CN201372377Y - Continuous rotation and rolling type washing machine - Google Patents
Continuous rotation and rolling type washing machine Download PDFInfo
- Publication number
- CN201372377Y CN201372377Y CN200820210596U CN200820210596U CN201372377Y CN 201372377 Y CN201372377 Y CN 201372377Y CN 200820210596 U CN200820210596 U CN 200820210596U CN 200820210596 U CN200820210596 U CN 200820210596U CN 201372377 Y CN201372377 Y CN 201372377Y
- Authority
- CN
- China
- Prior art keywords
- swing arm
- pipe
- tube
- axle
- circle
- 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.)
- Expired - Fee Related
Links
Images
Abstract
The utility model provides a continuous rotation and rolling type washing machine, which comprises a water collecting bucket, a locating wheel, an inner bucket, a rolling drum, a sealing skirt, a backswing mechanism, a reverse winding device, an interval regulator, a pressure switch for an oscillating arm motor, and a reset switch for the oscillating arm motor. The washing machine is characterized in that the inner bucket is positioned in the water collecting bucket, the rolling drum with a less diameter is suspended in the inner bucket, the rolling drum can be driven to move between the center and the edge of the inner bucket by the backswing mechanism, and the clothes to be washed is positioned in the inner bucket. When the clothes is not washed or is dehydrated, the backswing mechanism drives the rolling drum to move to the center of the inner bucket, the inner bucket rotates at high speed to dehydrate the clothes, and the rolling drum rotates at the high speed with the inner bucket, too; and when the clothes is washed, the backswing mechanism drives the rolling drum to move to the edge of the inner bucket, and the rolling drum rotates with the inner bucket in the same direction to jointly roll the clothes passing through the rolling drum and the inner bucket.
Description
Technical field
The utility model relates to a kind of mechanical washing device, washing machine.
Background technology
The main type of washing machine is impeller-type and drum-type at present.Impeller-type is to make rotary water current in the transformation of ownership of bucket inward turning and rub gentle clothing with the hands by impeller, so the impeller rotating speed is had relatively high expectations, otherwise can not drive water fast rotational in the whole bucket, so impeller abrasion clothing is serious.Tumbling-box washing machine is to forward cylinder top with cylinder by clothing in cylinder to throw, form impact by own wt and rub gentle clothing with the hands, so drum rotation speed can not be too high, otherwise the too big clothing of centrifugal action will not thrown from cylinder top attached to moving in a circle on the cylinder wall always, so the roller washing machine rotating speed must be restricted, the laundry time also so very long; The diameter of family expenses laundry drum machine cylinder is also with regard to several centimetres of 40-50 in addition, the height that clothing is thrown at the cylinder internal upper part also just can only be several centimetres of 40-50, in cylinder, put several clothings and add water, this height must be given a discount again, the clothing own wt also can not be very big, so it is very limited eventually that clothing is thrown resulting impulsive force at the cylinder internal upper part, so the clean ability of roller washing machine is not high.
Summary of the invention
In order to overcome pulsator washing machine abrasion clothing serious and roller washing machine laundry time length and the clean not high shortcoming of ability, the utility model provides a kind of washing machine, and this washing machine adopts two continuous rotary cylinder body to roll mutually through the clothing between them.Owing to adopt the mode roll continuously,, clean the high advantage of ability so that this washing machine has laundry speed is fast.
The technical scheme that its technical problem that solves the utility model adopts is, adopt two can be around self axis rotary cylinder body, rotation adjacent to each other rolls through the clothing between them.On these facility body structure, two cylindrical shells are not external mutually, but less another diameter of diameter is bigger, diameter is less place diameter bigger in the middle of, what diameter was less just thinks that grinding tube uses, the bucket that both also plays the splendid attire clothing when the stone roller tube that diameter is bigger, what diameter was less can be bigger central the moving of diameter.Diameter is less is referred to as to grind tube, and diameter is bigger is referred to as interior bucket.Washing machine is by comprising dust-collecting bucket, location wheel cover, locating wheel, interior bucket, interior bucket motor, grind tube, grind the wound packages accessory, sealed skirt, stone roller tube transmission device, grinding a tube motor, backswing mechanism, anti-wind, swing arm motor pressure switch, swing arm motor return switch and form.Respectively above content is described below.
Dust-collecting bucket, location wheel cover, locating wheel.
Dust-collecting bucket is the steel ladle of washing machine, has done pit on the dust-collecting bucket wall, is called the location wheel cover.Locating wheel is installed in the wheel cover of location, and some is exposed the rolling of the outer and interior bucket of location wheel cover outer wall and contacted.Locating wheel is can upper and lower settings two-layer or three layers, establishes three or four for every layer.The effect of locating wheel be in interior when rotation bucket stable in the bucket position of dust-collecting bucket relatively, reduce vibration, provide reaction force when tin rolling clothing for grinding in addition.
Interior bucket.
In bucket be washing machine hold clothing, with grinding a cylinder that rolls clothing, on inner barrel wall, have a large amount of holes, set up some protrusions on interior bucket inwall, the section form of these protrusions can be sphere, trapezoidal, and bucket was to the adhesive force of clothing in these protrusions can strengthen.In order to increase water permeable ability and to the adhesive force of clothing, interior bucket also can be made large carrying food-basket shape.The interior bucket of making large carrying food-basket shape needs to install the locating wheel guide rail in the outside of large carrying food-basket along circumference.The locating wheel guide rail can make the interior bucket of large carrying food-basket type contact with locating wheel more reposefully when rotated.Track cross-section is a rectangle, also can be flute profile, and the slit opening level is outside.
Interior bucket connects a rotating shaft at place, axle center, bottom, and rotating shaft is stretched out outside the dust-collecting bucket.This root rotating shaft rotation of barrel motor direct-drive in one can be set, bucket rotation in the bucket motor makes by belt or this root rotating shaft of gear drive in also can allowing.
Grind tube, grind the wound packages accessory, grind tube transmission device, sealed skirt.
Grinding tube is made up of stone roller barrel, the rotating shaft of stone roller tube.Grind tube and be one and in interior bucket, roll clothing with interior bucket, can be around the cylinder (or non-cylinder) of self axis rotation.Have a large amount of holes grinding on the barrel, also set up some protrusions grinding on the barrel, it is hollow grinding a tube rotating shaft, is grinding in the middle of the tube, grinds in the tube rotating shaft to have hole.Grind tube and can make various ways, from facade form, can make sectional type, monoblock type, muller formula, spiral stone roller formula; On cross-sectional form, can do circular formula, bidentate stone roller formula, three teeth stone roller formula, four jiaos of stone roller cartridge types, five jiaos of stone roller cartridge types.
Grind the wound packages accessory for grinding the part between the axle in tube and the swing arm, comprise bearing, bezel ring,, filler ring, sealing ring.
Grind the tube transmission device and be to be contained in and grind on the tube motor shaft and the gear or chain or the belt driver that grind the tube top.When adopting gear drive, with a stone roller tube top installing gear, meshed gears can be a pair of roller gear on stone roller tube motor shaft, and the mode of engagement is external toothing or interior engagement, and the profile of tooth of roller gear can be straight-tooth, helical teeth, double helical tooth; Meshed gears also can be a pair of bevel gear, and the axis of two bevel gears can intersect, and also can stagger, and profile of tooth can be straight-tooth, helical teeth, bent tooth, hypoid gear.When adopting the chain transmission, grinding on the tube motor shaft and grinding a tube top installing sprocket wheel, between connect with chain.The chain transmission is bush(ing) chain transmission or bushroller chain transmission or silent chain transmission or the transmission of moulding chain.When adopting the band transmission, grinding on the tube motor shaft and grinding a tube top installing belt wheel, between connect with band.The band transmission is Belt Drive or V-belt transmission or the transmission of circular band or cog belt transmission or polywedge bet transmission or perforated tape transmission.V-belt and circular band can be one or more and use simultaneously.
Sealed skirt is that elastomeric material is manufactured, and is contained in the stone roller tube bottom, with interior bucket end Elastic Contact.
The structure of washing machine be interior barreled in dust-collecting bucket, grind tube in interior bucket.Grind tube grinding the tube shaft set in the swing arm of backswing mechanism on the axle, and can in swing arm, rotate by axle.Backswing mechanism makes a stone roller tube end leave interior bucket end certain interval, and this gap is sealed by the sealed skirt that is contained in the stone roller tube end, sealed skirt and interior barrel of end Elastic Contact, and can slide relatively.Backswing mechanism can drive the stone roller tube and move around between the inner barrel wall at interior bucket center.Grind the tube motor and be contained on the swing arm interior axle top or swing arm of backswing mechanism, it is by grinding the rotation of tube actuator drives stone roller tube.
The course of work of washing machine.
When not doing washing, grind tube and moved to interior bucket center by backswing mechanism; Bucket center in the stone roller tube is also moved to by backswing mechanism when dehydration, and interior bucket grinds the rotation in the same way of tube do by the rotation at a high speed of interior bucket motor-driven do; When laundry, the stone roller tube is moved to interior barrel edge by backswing mechanism or contacts with inner barrel wall until grinding barrel.When laundry less when thin, make the spacing of grinding barrel and inner barrel wall less, allow stone roller tube and interior bucket do in the same way, to rotate with linear velocity, clothing enters and grinds between tube and the interior bucket, just be subjected to both rolling jointly, water in the fabric can be extruded, and water is washed away the foul on the fabric in the process of extruding, play the effect of washing; When laundry is more or thicker, make the spacing of grinding barrel and inner barrel wall bigger, allow grind tube do in the same way with interior bucket, with linear velocity or in the same way, the rotation of different linear velocity, different linear velocity rotations can make the effect that clothing also crumpled (grinding the barrel linear velocity can be better greater than inner barrel wall linear velocity effect) when being rolled.Because the ceaselessly rotation of interior bucket can drive barrel interior clothing and water and ceaselessly rotate, so clothing can continuously be rolled through grinding tube in the bucket.Washing machine also has a laundry function, promptly grinds tube and moves in the middle of the interior bucket, clothing is not rolled, grind tube and do the reverse rotation of rotating speed greatly with interior bucket, drive water and also do reverse rotation, mutually despun water can form the rubbing effect, and this can be used for washing those soft thin easily clothings of wrinkle.
Backswing mechanism.
Backswing mechanism be make grind tube can be at interior bucket center to the device that moves around between the inner barrel wall.Backswing mechanism is made up of axle, swing arm motor, worm screw, worm gear, worm bearing, shaft stool, space regulator in swing arm outer shaft, swing arm, the swing arm.Wherein axle connects in aggregatesly in the swing arm outer shaft, swing arm, swing arm, and in this integral body, axle is parallel to each other all in the same side of swing arm in swing arm outer shaft and the swing arm, and axle is connected with swing arm at the two ends of swing arm respectively in swing arm outer shaft and the swing arm.Axle suspension is in interior bucket the inside in the swing arm, and swing arm is across inside and outside interior bucket, the dust-collecting bucket, and the swing arm outer shaft is inserted under the dust-collecting bucket outer wall in the shaft stool and space regulator and can rotates therein.Because axle is an integral body in swing arm outer shaft, swing arm, the swing arm, when the swing arm outer shaft rotates on dust-collecting bucket outer wall shaft stool He in the space regulator, axle just rotates in interior bucket the inside in the swing arm, and grind tube is to be contained on the interior axle of swing arm, has just moved interior barrel of the inside under the drive of axle in swing arm so grind tube.Axle can be hollow in swing arm outer shaft, swing arm, the swing arm, is linked to be a hollow integral body that communicates, and also can be solid, be linked to be a solid integral body, but when washing machine adopted anti-wind, the three must be the hollow integral body that communicates.
In the swing arm axle can be one straight, also can be zigzag, can be hollow, also can be solid, can perforate on the tube wall when being hollow also can not perforate, but when washing machine adopts anti-wind, must be perforate on hollow and the tube wall.
Space regulator is enclosed within on the swing arm outer shaft with pipe portion, swing arm is contained in the space regulator flat box with the end that axle in the swing arm is connected, be connected with worm gear on the space regulator pipe, worm gear and worm engaging, worm screw is connected with the swing arm motor, worm screw is contained on the worm bearing, and the swing arm motor is fastened on the worm bearing, and worm bearing is fastened on the dust-collecting bucket.Backswing mechanism move around be by the swing arm motor by worm screw, worm gear, worm-gear driven space regulator, space regulator drive swing arm again, swing arm is rotated and is realized around being inserted in swing arm outer shaft on the dust-collecting bucket outer wall shaft stool.
Space regulator.
During laundry, clothing rotates with interior bucket with water, because centrifugal action, clothing is all distributing near near the inner barrel wall, but is difficult to even distribution, and the some places clothing is many, and the some places clothing is few.Immobilize if grind the spacing of tube and inner barrel wall when rolling clothing, that grinds when rolling more thicker clothing tin just might roll not pass by or make clothing be subjected to overrolling and is damaged also fragile washing machine; Deficiency appears again rolling when rolling less clothing, though adopting an elastomeric material (as rubber) to manufacture, also can regulate and the spacing between interior barrel by the stone roller tube, but limited eventually, therefore, specialized designs a kind ofly can regulate the space regulator that grinds barrel and inner barrel wall spacing within the specific limits.
Space regulator is made up of space regulator box and return spring.The space regulator box divides up and down two partly, and upper part is the box of a flat, and the bottom is one section pipe, and the box of pipe and top flat fuses, box plate with the pipe junction, have circular hole with the pipe same diameter.Space regulator is enclosed within on the swing arm outer shaft with pipe, can rotate around it, and self is inserted in again simultaneously in the last shaft stool on the dust-collecting bucket outer wall, can rotate therein.An end that is connected with the swing arm outer shaft in swing arm has one section swing arm to be in the flat box.In flat box this section swing arm one side have on one side and being close to of flat box, is close to the limit Yi Bian both this all called, and the another side of swing arm does not contact with the another side of flat box and the segment distance of being separated by.It is result by being contained in the return spring resilient force between swing arm or swing arm outer shaft and the space regulator that swing arm and flat box are close together.The swing arm motor rotates by worm screw, worm-gear driven space regulator, and worm gear is fixed on the space regulator pipe.Worm gearing has characteristics, promptly when the angle of spiral of worm screw during less than a certain numerical value, device has self-locking performance, promptly can only be that the worm drive worm gear rotates, worm gear can not drive worm screw conversely and rotate, so in this space regulator, can only be that the swing arm motor rotates by worm drive worm gear, space regulator, swing arm, swing arm can not drive space regulator conversely and rotate, when the swing arm motor stops operating, and the just locked position of space regulator.During laundry, the swing arm motor is by worm screw, worm-gear driven space regulator, and space regulator drives swing arm again, and axle is being with the stone roller tube to move to interior barrel edge by interior bucket center again in the swing arm in the swing arm, stops operating the locked position of space regulator then.When grinding tube and roll clothing, clothing is also given simultaneously and is ground active force of tube, can push open when this active force is enough big and grind tube, make to grind tube and interior barrel spacing increase, clothing be able to by.Clothing is pushed open and is ground tube, the inside bucket of a stone roller tube center position is moved, grind tube and pushing away inwardly bucket center rotation of swing arm again, swing arm or swing arm outer shaft drive return spring again, return spring drives space regulator again and rotates, but the locked position of space regulator can not be rotated, so can only be that return spring is forced to take place strain, elastic force increases.Return spring under resilient force, have drive swing arm, grind tube inwardly barrel edge rotate to reduce to grind the trend of tube and inner barrel wall spacing.The elastic force of return spring by swing arm, grind tube and be applied on the clothing at last, so can promote to grind tube mobile the time when clothing, the elastic force of return spring is exactly the grinding pressure that stone roller tin rolls clothing.The clothing that tube rolls is many more thick more when grinding, and clothing promotes to grind tube, and to leave the spacing of inner barrel wall just big more, and the strain that return spring takes place is also big more, and the grinding pressure that clothing is subjected to grinding tube is also big more; The clothing that tube rolls is few more thin more when grinding, and clothing promotes to grind tube, and to leave the spacing of inner barrel wall just more little, and the strain that return spring takes place is also more little, and the grinding pressure that clothing is subjected to grinding tube is also more little.
Space regulator is to rely on return spring to come work, when return spring is the pressure-bearing spring, just is called the compression space regulator; When return spring is an extension spring, just be called drawing space regulator; When return spring is a torsionspring, just be called the torsional mode space regulator.
Anti-wind.
Adopt the stone roller tube with interior barrel of laundering process that rolls clothing, have easy generation clothing to roll the defective that revolution afterwards comes to twine the stone roller tube through tube, till, a kind of anti-wind designed.
Anti-wind is made up of axle, shut off valve, stone roller tube, stone roller wound packages accessory in water pump, flexible pipe, swing arm outer shaft, swing arm, the swing arm.Wherein water pump is contained in dust-collecting bucket bottom, and water pump and flexible pipe join, and flexible pipe joins with the swing arm outer shaft again, and axle is the integral body that boring communicates in swing arm outer shaft, swing arm, the swing arm, grinds tube and is contained in the swing arm spool by grinding the wound packages accessory.Anti-wind is a water circulation system, its operation principle is: water pump draws water from the dust-collecting bucket bottom, pump into axle in flexible pipe, swing arm outer shaft, swing arm, the swing arm after the pressurization successively, grind tube, by the hole ejection of grinding on the barrel, the water of ejection is pushed clothing open and is reached anti-winding purpose again.The water of ejection enters interior bucket, flows into dust-collecting bucket by the hole on the inner barrel wall again, is aspirated by water pump once more in the dust-collecting bucket bottom, so moves in circles.Flexible pipe can be manufactured by materials such as rubber, nylon, and the effect of flexible pipe is that the swing arm outer shaft is more freely rotated, and flexible pipe is long more, and the restraining force that the rotation of swing arm outer shaft is subjected to is more little.As can be seen, three on axle is linked to be holistic part in swing arm outer shaft, swing arm, the swing arm, and they are the some of backswing mechanism, also are the somes of anti-wind.
Shut off valve.
People do washing, and clothing is many sometimes to be lacked sometimes, and washing machine should have different water gears for people's actual selection.Different water gears just has different heights of water level in washing machine.By aforementioned known, for antiwind, the hole that grinds on the barrel will ceaselessly outwards be sprayed water when laundry, when selecting the low wash water gear engaged, water surface elevation reduces, grind tube will some surfaces outside, the stone roller tube that has been exposed at outside the water surface is still outwards sprayed water, be a kind of waste, in addition, water level has reduced, the operating efficiency of water pump will reduce, water yield will reduce, and guarantee that underwater sites stone roller tube still has a sufficient injection flow rate, must make the stone roller tube that has been exposed at outside the water surface stop outside water spray.
In order to cooperate the gear of the different water consumptions of washing machine, stone roller tube (wall) is divided make several joints, connect into an integral body by grinding the tube rotating shaft between every joint, make current not connected by the sealing ring separation between every joint.Stone roller tube branch is made several joints two benefits, and the one, grind an employing elastomeric material and make, when rolling clothing, every joint stone roller tube root a tree name oneself is rolled how much being out of shape alone of clothing, reduces the influence to adjacent segment; The 2nd, flood with designing the whole joint number of each grade water level one-tenth and grind tube, make the stone roller tube that exposes outside each grade water level water surface also become integer, this conveniently realizes closing the stone roller tube.In this specification embodiment washing machine water gear is designed to third gear, grinds tube and be designed to four joints, first grade of water level put in order and flooded whole four joint stone roller tubes; Second grade of water level put in order flood second and third, four joints grind tube; The third gear water level is put in order and is flooded third and fourth joint stone roller tube.
Grind jacket casing in swing arm on the axle and can rotate around it, axle is the some of backswing mechanism in this root swing arm, also is the some of water circulation system, and axle one end is connected, communicates with swing arm in the swing arm, and an end seals.Having row's diameter on the vertical wall of axle in the swing arm is Φ, the hole that spacing equates, the recirculated water that enters axle in the swing arm just enters from this round hole and grinds tube again from grinding the hole ejection on the barrel, closed this round hole on the vertical wall of the interior axle of swing arm, just interrupted grinding the supply of tube recirculated water, ground tube and also just stop outside water spray.Grind jacket casing and in swing arm, on the axle, can only can not move axially, fix so every joint grinds tube axial location on the axle in swing arm around its rotation.Grind jacket casing in swing arm on the axle, can cover the hole of some on the vertical wall of the interior axle of swing arm, in this specification embodiment, the hole that every joint grinds the tube covering is two, four joints grind tube and just have eight holes, and these eight holes are called the hole 1,2,3,4,5,6,7, No. 8 on the axle from top to bottom in swing arm.During laundry, when first grade of selection, first grade of water level put in order and flooded whole four joint stone roller tubes, so the hole of four joint stone roller tube coverings is all open-minded, four joints grind an all outside water spray; When selecting second grade, first segment grinds tube and surfaces, and closes axle in the swing arm so and goes up first segment and grind i.e. 1, No. 2 hole of a hole that tube covers, and first segment grinds tube and stops water spray; When selecting third gear, first and second joint grinds tube and surfaces, and closes axle in the swing arm so and goes up first and second joint and grind i.e. 1,2,3, No. 4 hole of hole that tube covers, and first and second joint grinds tube and stops water spray.This shows that the interior axle of the swing arm that actual needs is opened, closed is gone up hole and had only 1, No. 2 and 3, No. 4 holes.
The utility model has designed two kinds of shut off valves and has been used for No. 1,2, opening and closing and 3, No. 4 holes specially, and the one, pull-type shut off valve, the 2nd, rotating shut off valve.
One, pull-type shut off valve.
Pull-type shut off valve is by drawing valve and perpendicular pipe, horizontal pipe, location hoodle, retainer spring, pressure knob to form.In swing arm, be provided with one section in the axle and connect pipe, connecting connection one oval bar on the inwall of pipe upper end.Claim to connect pipe and the oval bar that is connected for drawing valve.Three pits are arranged on oval bar, three pits number consecutively from top to bottom are 1,2, No. 3,1,2, No. 3 pits corresponding respectively washing machine one, two, three water gears, 1, equates with 2, No. 3 pit centres distance for No. 2 to the center, the diameter of phi that its value goes up the hole for the interior axle of swing arm is added the distance of an A, and A is 3 to 6 millimeters.Be that distance between adjacent two pit centres is Φ+A, be called the distance of a gear.Connect pipe and vertically also having 2 small holes and 2 perpendicular microscler holes on the wall.The diameter of small holes also is Φ, and the length direction of perpendicular microscler hole is that pipe is axial, adds the rectangle that a broadside overlaps with the semicircle diameter in the middle of the semicircle that to be shaped as two diameters be Φ, erects microscler hole lengths and equals 2 Φ+A.There is a perpendicular pipe axle upper end in swing arm, is connected with horizontal pipe at perpendicular pipe middle part, and axle, perpendicular pipe, horizontal pipe three communicate and be connected as a single entity in the swing arm.Location hoodle, retainer spring are housed in horizontal pipe, and pressure knob is spun on horizontal pipe outer end with thread connecting mode, and oval bar passes perpendicular pipe and stretches out outside it.In horizontal pipe, pressure knob compression set spring, hoodle top, retainer spring compressing location is to oval bar, hoodle is compressed into pit on the oval bar when the location, because the existence of retainer spring elastic pressure, oval bar is difficult to push open easily the location hoodle, and oval bar promptly draws valve to be positioned.Owing to draw the axis of pipe on the valve not overlap, move so draw valve in swing arm, to do axial straight line only in the axle with the axis of oval bar.
When the location hoodle is compressed into when drawing on the oval bar of valve No. 1 pit, draw 2 small holes opening on the valve circle tube wall just in time to aim at last 1, No. 2 hole of axle in the swing arm respectively, the center of circle in last 3, No. 4 holes of axle in the swing arm is just in time aimed in the center of circle in the last hemicycle hole of two perpendicular microscler holes respectively.The location hoodle is compressed into and is drawn No. 1 pit on the oval bar of valve, and just the use in washing machine water yield is in first gear and puts, so it is all open-minded to put in the swing arm on the axle 1,2,3, No. 4 hole at a gear, promptly four joints grind all water sprays of tube.When selecting second grade of water level, drawing valve upwards to spur the distance of a gear, make the location hoodle compress into No. 2 pits on the oval bar, draw the small holes on the valve circle pipe just to move axle last 1 in the swing arm that has departed from original aligning on fully, No. 2 holes, 1, No. 2 the hole is drawn the valve circle tube wall to close, be that first segment stone roller tube is closed, simultaneously, draw the upper semi-circle center of circle of the microscler hole on the valve circle pipe on pipe, to move a gear apart from retrodeviating from 3 of original aligning, the center of circle, No. 4 holes, but aimed at 3 again after moving a gear distance on the lower half circle center of circle, the center of circle, No. 4 holes, 3, No. 4 the hole just still keeps open-minded.When selecting the third gear water level, drawing valve upwards to spur the distance of a gear again, make the location hoodle compress into No. 3 pits on the oval bar, the axle center of circle, 3, No. 4 holes in the swing arm that departs from original aligning is fully moved on also in the lower half circle center of circle of drawing the microscler hole on the valve circle pipe, 3, No. 4 holes also are closed, and promptly the second joint stone roller tube is closed.When a gear is put, draw valve circle pipe upper end position up to exceed the distance of 1.5 Φ than the last No. 1 hole home position of axle in the swing arm, draw valve circle pipe lower end position down to hang down the distance of 4 Φ and be between 4 to No. 5 holes than the last No. 4 hole home positions of axle in the swing arm.
Two, rotating shut off valve.
Rotating shut off valve is made up of stopcock and perpendicular pipe, horizontal pipe, location hoodle, retainer spring, pressure knob.In swing arm, be provided with one section in the axle and connect pipe, on the axis of perforation pipe upper end, be connected with a long swing arm, both deads in line, one section short cylinder is arranged on long swing arm, the short cylinder diameter is greater than long swing arm diameter, can be 15 to 20 millimeters, adopt latch to be connected with a positioning knob on long swing arm top.Claim that perforation pipe, long swing arm, short cylinder, latch, positioning knob are stopcock.There is a perpendicular pipe axle upper end in swing arm, short cylinder on the stopcock is contained in the perpendicular pipe, its upper end and the sliding-contact of perpendicular pipe roof inner top surface, positioning knob on the stopcock is positioned at outside the perpendicular pipe roof, its lower surface and the sliding-contact of perpendicular pipe roof outer bottom, long swing arm passes circular hole on the perpendicular pipe roof on the stopcock.Because short cylinder and positioning knob be in the restriction up and down of perpendicular pipe roof, the stopcock pipe is done horizontal rotation only and can not be done axial straight line and move in the axle in swing arm.Three pits are arranged on the same cross-sectional circumferential of stopcock periphery, and three pits (seeing from top to bottom) number consecutivelies counterclockwise are 1,2, No. 3,1,2, No. 3 pit corresponding respectively washing machine one, two, three water gears.1, equates with 2, No. 3 pit centres arc length for No. 2 to the center.The line between adjacent two pit centres right central angle call the angle of a gear.The angle of a gear also equal stopcock circular tube external wall circumference the preceding paragraph Φ+A arc length right central angle.The stopcock pipe is vertically also having 2 small holes and 2 shape holes of growing crosswise on the wall.The diameter of small holes is Φ also, and the arc length direction of the shape hole of growing crosswise is a circumferencial direction on the pipe wall, and arc length is 2 Φ+A, and perpendicular microscler hole equated fully on the hole was launched the back shape and drawn the valve circle pipe.The perpendicular pipe middle part of axle upper end is connected with horizontal pipe in swing arm, and axle, perpendicular pipe, horizontal pipe three communicate and be connected as a single entity in the swing arm.Location hoodle, retainer spring are housed in horizontal pipe, pressure knob is spun on horizontal pipe outer end with thread connecting mode, in horizontal pipe, pressure knob compression set spring, hoodle top, retainer spring compressing location is to short cylinder, hoodle is compressed into pit on the short cylinder when the location, because the existence of retainer spring elastic pressure, short cylinder is difficult to push open easily the location hoodle, and short cylinder is that therefore whole stopcock is positioned.
Stopcock pipe length equates with drawing the valve circle length of tube.When the location hoodle is compressed on the stopcock short cylinder No. 1 pit, 2 small holes opening on the stopcock pipe wall are just in time aimed at last 1, No. 2 hole of axle in the swing arm respectively, and the center of circle in last 3, No. 4 holes of axle in the swing arm is just in time aimed in the center of circle in the right hemicycle hole of two shape holes of growing crosswise respectively.The location hoodle is compressed into No. 1 pit on the stopcock short cylindrical, and just the use in washing machine water yield is in first gear and puts, so it is all open-minded to put in the swing arm on the axle 1,2,3, No. 4 hole at a gear, promptly four joints grind all water sprays of tube.When selecting second grade of water level, the stopcock swing arm is rotated counterclockwise the angle of a gear, make the location hoodle compress into No. 2 pits on the short cylinder, the interior axle last 1 of swing arm that small holes on the stopcock pipe just moves to right fully and departed from original aligning, No. 2 holes, 1, No. 2 the hole is closed by the pipe wall, be that first segment stone roller tube is closed, simultaneously, the right semi-circle center of circle of the microscler hole on the pipe retrodeviates from 3 of original aligning rotating counterclockwise a gear angle with pipe, the center of circle, No. 4 holes, but the center of circle had aimed at 3 again after left semicircle rotated counterclockwise a gear angle, the center of circle, No. 4 holes, 3, No. 4 the hole just still keeps open-minded.When selecting the third gear water level, the stopcock pipe is rotated counterclockwise again the angle of a gear, make the location hoodle compress into No. 3 pits on the short cylinder, the center of circle, 3, No. 4 holes that the left semicircle center of circle of the microscler hole on the pipe also moves to right and departs from original aligning fully, 3, No. 4 holes also are closed, and promptly the second joint stone roller tube is closed.
Swing arm motor pressure switch.
Grind tube and move to interior barrel edge by interior bucket center, must be able to stop automatically, must be able to allow people select to grind a grinding pressure in addition clothing according to thickness, what, the dirty degree of clothing in the drive of backswing mechanism.
Swing arm motor pressure switch is made up of bar, light-sensitive element, light-emitting component, dial, minor axis, pad, pointer, spring leaf, knob, connecting rod, anti-dazzling screen.On the outer back wall of space regulator flat box, install one by last slice, middle sheet, the bar formed of sheet down, a light-sensitive element is installed on last, on middle sheet, open an aperture, down on the sheet light-emitting component is being installed, on the light-sensitive element during the aperture during the light that light-emitting component sends passes on the sheet is radiated at slice.At the affixed minor axis of swing arm end face swing arm outer shaft axial location, screw thread is arranged at minor axis top, put a pad, pointer, spring leaf successively and screw on knob at last on minor axis, knob makes between spring leaf, pointer, pad and the swing arm and compresses mutually, and making has certain frictional force between them.A dial is installed below swing arm end face pointer wedge angle.Connect a connecting rod on the pointer face, the connecting rod other end connects an anti-dazzling screen, the moving hand pointer can drivening rod and anti-dazzling screen move, the motion path of anti-dazzling screen passes slice, between the middle sheet.The moving hand pointer can not drive swing arm and space regulator and rotate, because knob clamping leaf spring, pointer, pad, swing arm make the frictional force that produces between it can be very not big, space regulator is locked by the worm and gear self-locking again.Scale on the dial is meant the angle of swing arm A limit and space regulator box straight flange.By the front to the space regulator narration as can be known, this angle is big more, and it is also big more to the grinding pressure of clothing to grind tube, grinds the size of tube to the clothing grinding pressure so the scale on the dial also can be regarded expression as.Moving hand makes an angle on its most advanced and sophisticated assigned scale dish, and pointer can make anti-dazzling screen leave the corresponding certain distance of aperture on the middle sheet by connecting rod.Make on the pointer assigned scale dish after the angle, connect power switch, during light-emitting component in the following sheet emits beam and passes on the sheet aperture be radiated on the middle light-sensitive element, light-sensitive element sends a signal of telecommunication to control circuit of the washing machine, control circuit is connected the swing arm motor power, the swing arm motor drives the stone roller tube again and is moved by the inside barrel edge in interior bucket center, the motion space regulator box that is obstructed then is rotated further after grinding tube to be compressed to clothing, this moment, swing arm A limit and space regulator box straight flange began angle of arrival, and anti-dazzling screen also begins on middle sheet aperture to be drawn close.Continuation driving along with the swing arm motor, the angle of swing arm A limit and space regulator box straight flange continues to increase, the distance of aperture continues to dwindle on anti-dazzling screen and the middle sheet, when the angle of swing arm A limit and space regulator box straight flange reaches pointer after the angle of appointment on the dial, aperture on the sheet during anti-dazzling screen just in time covers, the blocking light-emitting component is radiated at the light on the light-sensitive element, light-sensitive element just sends a signal of telecommunication to control circuit again, control circuit cuts out the swing arm motor power, the stall of swing arm motor, the space regulator latched position.
Swing arm motor return switch.
Grind when tube moves to interior bucket center by interior barrel edge and must be able to stop automatically, therefore a swing arm motor return switch also must be set again.Swing arm motor return switch is made up of bar, retainer ring, trip bolt, anti-dazzling screen.Near the bar of installing sheet, middle sheet, following sheet composition on the dust-collecting bucket outer wall of swing arm outer shaft, on the swing arm outer shaft, install and fix ring, a trip bolt is arranged on the retainer ring, tightly it can be fastened on retainer ring on the swing arm outer shaft button, rotates with the swing arm outer shaft.One anti-dazzling screen is arranged on the retainer ring, the path of anti-dazzling screen by last slice, between the middle sheet.The feasible tube that grinds is installed when interior bucket center, aperture on the sheet during anti-dazzling screen just in time covers on the retainer ring.When rolling clothing at interior barrel edge, the stone roller tube finishes, connect a stone roller tube motor power by programme-control, making stone roller tube motor-driven grind tube is moved toward interior barrel of center by interior barrel edge, emit beam on the light-sensitive element during aperture is radiated at slice on the sheet in passing with the light-emitting component on the sheet at present, when grind tube move in during barrel center, aperture on the sheet during anti-dazzling screen just in time covers, the blocking light-emitting component is radiated at the light on the light-sensitive element, light-sensitive element just sends a signal of telecommunication to control circuit, control circuit cuts out the swing arm motor power, the stall of swing arm motor, the space regulator latched position is ground tube and is parked in interior bucket center.
The beneficial effect of this washing machine.Owing to do not exist relative clothing to make the part of rotation at a high speed during laundry in the bucket, so have than pulsator washing machine to the lighter advantage of clothing abrasion degree; Because grinding the rotary speed of tube can be higher than the rotating speed of drum type washing machine cylinder, so have than tumbling-box washing machine laundry shorter advantage of time; Owing to adopt the method that clothing is directly rolled, its effect is equivalent to beat clothing with the handful mallet, it is more to work as laundry in addition, allow and grind the tube linear velocity greater than interior bucket linear velocity, can produce and roll the effect that adds rubbing, it is eager to excel than the ability of the gentle clothing of current stranding and the impact capacity that several cm heights of clothing 40-50 in cylinder are thrown naturally, cleans all higher advantage of ability so this washing machine has than pulsator washing machine and tumbling-box washing machine.
Description of drawings
Fig. 1 be grind tube be in during the bucket center southwest of washing machine to axonometric drawing, broken section;
Fig. 2 be grind tube be in during the barrel edge position southwest of washing machine to axonometric drawing, broken section;
Fig. 3 is the cutaway view along C-C line among Fig. 5;
Fig. 4 is the cutaway view along B-B line among Fig. 3;
Fig. 5 is the cutaway view along A-A line among Fig. 3;
Fig. 6 does not have the anti-wind (water circulation system) of shut off valve and grinds the tube profile;
Fig. 7 is an I enlarged drawing among Fig. 6;
Fig. 8 is an II enlarged drawing among Fig. 6;
Fig. 9 is the enlarged drawing of Fig. 5, and figure hollow core arrow is the flow direction of recirculated water;
Figure 10 is a bucket stereogram in the cage type, and the locating wheel guide rail is the plane among the figure;
Figure 11 is barrel transverse cross-sectional view in locating wheel flat guide position in Figure 10 cage type;
Figure 12 is a bucket stereogram in the cage type, and the locating wheel guide rail is a flute profile among the figure, and opening is outside;
Figure 13 is barrel transverse cross-sectional view in locating wheel channled rail position in Figure 12 cage type;
Figure 14 is that sectional type is ground the tube front view;
Figure 15 is that monoblock type is ground the tube front view;
Figure 16 is the muller front view;
Figure 17 is that spiral grinds front view;
Figure 18 is the drawing in side sectional elevation that circle grinds tube;
Figure 19 is the drawing in side sectional elevation that bidentate grinds;
Figure 20 is the drawing in side sectional elevation that three teeth grind;
Figure 21 is four jiaos of drawings in side sectional elevation that grind tube;
Figure 22 is five jiaos of drawings in side sectional elevation that grind tube;
Figure 23 be the washing machine southeast to axonometric drawing, broken section;
Figure 24 is anti-wind (water circulation system) that pull-type shut off valve an is housed work sheet when being in one grade of water level;
Figure 25 is the sectional view of sealing ring 34;
Figure 26 is an II enlarged drawing among Figure 24;
Figure 27 is anti-wind (water circulation system) that pull-type shut off valve an is housed work sheet when being in the second gear water level;
Figure 28 is anti-wind (water circulation system) that pull-type shut off valve an is housed work sheet when being in the third gear water level;
Figure 29 is equipped with the interior axle of swing arm 24 southeast of pull-type shut off valve to axonometric drawing;
Figure 30 is equipped with southeast when axle 24 is operated in one grade of water level in the swing arm of pull-type shut off valve to axonometric drawing (analysing and observe);
Figure 31 is an I enlarged drawing among Figure 30;
Figure 32 is an II enlarged drawing among Figure 30;
Figure 33 is equipped with southeast when axle 24 is operated in the second gear water level in the swing arm of pull-type shut off valve to axonometric drawing (analysing and observe);
Figure 34 is an I enlarged drawing among Figure 33;
Figure 35 is an II enlarged drawing among Figure 33;
Figure 36 is equipped with southeast when axle 24 is operated in the third gear water level in the swing arm of pull-type shut off valve to axonometric drawing (analysing and observe);
Figure 37 is an I enlarged drawing among Figure 36;
Figure 38 is an II enlarged drawing among Figure 36;
Figure 39 is equipped with the interior axle of swing arm 24 southeast of rotating shut off valve to axonometric drawing;
Figure 40 is equipped with southeast when axle 24 is operated in one grade of water level in the swing arm of rotating shut off valve to axonometric drawing (analysing and observe);
Figure 41 is an I enlarged drawing among Figure 40;
Figure 42 is an II enlarged drawing among Figure 40;
Figure 43 is equipped with southeast when axle 24 is operated in the second gear water level in the swing arm of rotating shut off valve to axonometric drawing (analysing and observe);
Figure 44 is an I enlarged drawing among Figure 43;
Figure 45 is an II enlarged drawing among Figure 43;
Figure 46 is equipped with southeast when axle 24 is operated in the third gear water level in the swing arm of rotating shut off valve to axonometric drawing (analysing and observe);
Figure 47 is an I enlarged drawing among Figure 46;
Figure 48 is an II enlarged drawing among Figure 46;
Figure 49 is that space regulator box 12 southwest are to stereogram;
Figure 50 is space regulator box 12 North-East Bound stereograms;
Figure 51 is a space regulator box 12 and North-East Bound stereogram after swing arm motor 21, worm gear 23, worm screw 22 cooperate;
Figure 52 is the North-East Bound stereogram that is linked to be axle 24, swing arm 11, swing arm outer shaft 15 in the swing arm of an integral body;
Figure 53 is that swing arm outer shaft 15 inserts the North-East Bound stereogram in space regulator box 12 pipes;
Figure 54 be grind tube 8 be in during bucket 9 edges, the North-East Bound stereogram of space regulator box 12, swing arm 11;
Figure 55 angle a that has been 12 deflections of swing arm 11 relative spacing regulator case, promptly the compression space regulator is being adjusted the North-East Bound stereogram of spacing;
Figure 56 be grind tube 8 be in during bucket 9 centers, the north-westward stereogram of space regulator box 12 and swing arm 11;
Figure 57 is that backswing mechanism is grinding tube 8 is moved to interior bucket 9 edges by interior bucket 9 centers North-East Bound stereogram (broken section);
Figure 58 is a compression space regulator vertical view, and swing arm 11 movable terminals are in the A position among the figure;
Figure 59 is a compression space regulator vertical view, and swing arm 11 movable terminals are in the B position among the figure;
Figure 60 is the cutaway view along M-M line among Figure 59;
Figure 61 is the cutaway view along N-N line among Figure 58;
Figure 62 be grind tube 8 be in during bucket 9 edges, the southeast of drawing space regulator and swing arm 11 is to stereogram;
Figure 63 be grind tube 8 be in during bucket 9 edges, the North-East Bound stereogram of drawing space regulator and swing arm 11;
Figure 64 angle a that has been 12 deflections of swing arm 11 relative spacing regulator case, promptly drawing space regulator is being adjusted the southeast of spacing to stereogram;
Figure 65 angle a that has been 12 deflections of swing arm 11 relative spacing regulator case, promptly drawing space regulator is being adjusted the North-East Bound stereogram of spacing;
Figure 66 be grind tube 8 be in during bucket 9 edges, the southeast of torsional mode space regulator and swing arm, swing arm outer shaft 15 is to stereogram;
Figure 67 angle a that has been 12 deflections of swing arm 11 relative spacing regulator case, promptly the torsional mode space regulator is being adjusted the North-East Bound stereogram of spacing;
Figure 68 grinds the tube motor and grinds to be the stereogram of roller gear external toothing transmission between the tube;
Figure 69 is grinding tube motor stone roller tube gear that dispenses and the stereogram that grinds motor tooth external toothing on the tube motor shaft;
Figure 70 is that grinding between tube motor and the stone roller tube is the stereogram of engaged transmission in the roller gear;
Figure 71 is stone roller tube motor stone roller tube gear that dispenses and the stereogram that grinds the interior engagement of motor tooth on the tube motor shaft;
Figure 72 grinds the tube motor and grinds between the tube to be the stereogram of Bevel Gear Drive, and two bevel gear axis intersect among the figure;
Figure 73 grinds the tube motor and grinds between the tube to be the front view of Bevel Gear Drive, and two bevel gear axis are non-intersect among the figure;
Figure 74 is the cutaway view along F-F line among Figure 73;
Figure 75 grinds the tube motor and grinds to be bush(ing) chain or the chaindriven stereogram of sleeve-barrel roollr between the tube;
Figure 76 grinds the tube motor and grinds to be the chaindriven stereogram of profile of tooth between the tube;
Figure 77 grinds the tube motor and grinds to be the chaindriven stereogram that is shaped between the tube;
Figure 78 grinds the tube motor and grinds to be the stereogram of single V-belt transmission between the tube;
Figure 79 is that grinding between tube motor and the stone roller tube is the stereogram of circular band transmission;
Figure 80 grinds the tube motor and grinds to be the stereogram of Belt Drive between the tube;
Figure 81 grinds the tube motor and grinds to be the stereogram of cog belt transmission between the tube;
Figure 82 is the cog belt longitudinal section;
Figure 83 grinds the tube motor and grinds to be the stereogram of polywedge bet transmission between the tube;
Figure 84 is the polywedge bet sectional elevation;
Figure 85 grinds the tube motor and grinds to be the stereogram of perforated tape transmission between the tube;
Figure 86 is the profilograph of large perforation belt wheel, little perforation belt wheel and perforated tape;
Figure 87 is the stereogram that swing arm motor pressure switch is in opening;
Figure 88 is the I enlarged drawing among Figure 87;
Figure 89 is the stereogram that swing arm motor pressure switch is in closed condition;
Figure 90 is the II enlarged drawing among Figure 89;
Figure 91 is the cutaway view of swing arm motor pressure switch, swing arm, space regulator box;
Figure 92 is an I enlarged drawing among Figure 91;
Figure 93 is along N-N line position among Figure 91, and swing arm motor pressure switch also is in the cutaway view of opening;
Figure 94 is along N-N line position among Figure 91, and swing arm motor pressure switch is in the cutaway view of closed condition;
Figure 95 is a swing arm motor return switch stereogram;
Figure 96 is a swing arm motor return switch vertical view;
Figure 97 is an II enlarged drawing among Figure 96.
The specific embodiment
In following literal, all " Figure of description " all is called for short " accompanying drawing ".
1, the complete machine general picture.
See the 1st page of Fig. 1 of accompanying drawing (in order to see the washing machine internal structure better clearly, the washing machine case lid is not drawn in this Figure of description, and the space regulator lid is not drawn yet), grind tube 8 among the figure and be in interior bucket 9 centers.See the 2nd page of Fig. 2 of accompanying drawing, grind tube 8 among the figure and be in interior bucket 9 marginal positions.Seeing the 1st page of Fig. 1 of accompanying drawing, is dust-collecting bucket 6 in accompanying drawing the 3rd page of Fig. 3, Fig. 4, Fig. 5, the cabinet 1, and dust-collecting bucket 6 articulates by extension spring on the bucket wall 5 and cabinet 1, and the bottom is supported on the cabinet 1 by pressure-bearing spring 2, bucket motor 19 in interior bucket 9 bottoms connect.6 location wheel covers 3 are arranged on 6 barrels of walls of dust-collecting bucket, and dust-collecting bucket 6 is linked to be an integral body with location wheel cover 3, and the location wheel cover is equipped with locating wheel 4 for 3 li, in order to the position of bucket 9 in dust-collecting bucket 6 in stable.See the 4th page of Fig. 6 of accompanying drawing, it is less to grind tube 8 diameters, in the middle of bucket 9 in axle 24 is suspended in swing arm 11 and the swing arm, grinds tube 8 and is enclosed within the swing arm on the axle 24 to grind a tube rotating shaft 8-2.Grind tube 8 and can grind rotation under 10 drivings of tube motor.Grind tube 8 bottoms sealed skirt 7 is housed, both are connected as a single entity.Sealed skirt 7 and interior bucket 9 Elastic Contact, tube 8 moves in interior bucket 9, rotation with grinding for it.The effect of sealed skirt 7 is airtight gaps of grinding between tube 8 and the interior bucket 9, and anti-this clothing enters.
2, backswing mechanism.
See accompanying drawing the 3rd page of Fig. 3, Fig. 4 and the 4th page of Fig. 6.Backswing mechanism is made up of axle 22 in swing arm 11, the swing arm, swing arm outer shaft 17, space regulator (space regulator is made up of space regulator box 12 and compression return spring 44 or drawing return spring 45 or torsional mode return spring 50), worm screw 22, worm gear 23, worm bearing 13, swing arm motor 21, shaft stool 14, shaft stool 16.Axle 24, swing arm outer shaft 15 fuse, and all are hollow in wherein swing arm 11, the swing arm.Shaft stool 14, shaft stool 16 and dust-collecting bucket 6 are affixed.Swing arm outer shaft 15 is inserted in space regulator box 12 and the shaft stool 16 and can rotates therein.Space regulator box 12 is enclosed within the outside of swing arm 11 and swing arm outer shaft 15.Space regulator box 12 bottom pipes are inserted in the shaft stool 14 and with worm gear 23 and are connected.Worm screw 22 links to each other with swing arm motor 21, and worm screw 22 is contained on the worm bearing 13, and swing arm motor 21 is fastened on the worm bearing 13, and worm bearing 13 is fastened on the dust-collecting bucket 6.
The course of action of backswing mechanism is: swing arm motor 21 drives worm screw 22 and rotates, worm screw 22 drives worm gear 23 and rotates, worm gear 23 is being with space regulator box 12 to rotate, and space regulator box 12 drives swing arm 11, the interior axle 24 of swing arm rotates, and axle 24 is being with stone roller tube 8 to move in interior bucket 9 again in the swing arm.
3, laundry processes.
When not doing washing or dewatering, grind tube 8 by swing arm 11 drive move in bucket 9 centers, see dotted line part among 1 page of Fig. 1 of the accompanying drawing mat woven of fine bamboo strips and the 3rd page of Fig. 4, Fig. 5.The 2nd page of Fig. 2 of accompanying drawing and the 3rd page of Fig. 4, Fig. 5 are seen in bucket 9 edges in stone roller tube 8 is driven and moves to when laundry.Grind tube 8 move in bucket 9 edges, its and inner barrel wall have a determining deviation or spacing is zero, grind tube 8 grind tube motor 10 drive under rotation, the rotation under interior bucket motor 19 drives of interior bucket 9 is ground tube 8 and interior barrel 9 different in the same way linear velocity of work or in the same way with the rotation of linear velocity.The drive of bucket 9 rotations in being subjected to, clothing and water can and then rotate, and clothing enters to grind between tube 8 and the interior bucket 9 and is just rolled.Owing to grind all ceaselessly rotations continuously of tube 8 and interior bucket 9 and clothing, water, so clothing is just rolled circularly.
This washing machine can also have a laundry function, promptly grinding tube 8 moves in the middle of the interior bucket 9, clothing is not rolled, grind tube 8 and interior barrel 9 reverse rotation of doing big rotating speed, drive water and also do reverse rotation, mutually despun water can form strong rubbing effect, and this can be used for washing those soft thin easily clothings of wrinkle.
4, grind tube, interior bucket.
For increase grind tube 8 and in the adhesive force of 9 pairs of clothings of bucket, set up some protrusions on their surfaces, the section form of these protrusions can be sphere, rectangle, trapezoidal etc., sees the 5th page of Fig. 9 protrusion 101 of accompanying drawing.On stone roller tube 8, interior bucket 9 walls, have a large amount of holes.For the water permeable ability of bucket in further strengthening, can also make cage modle to interior bucket, see accompanying drawing the 6th page of Figure 10, Figure 11, Figure 12, Figure 13, locating wheel flat guide 32 and locating wheel channled rail 33 are connected vertical bar 31 outsides among the figure.
See the 4th page of Fig. 6 of accompanying drawing, grinding has one to grind tube rotating shaft 8-2 in the tube 8, and it is enclosed within axle 24 outsides in the swing arm, with axle 24 in the swing arm big gap is arranged, and water can flow therein.In the upper end of grinding tube rotating shaft 8-2 sealing ring 27 is housed, bearing 25, bezel ring, 26 (bezel ring, 26 tightens together with the interior axle 24 of swing arm) is seen the 4th page of Fig. 7 of accompanying drawing.In the lower end of grinding tube rotating shaft 8-2 sealing ring 28 is housed, bearing 30, filler ring 29 is seen the 4th page of Fig. 8 of accompanying drawing.Grind tube rotating shaft 24 upper ends and be connected with a rolling tube gear 20.Roll over tube gear 20 and accept to grind the power that tube motor 10 passes over, drive and grind tube 8 transmissions.(grinding tube motor 10 can also have various ways drive stone roller tube 8 to rotate, and sees below and grinds a transmission device).
The 4th page of Fig. 6 of accompanying drawing is that washing machine has only a water gear, the figure when shut off valve not being set in the axle 24 in the swing arm.Grind tube rotating shaft 8-2 among the figure and only be provided with sealing ring 27 and sealing ring 28, middlely be not provided with at two ends up and down.Have a plurality of water gears at washing machine, when being provided with shut off valve in the axle 24 in the swing arm, also sealing ring must be set in the middle of the stone roller tube rotating shaft 8-2 again.See the 9th page of Figure 24 of accompanying drawing, the 10th page of Figure 27 of accompanying drawing, the 11st page of Figure 28 of accompanying drawing, grind tube rotating shaft 8-2 among the figure and a sealing ring 34 respectively is set in first and second joint, three joint stone roller tube centre positions.See accompanying drawing the 9th page of Figure 25, Figure 26, sealing ring 34 is wrapped in encapsulant by metal, and sealing ring 34 is by screw 35, and spring shim 36 is fastened on and grinds on the tube rotating shaft 8-2 wall.It is the same that sealing ring 27 and sealing ring 28 and sealing ring 34 threes construct, just size difference to some extent.
5, anti-wind (water circulation system).
See the 8th page of Figure 23 of accompanying drawing, water pump 18, flexible pipe 17, swing arm outer shaft 15, swing arm 11, stone roller tube 8, dust-collecting bucket 6 constitute anti-winds (water circulation system) among the figure.See the 4th page of Fig. 6 of accompanying drawing, have many holes on interior bucket 9 walls, water can flow to dust-collecting bucket 6 from interior bucket 9 by hole, in dust-collecting bucket 6 bottoms water pump 18 is housed, flexible pipe 17 1 terminates on water pump 18 delivery ports, one terminates on the swing arm outer shaft 15 lower end water inlets, swing arm outer shaft 15 and swing arm 11, axle 24 fuses and hollow communicating in the swing arm, to have row's diameter on vertically at axle be that the hole of Φ (is called 1 in this manual from top to bottom successively to axle 24 in the swing arm, 2,3,4,5,6,7, No. 8 holes), be enclosed within its outer stone roller tube rotating shaft 8-2 and on axle is vertical, also have four row apertures, grind tube 8 and on barrel, also have many apertures.During laundry, water pump 18 pumps into flexible pipe 17 after drawing water pressurization from dust-collecting bucket 6 bottoms, and then enter axle 24 in the swing arm outer shaft 15, swing arm 11, swing arm successively, grind a tube rotating shaft 8-2, grind a tube cavity, at last from grinding the aperture ejection on the barrel 8-1, the water resistance retaining clothing of ejection twines and grinds tube, sees the 5th page of Fig. 9 of accompanying drawing.Bucket 9 in the water of ejection enters enters dust-collecting bucket 6 by the hole on interior bucket 9 walls again, and so far, water is finished a circulation.
When washing machine has only a water gear, anti-wind just need not to install shut off valve.Accompanying drawing the 3rd page of Fig. 3, Fig. 4, Fig. 5 and the 4th page of Fig. 6 and the 5th page of Fig. 9 are that washing machine has only a water gear not install the situation of shut off valve in the axle 24 in swing arm.
When washing machine is provided with three water gears, anti-wind just needs the installing shut off valve.Stone roller tube 8 number from top to bottom is divided into four trifles.During laundry,, just have first segment or first and second two joint and grind tube and surface, must make the stone roller tube that has surfaced stop outside water spray, with saves energy with guarantee that the stone roller tube of underwater sites still has sufficient injection flow rate when selecting the second or the 3rd water gear.Close the water spray of first and second two joints stone roller tube, only need close the 1st, 2 and 3, No. 4 hole on the axle 24 in the swing arm.Present embodiment has designed two kinds of shut off valves and has been used for specially closing and opening 1, No. 2 and 3, No. 4 holes, and the one, pull-type shut off valve, the 2nd, rotating shut off valve.
See the 9th page of Figure 24 of accompanying drawing, the 10th page of Figure 27, the 11st page of Figure 28, two sealing rings 34 make first, second and third joint stone roller tube not connected in grinding tube rotating shaft 8-2.The 12nd page of Figure 29 of accompanying drawing is the axonometric drawing that the interior axle 24 of swing arm of pull-type shut off valve is housed.In swing arm, have 8 holes from top to bottom successively on axle 24 axial walls as seen from the figure, (being called 1,2,3,4,5,6,7, No. 8 the hole in this manual from top to bottom successively), diameter is Φ, the 9th page of Figure 24 of contrast accompanying drawing as can be known, 1, No. 2 holes are to grinding tube 8 first segments supply recirculated water, 3, No. 4 holes are to grinding tube 8 second joint supply recirculated waters, and 5,6,7, No. 8 holes are to grinding tube 8 third and fourth joint supply recirculated waters.When selecting first grade of water gear of washing machine, the water surface 102 floods and grinds tube 8 whole four joints, sees the water surface 102 height among the 9th page of Figure 24 of accompanying drawing, and grinding tube 8 four joints at this moment all needs water spray, i.e. 1 to No. 8 hole is all open-minded on the interior axle of swing arm 24 axial walls; When second grade of water gear of selection washing machine, grind tube 8 first segments and surface 102, see the water surface 102 height among the 10th page of Figure 27 of accompanying drawing, need close 1, No. 2 hole on the interior axle 24 of swing arm this moment; When selecting washing machine third gear water gear, stone roller tube 8 first and second two joints surface 102, see the water surface 102 height among the 11st page of Figure 28 of accompanying drawing, need close 1,2,3, No. 4 hole on the interior axle 24 of swing arm this moment.
6, pull-type shut off valve.
The 12nd page of Figure 29 of accompanying drawing is that axle 24 is equipped with the stereogram that draws valve 37 in the swing arm.See the 12nd page of Figure 30 of accompanying drawing, axle is provided with one section for 24 li and connects pipe in swing arm, connects an oval bar connecting on the inwall of pipe upper end, claims to connect pipe and the oval bar that is connected for drawing valve 37.See the 12nd page of Figure 31 of accompanying drawing, three pits arranged on oval bar, on three pit limits, engrave 1,2,3 numbers from top to bottom successively, 1,2, No. 3 pit corresponding respectively washing machine one, two, three water gears.Equate that 1, its value is added the distance of an A for the diameter of phi in hole in the swing arm 24 for No. 2 with 2, No. 3 pit centres distance to the center, A is 3 to 6 millimeters, and the distance between promptly adjacent two pit centres is Φ+A, is called the distance of a gear.See the 12nd page of Figure 30 of accompanying drawing, draw valve 37 pipes vertically also having 2 small holes 107 and 2 perpendicular microscler holes 108 on the wall.The diameter of small holes 107 also is Φ, and the length direction of perpendicular microscler hole 108 is that pipe is axial, adds the rectangle that a broadside overlaps with the semicircle diameter in the middle of the semicircle that to be shaped as two diameters be Φ, erects microscler hole 108 length and equals 2 Φ+A.See that there is a perpendicular pipe 38 the 12nd page of Figure 31 of accompanying drawing axle upper end in swing arm, be connected with horizontal pipe 40 at perpendicular pipe 38 middle parts, 40 li of horizontal pipes location hoodle 39, retainer spring 41 are housed, pressure knob 42 is spun on horizontal pipe 40 outer ends with thread connecting mode, draws the oval bar of valve 37 to pass perpendicular pipe 38 and stretches out in the swing arm outside the axle 24.40 li of horizontal pipes, pressure knob 42 compression set springs 41, retainer spring 41 compressing location hoodles 39 push up to the oval bar that draws valve 37, compress into when location hoodle 39 and draw the pit on the oval bar on the valve 37, draw valve 37 just to be positioned.Owing to draw valve 37 pipe axis not overlap with the axis of oval bar, move so draw valve 37 pipes axle in swing arm to do axial straight line only for 24 li, can not lateral rotation.
One gear.See accompanying drawing the 12nd page of Figure 30, Figure 31, Figure 32, draw valve 37, location hoodle 39 is compressed into drawn No. 1 pit on the valve 37 oval bars, draw 2 small holes 107 on the valve 37 pipe walls just in time to aim at 1, No. 2 hole on the interior axle 24 of swing arm respectively, the center of circle in 3, No. 4 holes of axle 24 in the swing arm is just in time aimed in the center of circle in the last hemicycle hole of two perpendicular microscler holes 108 respectively.At a gear, draw valve 37 pipe upper end positions up to exceed the distance of 1.5 Φ than the last No. 1 hole home position of axle in the swing arm, draw valve 37 pipe lower end positions down to hang down the distance of 4 Φ and be between 4 to No. 5 holes than No. 4 hole home positions on the axle 24 in the swing arm.As shown in Figure 30, it is all open-minded to put in the swing arm on the axle 24 1,2,3, No. 4 hole at a gear, and promptly four joints grind all water sprays of tube.
Two gears.See accompanying drawing the 13rd page of Figure 33, Figure 34, Figure 35, drawing valve 37 upwards to spur the distance of a gear, location hoodle 39 is compressed into drawn No. 2 pits on the valve 37 oval bars, draw small holes 107 on valve 37 pipes just to move in the swing arm that has departed from original aligning 1, No. 2 hole on the axle 24 on fully, 1, No. 2 holes are drawn valve 37 pipe walls to close, and promptly first segment stone roller tube is closed.Draw the upper semi-circle center of circle of the perpendicular microscler hole 108 on valve 37 pipes on pipe, to move a gear apart from the center of circle, 3, No. 4 holes that retrodeviates from original aligning, but move a gear on the lower half circle and aimed at the center of circle, 3, No. 4 holes again apart from the center of circle, back, 3, No. 4 the hole just still keeps open-minded.
Three gears.See accompanying drawing the 14th page of Figure 36, Figure 37, Figure 38, drawing valve 37 upwards to spur the distance of a gear again, location hoodle 39 is compressed into drawn No. 3 pits on the valve 37 oval bars, the center of circle, 3, No. 4 holes of departing from original aligning is fully moved on also in the lower half circle center of circle of the perpendicular microscler hole 108 on the pipe, 3, No. 4 holes also are closed, and promptly the second joint stone roller tube is closed.
7, rotating shut off valve.
The 15th page of Figure 39 of accompanying drawing is the stereogram that axle 24 is equipped with stopcock 43 in the swing arm.See the 15th page of Figure 40 of accompanying drawing, stopcock 43 pipe length with draw valve 37 pipe equal in length.Be connected with a long swing arm on the axis of stopcock 43 pipes upper end, both deads in line connect one section short cylinder 43-1 on the long swing arm, see the 15th page of Figure 41 of accompanying drawing.Short cylinder 43-1 diameter can be 15 millimeters.See accompanying drawing the 16th page of Figure 43 and Figure 44, adopt latch 43-2 to be connected with a positioning knob 43-3 on long swing arm top, claim that pipe, long swing arm, short cylinder 43-1, latch 43-2, positioning knob 43-3 are stopcock 43.There is a perpendicular pipe 38 axle 24 upper ends in swing arm, short cylinder 43-1 on the stopcock 43 is contained in 38 li of perpendicular pipes, its upper end and the 38 roof inner top surface sliding-contacts of perpendicular pipe, positioning knob 43-3 on the stopcock 43 is positioned at outside perpendicular pipe 38 roofs, its lower surface and the 38 roof outer bottom sliding-contacts of perpendicular pipe, long swing arm passes circular hole on perpendicular pipe 38 roofs on the stopcock 43.Because short cylinder 43-1 and positioning knob 43-3 be in the restriction up and down of perpendicular pipe 38 roofs, stopcock 43 pipes 24 li on axle in swing arm is done horizontal rotation only and can not be done vertical lines and move.On the same cross-sectional circumferential in short cylinder 43-1 surface three pits are arranged, (seeing from top to bottom) engraves 1,2,3 numbers successively clockwise on three pit limits, 1,2, No. 3 pit corresponding respectively washing machine one, two, three water gears.1, equates with 2, No. 3 pit centres arc length for No. 2 to the center.The line between adjacent two pit centres right central angle call the angle of a gear.The angle of a gear also equal stopcock 43 circular tube external wall circumference the preceding paragraph Φ+A arc length right central angle.Stopcock 43 pipes are vertically also having 2 small holes 107 and 2 shape holes 109 of growing crosswise on the wall.The diameter of small holes 107 is Φ also, and the arc length direction of the shape hole 109 of growing crosswise is a circumferencial direction on the stopcock 43 pipe walls, and arc length is 2 Φ+A, and perpendicular microscler hole 108 equated fully on the hole was launched the back shape and drawn valve 37 pipes.Perpendicular pipe 38 middle parts of axle 24 upper ends are connected with horizontal pipe 40 in swing arm, and axle 24, perpendicular pipe 38, horizontal pipe 40 threes communicate and are connected as a single entity in the swing arm.40 li of horizontal pipes location hoodle 39, retainer spring 41 are housed, pressure knob 42 is spun on horizontal pipe 40 outer ends with thread connecting mode, 40 li of horizontal pipes, pressure knob 42 compression set springs 41, hoodle 39 tops, retainer spring 41 compressing location are to short cylinder 43-1, hoodle 39 is compressed into pit on the short cylinder 43-1 when the location, and stopcock 43 just is positioned.
One gear.See accompanying drawing the 15th page of Figure 40, Figure 41, Figure 42, rotate stopcock 43, make location hoodle 39 compress into last No. 1 pit of short cylinder 43-1,2 small holes 107 on the stopcock 43 pipe walls are just in time aimed at 1, No. 2 hole on the interior axle 24 of swing arm respectively, and the center of circle in 3, No. 4 holes is just in time aimed in the center of circle in the right hemicycle hole of two shape holes 109 of growing crosswise respectively.As shown in Figure 40, it is all open-minded to put in the swing arm on the axle 24 1,2,3, No. 4 hole at a gear, and promptly four joints grind all water sprays of tube.
Two gears.Stopcock 43 swing arms counterclockwise (seeing from top to bottom) are rotated the angle of a gear, make location hoodle 39 compress into last No. 2 pits of short cylinder 43-1, see accompanying drawing the 16th page of Figure 43, Figure 44, Figure 45, small holes on stopcock 43 pipes just move to right fully departed from original aligning swing arm in the axle 24 on 1, No. 2 hole, 1, No. 2 holes are closed by stopcock 43 pipe walls, and promptly first segment stone roller tube is closed.The right semi-circle center of circle of the microscler hole on stopcock 43 pipes retrodeviates the center of circle, 3, No. 4 holes from original aligning rotating counterclockwise a gear angle with pipe, but the center of circle, 3, No. 4 holes had been aimed in the center of circle again after left semicircle rotated counterclockwise a gear angle, 3, No. 4 holes just still keep open-minded, see accompanying drawing the 16th page of Figure 43, Figure 45.
Three gears.Stopcock 43 swing arms more counterclockwise (seeing from top to bottom) rotate the angle of a gear, make location hoodle 39 compress into last No. 3 pits of short cylinder 43-1, see accompanying drawing the 17th page of Figure 46, Figure 47, Figure 48, the center of circle, 3, No. 4 holes that the left semicircle center of circle of the microscler hole on stopcock 43 pipes also moves to right and departs from original aligning fully, 3, No. 4 holes also are closed, and promptly the second joint stone roller tube is closed.
Present embodiment has designed three kinds of space regulators: compression space regulator, drawing space regulator, torsional mode space regulator.They have used pressure-bearing spring, extension spring, torsionspring to be return spring respectively, see accompanying drawing the 17th page of Figure 46, Figure 48.
8, the compression space regulator.
See the 18th page of Figure 49 of accompanying drawing, the space regulator box is two parts about in the of 12 minutes, upper part is the box of a flat, a compression return spring 44 is wherein arranged, and the bottom is a short pipe, fuses with the box of top flat, box plate with short pipe junction, have the circular hole with short pipe same diameter, flat box has a straight flange 104 and a bent limit 103, and compression return spring 44 is put being sidelong by bent limit 103 1.Swing arm motor 21 is connected with worm screw 22 among the 18th page of Figure 51 of accompanying drawing, worm screw 22 and worm gear 23 engagements, worm gear 23 partly fuses with the short pipe of space regulator box 12, wherein worm gear 23 is manufactured half and is got final product, because the maximum angle that swing arm 11 swings back and forth is no more than 90 degree (worm bearing 13 omits and draws among the figure).The 18th page of Figure 52 of accompanying drawing is the North-East Bound stereogram of axle 24 in the swing arm 11 that fuses, swing arm outer shaft 15, the swing arm.The 18th page of Figure 53 of accompanying drawing inserts in space regulator box 12 pipes for swing arm outer shaft 15, and swing arm outer shaft 15 can rotate in space regulator box 12 pipes, also can find out from Figure 53, has a bit of swing arm 11 to be in the box of space regulator box 12 flat.
In the 19th page in accompanying drawing (Figure 54,55,56 omits worm bearing 13), Figure 54 be the compression space regulator make grind tube 8 move in the North-East Bound stereogram of compression space regulator during bucket 9 edges; Figure 55 is the North-East Bound stereogram that the compression space regulator is being adjusted spacing, and the A limit 105 of swing arm 11 among the figure angle occurs with the straight flange of space regulator box 12 104; Figure 56 be the compression space regulator make grind tube 8 move in the North-East Bound stereogram of compression space regulator during bucket 9 centers.
When rotating, swing arm motor 21 just drives worm screw 22 rotations, worm screw 22 drives worm gear 23 again and rotates, worm gear 23 drives the space regulator box 12 that is connected as a single entity with it again and rotates, space regulator box 12 drives swing arm 11 again and rotates around swing arm outer shaft 15, when swing arm motor 21 is done forward or reverse, swing arm 11 is just done clockwise or is rotated counterclockwise around swing arm outer shaft 15.Worm gearing has characteristics, promptly when the angle of spiral of worm screw during less than a certain numerical value, device has self-locking performance, promptly can only be that the worm drive worm gear rotates, worm gear can not drive worm screw conversely and rotate, so in this space regulator, can only be that swing arm motor 21 drives worm gear 23, space regulator box 12, swing arm 11 rotations by worm screw 22, swing arm 11 can not drive space regulator box 12 conversely and rotate, so when swing arm motor 21 stops operating the just locked position of space regulator box 12.
When beginning to do washing, bucket 9 edges in stone roller tube 8 is moved to by backswing mechanism, the compression clothing arrives to a certain degree, and swing arm motor 21 just stops operating, and space regulator box 12 just is locked to the laundry position, sees the 19th page of Figure 57 of accompanying drawing (cabinet omits among the figure) and detail drawing 54.During laundry, grind tube 8 and be moved to interior bucket 9 edges.When grinding tube 8 and roll clothing, clothing is also given simultaneously and is ground 8 one active forces of tube, can push open when this active force is enough big and grind tube 8, makes the spacing increase of grinding tube 8 and interior bucket 9, clothing be able to by.Clothing is pushed open and is ground tube 8, makes stone roller tube 8 clockwise rotate (seeing from top to bottom) with swing arm 11 inside bucket 9 center positions.See the 19th page of Figure 55 of accompanying drawing, swing arm 11 clockwise rotates, its B limit 106 just promotes compression return spring 44 and moves to the bent limit 103 of space regulator box 12, because space regulator box 12 locked can not rotations, so can only be that compression return spring 44 is compressed, an angle appears in the straight flange 104 that space regulator box 12 can be departed from the A limit 105 of swing arm 11, and tube 8 clothings that roll are many more thick more when grinding, and this angle is just big more.Compression return spring 44 compressed strains are just big more, and the elastic force of generation is just big more.Compression return spring 44 has driving swing arm 11, grinds 8 inside bucket 9 an edges rotation to reduce to grind the trend in tube 8 and interior barrel of 9 gaps.The elastic force of compression return spring 44 is applied on the clothing at last by swing arm 11, stone roller tube 8.So tube 8 clothings that roll are many more thick more when grinding, angle is big more, and the grinding pressure that clothing is subjected to grinding tube 8 is also big more; Tube 8 clothings that roll are few more thin more when grinding, and angle is more little, and the grinding pressure that clothing is subjected to grinding tube 8 is also more little.
Further specify visible accompanying drawing the 20th page of Figure 58, Figure 59.When stone roller tube 8 did not also begin to roll clothing, the A limit 105 of swing arm 11 fit together with the straight flange 104 of space regulator box 12, sees Figure 58; When grinding tube 8 and roll more thicker clothing, the A limit 105 of swing arm 11
An angle occurs with the straight flange 104 of space regulator box 12, see Figure 58; After clothing had passed through to grind tube 8, swing arm 11 was returned to Figure 58 state again under the effect of compression return spring 44.
9, drawing space regulator.
See 21 pages of Figure 62 to Figure 65 of accompanying drawing.Drawing space regulator just connects a spring lacing film 47 again in straight flange 104 outsides of former space regulator box 12 (seeing 18 pages of Figure 50 of accompanying drawing), two ends have aperture at the spring lacing film about in the of 47, be connected with a Spring hanging rod 46 on the B limit 106 of swing arm 11, two ends have breach at Spring hanging rod about in the of 46, drawing return spring 45 is stretcher strain state one end and hangs in the aperture on the spring lacing film 47, one end hangs over the indentation, there on the Spring hanging rod 46, and drawing return spring 45 has two up and down.Because the effect of elastic force, drawing return spring 45 is straining at Spring hanging rod 46, makes the A limit 105 of swing arm 11 be close to the straight flange 104 of space regulator box 12.
When beginning to do washing, swing arm motor 21 drives space regulator box 12 by worm screw 22, worm gear 23 and is rotated counterclockwise (seeing from top to bottom), spring lacing film 47 on the space regulator box 12 hauls drawing return spring 45 and is rotated counterclockwise, drawing return spring 45 hauls Spring hanging rod 46 again and is rotated counterclockwise, Spring hanging rod 46 is pushing away swing arm 11 again and is being rotated counterclockwise, swing arm 11 drives in the swing arms axle 24 and drives and grind tube 8 and be rotated counterclockwise to interior bucket 9 edges, sees accompanying drawing 21 pages of Figure 62, Figure 63.During laundry, when clothing is pushed stone roller tube 8 open, make it to clockwise rotate with swing arm 11 inside bucket 9 center positions, because space regulator box 12 can not be rotated by worm gear 23 worm screws 22 location, so swing arm 11 makes just to elongate when clockwise rotating drawing return spring 45, the straight flange 104 of the space regulator box of originally being close to it 12 is just left on the A limit 105 of swing arm 11, occurs an angle between the two, sees accompanying drawing the 21st page of Figure 64, Figure 65.It is many more thick more to grind tube 8 clothings that roll, and this angle is just big more, and the strain that drawing return spring 45 is stretched is just big more, and the elastic force of generation is just big more.The elastic force of drawing return spring 45 is applied on the clothing at last by swing arm 11, stone roller tube 8.So tube 8 clothings that roll are many more thick more when grinding, angle is just big more, and the grinding pressure that clothing is subjected to grinding tube 8 is also big more; Tube 8 clothings that roll are few more thin more when grinding, and angle is just more little, and the grinding pressure that clothing is subjected to grinding tube 8 is also more little.
10, the torsional mode space regulator.
See 22 pages of Figure 66 of accompanying drawing.Hook 48 fuses with space regulator box 12 pipe positions, and hook 49 fuses with swing arm outer shaft 15, and torsional mode return spring 50 is torsional deflection state one end hook at hook 48 places, and an end hook is at hook 49 places.Because elastic force is again because the effect of active force and reaction force, torsional mode return spring 50 has tightly to be turned round pipe that swing arm outer shaft 15 is rotated counterclockwise (seeing from top to bottom) and tightly turning round space regulator box 12 and is making the trend turn clockwise, because swing arm 11 is connected as a single entity with swing arm outer shaft 15, so swing arm 11 also just has the trend that rotates counterclockwise of doing.Swing arm 11 is done and is rotated counterclockwise space regulator box 12 and clockwise rotate, so the straight flange 104 of space regulator box 12 just is close on the A limit 105 of swing arm 11.
When beginning to do washing, swing arm motor 21 drives space regulator box 12 and is rotated counterclockwise by worm screw 22, worm gear 23, hook 48 on space regulator box 12 pipes drives torsional mode return spring 50, hook 49, swing arm outer shaft 15, swing arm 11 more successively and rotates counterclockwise, swing arm 11 drives axle 24 in the swing arm again, stone roller tube 8 rotates counterclockwise, 22 pages of Figure 66 of accompanying drawing are seen at bucket 9 edges in stone roller tube 8 forwards to.During laundry, when clothing is pushed stone roller tube 8 open, make it to clockwise rotate with swing arm 11 inside bucket 9 center positions, because space regulator box 12 can not be rotated by worm gear 23 worm screws 22 location, so swing arm 11 is done just to reverse torsional mode return spring 50 by swing arm outer shaft 15 when clockwise rotating, the straight flange 104 of the space regulator box of originally being close to it 12 is just left on the A limit 105 of swing arm 11, occurs an angle between the two, sees the 22nd page of Figure 67 of accompanying drawing.It is many more thick more to grind tube 8 clothings that roll, and this angle is just big more, and the strain that torsional mode return spring 50 is reversed is just big more, and the elastic force of generation is just big more.The elastic force of torsional mode return spring 50 is applied on the clothing at last by swing arm 11, stone roller tube 8.So tube 8 clothings that roll are many more thick more when grinding, angle is just big more, and the grinding pressure that clothing is subjected to grinding tube 8 is also big more; Tube 8 clothings that roll are few more thin more when grinding, and angle is just more little, and the grinding pressure that clothing is subjected to grinding tube 8 is also more little.
More than the pipe of three kinds of space regulator its spacing regulator case 12 bottoms all be inserted in the shaft stool 14, see the 4th page of Fig. 6 of accompanying drawing.
11, grind the tube transmission device.
A transmission device that grinds 8 rotations of tube motor 10 driving stone roller tubes is gear, chain or belt driver.Gear can be a roller gear, comprises straight-tooth, helical teeth, double helical tooth, engagement and external toothing in the engagement system bag is picked up; Gear can also be a bevel gear, and the axis of bevel gear can intersect, and also can stagger.Chain and sprocket driving device comprises bush(ing) chain, bushroller chain, silent chain and shaping chain.Belt driver comprises flat rubber belting, V-belt, circular band, cog belt, polywedge bet and perforated tape.V-belt and circular band can be one or more and use simultaneously.
See 23 pages of Figure 68 of accompanying drawing, grinding a tube top installing stone roller tube gear 20.See 23 pages of Figure 69 of accompanying drawing, grind a motor tooth 51 and 20 external toothings of stone roller tube gear on tube motor 10 motor shafts.See 23 pages of Figure 70 of accompanying drawing, grinding tube 8 a tops installing stone roller tube internal tooth 52.See 23 pages of Figure 71 of accompanying drawing, grind the motor tooth 51 on tube motor 10 motor shafts and grind engagement in the tube internal tooth 52.
See 24 pages of Figure 72 of accompanying drawing, grinding tube 8 tops installing large conical gear 53.Large conical gear 53 and small conical gear 54 engagements of grinding on 10 in the tube motor.The axis of large conical gear 53 and small conical gear 54 is at space intersection.See accompanying drawing 24 pages of Figure 73, Figure 74, large conical gear 53 and small conical gear 54 engagements, two Gear axis are non-intersect in the space.
See 25 pages of Figure 75 of accompanying drawing, install big Sleeve Roller Chain Wheel 56 at a stone roller tube top, grinding installing small sleeve roller chain wheel 57 on tube motor 10 motor shafts, the centre connects with sleeve-barrel roollr chain 55.Figure 75 also is applicable to the bushed chain transmission.
See 25 pages of Figure 76 of accompanying drawing, install big profile of tooth sprocket wheel 60 at a stone roller tube top, grinding the little profile of tooth sprocket wheel 59 of installing on tube motor 10 motor shafts, the centre connects with profile of tooth chain 58.A pallet is arranged at little profile of tooth sprocket wheel 59 bottoms, in case profile of tooth chain 58 drops.
See 25 pages of Figure 77 of accompanying drawing, install big shaping sprocket wheel 61 at a stone roller tube top, grinding the little shaping sprocket wheel 62 of installing on tube motor 10 motor shafts, the centre connects with shaping chain 63.A pallet is also arranged at little shaping sprocket wheel 62 bottoms, in case shaping chain 63 drops.
See 25 pages of Figure 78 of accompanying drawing, install big V-belt wheel 64, on stone roller tube motor 10 motor shafts, install little V-belt wheel 65 at a stone roller tube top, middle with V-belt 66 connections.
See 26 pages of Figure 79 of accompanying drawing, install big circular belt wheel 67 at a stone roller tube top, grinding installing small circular belt wheel 68 on tube motor 10 motor shafts, the centre is with 69 to connect with circle.
See 26 pages of Figure 80 of accompanying drawing, install big flat tyre wheel 71 at a stone roller tube top, grinding the little flat tyre wheel 70 of installing on tube motor 10 motor shafts, the centre connects with flat rubber belting 72.
See 26 pages of Figure 81 of accompanying drawing, install big profile of tooth belt wheel 73 at a stone roller tube top, grinding the little profile of tooth belt wheel 74 of installing on tube motor 10 motor shafts, the centre connects with cog belt 75.Same page Figure 82 is the cog belt profilograph.
See 27 pages of Figure 83 of accompanying drawing, install most wedge belt wheel 77 at a stone roller tube top, the little polywedge bet of installing takes turns 78 on stone roller tube motor 10 motor shafts, and is middle with polywedge bet 76 connections.Same page Figure 84 is polywedge bet 76 drawings in side sectional elevation.
See accompanying drawing 27 pages of Figure 85, Figure 86, grinding a top installing large perforation belt wheel 80, grinding the little perforation belt wheel 81 of installing on tube motor 10 motor shafts, the centre connects with perforated tape 79.
12, swing arm motor pressure switch.
See accompanying drawing 28 pages of Figure 87, Figure 88, Figure 89, Figure 90 and 29 pages of Figure 91 of accompanying drawing.On space regulator box 12 outer walls, install one by last slice 92, middle sheet 91, the bar formed of sheet 90 down, a light-sensitive element 89 is installed on last 92, on middle sheet 91, open an aperture (oval blacking on the sheet 91 in seeing among 28 pages of Figure 88 of accompanying drawing), down on the sheet 90 light-emitting component 88 is being installed, the aperture during the light that light-emitting component 88 sends passes on the sheet 91 is radiated on the light-sensitive element 89 in slices 92.See accompanying drawing 29 pages of Figure 91, Figure 92, at the affixed minor axis 94 of swing arm 11 end face swing arm outer shafts 15 axial location, screw thread is arranged at minor axis 94 tops, on minor axis 94, put a pad 93, pointer 83, spring leaf 85 successively and screw on knob 84 at last, knob 84 makes between spring leaf 85, pointer 83, pad 93 and the swing arm 11 and compresses mutually, and making has certain frictional force between them.A dial 82 is installed below swing arm 11 end face pointers 83 wedge angles, is seen 28 pages of Figure 87 of accompanying drawing.See 29 pages of Figure 91 of accompanying drawing, connect a connecting rod 86 on 83 on pointer, connecting rod 86 other ends connect an anti-dazzling screen 87, moving hand 83, pointer 83 can drivening rods 86 and anti-dazzling screen 87 move, the motion path of anti-dazzling screen 87 passes slices 92, between the middle sheet 91.See accompanying drawing 28 pages of Figure 87, Figure 89, black line on the dial 82 is meant the angle between the straight flange 104 of the A limit 105 of swing arm 11 and space regulator box 12, black line length (in the face of drawing) from right to left increases gradually, and the angle between expression A limit 105 and the straight flange 104 increases gradually.Moving hand 83 makes an angle on its most advanced and sophisticated assigned scale dish 82, pointer 83 can make anti-dazzling screen 87 leave the corresponding certain distance of aperture on the middle sheet 91 by connecting rod 86, sees that anti-dazzling screen 87 left ends aperture on middle sheet 91 still has a segment distance among accompanying drawing 28 pages of Figure 87, Figure 88 and 29 pages of Figure 93 of accompanying drawing.
Make on the pointer 83 assigned scale dishes 82 after the angle, connect power switch, during light-emitting component 88 in the following sheet 90 emits beam and passes on the sheet 91 aperture be radiated in slices 92 on the light-sensitive element 89, see accompanying drawing 28 pages of Figure 87, Figure 88,29 pages of Figure 93 of accompanying drawing, light-sensitive element 88 sends a signal of telecommunication to control circuit of the washing machine, and control circuit is just connected swing arm motor 21 power supplys, and swing arm motor 21 drives stone roller tube 8 again and inwardly moved at bucket 9 edges by interior bucket 9 centers.The motion space regulator box 12 that is obstructed then is rotated further after grinding tube 8 to be compressed to clothing, the A limit 105 of swing arm 11 this moment and the straight flange of space regulator box 12 104 beginning angle of arrival, anti-dazzling screen 87 also begins on middle sheet 91 aperture to be drawn close, continuation driving along with swing arm motor 21, the A limit 105 of swing arm 11 continues to increase with the angle of the straight flange 104 of space regulator box 12, the distance of aperture continues to dwindle on anti-dazzling screen 87 and the middle sheet 91, when the angle of the A limit 105 of swing arm 11 and the straight flange 104 of space regulator box 12 reaches pointer 83 after the angle of appointment on the dial 82, aperture on the sheet 91 during anti-dazzling screen 87 just in time covers, blocking light-emitting component 88 is radiated at the light on the light-sensitive element 89, see 28 pages of Figure 89 of accompanying drawing, Figure 90,29 pages of Figure 94 of accompanying drawing, aperture on the sheet 91 during anti-dazzling screen 87 left ends just in time cover among the figure, this moment, light-sensitive element 89 just sent a signal of telecommunication to control circuit again, control circuit cuts out swing arm motor 21 power supplys, 21 stalls of swing arm motor, space regulator latched position.
13, swing arm motor return switch.
See 29 pages of Figure 95 of accompanying drawing and Figure 96, on dust-collecting bucket 6 outer walls, install by sheet 98 down, middle sheet 99, last slice 100 sheet groups of forming, retainer ring 95 of cover has an anti-dazzling screen 97 on the retainer ring 95 on swing arm outer shaft 15, the path of anti-dazzling screen 97 by last slice 100, between the middle sheet 99.See 29 pages of Figure 97 of accompanying drawing, a trip bolt 96 arranged on retainer ring 95, button tight it can be fastened on retainer ring 95 on the swing arm outer shaft 15 and and rotate with swing arm outer shaft 15.Grind tube 8 when interior bucket 9 centers, aperture on the sheet 99 during anti-dazzling screen 97 just in time covers on the retainer ring 95.When rolling clothing at interior bucket 9 edges, stone roller tube 8 finishes, connect swing arm motor 21 power supplys by programme-control, swing arm motor 21 is driven grind tube 8 and moves toward interior bucket 9 centers by interior bucket 9 edges, with the light-emitting component 88 on the sheet 98 at present emit beam pass on the sheet 99 aperture be radiated on the light-sensitive element 89 in slices 100.See 29 pages of Figure 95 of accompanying drawing and Figure 96, when grind tube 8 move in during barrel 9 centers, anti-dazzling screen 97 retainer rings 95 clockwise rotate (seeing from top to bottom) with swing arm outer shaft 15 and move to dotted line position among the figure, aperture on the sheet 99 in just in time covering, blocking light-emitting component 88 is radiated at the light on the light-sensitive element 89, after light-sensitive element 89 is interrupted light, just send a signal of telecommunication control circuit to control circuit and close swing arm motor 21 power supplys, 21 stalls of swing arm motor, the space regulator latched position is ground tube 8 and is parked in interior bucket 9 centers.
Claims (10)
1. one kind is rotated the compaction type washing machine continuously, it is characterized in that: rotate the compaction type washing machine continuously by comprising dust-collecting bucket, location wheel cover, locating wheel, interior bucket, grind tube, grind the wound packages accessory, sealed skirt, stone roller tube transmission device, grinding a tube motor, backswing mechanism, anti-wind, swing arm motor pressure switch, swing arm motor return switch and form
Bucket places dust-collecting bucket wherein, location wheel cover and dust-collecting bucket fuse, locating wheel is contained in the wheel cover of location, locating wheel rolls with interior bucket outer wall or guide rail and contacts, grind wound packages in the swing arm of backswing mechanism on the axle and in being suspended at barrel in, grinding tube can rotate by axle in swing arm, grind tube can be under the drive of backswing mechanism at interior bucket center to moving between inner barrel wall, grinding the tube bottom sealed skirt also can slide relatively with interior bucket end Elastic Contact, grinding the tube motor is contained on the swing arm interior axle top or swing arm of backswing mechanism, grind the tube motor and drive a stone roller rotation with the stone roller tube tumbler that grinds the tube top by being contained in to grind on the motor shaft, backswing mechanism with shaft extension in the swing arm in interior bucket the inside, be inserted in the shaft stool (16) on the dust-collecting bucket outer wall and in the space regulator with the swing arm outer shaft, space regulator is inserted in the shaft stool (14) on the dust-collecting bucket outer wall with the pipe position, anti-wind is contained in the dust-collecting bucket bottom with water pump, connects water pump and swing arm outer shaft with flexible pipe.
2. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described backswing mechanism is by comprising that axle, swing arm motor, worm screw, worm gear, worm bearing, shaft stool (14), shaft stool (16), space regulator are formed in swing arm outer shaft, swing arm, the swing arm
Wherein axle is parallel and all in the same side of swing arm in swing arm outer shaft and the swing arm, pendulum stern outer shaft is connected in aggregates at the two ends of swing arm respectively with the interior axle of swing arm with swing arm, axle suspension is in interior bucket the inside in the swing arm, swing arm is across inside and outside interior bucket, the dust-collecting bucket, the swing arm outer shaft is inserted in shaft stool (16) and the space regulator and can rotates therein, space regulator also is inserted in the shaft stool (14) with the pipe position and can rotates therein, and shaft stool (14) and shaft stool (16) are fixed on the dust-collecting bucket outer wall
Be connected with worm gear on the space regulator circular tube external wall, worm gear and worm engaging, worm screw is connected with the swing arm motor, and worm screw is contained on the worm bearing, and the swing arm motor is fastened on the worm bearing, and worm bearing is fastened on the dust-collecting bucket outer wall.
3. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described anti-wind is by comprising in water pump, flexible pipe, swing arm outer shaft, swing arm, the swing arm axle, pull-type shut off valve or rotating shut off valve, grind tube, grinding the wound packages accessory and form
Wherein water pump is contained in the dust-collecting bucket bottom, and water pump is connected with flexible pipe, and flexible pipe is connected with the swing arm outer shaft, the swing arm outer shaft is connected with swing arm, axle is connected in swing arm and the swing arm, and pull-type shut off valve or rotating shut off valve are contained in axle within and without in the swing arm, grinds tube and is sleeved in the swing arm spool by grinding the wound packages accessory.
4. a kind of continuous rotation compaction type washing machine according to claim 1 is characterized in that: described stone roller tube transmission device is gear drive or chain and sprocket driving device or belt driver.
5. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described space regulator is the compression space regulator, the compression space regulator is made up of space regulator box and compression return spring, wherein the space regulator box divides two parts up and down, upper part is a flat box, the bottom is one section pipe, pipe and top flat box fuse, box plate with the pipe junction, have circular hole with the pipe same diameter, space regulator is enclosed within on the swing arm outer shaft with pipe, the swing arm outer shaft can rotate in pipe, have one section swing arm to be in the flat box in swing arm with the end that pendulum stern outer shaft is connected, section swing arm of this in flat box has the straight flange of an A limit and flat box to be close to, another B limit does not contact with the bent limit of flat box and the one section neutral gear of being separated by, the compression return spring is packed in this section neutral gear, make compression return spring one end head on swing arm B limit, an end heads on the bent limit of space regulator flat box.
6. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described space regulator is drawing space regulator, drawing space regulator is made up of space regulator box and drawing return spring, wherein the space regulator box divides two parts up and down, upper part is a flat box, the bottom is one section pipe, pipe and top flat box fuse, box plate with the pipe junction, have circular hole with the pipe same diameter, space regulator is enclosed within on the swing arm outer shaft with pipe, and the swing arm outer shaft can rotate in pipe, and an end that is connected with the swing arm outer shaft in swing arm has one section swing arm to be in the flat box, in flat box this section swing arm, have the straight flange of an A limit and flat box to be close to, another B limit does not contact with the bent limit of flat box and the one section neutral gear of being separated by
The straight flange outside at the space regulator box connects a spring lacing film, have aperture in two ends up and down at the spring lacing film, be connected with a Spring hanging rod on the B limit of swing arm, have breach in two ends up and down at Spring hanging rod, drawing return spring one end hangs in the aperture on the spring lacing film, one end hangs over the indentation, there on the Spring hanging rod, and drawing return spring hangs with two up and down altogether in swing arm.
7. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described space regulator is the torsional mode space regulator, the torsional mode space regulator is made up of space regulator box and torsional mode return spring, wherein the space regulator box divides two parts up and down, upper part is a flat box, the bottom is one section pipe, pipe and top flat box fuse, box plate with the pipe junction, have circular hole with the pipe same diameter, space regulator is enclosed within on the swing arm outer shaft with pipe, and the swing arm outer shaft can rotate in pipe, and an end that is connected with the swing arm outer shaft in swing arm has one section swing arm to be in the flat box, in flat box this section swing arm, have the straight flange of an A limit and flat box to be close to, another B limit does not contact with the bent limit of flat box and the one section neutral gear of being separated by
Be connected with a hook (48) at the pipe position of space regulator box bottom, be connected with a hook (49) on the swing arm outer shaft, the torsional mode return spring is enclosed within on the swing arm outer shaft, is between hook (48) and the hook (49), and an end hook is lived hook (48), and an end hook is lived hook (49).
8. a kind of continuous rotation compaction type washing machine according to claim 3, it is characterized in that: described pull-type shut off valve is by drawing valve and perpendicular pipe, horizontal pipe, the location hoodle, retainer spring, pressure knob is formed, the pipe that wherein draws valve is in swing arm in the axle, be connected with an oval bar drawing on the inwall of valve circle pipe upper end, pipe does not overlap with oval bar axis, three pits are arranged drawing on the oval bar of valve, three pits number consecutively from top to bottom are 1,2, No. 3,1,2, No. 3 pits corresponding respectively washing machine one, two, three water gears, 1, No. 2 and 2, No. 3 pit centres is equal to the distance at center, the diameter of phi that its value goes up the hole for the interior axle of swing arm is added the distance of an A, A is 3 to 6 millimeters, be that distance between adjacent two pit centres is Φ+A, claim that Φ+A is the distance of a gear, draw the valve circle pipe vertically also having 2 small holes and 2 perpendicular microscler holes on the wall, the diameter of small holes is Φ, the length direction of perpendicular microscler hole for draw the valve circle tubular axis to, add the rectangle that a broadside overlaps with the semicircle diameter in the middle of the semicircle that to be shaped as two diameters be Φ, perpendicular microscler hole lengths equals 2 Φ+A
Perpendicular pipe is the axle upper end in swing arm, be connected with horizontal pipe at perpendicular pipe middle part, axle, perpendicular pipe, horizontal pipe three communicate and are connected as a single entity in the swing arm, location hoodle, retainer spring are housed in horizontal pipe, pressure knob is spun on horizontal pipe outer end with thread connecting mode, drawing the oval bar of valve to pass perpendicular pipe stretches out outside the interior axle of swing arm, in horizontal pipe, pressure knob compression set spring, hoodle top, retainer spring compressing location is to drawing the oval bar of valve, hoodle is compressed into the pit that draws on the oval bar of valve when the location, draws valve just to be positioned
Hoodle is compressed into and is drawn No. 1 pit on the oval bar of valve when the location, draw 2 small holes opening on the valve circle tube wall just in time to aim at axle last 1 in the swing arm respectively, No. 2 holes, axle last 3 in the swing arm is just in time aimed in the center of circle in the last hemicycle hole of two perpendicular microscler holes respectively, the center of circle in No. 4 holes, draw valve circle pipe upper end position up to exceed the distance of 1.5 Φ than the last No. 1 hole home position of axle in the swing arm, draw valve circle pipe lower end position down to hang down the distance of 4 Φ and be between 4 to No. 5 holes than the last No. 4 hole home positions of axle in the swing arm
Drawing the oval bar of valve upwards to spur the distance of a gear, the location hoodle is just in time compressed into No. 2 pits on the oval bar, draw and move axle last 1 in the swing arm that departs from original aligning fully on the small holes on the valve circle pipe, No. 2 holes, 1, No. 2 the hole is drawn the valve circle tube wall to close, draw the upper semi-circle center of circle of the perpendicular microscler hole on the valve circle pipe to move a gear on the valve circle pipe apart from axle last 3 in the swing arm that departs from original aligning with drawing, the center of circle, No. 4 holes, but aimed at 3 again after moving a gear distance on the lower half circle center of circle, the center of circle, No. 4 holes, 3, No. 4 the hole keeps open-minded
Drawing the valve circle pipe upwards to spur the distance of a gear again, the location hoodle is just in time compressed into and is drawn No. 3 pits on the oval bar of valve, the axle center of circle, last 3, No. 4 holes in the swing arm that departs from original aligning is fully moved on also in the lower half circle center of circle of drawing the perpendicular microscler hole on the valve circle pipe, and 3, No. 4 the hole also is closed.
9. a kind of continuous rotation compaction type washing machine according to claim 3, it is characterized in that: described rotating shut off valve is made up of stopcock and perpendicular pipe, horizontal pipe, location hoodle, retainer spring, pressure knob, wherein the pipe of stopcock in swing arm the axle in, on the axis of stopcock pipe upper end, be connected with a long swing arm, pipe and long swing arm dead in line have one section short cylinder on long swing arm, the short cylinder diameter is bigger than long swing arm diameter, be connected with a positioning knob on long swing arm top
There is a perpendicular pipe axle upper end in swing arm, short cylinder on the stopcock is contained in the perpendicular pipe, its upper end and the sliding-contact of perpendicular pipe roof inner top surface, positioning knob on the stopcock is positioned at outside the perpendicular pipe roof, its lower surface and the sliding-contact of perpendicular pipe roof outer bottom, three pits are arranged on the same cross-sectional circumferential of stopcock periphery, three clockwise number consecutivelies of pit are 1,2, No. 3,1,2, No. 3 pits corresponding respectively washing machine one, two, three water gears, 1, No. 2 and 2, No. 3 pit centres is equal to the arc length at center, the line between adjacent two pit centres right central angle call the angle of a gear, the angle of a gear also equal stopcock circular tube external wall circumference the preceding paragraph Φ+A arc length right central angle, the stopcock pipe is vertically also having 2 small holes and 2 shape holes of growing crosswise on the wall, the diameter of small holes is Φ, the arc length direction of shape hole of growing crosswise is a circumferencial direction on the pipe wall, the hole arc length is 2 Φ+A, perpendicular microscler hole equated fully on the hole was launched the back shape and drawn the valve circle pipe
Perpendicular pipe is the axle upper end in swing arm, perpendicular pipe middle part is connected with horizontal pipe, axle, perpendicular pipe, horizontal pipe three communicate and are connected as a single entity in the swing arm, and location hoodle, retainer spring are housed in horizontal pipe, and pressure knob is spun on horizontal pipe outer end with thread connecting mode, in horizontal pipe, pressure knob compression set spring, hoodle top, retainer spring compressing location be to short cylinder, when the location hoodle is compressed into pit on the short cylinder, whole stopcock is positioned
Stopcock pipe upper end position up exceeds the distance of 1.5 Φ than the last No. 1 hole home position of axle in the swing arm, and stopcock pipe lower end position down hangs down the distance of 4 Φ than the last No. 4 hole home positions of axle in the swing arm and is between 4 to No. 5 holes,
Hoodle is compressed into No. 1 pit on the stopcock short cylinder when the location, and 2 small holes opening on the stopcock pipe wall are just in time aimed at last 1, No. 2 hole of axle in the swing arm respectively, and the center of circle in 3, No. 4 holes is just in time aimed in the center of circle in the right hemicycle hole of two shape holes of growing crosswise respectively,
The stopcock swing arm is rotated counterclockwise the angle of a gear, the location hoodle is just in time compressed into No. 2 pits on the stopcock short cylinder, the interior axle last 1 of swing arm that small holes on the stopcock pipe just moves to right fully and departed from original aligning, No. 2 holes, 1, No. 2 the hole is closed by stopcock pipe wall, simultaneously, the right semi-circle center of circle of the shape hole of growing crosswise on the stopcock pipe retrodeviates in the swing arm of original aligning axle 3 rotating counterclockwise a gear angle with pipe, the center of circle, No. 4 holes, but the center of circle had aimed at 3 again after left semicircle rotated counterclockwise a gear angle, the center of circle, No. 4 holes, 3, No. 4 the hole keeps open-minded
The stopcock pipe is rotated counterclockwise again the angle of a gear, the location hoodle is just in time compressed into No. 3 pits on the stopcock short cylinder, the center of circle, 3, No. 4 holes that the left semicircle center of circle of the shape hole of growing crosswise on the stopcock pipe also moves to right and departs from original aligning fully, 3, No. 4 the hole is closed.
10. a kind of continuous rotation compaction type washing machine according to claim 1, it is characterized in that: described swing arm motor pressure switch is by installing one by last slice on the outer back wall of space regulator flat box, middle sheet, the bar that following sheet is formed, a light-sensitive element is installed on last, on middle sheet, open an aperture, on the sheet light-emitting component is being installed down, on the light-sensitive element during aperture during the light that light-emitting component sends passes on the sheet is radiated at slice, at the affixed minor axis of swing arm end face swing arm outer shaft axial location, screw thread is arranged at minor axis top, on minor axis, put a pad successively, pointer, spring leaf screws on knob at last, knob makes spring leaf, pointer, compress mutually between pad and the swing arm, make frictional force is arranged between them
A dial is installed below swing arm end face pointer wedge angle, is connected a connecting rod on the pointer face, the connecting rod other end connects an anti-dazzling screen, stirs pointer movement, and pointer meeting drivening rod and anti-dazzling screen move,
The motion path of anti-dazzling screen through last slice, middle sheet and between the aperture on the sheet, and when the small holes top, can interdict light fully through the middle light-sensitive element of small holes directive last slice.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200820210596U CN201372377Y (en) | 2008-09-02 | 2008-09-02 | Continuous rotation and rolling type washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200820210596U CN201372377Y (en) | 2008-09-02 | 2008-09-02 | Continuous rotation and rolling type washing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201372377Y true CN201372377Y (en) | 2009-12-30 |
Family
ID=41498461
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200820210596U Expired - Fee Related CN201372377Y (en) | 2008-09-02 | 2008-09-02 | Continuous rotation and rolling type washing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201372377Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437124A (en) * | 2013-08-19 | 2013-12-11 | 杭州师范大学 | Foot stepping type washing machine |
| CN107858806A (en) * | 2017-11-26 | 2018-03-30 | 绍兴文理学院 | A kind of small size domestic whole automatic washes hosiery machine |
| CN108160344A (en) * | 2018-03-05 | 2018-06-15 | 安徽传质信息科技有限公司 | The rotary dehydration equipment of non-heated formula |
-
2008
- 2008-09-02 CN CN200820210596U patent/CN201372377Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437124A (en) * | 2013-08-19 | 2013-12-11 | 杭州师范大学 | Foot stepping type washing machine |
| CN103437124B (en) * | 2013-08-19 | 2015-08-12 | 杭州师范大学 | A kind of foot-actuated washing machine |
| CN107858806A (en) * | 2017-11-26 | 2018-03-30 | 绍兴文理学院 | A kind of small size domestic whole automatic washes hosiery machine |
| CN107858806B (en) * | 2017-11-26 | 2020-03-24 | 绍兴文理学院 | Small-size domestic full-automatic socks washing machine |
| CN108160344A (en) * | 2018-03-05 | 2018-06-15 | 安徽传质信息科技有限公司 | The rotary dehydration equipment of non-heated formula |
| CN108160344B (en) * | 2018-03-05 | 2019-11-05 | 凤阳县万明电子信息科技有限公司 | The rotary dehydration equipment of non-heated formula |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201372377Y (en) | Continuous rotation and rolling type washing machine | |
| CN101718030B (en) | Transmission mechanism of full-automatic multi-impeller washing machine and washing machine and washing mode thereof | |
| CN101418504A (en) | Twisting, pressing and rolling washing mode of washing machine and full automatic washing machine thereof | |
| CN102217920A (en) | Cleaning tools with a rotary dehydration function and handle locking device for the tools | |
| DE2715141A1 (en) | WASHING MACHINE | |
| CN109112701A (en) | A kind of processing method of Multi-functional outdoor sport fabric | |
| AT511762B1 (en) | DEVICE FOR PURIFYING BULK GOODS | |
| CN104084398B (en) | Mahjong cleaning cylinder | |
| CN208105451U (en) | A kind of spiral Pedals type floor drain device of anti-blocking | |
| CN1272497C (en) | Breathing type washing machine | |
| CN208054597U (en) | A kind of yarn releasing mechanism of multipurpose textile machine | |
| CN109457504A (en) | A kind of dyeing and finishing technology of swimming suit fabric | |
| CN208728154U (en) | Fruit cleaning device is used in a kind of processing of tung oil | |
| US3962087A (en) | Immersion filter | |
| CN112392971A (en) | Blowoff valve capable of adjusting filtering resistance | |
| CN209583232U (en) | A kind of monomer rocker arm wrapping machine | |
| CN106859533B (en) | A kind of drawing rotary dewatering device manually | |
| CN101906708B (en) | Impeller type washing machine transmission mechanism integrated with inner drum | |
| CN109898259A (en) | The single cylinder washing tube of washing machine | |
| CN212103277U (en) | Feather washing machine for feathers | |
| CN106618414A (en) | Mop dewatering and washing device | |
| CN202822920U (en) | Filter element and precision filter manufactured by same | |
| CN2305417Y (en) | Washing machine | |
| CN208599687U (en) | A kind of industrial chemicals feeding device | |
| CN208555257U (en) | A kind of automatic water-filtering device of rice flour production |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20091230 Termination date: 20130902 |