CN108360208B - Twin shaft gravity squeezing type washing machine - Google Patents
Twin shaft gravity squeezing type washing machine Download PDFInfo
- Publication number
- CN108360208B CN108360208B CN201810231897.7A CN201810231897A CN108360208B CN 108360208 B CN108360208 B CN 108360208B CN 201810231897 A CN201810231897 A CN 201810231897A CN 108360208 B CN108360208 B CN 108360208B
- Authority
- CN
- China
- Prior art keywords
- shell
- wash bowl
- sealing plate
- cleaning
- shaft
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F15/00—Washing machines having beating, rubbing or squeezing means in receptacles stationary for washing purposes
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F23/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry
- D06F23/02—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry and rotating or oscillating about a horizontal axis
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
- D06F37/20—Mountings, e.g. resilient mountings, for the rotary receptacle, motor, tub or casing; Preventing or damping vibrations
- D06F37/22—Mountings, e.g. resilient mountings, for the rotary receptacle, motor, tub or casing; Preventing or damping vibrations in machines with a receptacle rotating or oscillating about a horizontal axis
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
- D06F37/30—Driving arrangements
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00
- D06F39/12—Casings; Tubs
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00
- D06F39/12—Casings; Tubs
- D06F39/14—Doors or covers; Securing means therefor
Abstract
The present invention provides twin shaft gravity squeezing type washing machines, including shell, Matching installation at feeding inlet and feeding inlet for clothing disengaging is provided on the shell end cap, wiper mechanism is installed in shell, clothing to be cleaned is put into wiper mechanism by the feeding inlet of shell and completes cleaning in wiper mechanism, the wiper mechanism includes wash bowl, the wash bowl is open at one end, the closed rectangle cylindrical shell structure of the other end and the feeding inlet being open towards shell, it is provided with sealing plate b in wash bowl and sealing plate b and cleaning tube inner chamber cavity wall are in sealed cooperation, region between sealing plate b and wash bowl closed end is equipped with the pressing mechanism for being squeezed clothing.
Description
Technical field
The present invention relates to clothes washing fields.
Background technique
With the continuous development of science and technology, washing machine has become household appliances indispensable in daily life,
It can provide more convenient, more humane service for people, and current existing washing machine, which is mainly driven by impeller, to be cleaned
Interior bucket rotation, to drive water and drive the friction between clothing, the final cleaning realized to clothing, this method is time-consuming to take
Power, low efficiency, in addition to this, there is also have the problems such as vibration of washing machine is big, high noise for the laundry mode of existing conventional washer.
Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of using modes such as rotation, extruding to clothing
The washing machine cleaned.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
Twin shaft gravity squeezing type washing machine, including shell are provided with the feeding inlet for clothing disengaging on the shell
And Matching installation has end cap at feeding inlet, and wiper mechanism is equipped in shell, and clothing to be cleaned is thrown by the feeding inlet of shell
Enter in wiper mechanism and complete cleaning in wiper mechanism, the wiper mechanism includes wash bowl, and the wash bowl is one
The closed rectangle cylindrical shell structure of end opening, the other end and the feeding inlet being open towards shell, are provided in wash bowl
Sealing plate b and sealing plate b and cleaning tube inner chamber cavity wall are in sealed cooperation, the area between sealing plate b and wash bowl closed end
Domain is equipped with the pressing mechanism for being squeezed clothing, and the pressing mechanism includes electromagnet component, clump weight, described
Electromagnet component be fixedly installed in sealing plate b, the clump weight is to be provided with several on permeability magnetic material and clump weight
In the through-hole being evenly spaced on, clump weight is set between wash bowl open end and sealing plate b and clump weight and wash bowl
It is in be slidably matched between the cavity wall of inner cavity.
Further improvement as the technical program.
Above-mentioned electromagnet component includes installation shell, and the installation shell is the cylindrical barrel body structure of both ends open,
The outer surface of installation shell, which is provided between external step c and external step c and sealing plate b, is provided with fixedly connected part, pacifies
Dress shell is fixedly connected with sealing plate b by fixedly connected part, is provided on the sealing plate b and is stretched out hole, mounting shell
One open end of body is installation end and region, another open end between sealing plate b and wash bowl closed end pass through and stretch out
The end face in hole and the region between sealing plate b and wash bowl open end, the installation end of the installation shell is provided with appearance
Set slot, accommodation groove structure and with installation shell coaxial line arrangement in a ring, the installation end for installing shell also matches peace
Equipped with installation lid and the two constitutes the cooperation of removable seal formula；
The electromagnet component further includes electromagnet, bolster, and the electromagnet is installed in accommodation groove and uses
In generating magnetic force, the bolster is set in installation housing cavity；
Baffle is provided in the inner cavity of the installation shell and the inner cavity cavity wall of baffle and installation shell is in sealed
Cooperation installs and is provided with the slide cartridge that depth direction extends towards wash bowl opening extreme direction at the center of shell, and slide cartridge is one end
Opening, the closed cylindrical barrel body structure of the other end, and the closed end of slide cartridge is fixedly connected with baffle, and the bolster includes
Buffer stopper, bumper post, buffer spring, one end of the bumper post pass through the opening of slide cartridge and be located in slide cartridge, the other end with
Buffer stopper is fixedly connected and the inner cavity of buffer stopper and installation shell constitutes and is slidably matched, and the buffer spring is socketed on buffering
The outside of column, one end of buffer spring and buffer stopper contradict, the other end and baffle contradict, and the elastic force of buffer spring does buffer stopper
Movement far from baffle；
The open end of the slide cartridge is provided with built-in step, and one end that the bumper post is located in slide cartridge is provided with outer
Set step d；
Inner cavity is provided in the bumper post, the periphery of bumper post is provided with the inlet opening connected with its inner cavity, institute
The baffle plate setting stated has the apopore connected with bumper post inner cavity, and the installation lid is provided with the draining connected with apopore
Hole, installing the water in housing cavity can be discharged by inlet opening, bumper post inner cavity, apopore, drainage hole.
Further improvement as the technical program.
Above-mentioned wash bowl open end Matching installation has sealing cover, and the sealing cover is open at one end, other end closing
Shell structure, the open end of sealing cover is provided with sealing plate a and sealing plate a and sealing cover open end in sealed cooperation,
Region between sealing plate a and sealing cover closed end is equipped with turbine component, and when the electromagnet component is powered, clump weight exists
Sealing plate b is fixed under magneticaction, and the mass balance of pressing mechanism and turbine component at this time, the power-off of electromagnet component
When, clump weight is under the effect of gravity along cleaning tube inner chamber extending direction sliding；
The turbine component includes driving motor b, turbine, and the driving motor b is fixedly installed on sealing plate a simultaneously
And waterproof case is provided on driving motor b, the middle position of the sealing plate a is provided with mounting hole, the turbine
It is coaxially disposed in mounting hole and turbine is fixedly connected with the power output shaft end of driving motor b, driving motor b rotation and band
Dynamic turbine rotates synchronously；
The turbine includes swivel plate, and the swivel plate is set in the mounting hole of sealing plate a, and swivel plate is far from clear
It is vertically arranged with central spindle at the center of the end face of washing cylinder open end, if swivel plate is towards being provided on the end face of wash bowl open end
Dry rotation is raised and rotates the raised circumferencial direction along central spindle in being evenly spaced on, and is additionally provided with several on swivel plate
The permeable hole connected with cleaning tube inner chamber, the central spindle are fixedly connected with the power output shaft end of driving motor b, driving motor
B is rotated and is driven swivel plate rotation by central spindle, and swivel plate rotates and draws rotation protrusion and rotates synchronously.
Further improvement as the technical program.
Above-mentioned wiper mechanism further includes cleaning shell, revolving member, and the cleaning shell is Cylindrical housing structure
And that cleans shell is axially parallel to ground, and the outer surface for cleaning shell is provided with feed inlet and feed inlet is towards shell
Feeding inlet cleans shell and is additionally provided with damping between the inner cavity cavity wall of shell and cleans shell and pass through damping
Be installed in shell, clean shell on be additionally provided with its inner cavity connect water inlet pipe, drainpipe, the water inlet pipe it is another
End connect connection with external source, and the solenoid valve one for controlling its water inlet, the drainpipe are provided on water inlet pipe
The other end and it is extraneous connect, and the solenoid valve two for controlling its draining is provided on drainpipe, the wash bowl is set
It is placed in cleaning shell, the revolving member is connect with wash bowl, and revolving member rotates and draws wash bowl synchronous rotation；
The revolving member includes driving motor a, shaft, and the driving motor a and cleaning shell are coaxially arranged, is driven
The periphery of the motor housing of dynamic motor a is provided with external step a and is provided with fastening between external step a and cleaning shell
Part, driving motor a are fixedly connected with cleaning shell by fastener, are additionally provided with avoid holes on the cleaning shell,
The shaft and driving motor a are coaxially arranged, and the power input shaft end of shaft is fixed with the power output shaft end of driving motor a
Connection, the power output shaft end of shaft pass through avoid holes and are fixedly connected with wash bowl, and driving motor a rotation drives shaft to turn
Dynamic, shaft rotates and draws wash bowl and moves synchronously.
Further improvement as the technical program.
Be provided with fixing axle on axial perpendicular to the shaft and face far from shaft of above-mentioned wash bowl, fixing axle with turn
Axis is in coaxially arranged, and the cleaning device further includes conducting slip ring, and conducting slip ring is socketed on the outside of fixing axle, conducting slip ring
For by electric current by conducting wire it is stable be delivered to driving motor b, electromagnet；
It is the side wall of the wash bowl, the closed end of wash bowl, the closed end of sealing cover, sealing plate a, equal on sealing plate b
Being provided with several is in the limbers for being evenly spaced on and connecting with cleaning tube inner chamber, and the cleaning intracorporal water of shell can pass through water flowing
Hole flows into wash bowl.
The beneficial effect of the present invention compared with prior art is, the present invention is using rotation, the modes such as squeezes and complete pair
The cleaning of clothing, using impeller driving clothing and water flow compared to existing conventional washer, counter-rotating reaches the mesh of cleaning repeatedly
, the present invention can not only improve the cleaning effect to clothing, and with small vibration in laundry processes of the invention, low noise.
Detailed description of the invention
It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention
Some embodiments for those of ordinary skill in the art without any creative labor, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is structural schematic diagram of the invention.
Fig. 3 is the cross-sectional view of shell of the invention.
Fig. 4 is the structural schematic diagram of wiper mechanism of the invention.
Fig. 5 is the structural schematic diagram of wiper mechanism of the invention.
Fig. 6 is the structural schematic diagram of wiper mechanism of the invention.
Fig. 7 is the structural schematic diagram of wash bowl of the invention.
Fig. 8 is the cooperation figure of sealing cover and turbine component of the invention.
Fig. 9 is the cooperation figure of sealing plate a and turbine component of the invention.
Figure 10 is the structural schematic diagram of turbine component of the invention.
Figure 11 is the structural schematic diagram of locking member of the invention.
Figure 12 is the cooperation figure of pressing mechanism and wash bowl closed end of the invention.
Figure 13 is the cooperation figure of electromagnet component and sealing plate b of the invention.
Figure 14 is the cross-sectional view of electromagnet component of the invention.
Figure 15 is the cross-sectional view of damping of the invention.
Each label meaning in figure are as follows:
100, shell；110, end cap；
200, wiper mechanism；
210, shell is cleaned；
220, wash bowl；221, locking slot；222, sealing plate a；223, sealing plate b；
230, sealing cover；
240, revolving member；
250, locking member；251, pull rod；252, check lock lever；253, external step b；254, locking spring；
260, protective case；
270, conducting slip ring；
300, turbine component；310, driving motor b；320, turbine；
400, pressing mechanism；410, electromagnet component；411, shell is installed；412, accommodation groove；413, buffer stopper；414, delay
Rush spring；420, clump weight；
500, damping；510, shock structure；520, decoupling rod；530, sliding block；540, damping spring a；550, damping bullet
Spring b.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole implementation
Example.Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts
Every other embodiment, shall fall within the protection scope of the present invention.
As shown in figures 1-15, twin shaft gravity squeezing type washing machine, including shell 100 are arranged on the shell 100 useful
Matching installation has end cap 110 at the feeding inlet and feeding inlet of clothing disengaging, and wiper mechanism 200 is equipped in shell 100, to
Clothing is cleaned to put into wiper mechanism 200 by the feeding inlet of shell 100 and complete cleaning in wiper mechanism 200.
The wiper mechanism 200 includes cleaning shell 210, wash bowl 220, revolving member 240, the cleaning shell
210 be Cylindrical housing structure and the ground that is axially parallel to for cleaning shell 210, and the outer surface of cleaning shell 210 is provided with
Towards the feeding inlet of shell 100, the wash bowl 220 is set in cleaning shell 210 for feed inlet and feed inlet, wash bowl
220 for open at one end, the closed cylindrical shell structure of the other end and be open towards shell 100 feeding inlet, it is preferred that cleaning
Cylinder 220 is rectangle shell structure, and 220 open end Matching installation of wash bowl has a sealing cover 230, the revolving member 240 with
Wash bowl 220 connects, and revolving member 240 rotates and draws the synchronous rotation of wash bowl 220.
The water inlet pipe connected with its inner cavity, drainpipe are additionally provided on the cleaning shell 210, the water inlet pipe
The other end connect connection with external source, and the solenoid valve one for controlling its water inlet, the row are provided on water inlet pipe
The other end of water pipe and extraneous connection, and the solenoid valve two for controlling its draining is provided on drainpipe.
As Figure 4-Figure 6, above-mentioned revolving member 240 includes driving motor a, shaft, the driving motor a and cleaning
Shell 210 is coaxially arranged, and the periphery of the motor housing of driving motor a is provided with external step a and external step a and cleaning
Fastener is provided between shell 210, driving motor a is fixedly connected with cleaning shell 210 by fastener, and described is clear
Wash on shell 210 and be additionally provided with avoid holes, the shaft and driving motor a are coaxially arranged, the power input shaft end of shaft with
The power output shaft end of driving motor a is fixedly connected, and the power output shaft end of shaft passes through avoid holes and fixes with wash bowl 220
Connection, specifically, the power output shaft end of shaft is fixedly installed fixed disk, is provided with and fixed disk phase on wash bowl 220
The fixing groove matched, is provided with fastening connection piece between fixed disk and fixing groove and by fastening connection piece company is fixed in the two
It connects, so that shaft be made to be fixedly connected with wash bowl 220, driving motor a rotation drives shaft rotation, and shaft rotates and draws cleaning
Cylinder 220 moves synchronously, so that clothing be made axially to rotate around the shaft.
More optimize, is additionally provided with sealing shroud, sealing shroud energy between the avoid holes and shaft of above-mentioned cleaning shell 210
Enough prevent the water in cleaning shell 210 from flowing out by avoid holes.
As shown in Fig. 7-10,12-14, be provided in above-mentioned wash bowl 220 sealing plate b223 and sealing plate b223 with
220 inner cavity cavity wall of wash bowl is in sealed cooperation, and the region between 220 closed end sealing plate b223 and wash bowl, which is equipped with, to be used for
To the pressing mechanism 400 that clothing is squeezed, the sealing cover 230 is open at one end, the closed shell structure of the other end, close
The open end of capping 230 is provided with sealing plate a222 and sealing plate a222 and 230 open end of sealing cover are in sealed cooperation, close
Region between 230 closed end sealing plate a222 and sealing cover is equipped with for rotating clothing around perpendicular to shaft axially direction
Turbine component 300, clothing to be cleaned in wash bowl 220 by axial rotation around the shaft, around the side perpendicular to shaft axial direction
To rotation, is squeezed through pressing mechanism 400 and complete cleaning.
The side wall of wash bowl 220, the closed end of wash bowl 220, the closed end of sealing cover 230, sealing plate a222,
It is in the limbers for being evenly spaced on and connecting with 220 inner cavity of wash bowl that several are provided on sealing plate b223, cleans shell
Water in body 210 can be flowed into wash bowl 220 by limbers.
As seen in figs. 8-10, above-mentioned turbine component 300 includes driving motor b310, turbine 320, the driving motor
B310 is fixedly installed on sealing plate a222 and is provided on driving motor b310 waterproof case, the sealing plate a222's
Middle position is provided with mounting hole, and the coaxial arrangement of turbine 320 is in mounting hole and turbine 320 and driving motor
The power output shaft end of b310 is fixedly connected, and driving motor b310 is rotated and turbine 320 is driven to rotate synchronously.
More specifically, the turbine 320 includes swivel plate, and the swivel plate is set to the installation of sealing plate a222
In hole, it is vertically arranged with central spindle at the center of end face of the swivel plate far from 220 open end of wash bowl, swivel plate is towards wash bowl
It is provided with several rotation protrusions on the end face of 220 open ends and rotates protrusion and divides along the circumferencial direction of central spindle in uniform intervals
Cloth is additionally provided with the permeable hole that several and 220 inner cavity of wash bowl are connected, the central spindle and driving motor b310 on swivel plate
Power output shaft end be fixedly connected, driving motor b310 rotate and by central spindle drive swivel plate rotation, swivel plate rotate simultaneously
Traction rotation protrusion rotates synchronously, so that clothing be made to rotate around perpendicular to shaft axially direction.
As shown in figs. 12-14, above-mentioned pressing mechanism 400 includes electromagnet component 410, clump weight 420, the electromagnetism
Iron component 410 is fixedly installed in sealing plate b223, and the clump weight 420 is to be provided on permeability magnetic material and clump weight 420
Several are in the through-hole being evenly spaced on, it is preferred that clump weight 420 is fabricated from iron, and clump weight 420 is set to wash bowl 220
Between open end and sealing plate b223 and it is in be slidably matched between clump weight 420 and the inner cavity cavity wall of wash bowl 220, works as electromagnet
When component 410 is powered, clump weight 420 is fixed in sealing plate b223 under magneticaction, and pressing mechanism 400 and whirlpool at this time
The mass balance for taking turns component 300, when electromagnet component 410 powers off, wash bowl 220 is axial around the shaft to be rotated and drives clump weight
420 rotate synchronously, and in 420 rotation process of clump weight, clump weight 420 extends along 220 inner cavity of wash bowl under the effect of gravity
Direction sliding, to realize extruding to clothing, in addition to this, due to clump weight 420 and wash bowl 220 inner cavity cavity wall it
Between be slidably matched so that clump weight 420 in extrusion process will not impact the inner cavity of wash bowl 220, if clump weight
420 it is oversized, then will lead to clump weight 420 can not move in wash bowl 220, if clump weight 420 is undersized,
It will lead to clump weight 420 to be flipped in extrusion process, influence the reset to original state.
As shown in figure 14, above-mentioned electromagnet component 410 includes installation shell 411, and the installation shell 411 is both ends
The outer surface of the cylindrical barrel body structure of opening, installation shell 411 is provided with external step c and external step c and sealing plate
Fixedly connected part is provided between b223, installation shell 411 and sealing plate b223 is fixedly connected by fixedly connected part, is had
Body, it is provided on the sealing plate b223 and stretches out hole, an open end of installation shell 411 is installation end and is located at sealing plate
Region, another open end between 220 closed end b223 and wash bowl, which pass through, to be stretched out hole and is located at sealing plate b223 and wash bowl
The end face in the region between 220 open ends, the installation end of the installation shell 411 is provided with accommodation groove 412, the accommodating
Slot 412 in a ring structure and with installation 411 coaxial line of shell arrangement, installation shell 411 installation end also Matching installation have peace
Capping and the two constitute the cooperation of removable seal formula.
The electromagnet component 410 further includes electromagnet, bolster, and the electromagnet is installed in accommodation groove 412
And for generating magnetic force, the bolster is set in installation 411 inner cavity of shell, and the meaning of bolster is, works as counterweight
When block 420 is made close to the movement of clothing, i.e., when clump weight 420 squeezes clothing, due to the buffer function of clothing, clump weight
420 can not damage sealing cover 230, when clump weight 420 is done close to the movement of electromagnet component 410, due to clump weight
420 quality is larger, and clump weight 420 can cause to impact to electromagnet component 410, and bolster can be avoided electromagnet component 410
It is damaged because of the impact of clump weight 420.
Baffle is provided in the inner cavity of the installation shell 411 and the inner cavity cavity wall of baffle and installation shell 411 is in
Sealed cooperation installs and is provided with the cunning that depth direction extends towards the opening extreme direction of wash bowl 220 at the center of shell 411
Cylinder, specifically, slide cartridge is open at one end, the closed cylindrical barrel body structure of the other end, and the closed end of slide cartridge is fixed with baffle
Connection, the bolster include buffer stopper 413, bumper post, buffer spring 414, and one end of the bumper post passes through slide cartridge
Opening and be located at slide cartridge in, the other end be fixedly connected with buffer stopper 413 and buffer stopper 413 and installation shell 411 inner cavity
Composition is slidably matched, and the buffer spring 414 is socketed on the outside of bumper post, one end of buffer spring 414 and buffer stopper 413
It contradicts, the other end and baffle conflict, the elastic force of buffer spring 414 make buffer stopper 413 do the movement far from baffle；Bolster is to matching
The buffering course of pouring weight 420, specific manifestation are as follows: clump weight 420 is done in the motion process of electromagnet component 410, clump weight
420 contact with buffer stopper 413 and buffer stopper 413 are pushed to do the movements close to baffle, buffer spring 414 be in compressive state and
The elastic force of buffer spring 414 makes buffer stopper 413 do the relative motion far from baffle, i.e. buffer spring 414 hinders clump weight 420 to do
Close to the movement of electromagnet component 410, so that electromagnet component 410 be avoided to damage because of the impact of clump weight 420.
More specifically, inner cavity is provided in the bumper post, the periphery of bumper post is provided with to be connected with its inner cavity
Inlet opening, the baffle plate setting have with bumper post inner cavity connect apopore, the installation lid is provided with and apopore
The drainage hole of connection, its significance lies in that, the water flowed into installation 411 inner cavity of shell can be by inlet opening, bumper post inner cavity, water outlet
Hole, drainage hole discharge.
More optimize, the open end of the slide cartridge is provided with built-in step, and the bumper post is located in slide cartridge
One end is provided with external step d, its significance lies in that, built-in step and external step d cooperation limitation bumper post are done far from baffle
Movement, if without built-in step and external step d, in the motion process that clump weight 420 does far from electromagnet component 410, if slow
Rush spring 414 elastic force it is excessive when, then can there is a phenomenon where buffer stopper 413 drive bumper post be detached from slide cartridge.
As shown in fig. 7, being provided with fixation on axial perpendicular to the shaft and face far from shaft of above-mentioned wash bowl 220
Axis, fixing axle and shaft are in coaxially arranged, and the cleaning device 200 further includes conducting slip ring 270, and conducting slip ring 270 is socketed
In the outside of fixing axle, the meaning of conducting slip ring 270 is, wash bowl 220 is axial around the shaft to be rotated and drive turbine component 300
During rotating synchronously with pressing mechanism 400, electric current can be driven electricity by stable being delivered to of conducting wire by conducting slip ring 270
Machine b310, electromagnet.
As shown in figure 3, above-mentioned shell 100 is the Cylindrical housing structure coaxially arranged with cleaning shell 210, it is described
End cap 110 is to be provided with handle on arc-shaped plate body and the periphery of end cap 110, is provided on shell 100 and 110 phase of end cap
Arc groove that is corresponding and matching, end cap 110 are set in arc groove；End cap 110 opens or closes, specific manifestation are as follows:
Moving handle simultaneously makes end cap 110 do the movement close to arc groove slot bottom, and the feeding inlet of shell 100 is in the open state, and clothing can
It puts into or is removed by the feeding inlet of shell 100, moving backward handle simultaneously makes end cap 110 do the movement far from arc groove slot bottom
Until end cap 110 seals the feeding inlet of shell 100, clothing can not pass through the feeding inlet of shell 100 at this time.
As shown in figure 11, by hingedly being installed between above-mentioned sealing cover 230 and wash bowl 220, the sealing
Lid 230 is parallel on the face of articulated shaft and separate articulated shaft and is provided with locking member 250, and locking member 250 is used for sealing cover 230
With the locking between wash bowl 220.
The locking member 250 includes pull rod 251, locking spring 254, and the both ends of pull rod 251 are vertically arranged with respectively
Check lock lever 252, the sealing cover 230 are parallel on the face of articulated shaft and separate articulated shaft and are provided with slide opening, the hole depth of slide opening
Direction is perpendicular to the axial direction of articulated shaft, and one end of the check lock lever 252 is fixedly connected with pull rod 251, the other end is locking end
And slide opening is passed through, check lock lever 252 can be slided along the hole depth direction of slide opening, and the periphery of check lock lever 252 is provided with external step
B253, the locking spring 254 are socketed on the outside of check lock lever 252, one end of locking spring 252 and the close pull rod of slide opening
251 opening wall contradicts, the other end and external step b252 contradict, and the elastic force of locking spring 252 passes through external step b253
The locking end of check lock lever 252 is set to do the movement far from slide opening, simultaneously drawing pull bar 251 moves synchronously the movement of check lock lever 252.
The wash bowl 220 be parallel to articulated shaft and far from articulated shaft face on be provided with it is corresponding with check lock lever 252
And the locking slot 221 to match, the face that the wash bowl 220 is located at the top of locking slot 221 is lead-in chamfered, lead-in chamfered with
The distance between locking slot 221 successively decreases along the direction that 221 slot bottom of locking slot is directed toward notch；The course of work of locking member 250, tool
Body shows themselves in that moving sealed closure 230 and makes it towards 220 harness motion of wash bowl, in motion process, the locking of check lock lever 252
End is contacted with the lead-in chamfered of wash bowl 220 and lead-in chamfered generates extruding, check lock lever 252 to the locking end of check lock lever 252
Locking end the movement close to slide opening is done under the squeezing action of lead-in chamfered, locking spring 252 is in compressive state, works as locking
When bar 252 moves to the notch position of locking slot 221, the elastic force of locking spring 252 makes check lock lever 252 by external step b253
Locking end be located in locking slot 221, locking member 250 makes to lock between sealing cover 230 and wash bowl 220 at this time, sealing cover
230 are open with wash bowl 220 in sealed cooperation；Mobile pull rod 251 simultaneously makes it do the movement far from slide opening, and pull rod 251 moves
And the locking end of check lock lever 252 is made to do the movement far from locking slot 221 until the locking end of check lock lever 252 is detached from locking slot
221, locking member 250 cancels the locking between sealing cover 230 and wash bowl 220 at this time, and sealing cover 230 can be opened.
Due to revolving member 240 driving motor a operation when, vibration and noise can be generated, in order to avoid vibration and
The generation of noise is additionally provided with damping 500 between the cleaning shell 210 and the inner cavity cavity wall of shell 100.
As shown in Fig. 2,15, above-mentioned damping 500 includes shock structure 510, decoupling rod 520, damping spring a540, subtracts
Spring b550 is shaken, the shock structure 510 is open at one end, the closed cylindrical barrel body structure of the other end, the decoupling rod 520
One end and shell 100 inner cavity cavity wall it is hinged and hinged shaft core line is parallel to the axial direction of shaft, the other end is provided with sliding block
530 and it is located in 520 inner cavity of shock structure, the inner cavity of sliding block 530 and shock structure 520 is in be slidably matched, the damping spring
A540 is socketed on the outside of decoupling rod 520, and one end of damping spring a540 contradicts with the opening end wall of shock structure 510, is another
End is contradicted with sliding block 530, and the elastic force of damping spring a540 makes sliding block 530 that decoupling rod 520 be driven to extend along the inner cavity of shock structure 510
The relative motion close to 520 closed end of shock structure is done in direction, and the damping spring b550 is set to the closed end of shock structure 510
Between sliding block 530, one end of damping spring b550 is contradicted with the closed end wall portion of shock structure 510, the other end and sliding block 530 support
Touching, the elastic force of damping spring b550 make sliding block 530 that decoupling rod 520 be driven to do separate subtract along the inner cavity extending direction of shock structure 510
Shake the relative motion of 520 closed end of column.
Fixed lobe is provided on the cleaning shell 210, the closed end of the shock structure 510 and fixed lobe are cut with scissors
It connects and hinged shaft core line is parallel to the axial direction of shaft；The vibration drive generated when the driving motor a operation of revolving member 240 subtracts
510 synchronous vibration of column is shaken, during this, the vibration of shock structure 510 drops in the cooperation of damping spring a540 and damping spring b550
Down to minimum, so that the vibration of driving motor a is reduced to minimum, specific manifestation are as follows: shock structure 510 is done in shell 100
When the movement of chamber cavity wall, damping spring b550 is in compressive state, and the elastic force of damping spring b550 makes sliding block 530 drive decoupling rod
520 do the relative motion of separate 520 closed end of shock structure along the inner cavity extending direction of shock structure 510, i.e. damping spring b550's
Elastic force hinders shock structure 510 to do the movement close to 100 inner cavity cavity wall of shell；Shock structure 510 is done far from 100 inner cavity cavity wall of shell
When movement, damping spring a540 is in compressive state, and the elastic force of damping spring a540 makes sliding block 530 drive decoupling rod 520 along subtracting
The inner cavity extending direction of shake column 510 does the relative motion close to 520 closed end of shock structure, i.e. the elastic force of damping spring a540 hinders
Shock structure 510 does the movement far from 100 inner cavity cavity wall of shell.
It is more perfect, above-mentioned damping 500 be arranged to four and along cleaning 210 circumferencial direction of shell it is uniform between
Every distribution；By the way that four dampings 500 are arranged between cleaning shell 210, shell 100 to realize the outstanding of cleaning shell 210
Hanging layout, is remarkably improved damping effect.
As shown in figure 3, due to being provided with arc groove that is corresponding with end cap 110 and matching on shell 100, clothing exists
When by the feeding inlet of shell 100, if clothing is excessive, clothing may be made to dawdle with feeding inlet edge, cause clothing
The damage of object or harm users hand, arm, for the generation for avoiding this phenomenon, cleaning device 200 further includes protective case 260.
The feed inlet of the cleaning shell 210 is provided with the intermediate channel extended towards 100 feeding inlet of shell, described
The wall portion of the feeding inlet of shell 100 is provided with mounting groove and mounting groove is located at the lower section of arc groove, and the protective case 260 is
The cylindrical barrel body structure and protective case 260 of both ends open are located in intermediate channel, the close arc groove notch of protective case 260
Open end is provided with external step e and external step e is located in mounting groove, and the junction of external step e and protective case 260
For smooth excessive face；Protective case 260 can be such that clothing smoothly passes through in the feeding inlet investment cleaning device 200 of shell 100.
When washing machine works, moving handle simultaneously makes end cap 110 do the movement close to arc groove slot bottom, the pan feeding of shell 100
Mouth is in the open state；Mobile pull rod 251 simultaneously makes it do the movement far from slide opening, and pull rod 251 moves and makes check lock lever 252
Locking end does the locking end disengaging locking slot 221 moved up to check lock lever 252 far from locking slot 221, at this time locking member 250
The locking between sealing cover 230 and wash bowl 220 is cancelled, sealing cover 230 is opened, and clothing to be cleaned can pass through shell 100
Feeding inlet, protective case 260, wash bowl 220 opening investment wash bowl 220 in；After clothing is put into wash bowl 220, movement is close
Capping 230 simultaneously makes it towards 220 harness motion of wash bowl, in motion process, the locking end of check lock lever 252 and wash bowl 220
Lead-in chamfered contact and lead-in chamfered, which generate the locking end of check lock lever 252, to be squeezed, and the locking end of check lock lever 252 is oblique in guidance
The movement close to slide opening is done under the squeezing action in face, locking spring 252 is in compressive state, when check lock lever 252 moves to locking
When the notch position of slot 221, the elastic force of locking spring 252 makes the locking end of check lock lever 252 be located at lock by external step b253
In tight slot 221, locking member 250 makes to lock between sealing cover 230 and wash bowl 220 at this time, sealing cover 230 and wash bowl 220
Opening is in sealed cooperation.
Solenoid valve one is opened, external source is flowed into cleaning shell 210 by water inlet pipe, and by being set to wash bowl
220 limbers flows into wash bowl 220；Driving motor a brings into operation, and driving motor a is rotated and shaft is driven to rotate, shaft
It rotates and draws wash bowl 220 and move synchronously, so that clothing be made axially to rotate around the shaft；Driving motor b310 starts to transport simultaneously
Row, driving motor b310 are rotated and turbine 320 are driven to rotate synchronously, and turbine 320 rotates and makes clothing around perpendicular to shaft axial direction
Direction rotation；Electromagnet component 410 powers off simultaneously, and wash bowl 220 is axial around the shaft to be rotated and drive clump weight 420 synchronous
Rotation, and in 420 rotation process of clump weight, clump weight 420 is transported along 220 inner cavity extending direction of wash bowl under the effect of gravity
It is dynamic, to realize the extruding to clothing；Clothing to be cleaned in wash bowl 220 through around perpendicular to shaft axially direction rotation,
Axial rotation around the shaft squeezes through clump weight 420 and completes cleaning.
After clothing completes cleaning, driving motor b310 is out of service, while driving motor a is continued to run until wash bowl
220 in it is horizontally disposed when driving motor a it is out of service, the clothing in wash bowl 220 is under the buoyancy of water in uniform at this time
Distribution；Electromagnet component 410 is powered simultaneously, and clump weight 420 is fixed in sealing plate b223 under magneticaction, at this time extruder
The quality of structure 400 and the quality of turbine component 300 balance each other；Solenoid valve two is opened, is cleaned in shell 210 and wash bowl 220
Water is discharged by drainpipe；Opening driving motor a makes its quick rotation, and drives 220 quick rotation of wash bowl, wash bowl
Clothing in 220 completes dehydration under the influence of centrifugal force；End cap 110, sealing cover 230 are opened, cleaning and dehydration are completed
Clothing afterwards can be removed by the feeding inlet of the opening of wash bowl 220, protective case 260, shell 100.
Low noise cleaning method is carried out to clothing using modes such as multiple rotation, extruding, step is:
S1: it opens and is set to end cap 110 at 100 feeding inlet of shell, the wash bowl 220 that is set to cleaning device 200 is opened
Sealing cover 230 at mouthful；The shell 100 is Cylindrical housing structure and horizontally disposed, and the end cap 110 is circular arc
It is provided with handle on the periphery of shape plate body and end cap 110, and phase corresponding with end cap 110 is provided on shell 100
The arc groove matched, end cap 110 are set in arc groove, the sealing cover 230 and wash bowl 220 opening between by hingedly into
Row installation, and it is provided with the locking member 250 for locking between sealing cover 230 and wash bowl 220 between the two, it is described
Locking member 250 includes pull rod 251, locking spring 254, and the both ends of pull rod 251 are vertically arranged with check lock lever 252 respectively, described
Sealing cover 230 be parallel to articulated shaft and far from articulated shaft face on be provided with slide opening, the hole depth direction of slide opening is perpendicular to hinge
The axial direction of spindle, one end of the check lock lever 252 is fixedly connected with pull rod 251, the other end is locking end and passes through slide opening,
Check lock lever 252 can be slided along the hole depth direction of slide opening, and external step b253 is additionally provided on the periphery of check lock lever 252, described
Locking spring 254 be socketed on the outside of check lock lever 252, the aperture of the close pull rod 251 of one end and slide opening of locking spring 252
Wall portion contradicts, the other end and external step b252 contradict, and the elastic force of locking spring 252 makes check lock lever by external step b253
252 locking end does the movement far from slide opening, and simultaneously drawing pull bar 251 moves synchronously the movement of check lock lever 252, the wash bowl
220 be parallel to articulated shaft and far from articulated shaft face on be provided with locking slot 221 that is corresponding with check lock lever 252 and matching,
The face that the wash bowl 220 is located at 221 top of locking slot is lead-in chamfered, the distance between lead-in chamfered and locking slot 221
Successively decrease along the direction that 221 slot bottom of locking slot is directed toward notch；Moving handle simultaneously makes end cap 110 do the movement close to arc groove slot bottom,
The feeding inlet of shell 100 is in the open state, and mobile pull rod 251 simultaneously makes it do the movement far from slide opening, and pull rod 251 moves and makes
The locking end for obtaining check lock lever 252 does the locking end disengaging locking slot 221 moved up to check lock lever 252 far from locking slot 221, this
When locking member 250 cancel the locking between sealing cover 230 and wash bowl 220, sealing cover 230 is opened, and clothing to be cleaned can
It is put into wash bowl 220 by the feeding inlet of shell 100, the opening of wash bowl 220, it is mobile after clothing is put into wash bowl 220
Sealing cover 230 simultaneously makes it towards 220 harness motion of wash bowl, in motion process, the locking end and wash bowl 220 of check lock lever 252
Lead-in chamfered contact and lead-in chamfered extruding is generated to the locking end of check lock lever 252, the locking end of check lock lever 252 is guiding
The movement close to slide opening is done under the squeezing action on inclined-plane, locking spring 252 is in compressive state, when check lock lever 252 moves to lock
When the notch position of tight slot 221, the elastic force of locking spring 252 is located at the locking end of check lock lever 252 by external step b253
In locking slot 221, locking member 250 makes to lock between sealing cover 230 and wash bowl 220 at this time, sealing cover 230 and wash bowl
220 openings are in sealed cooperation；
S2: the cleaning device 200 further includes cleaning shell 210, revolving member 240, and the cleaning shell 210 is
Cylindrical housing structure and clean shell 210 and shell 100 is coaxially arranged, the outer surface of cleaning shell 210 is provided with charging
Mouthful and feed inlet towards shell 100 feeding inlet, clean shell 210 on be additionally provided with and its inner cavity connect water inlet pipe, row
Water pipe, the other end of the water inlet pipe connect on connection and water inlet pipe with external source and are provided with for controlling its water inlet
The solenoid valve for its draining is provided on solenoid valve one, the other end of the drainpipe and extraneous connection and drainpipe
Two, the wash bowl 220 is set in cleaning shell 210, and the revolving member 240 includes driving motor a, shaft, institute
The driving motor a stated and cleaning shell 210 are coaxially arranged, and the periphery of the motor housing of driving motor a is provided with external step a
And be provided with fastener between external step a and cleaning shell 210, driving motor a and cleaning shell 210 by fastener into
Row is fixedly connected, and avoid holes are additionally provided on the cleaning shell 210, and the shaft and driving motor a are coaxially arranged, is turned
The power input shaft end of axis is fixedly connected with the power output shaft end of driving motor a, and the power output shaft end of shaft passes through evacuation
Kong Bingyu wash bowl 220 is fixedly connected, and driving motor a rotation drives shaft rotation, and shaft rotates and draws wash bowl 220 and synchronizes
It moves, sealing plate b223 is provided in the wash bowl 220 and sealing plate b223 and 220 inner cavity cavity wall of wash bowl are in sealing
Formula cooperates, and the region between 220 closed end sealing plate b223 and wash bowl is equipped with the extruder for being squeezed clothing
Structure 400, the sealing cover 230 are open at one end, the closed shell structure of the other end, and the open end of sealing cover 230 is provided with
Sealing plate a222 and sealing plate a222 and 230 open end of sealing cover are in sealed cooperation, sealing plate a222 and 230 envelope of sealing cover
Region between closed end is equipped with for making clothing around the turbine component 300 rotated perpendicular to shaft axially direction；Open electricity
Magnet valve one, external source is flowed into cleaning shell 210 by water inlet pipe, and the limbers by being set to wash bowl 220 flows into
In wash bowl 220, driving motor a brings into operation, and driving motor a is rotated and driven wash bowl 220 to move synchronously by shaft, from
And rotate clothing axially around the shaft,
Turbine component 300 brings into operation and rotates clothing around perpendicular to shaft axially direction simultaneously, while extruder
Structure 400 brings into operation and squeezes clothing, and the clothing to be cleaned in wash bowl 220 is rotated, by axial around the shaft around vertical
Directly cleaning is completed in the rotation of shaft axially direction, through the extruding of pressing mechanism 400；
S3: after clothing completes cleaning, turbine component 300 is out of service, while driving motor a is continued to run until wash bowl
220 in it is horizontally disposed when driving motor a it is out of service, the clothing in wash bowl 220 is under the buoyancy of water in uniform at this time
Distribution, while pressing mechanism 400 is out of service, the quality of pressing mechanism 400 and the quality of turbine component 300 balance each other at this time；
Solenoid valve two is opened, cleaning shell 210 is discharged with the water in wash bowl 220 by drainpipe, and opening driving motor a makes it
Quick rotation, and 220 quick rotation of wash bowl is driven, the clothing in wash bowl 220 is completed at dehydration under the influence of centrifugal force
Reason opens end cap 110, sealing cover 230, completes cleaning and dewatered clothing can be by the opening of wash bowl 220, cleaning shell
210 feed inlet, the feeding inlet of shell 100 are removed.
Specific examples are applied in the present invention, and principle and implementation of the present invention are described, above embodiments
Illustrate to be merely used to help understand method and its core concept of the invention；At the same time, for those skilled in the art, according to
According to thought of the invention, there will be changes in the specific implementation manner and application range.In conclusion the content of the present specification
It should not be construed as limiting the invention.
Claims (4)
1. twin shaft gravity squeezing type washing machine, which is characterized in that it includes shell, be provided on the shell for clothing into
Matching installation has end cap at feeding inlet and feeding inlet out, and wiper mechanism is equipped in shell, and clothing to be cleaned passes through shell
Feeding inlet investment wiper mechanism in and in wiper mechanism complete cleaning, the wiper mechanism includes wash bowl, described
Wash bowl is the feeding inlet of open at one end, the closed rectangle cylindrical shell structure of the other end and opening towards shell, cleaning
It is provided with sealing plate b in cylinder and sealing plate b and cleaning tube inner chamber cavity wall are closed in sealed cooperation, sealing plate b and wash bowl
Region between end is equipped with the pressing mechanism for being squeezed clothing, the pressing mechanism include electromagnet component,
Clump weight, the electromagnet component are fixedly installed in sealing plate b, and the clump weight is to set on permeability magnetic material and clump weight
Being equipped with several is in the through-hole being evenly spaced on, and clump weight is set between wash bowl open end and sealing plate b and clump weight
It is in be slidably matched between the inner cavity cavity wall of wash bowl；
Above-mentioned electromagnet component includes installation shell, and the installation shell is the cylindrical barrel body structure of both ends open, installation
The outer surface of shell is provided between external step c and external step c and sealing plate b and is provided with fixedly connected part, mounting shell
Body is fixedly connected with sealing plate b by fixedly connected part, is provided on the sealing plate b and is stretched out hole, installs shell
One open end is installation end and region, another open end between sealing plate b and wash bowl closed end pass through and stretch out hole simultaneously
The end face in the region between sealing plate b and wash bowl open end, the installation end of the installation shell is provided with accommodation groove,
The accommodation groove in a ring structure and with installation shell coaxial line arrangement, the installation end also Matching installation for installing shell has peace
Capping and the two constitute the cooperation of removable seal formula；
The electromagnet component further includes electromagnet, bolster, and the electromagnet is installed in accommodation groove and for producing
Magnetisation power, the bolster are set in installation housing cavity；
It is provided with baffle in the inner cavity of the installation shell and the inner cavity cavity wall of baffle and installation shell is in sealed cooperation,
Install shell center at be provided with depth direction towards wash bowl opening extreme direction extend slide cartridge, slide cartridge be it is open at one end,
The closed cylindrical barrel body structure of the other end, and the closed end of slide cartridge is fixedly connected with baffle, and the bolster includes buffering
Block, bumper post, buffer spring, one end of the bumper post pass through the opening of slide cartridge and are located at interior slide cartridge, the other end and buffering
Block is fixedly connected and the inner cavity of buffer stopper and installation shell constitutes and is slidably matched, and the buffer spring is socketed on bumper post
Outside, one end of buffer spring and buffer stopper contradict, the other end and baffle contradict, and it is separate that the elastic force of buffer spring does buffer stopper
The movement of baffle；
The open end of the slide cartridge is provided with built-in step, and one end that the bumper post is located in slide cartridge is provided with external
Rank d；
Inner cavity is provided in the bumper post, the periphery of bumper post is provided with the inlet opening connected with its inner cavity, described
Baffle plate setting has the apopore connected with bumper post inner cavity, and the installation lid is provided with the drainage hole connected with apopore, peace
Filling the water in housing cavity can be discharged by inlet opening, bumper post inner cavity, apopore, drainage hole.
2. twin shaft gravity squeezing type washing machine according to claim 1, which is characterized in that above-mentioned wash bowl open end
With sealing cover is equipped with, the sealing cover is open at one end, the closed shell structure of the other end, and the open end of sealing cover is arranged
There is sealing plate a and sealing plate a and sealing cover open end are in sealed cooperation, the area between sealing plate a and sealing cover closed end
Domain is equipped with turbine component, and when the electromagnet component is powered, clump weight is fixed in sealing plate b under magneticaction, and
And the mass balance of pressing mechanism and turbine component at this time, when electromagnet component powers off, clump weight is under the effect of gravity along cleaning
The sliding of tube inner chamber extending direction；
The turbine component includes driving motor b, turbine, and the driving motor b is fixedly installed on sealing plate a and drives
It is provided with waterproof case on dynamic motor b, the middle position of the sealing plate a is provided with mounting hole, and the turbine is coaxial
It is set in mounting hole and turbine is fixedly connected with the power output shaft end of driving motor b, driving motor b is rotated and driven whirlpool
Wheel rotates synchronously；
The turbine includes swivel plate, and the swivel plate is set in the mounting hole of sealing plate a, and swivel plate is far from wash bowl
It is vertically arranged with central spindle at the center of the end face of open end, swivel plate is towards being provided with several on the end face of wash bowl open end
Rotation protrusion and rotate protrusion along central spindle circumferencial direction in being evenly spaced on, be additionally provided on swivel plate several with it is clear
The permeable hole that washing cylinder inner cavity is connected, the central spindle are fixedly connected with the power output shaft end of driving motor b, and driving motor b turns
It moves and swivel plate rotation is driven by central spindle, swivel plate rotates and draws rotation protrusion and rotates synchronously.
3. twin shaft gravity squeezing type washing machine according to claim 2, which is characterized in that above-mentioned wiper mechanism further includes
Cleaning shell, revolving member, the cleaning shell is Cylindrical housing structure and that cleans shell be axially parallel to ground,
The outer surface of cleaning shell is provided with feed inlet and feed inlet is towards the feeding inlet of shell, cleans shell and the inner cavity with shell
It is additionally provided with damping between cavity wall and cleans shell and is installed in shell by damping, cleans on shell and also sets up
There are the water inlet pipe connected with its inner cavity, drainpipe, the other end of the water inlet pipe connect connection with external source, and intakes
The solenoid valve one for controlling its water inlet, the other end of the drainpipe and extraneous connection, and drainpipe are provided on pipe
On be provided with for control its draining solenoid valve two, the wash bowl be set to cleaning shell in, the revolving member
It is connect with wash bowl, revolving member rotates and draws wash bowl synchronous rotation；
The revolving member includes driving motor a, shaft, and the driving motor a and cleaning shell are coaxially arranged, driving electricity
The periphery of the motor housing of machine a is provided with external step a and is provided with fastener between external step a and cleaning shell,
Driving motor a is fixedly connected with cleaning shell by fastener, is additionally provided with avoid holes on the cleaning shell, described
Shaft and driving motor a it is coaxially arranged, the power output shaft end of the power input shaft end of shaft and driving motor a are fixed to be connected
It connecing, the power output shaft end of shaft passes through avoid holes and is fixedly connected with wash bowl, and driving motor a rotation drives shaft rotation,
Shaft rotates and draws wash bowl and moves synchronously.
4. twin shaft gravity squeezing type washing machine according to claim 3, which is characterized in that above-mentioned wash bowl perpendicular to
Fixing axle is provided on the axial and face far from shaft of shaft, fixing axle is in coaxially arranged, described cleaning device with shaft
It further include conducting slip ring, conducting slip ring is socketed on the outside of fixing axle, and conducting slip ring is used to electric current passing through stable defeated of conducting wire
It send to driving motor b, electromagnet；
The side wall of the wash bowl, the closed end of sealing cover, sealing plate a, is respectively provided on sealing plate b the closed end of wash bowl
Having several is in the limbers for being evenly spaced on and connecting with cleaning tube inner chamber, and the cleaning intracorporal water of shell can be flowed by limbers
Enter in wash bowl.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810231897.7A CN108360208B (en) | 2018-03-20 | 2018-03-20 | Twin shaft gravity squeezing type washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810231897.7A CN108360208B (en) | 2018-03-20 | 2018-03-20 | Twin shaft gravity squeezing type washing machine |
Publications (2)
| Publication Number | Publication Date |
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| CN108360208A CN108360208A (en) | 2018-08-03 |
| CN108360208B true CN108360208B (en) | 2019-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810231897.7A Active CN108360208B (en) | 2018-03-20 | 2018-03-20 | Twin shaft gravity squeezing type washing machine |
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Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5291626B1 (en) * | 1992-05-01 | 1996-05-21 | Gen Electric | Machine for cleansing articles |
| CN2131882Y (en) * | 1992-07-29 | 1993-05-05 | 王利金 | Squeezing tub type washing machine |
| CN2255441Y (en) * | 1996-01-12 | 1997-06-04 | 曾绍录 | Reciprocating-squeezing type washing machine |
| CN1060544C (en) * | 1996-05-31 | 2001-01-10 | 陈新华 | Squeezing type washing machine |
| CN2407019Y (en) * | 1999-06-07 | 2000-11-22 | 刘里远 | Washing machine with squeezing and gas flow |
| CN1644784A (en) * | 2005-02-01 | 2005-07-27 | 李润身 | Heavy hammer and cylinder washing machine |
| CN204491234U (en) * | 2015-01-23 | 2015-07-22 | 严守权 | A kind of beating type roller washing machine |
| CN104611876A (en) * | 2015-02-15 | 2015-05-13 | 温州智之粹知识产权有限公司 | Squeezing washer |
| CN107142653A (en) * | 2017-06-29 | 2017-09-08 | 东莞市皓奇企业管理服务有限公司 | The application method of intelligent squeezing type washing machine |
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2018
- 2018-03-20 CN CN201810231897.7A patent/CN108360208B/en active Active
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Effective date of registration: 20181113 Address after: 312400 Chengdong District, Shengzhou Economic Development Zone, Shaoxing City, Zhejiang Province Applicant after: Shaoxing Henry necktie Fashion Company Ltd Address before: 211189 Southeast University, No. 2, Four Pailou, Xuanwu District, Nanjing City, Jiangsu Province Applicant before: Wei Daping |
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Effective date of registration: 20201102 Address after: 233100 No.4 entrepreneurship Park, Anhui University of science and technology, Fengyang County, Chuzhou City, Anhui Province Patentee after: Anhui singularity Intelligent Technology Co.,Ltd. Address before: 312400 Shengzhou Economic Development Zone, Shaoxing City, East District, Zhejiang Patentee before: SHAOXING HENRY TIE FASHION Co.,Ltd. |
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