hairbrush 350, with phase interworking between water squeezing idler wheel and guide wheel group 340
It closes to realize the dehydration to mop, the dehydration to mop is realized specifically in a manner of water squeezing.
It is provided with an inlet and outlet on the shell 310, wherein the import is oppositely arranged with outlet, and it is logical to form one
Road 360, the channel 360 specifically match with mophead, and are connection settings, and face downwards relative to staving 100
The flat part 263 of driver plate 260 on water pumping mechanism 200, so that mophead downwards can be to water pumping mechanism by way of water squeezing sector 300
200 are driven.
The water squeezing idler wheel and guide wheel group 340 are specifically to live apart in the two opposite sides in channel 360, to by way of the channel
Mop is dehydrated on 360 mophead, specifically carries out extrusion dehydration with the mop on water squeezing pair of rollers mophead, herein mistake
Cheng Zhong, guide wheel group 340 play the role of being pressed against mophead and to the lower along playing guiding of mophead.
In the present embodiment, the water squeezing sector 300 includes two water squeezing idler wheels, has been respectively defined as activity water squeezing idler wheel
320 and fixed water squeezing idler wheel 330, wherein the activity water squeezing idler wheel 320 is arranged in the top of fixed water squeezing idler wheel 330, and institute
Stating cleaning hairbrush 350 is setting between activity water squeezing idler wheel 320 and fixed water squeezing idler wheel 330, and relative to activity water squeezing rolling
Wheel 320 and fixed 330 part of water squeezing idler wheel are protruded into the channel of shell 310 360, are dragged when with to by way of channel 360
Mop on head is cleaned.It of courses it should be noted that water squeezing idler wheel in the water squeezing sector 300 can be in quantity
More than 2, can be for 3,4 or more, the mode being specifically arranged can refer to the set-up mode of 2 water squeezing idler wheels,
This does not just do and elaborates one by one.
Wherein, the activity water squeezing idler wheel 320 is applied on water squeezing sector 300, can be moved relative to shell 310
, realize the adjusting of spacing between activity water squeezing idler wheel 320 and corresponding guide wheel group 340, with this to further increase activity
Water squeezing effect of the water squeezing idler wheel 320 to mop.
Specifically, waist-shaped hole 311 is offered on the shell 310, the waist-shaped hole 311 is relative to logical on shell 310
Road 360 is obliquely installed, and is preferably obliquely installed upwards relative to the channel 360 on shell 310.The activity water squeezing idler wheel
320 shaft is arranged on the waist-shaped hole 311 of the shell 310, and is rotatablely connected relative to waist-shaped hole 311.It is movable in this way
Water squeezing idler wheel 320 is on water squeezing sector 300 in use, can be according to contact action power between mop and the activity water squeezing idler wheel 320
Direction, to realize mobile driving of the activity water squeezing idler wheel 320 on waist-shaped hole 311.
Further, the outer peripheral surface of the activity water squeezing idler wheel 320 of the present embodiment and/or fixed water squeezing idler wheel 330 is set as
Laciniation squeezes mop so as to improve activity water squeezing idler wheel 320 and/or fixed water squeezing idler wheel 330 when contacting with mop
The dehydrating effect of pressure.
The guide wheel group 340 of the present embodiment specifically includes two directive wheels being oppositely arranged, wherein each directive wheel is all provided with
It sets in shell 310, and can be rotatablely connected relative to shell 310.Further, two directive wheels in the guide wheel group 340
Between gap be connected with the channel 360 on the shell 310, for use as mop rod in company with mophead together from shell 310
Channel 360 pass through and move downward.
From the foregoing, it will be observed that the guide wheel group 340 is to correspond to set with activity water squeezing idler wheel 320, fixed water squeezing idler wheel 330
It sets, so the activity water squeezing idler wheel 320 on the water pumping mechanism 20 of the present embodiment and fixed water squeezing idler wheel 330 are respectively 2 corresponding
Directive wheel, and each directive wheel again respectively with activity water squeezing idler wheel 320 or fixed water squeezing idler wheel 330, that is to say, that this implementation
The activity water squeezing idler wheel 320 of example and fixed water squeezing idler wheel 330 are specifically configured to long tubular structure, have met it to mop phase mutual connection
To the use demand of mop all standing when touching.
Referring to Fig. 4, the lautertuns 400 application is in the present embodiment, specifically setting two water squeezing sectors 300 it
Between position at, the dirty water for extracting out of wash chamber 101 in bucket to water pumping mechanism 200 is filtered and obtains clear
Water is used with the repetitive cycling that this realizes water in the staving 100 to the present embodiment, and then plays environmental protection, the effect of saving.
The lautertuns 400 of the present embodiment includes groove body 410, and the slot bottom of the groove body 410 is recessed inwardly and to be formed with one convex
The chamber of groove body 410 is partitioned into Liang Ge filtering chamber 430 by platform 420, in the present embodiment, two on the lautertuns 400
A filtering chamber 430 is lived apart in two wash chambers 101 of staving 100, realizes the two-sided bucket of dehydration cycle formula with this
When in use, water pumping mechanism 200 extracts dirty water out of one of wash chamber 101 and is filtered by lautertuns 400 to another
In wash chamber 101, the recycling to water in staving 100 is realized.Wherein, the boss 420 is towards Liang Ge filtering chamber
A water outlet mouthpiece 421 is offered on 430 side wall, respectively to be connected to respectively with the outlet pipe 230 on water pumping mechanism 200.
Wherein, multiple filter hole 431 are offered respectively on the slot bottom of the 400 Shang Liangge filtering chamber 430 of lautertuns, and
In the top of filter hole 431 setting dishcloth, non-woven fabrics or filter screen, and utilize the structure of dishcloth, non-woven fabrics or filter screen
Characteristic to realize that the dirty water pumped to water pumping mechanism 200 is filtered, and obtains clear water.
In the present embodiment, position of the staving 100 between two wash chambers 101 is provided with a support plate 110,
The support plate 110 is to stretch to 400 convex platform 420 of lautertuns to be formed by cavity upwards, and the two of the support plate 110
The groove (not shown) for being embedded in 200 upper water-out pipe 230 of water pumping mechanism is offered on side end face respectively.So the present embodiment
200 device of water pumping mechanism to the staving 100 in when, specifically can by the outlet pipe 230 on water pumping mechanism 200 be embedded to support plate
In 110 groove, the cavity of the boss 420 on lautertuns 400 is then corresponded into support plate 110 again and is placed, pumping is ensured with this
Connection between the water outlet mouthpiece 421 of 400 convex platform 420 of 200 upper water-out pipe 230 of water dispenser structure and lautertuns, and it is convenient for assembly.
In the present embodiment, two water squeezing sectors 300 of the present embodiment and a lautertuns 400 are specifically in a manner of dismounting
It is assemblied on the bung hole of staving 100, the dismounting cooperation of the two-sided bucket entirety of the dehydration cycle formula is realized with this, that is to say, that this
When producing preparation modularized production may be implemented, and assemble in the two-sided bucket of dehydration cycle formula of embodiment, and there is reduction to be produced into
This effect of.
Specifically, it is respectively arranged on the shell 310 of the water squeezing sector 300 and the groove body 410 of lautertuns 400 curved
Folded plate 3400 matches for the bung hole edge with staving 100, and can by the bending plate 3400 by water squeezing sector 300 and/or
Lautertuns 400 is assemblied in the bung hole of staving 100.That is, the water squeezing sector 300 of the present embodiment, lautertuns 400 and staving
Assembly between 100 is that the bending plate 3400 on water squeezing sector 300 and lautertuns 400 is aligned to the decentralization of 100 bung hole edge of staving
And be caught in realize, thus it has been convenient for people to the dismounting between water squeezing sector 300, lautertuns 400 and staving 100, into
One step meets the use demand of people.
Please refer to Fig. 5-Fig. 8, the two-sided bucket of dehydration cycle formula of the present embodiment before the use, can first by staving 100 its
In a wash chamber 101 pour water to the position of specified water level line, then by the mop on mophead towards water squeezing sector 300
Activity water squeezing idler wheel 320 drives downwards from the channel of water squeezing sector 300 360, due to the both ends of 320 shaft of activity water squeezing idler wheel
It is the waist-shaped hole 311 that shell 310 is set, during mophead squeezes down, activity water squeezing idler wheel 320 and corresponding guiding
Spacing between wheel group 340 will broaden, and thus play the role of convenient for mophead importing；When again down, mop will
It interacts with cleaning hairbrush 350, and with cleaning hairbrush 350 that the hair and Fouling Cleaning that are adsorbed on mop is clean, with this
Realize the function to mop-cleaning, mophead will be along wash chamber of the fixed water squeezing idler wheel 330 in staving 100 later
In 101 and realize driving to water pumping mechanism 200.With moving down for mophead, the front of mophead, which will be withstood, draws water
The flat part 263 of driver plate 260 in mechanism 200, then down when, driver plate 260 will be realized to 200 shell 210 of water pumping mechanism
The compression of interior pressure spring 250, after mophead is pressed onto barrel bottom, the pressure spring 250 in water pumping mechanism 200, which will restore elastic deformation, to be dragged
Be bound to original position towing back to, push again, the task again of water pumping mechanism 200, until by the dirty water in wash chamber 101 exhaust and by
In the filtering to another wash chamber 101 of the staving 100 of lautertuns 400, simultaneously, realizes the cleaning to mop and make
With.Mophead is finally above mentioned, cleaning hairbrush 350 can clean mop again in water squeezing sector 300, then when up mentioning, activity water squeezing
The effect upward by mop of idler wheel 320, to make the activity water squeezing idler wheel with 311 activity trajectory of waist-shaped hole on shell 310
320 narrow with the spacing of corresponding guide wheel group 340, and then realize the dehydration again to mop.
It is appreciated that the two-sided bucket of dehydration cycle formula of the present embodiment is when in use, can be alternately entered with mophead to staving
100 two wash chambers 101 realize while realization with this to mop-cleaning on malkin head, dehydration to staving 100
The recycling of inner bucket water has the performance of saving, environmental protection compared with prior art.
Each technical characteristic of the upper embodiment can be combined arbitrarily, for simplicity of description, not to above-mentioned implementation
The all possible combination of each technical characteristic in example is all described, as long as however, the combination of these technical characteristics is not present
Contradiction all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of two-sided bucket of dehydration cycle formula, it is characterised in that: including staving, there are two wash chambers for the staving tool, wherein
Each wash chamber is respectively arranged with a water pumping mechanism；There are two water squeezing sector and a mistakes for the bung hole setting of the staving
Filter pocket, the lautertuns are arranged at the position between two water squeezing sectors, and two water squeezing sectors and two water pumping mechanisms are one by one
It is correspondingly arranged, and mophead is downwardly by way of water squeezing sector to wash chamber, can drive water pumping mechanism that one of them is clear
The indoor water of chamber is washed to pump to lautertuns and filtered by lautertuns to another wash chamber.
2. the two-sided bucket of dehydration cycle formula according to claim 1, it is characterised in that: the water pumping mechanism includes shell, if
It is respectively arranged on the channel that suction hose, outlet pipe and piston on shell, the suction hose, outlet pipe are connected with shell
One check valve is provided with pressure spring in the shell, and the piston portion is stretched in shell and pressed against on pressure spring, wherein described
Piston stretches out the part of shell to being externally connected with driver plate.
3. the two-sided bucket of dehydration cycle formula according to claim 2, it is characterised in that: the driver plate includes straight plate part, and
Set on the connecting plate portion at straight plate part both ends and flat part, the connecting plate portion and plate part are occupied in the two opposite sides of straight plate part, and phase
Straight plate part is vertically arranged, wherein the connecting plate portion is connected and fixed in the side far from straight plate part with piston, the flat part
Channel setting on water squeezing sector described in face.
4. the two-sided bucket of dehydration cycle formula according to claim 2, it is characterised in that: the lautertuns includes groove body, described
The slot bottom of groove body is recessed inwardly and is formed with a boss, and the chamber of groove body is partitioned into Liang Ge filtering chamber, wherein described convex
Platform offers a water outlet mouthpiece respectively on the side wall towards Liang Ge filtering chamber, and two water outlet mouthpieces are respectively used to tipping two
Outlet pipe on a water pumping mechanism.
5. the two-sided bucket of dehydration cycle formula according to claim 4, it is characterised in that: the slot bottom of described two filtering chamber point
Multiple filter hole are not offered, and dishcloth, non-woven fabrics or filter screen are set in the top of filter hole.
6. the two-sided bucket of dehydration cycle formula according to claim 5, it is characterised in that: the staving two wash chambers it
Between be provided with a support plate, the support plate is extended upwardly into lautertuns convex platform and is formed by cavity, and the support plate
Both sides of the face offer the groove for being embedded in water pumping mechanism upper water-out pipe respectively.
7. the two-sided bucket of dehydration cycle formula according to claim 1, it is characterised in that: the water squeezing sector includes shell, if
In at least one intracorporal water squeezing idler wheel of shell, the guide wheel group and cleaning hairbrush being arranged in a one-to-one correspondence with water squeezing idler wheel are described
The channel for being connected to setting downwards relative to staving with one on shell, the water squeezing idler wheel and guide wheel group separation are the two of channel
Opposite side.
8. the two-sided bucket of dehydration cycle formula according to claim 7, it is characterised in that: the water squeezing sector includes two water squeezings
Idler wheel is respectively defined as activity water squeezing idler wheel and fixed water squeezing idler wheel, wherein activity water squeezing idler wheel setting is in fixed water squeezing
The top of idler wheel, the cleaning hairbrush setting is in activity water squeezing idler wheel and fixes between water squeezing idler wheel, and relative to activity water squeezing
Idler wheel and fixed water squeezing roller portion are protruded into the channel of shell.
9. the two-sided bucket of dehydration cycle formula according to claim 8, it is characterised in that: waist-shaped hole is offered on the shell,
The waist-shaped hole is obliquely installed upwards relative to the channel of shell, and the shaft of the activity water squeezing idler wheel is arranged in the shell
Waist-shaped hole on, and relative to waist-shaped hole be rotatablely connected.
10. the two-sided bucket of dehydration cycle formula according to claim 1, it is characterised in that: the shell of the water squeezing sector, and
It is respectively arranged with bending plate on the groove body of lautertuns, is matched for the bung hole edge with staving, and can be incited somebody to action by the bending plate
Water squeezing sector and/or the bung hole for being assemblied in staving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820451055.8U CN208822691U (en) | 2018-04-02 | 2018-04-02 | The two-sided bucket of dehydration cycle formula |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820451055.8U CN208822691U (en) | 2018-04-02 | 2018-04-02 | The two-sided bucket of dehydration cycle formula |
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| Publication Number | Publication Date |
|---|---|
| CN208822691U true CN208822691U (en) | 2019-05-07 |
Family
ID=66302735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820451055.8U Active CN208822691U (en) | 2018-04-02 | 2018-04-02 | The two-sided bucket of dehydration cycle formula |
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| Country | Link |
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| CN (1) | CN208822691U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108245103A (en) * | 2018-04-02 | 2018-07-06 | 嘉兴市捷豪清洁用品有限公司 | The two-sided bucket of dehydration cycle formula |
| GB2605829A (en) * | 2021-04-15 | 2022-10-19 | Thomas Turner John | A cleaning assembly and a method of cleaning |
-
2018
- 2018-04-02 CN CN201820451055.8U patent/CN208822691U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108245103A (en) * | 2018-04-02 | 2018-07-06 | 嘉兴市捷豪清洁用品有限公司 | The two-sided bucket of dehydration cycle formula |
| CN108245103B (en) * | 2018-04-02 | 2024-02-06 | 嘉兴市捷豪清洁用品有限公司 | Circulation dewatering type double-sided barrel |
| GB2605829A (en) * | 2021-04-15 | 2022-10-19 | Thomas Turner John | A cleaning assembly and a method of cleaning |
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