CN1572952A - A washing method, actuating mechanism for the method and washing machine thereof - Google Patents
A washing method, actuating mechanism for the method and washing machine thereof Download PDFInfo
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- CN1572952A CN1572952A CN 03156203 CN03156203A CN1572952A CN 1572952 A CN1572952 A CN 1572952A CN 03156203 CN03156203 CN 03156203 CN 03156203 A CN03156203 A CN 03156203A CN 1572952 A CN1572952 A CN 1572952A
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Abstract
The present invention discloses an actuating mechanism, a washing machine using the actuating mechanism and a washing method for washing by using the actuating mechanism and the washing machine. The actuating mechanism of the invention includes a gear box, a gear system, a power input shaft and a wave wheel shaft. The actuating mechanism also includes an inner barrel shaft which can rotate relative to the gear box shaft hole and the wave wheel shaft. The washing method for bidirectional washing formed by the actuating mechanism is that: during the washing process, the gear box is braked; the power input shaft makes a stirrer rotate in the same direction with the main drive shaft by gear drive; the gear at the lower end of the inner barrel is driven by the gear drive to drive the inner barrel rotate in reverse direction with the main drive shaft; the rotate speed ratio of the inner barrel and the stirrer at any time can be selected between (2-3):1; the speed reducing ratio between the power input shaft and the stirrer can be selected between 1: (0.10-0.375); the motor rotate reversely, repeating the above steps and making the inner barrel and the stirrer rotate in exchanged direction; repeating the above steps and accomplishing the washing or rinsing process. Adopting the above scheme, the wrapping problem in the washing process can be solved.
Description
Technical field
What the present invention relates to is a kind of driving mechanism, and adopts the washing machine of this driving mechanism and the washing methods that utilizes described driving mechanism and washing machine to wash.Specifically, the present invention relates to a kind of driving mechanism and washing machine and method that washing machine also can start impeller and the rotating simultaneously of interior bucket that be used for.
Background technology
The washing machine that prior art discloses a lot " impeller (axle) and interior bucket (axle) backward rotation ", below just wherein three kinds of typical examples describe, by understanding and compare the content of these prior aries, can know more and understand purpose of the present invention, specific as follows:
KR89-13336, a kind of washing machine is disclosed, concrete is interior bucket rotation, the internal gear of the lower end of interior bucket drives 3 star gear trains and rotates in the same way, the external tooth engagement of 3 star gear trains and impeller bottom also sends power to impeller and makes it backward rotation, if idle running, the rotating ratio between interior bucket (axle) and the impeller (axle) is substantially invariable; When impeller is subjected to resistance, for example, the resistance that the pressure of water (influencing less), especially clothing form impeller, at this moment, the rotating ratio between interior bucket (axle) and the impeller (axle) be according to water yield size and/or clothing how much the change in resistance of formation change.
CN94118550, a kind of " electric washer " disclosed, the not only rotor rotation of described washing machine, sink also is configured to rotate freely, concrete is the power shaft rotation, by gear train power is delivered to interior bucket axle and impeller axle, if idle running, the rotating ratio between interior bucket (axle) and the impeller (axle) is substantially invariable; When adopting this scheme, no matter impeller still in bucket be subjected to resistance, for example, the resistance that the pressure of water and clothing form, at this moment, the rotating ratio between interior bucket (axle) and the impeller (axle) be according to water yield size and/or clothing how much the change in resistance of formation change.
US3216227, this documents discloses and a kind of interior bucket axle and impeller axle has been separately fixed on the stator and rotor of motor, the impeller of described washing machine and the interior barrel-shaped reverse rotation that becomes, equally, when impeller and/or interior bucket are subjected to resistance, the rotating ratio between interior bucket (axle) and the impeller (axle) also with water yield size and/or clothing how much the change in resistance of formation change.
Above-mentioned three typical schemes have a common characteristic, that is, during actual the use, the rotating ratio between interior bucket (axle) and the impeller (axle) changes with water yield size and/or clothing; The impeller axle begins to rotate to end to a direction, and its rotating ratio also changes, and is uncertain in other words conj.or perhaps; Therefore, " the rubbing " that forms between interior bucket and the impeller also is uncertain; Because it is inconsistent to be applied in the positive and negative revolving force (winding process) of washing clothes, therefore just can not farthest reduce winding.
In view of this, the present invention is proposed.
Summary of the invention
Main purpose of the present invention is to provide a kind of impeller that is used for washing machine and can makes washing machine barrel-shapedly to become rotating to get driving mechanism with interior.
Another object of the present invention provides a kind of impeller and interior bucket that is used to adopt the washing machine of described driving mechanism and can make washing machine and form rotating when washing.
A further object of the present invention provides a kind of that be used to adopt described washing machine and can make clothing by the positive and negative washing methods of rubbing.
For the difference of clear and definite the present invention and prior art, researcher of the present invention has carried out as giving a definition:
" wash cycle cycle ", be meant, no matter detergent water washs or carry out rinsing with clear water with containing, and one " wash cycle cycle " comprises, impeller begins to a direction rotation, interior bucket begins reverse rotation simultaneously, the rotating speed of impeller and interior bucket is by zero → maximum → zero, and impeller is to another direction rotation then, and interior bucket also changes the direction rotation simultaneously, the rotating speed of impeller and interior bucket is by zero → maximum → zero, and this complete procedure is defined as " wash cycle cycle " in the present invention;
" on-fixed rotating ratio ", on-fixed rotating ratio of the present invention is meant, in " wash cycle cycle ", the water yield and clothes weight are fixed, the rotating speed of impeller is by zero → maximum → zero, the rotating speed of bucket was also from zero → maximum → zero in reaction force made, and interior bucket is because after being subjected to factor affecting such as frictional resistance, inertia, the rotating ratio of each rotation moment impeller and interior bucket is all different.
" fixed rotating speed ratio ", fixed rotating speed ratio of the present invention is meant, in " wash cycle cycle ", the water yield and clothes weight are fixed, the rotating speed of impeller is by zero → maximum → zero, reverse actuating force makes interior barrel rotating speed also from zero → maximum → zero, and interior barrel is not subjected to factor affecting such as frictional resistance, inertia, and each rotation moment impeller is all the same with the rotating ratio of interior bucket.
" rotating " is meant, in washing machine washing or rinse cycle, impeller (axle) and interior bucket (axle) are pressed the opposite direction rotation simultaneously.
" gear-box " is meant, a cylindrical box is fixed with loam cake and lower cover, and the upper and lower covers center is provided with axis hole, in the gear-box gear train can be set, gear shape for example,
Knucle-gear, cylindrical gear, bevel gear and worm screw, the example of gear train is the fixed shaft gear train that does not have internal gear on the inwall of described gear-box, or, contain, do not contain the differential gear train of internal gear or ring gear in the gear that the gear train in the gear-box relates to.
The speech defined above and the meaning of a word are distinctive for the present invention, even similar or identical with other professional terms of prior art, still are as the criterion with definition of the present invention.
Because the main purpose of this class washing machine is to form so-called " rubbing pattern ", therefore, forms stable " rubbing ", that is, in making barrel and the rotating ratio between the impeller each wash cycle in the cycle basic fixed be a preferential selection; Why rotating ratio is defined as " basic fixed in each washing cycle ", this be because, the cause influences such as gap that form because of wearing and tearing between the small slip of brake apparatus, the gap between gear and use middle gear the rotating ratio between interior bucket and the impeller be completely fixed, if do not consider described influence, the rotating ratio between interior (axle) together of the present invention and the impeller (axle) is " a fixed rotating speed ratio ".Researcher of the present invention finds, if the fixing rotating ratio of impeller and interior bucket in washing cycle, make positive and negative revolving force (winding process) basically identical that is applied in washing clothes, just can twine reconciliation substantially equably and twine, the winding of washing clothes is significantly reduced.
For achieving the above object, technical scheme of the present invention is: a kind of washing methods that forms two-way washing is characterized in that: in washing process, and the brake tooth roller box; The transmission of power of motor is given power input shaft, and makes it towards a direction rotation; Power input shaft upper end gear rotates in the same way by gear 5, agitator lower end gear drive agitator and driving shaft; Simultaneously, driving shaft upper end gear is by bucket and driving shaft reverse rotation in gear 5, gear 7, the interior bucket axle lower end gear drive; In bucket and agitator fix at the rotating ratio of any moment, described impeller and interior barrel rotating ratio can be in (2～3): selection in 1; The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio can be 1: select in (0.10～0.375); The motor reverse rotation, and make driving shaft with another direction rotation, repeat above-mentioned steps and interior bucket and agitator commutated to rotate; Repeat above-mentioned steps and finish washing or rinse cycle.
In bucket and agitator fix at the rotating ratio of any moment, described impeller and interior barrel rotating ratio preferably can be in (2.1～2.5): 1; The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio preferably can be 1: (0.16～0.23); The range of speeds of agitator is 70-150 rev/min.
A kind of driving mechanism that is used for above-mentioned washing methods comprises gear-box, gear train, power input shaft, impeller axle etc., it is characterized in that described driving mechanism also comprises the interior bucket axle of gear-box axis hole, impeller axle rotation relatively.
Described driving mechanism comprises gear-box, gear train, power input shaft etc., it is characterized in that an impeller axle that described driving mechanism comprises that rotation the time has a fixed rotating speed ratio and can relative gear-box axis hole, the interior bucket of impeller axle rotation spool.
The power input shaft of described driving mechanism: impeller: the speed reducing ratio 1 of interior bucket: (0.10～0.375): (0.05～0.125); Impeller: the rotating ratio (2～3) of interior bucket: 1;
In bucket and agitator fix at the rotating ratio of any moment, described impeller and interior barrel rotating ratio preferably can be in (2.1～2.5): 1;
The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio preferably can be 1: (0.16～0.23);
The range of speeds of agitator is 70-150 rev/min.
Described driving mechanism comprise axis hole, its lower end that can pass the gear-box loam cake stretch in the gear-box, and the hollow of gear-box rotation relatively in bucket spool; One be arranged in the hollow in the bucket axle, its lower end is stretched in the gear-box, and bucket axle, gear-box rotation in the hollow relatively, and with the interior bucket axle impeller axle of rotation simultaneously, interior bucket spool all has identical rotating ratio with impeller axle any moment when rotated.
Described driving mechanism further comprises: one is used for the brake apparatus of brake tooth roller box when washing, one upper and lower covers all has the cylin-drical tooth roller box of axis hole, in gear-box, there is a cover to make the power of input pass to impeller axle and interior bucket axle respectively and makes it the gear train of rotating, and interior bucket axle, impeller axle, power input shaft.
End wall was respectively equipped with the cylin-drical tooth roller box of axis hole about described driving mechanism comprised one; Gear-box inside is provided with two groups of gears 5,7 rotationally, radially symmetrically; The interior bucket axle of a hollow extends through the axis hole on the gear-box upper end wall and is arranged in this gear-box external gear and one group of gears engaged that the bottom of interior bucket axle is provided with rotationally; A stirrer shaft is arranged on interior barrel inside of this hollow coaxially and can rotates the external gear that the bottom of stirrer shaft is provided with and another group gears engaged therein; Gear 7 and gear 5 engagements; A driving shaft is arranged in gear-box inside, the lower end wall axis hole that this gear-box is passed in its lower end downwards and stretch out, the external gear that its upper end is provided with meshes with gear 5; The lower end of driving shaft links to each other with power source.
The washing machine of the above-mentioned washing methods of a kind of usefulness, comprise that interior bucket, outer bucket, motor put etc., it is characterized in that described washing machine also is provided with described driving mechanism, the interior bucket axle of driving mechanism is connected with agitator with interior bucket respectively with stirrer shaft, power input shaft is connected with motor, gear-box is fixed on the exterior bottom of outer bucket, can rotate with described preferred fixed rotating speed ratio inverse between interior bucket and the impeller.
Description of drawings
Accompanying drawing 1 is the schematic diagram of driving mechanism of the present invention;
The label of critical piece is as follows in the described accompanying drawing: the 1st, and power input shaft, the 2nd, interior bucket axle, the 3rd, stirrer shaft, the 4, the 6th, corresponding gear shaft, the 5, the 7th, gear, the 8th, gear-box.
The specific embodiment
Below be to detailed description of the present invention,, can know and understand the present invention by following content.
The driving mechanism that forms rotating of the present invention comprises: axis hole, its lower end that can pass the gear-box loam cake stretch in the gear-box, and the hollow of gear-box rotation relatively in bucket spool; One be arranged in the hollow in the bucket axle, its lower end is stretched in the gear-box, and bucket axle, gear-box rotation in the hollow relatively, and with the interior bucket axle impeller axle of rotation simultaneously, interior bucket spool all has identical rotating ratio with impeller axle any moment when rotated.
The driving mechanism that forms rotating of the present invention further comprises: one is used for the brake apparatus of brake tooth roller box when needed, one upper and lower covers all has the cylin-drical tooth roller box of axis hole, in gear-box, there is a cover to make the power of input pass to impeller axle and interior bucket axle respectively and makes it the gear train of rotating, and interior bucket axle, impeller axle, power input shaft.
Comprising of described driving mechanism:
End wall is respectively equipped with the cylin-drical tooth roller box of axis hole about in the of one;
Gear-box inside is provided with at least two group gears rotationally, and described every group of gear can be the gear 5,7 that radial symmetric is provided with; Also can be to use in order to adapt in high-capacity washing machine, every group of gear be set to circumferentially equally distributed three gears;
The interior bucket axle of a hollow extends through the axis hole on the gear-box upper end wall and is arranged in this gear-box external gear and a pair of gears engaged that the bottom of interior bucket axle is provided with rotationally;
Stirrer shaft be arranged on coaxially this hollow interior bucket axle inside and can rotate the external gear that the bottom of stirrer shaft is provided with and another is to gears engaged therein;
Gear 7 and gear 5 engagements;
A driving shaft is arranged in gear-box inside, the lower end wall axis hole that this gear-box is passed in its lower end downwards and stretch out, the external gear that its upper end is provided with meshes with gear 5;
The lower end of driving shaft links to each other with power source.
More concrete, described transmission mechanism comprises:
End wall is respectively equipped with the cylin-drical tooth roller box of axis hole about in the of one;
Gear-box inside is provided with two pairs rotationally, radially symmetrically and is integrally formed in together by different tooth sections
Generating gear 5,7;
The interior bucket axle of a hollow extends through the axis hole on the gear-box upper end wall and is arranged in this gear-box the external gear that the bottom of interior bucket axle is provided with and a pair of rotationally
The last tooth section engagement of generating gear 7;
Stirrer shaft be arranged on coaxially this hollow interior bucket axle inside and can rotate therein, the external gear that the bottom of stirrer shaft is provided with and another are right
The last tooth section engagement of generating gear 5;
The lower tooth section of generating gear 7 with
The last tooth section engagement of generating gear 5;
A driving shaft is arranged in gear-box inside, the lower end wall axis hole that this gear-box is passed in its lower end downwards and stretch out, the external gear that its upper end is provided with
The lower tooth section engagement of generating gear 5;
The lower end of driving shaft links to each other with power source.
Wherein: described gear is the gear with two kinds of different-diameter tooth sections.
Further, described gear 7 has two kinds of different-diameters
Shape tooth section; Another has three kinds of different-diameter tooth sections to gear 5
Generating gear.
Perhaps, described gear 7 has two kinds of different-diameters
Shape tooth section; Another has three kinds of same diameter tooth sections to gear 5
Generating gear.
The rotating speed of impeller of the present invention, power shaft, interior bucket axle and the speed reducing ratio of impeller axle, interior bucket see the following form with the rotating ratio of impeller and the effect of each embodiment:
About the speed reducing ratio according to the form below
| Capacity | The embodiment preface | Type | The impeller rotating speed | Interior bucket diameter | Power shaft: impeller: interior bucket | Impeller: interior bucket | The winding situation |
| 1.5-3.5Kg | 1 | Best | 70-150rp m | 280-350 mm | 1∶0.2178∶1.1016 | 2.1428∶1 | + |
| 2 | Preferably | 1∶0.1914∶0.0837 | 2.2857∶1 | + | |||
| 3 | Good | 1∶0.2500∶0.1250 | 2.0000∶1 | ++ | |||
| 4 | Better | 1∶0.1695∶0.0698 | 2.4286∶1 | +++ |
| Capacity | The embodiment preface | Type | The impeller rotating speed | Interior bucket diameter | Power shaft: impeller: interior bucket | Impeller: interior bucket | The winding situation |
| 3.6-6.9Kg | 1 | Best | 70-150rp m | 351-430 mm | 1∶0.1695∶0.0698 | 2.4286∶1 | + |
| 2 | Preferably | 1∶0.1512∶0.0588 | 2.5714∶1 | + | |||
| 3 | Good | 1∶0.1914∶0.0837 | 2.2857∶1 | ++ | |||
| 4 | Better | 1∶0.1357∶0.0500 | 2.7143∶1 | +++ |
| Capacity | The embodiment preface | Type | The impeller rotating speed | Interior bucket diameter | Power shaft: impeller: interior bucket | Impeller: interior bucket | The winding situation |
| 7.0-10Kg | 1 | Best | 70-150rp m | 351-430 mm | 1∶0.1736∶0.0723 | 2.4000∶1 | + |
| 2 | Preferably | 1∶0.2066∶0.0939 | 2.2000∶1 | + | |||
| 3 | Good | 1∶0.2500∶0.1250 | 2.000∶1 | ++ | |||
| 4 | Better | 1∶0.1479∶0.0569 | 2.6000∶1 | +++ |
From +～+++becoming bad, described gradually +++winding situation is basic identical or slightly be better than common upright type washing machine; +～+++classification is manually carried out with range estimation, is respectively: there is not winding substantially, and slight the winding, part is twined.
Forming the washing machine with rotating effect of the present invention comprises: fixture, a motor that the interior bucket that is fixed together with interior bucket axle, the impeller that is fixed together with the impeller axle, an aforesaid driving mechanism, brake apparatus, a power input shaft, are fixed together gear-box and power input shaft when needed.
An example of described fixture is: comprise the unilateral bearing that is fixed as one with the gear-box inner ring, but obvolvent gear-box and power input shaft and the obvolvent device that makes it to rotate together when needed.
Washing machine of the present invention comprises: a motor, an end of motor link to each other with power input shaft and can drive the forward and reverse rotation of power input shaft; One outer bucket; One can be outside rotation interior bucket freely in the bucket, described in bucket and interior bucket axle one; An agitator, described agitator and stirrer shaft one; One brake apparatus is used for the brake tooth roller box under the washing state; During washing, interior bucket rotates along opposite direction each other with agitator.
The washing methods of described rotating washing machine comprises: water filling is put into the substrate product, starter motor to a certain amount of:
Motor is given power input shaft with transmission of power, and power input shaft is rotated with a direction;
The gear of power input shaft upper end rotates in the same way by gear 5, agitator lower end gear drive agitator and driving shaft;
Simultaneously, driving shaft upper end gear is by bucket and driving shaft reverse rotation in gear 5, gear 7, the interior bucket axle lower end gear drive;
The motor reverse rotation, and make driving shaft with another direction rotation;
The rotation of repetition motor is rubbed washing thereby form.
Wherein, the range of speeds of described agitator is 70-150 rev/min.
Claims (10)
1, a kind of washing methods that forms two-way washing is characterized in that:
In washing process, the brake tooth roller box;
The transmission of power of motor is given power input shaft, and makes it towards a direction rotation;
Power input shaft upper end gear rotates in the same way by gear 5, agitator lower end gear drive agitator and driving shaft;
Simultaneously, driving shaft upper end gear is by bucket and driving shaft reverse rotation in gear 5, gear 7, the interior bucket axle lower end gear drive;
In bucket and agitator fix at the rotating ratio of any moment, described impeller and interior barrel rotating ratio can be in (2～3): selection in 1;
The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio can be 1: select in (0.10～0.375);
The motor reverse rotation, and make driving shaft with another direction rotation, repeat above-mentioned steps and interior bucket and agitator commutated to rotate;
Repeat above-mentioned steps and finish washing or rinse cycle.
2, method according to claim 1 is characterized in that:
In bucket and agitator fix at the rotating ratio of any moment, described impeller and interior barrel rotating ratio preferably can be in (2.1～2.5): 1;
The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio preferably can be 1: (0.16～0.23);
The range of speeds of agitator is 70-150 rev/min.
3, a kind of driving mechanism that is used for the described method of claim 1 comprises gear-box, gear train, power input shaft, impeller axle etc., it is characterized in that described driving mechanism also comprises the interior bucket axle of gear-box axis hole, impeller axle rotation relatively.
4, driving mechanism according to claim 3, comprise gear-box, gear train, power input shaft etc., it is characterized in that an impeller axle that described driving mechanism comprises that rotation the time has a fixed rotating speed ratio and can relative gear-box axis hole, the interior bucket of impeller axle rotation spool.
5, according to claim 3 or 4 described driving mechanisms, it is characterized in that: power input shaft: impeller: the speed reducing ratio 1 of interior bucket: (0.10～0.375): (0.05～0.125); Impeller: the rotating ratio (2～3) of interior bucket: 1;
6, driving mechanism according to claim 5 is characterized in that: interior bucket and agitator are fixed at the rotating ratio of any moment, and the rotating ratio of described impeller and interior barrel preferably can be in (2.1～2.5): 1;
The speed reducing ratio of power input shaft and agitator was fixed in any moment, and described speed reducing ratio preferably can be 1: (0.16～0.23);
The range of speeds of agitator is 70-150 rev/min.
7, driving mechanism according to claim 3, it is characterized in that described driving mechanism comprise axis hole, its lower end that can pass the gear-box loam cake stretch in the gear-box, and the hollow of gear-box rotation relatively in bucket spool; One be arranged in the hollow in the bucket axle, its lower end is stretched in the gear-box, and bucket axle, gear-box rotation in the hollow relatively, and with the interior bucket axle impeller axle of rotation simultaneously, interior bucket spool all has identical rotating ratio with impeller axle any moment when rotated.
8, driving mechanism according to claim 3, it is characterized in that described driving mechanism further comprises: one is used for the brake apparatus of brake tooth roller box when washing, one upper and lower covers all has the cylin-drical tooth roller box of axis hole, in gear-box, there is a cover to make the power of input pass to impeller axle and interior bucket axle respectively and makes it the gear train of rotating, and interior bucket axle, impeller axle, power input shaft.
9, driving mechanism according to claim 3, it is characterized in that described driving mechanism comprise one up and down end wall be respectively equipped with the cylin-drical tooth roller box of axis hole; Gear-box inside is provided with two groups of gears 5,7 rotationally, radially symmetrically; The interior bucket axle of a hollow extends through the axis hole on the gear-box upper end wall and is arranged in this gear-box external gear and one group of gears engaged that the bottom of interior bucket axle is provided with rotationally; A stirrer shaft is arranged on interior barrel inside of this hollow coaxially and can rotates the external gear that the bottom of stirrer shaft is provided with and another group gears engaged therein; Gear 7 and gear 5 engagements; A driving shaft is arranged in gear-box inside, the lower end wall axis hole that this gear-box is passed in its lower end downwards and stretch out, the external gear that its upper end is provided with meshes with gear 5; The lower end of driving shaft links to each other with power source.
10, a kind of washing machine with the described method of claim 1, comprise that interior bucket, outer bucket, motor put etc., it is characterized in that described washing machine also is provided with described driving mechanism, the interior bucket axle of driving mechanism is connected with agitator with interior bucket respectively with stirrer shaft, power input shaft is connected with motor, gear-box is fixed on the exterior bottom of outer bucket, can rotate with described preferred fixed rotating speed ratio inverse between interior bucket and the impeller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB031562035A CN100453726C (en) | 2003-06-05 | 2003-09-01 | A washing method, actuating mechanism for the method and washing machine thereof |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN03137136.1 | 2003-06-05 | ||
| CN03137136 | 2003-06-05 | ||
| CNB031562035A CN100453726C (en) | 2003-06-05 | 2003-09-01 | A washing method, actuating mechanism for the method and washing machine thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1572952A true CN1572952A (en) | 2005-02-02 |
| CN100453726C CN100453726C (en) | 2009-01-21 |
Family
ID=34523641
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB031562035A Expired - Lifetime CN100453726C (en) | 2003-06-05 | 2003-09-01 | A washing method, actuating mechanism for the method and washing machine thereof |
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| CN (1) | CN100453726C (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104178968A (en) * | 2013-05-22 | 2014-12-03 | 海尔集团公司 | Washing machine and control method thereof |
| CN104562545A (en) * | 2013-10-23 | 2015-04-29 | 海尔集团公司 | Washing method of washing machine and washing machine using washing method |
| WO2015058447A1 (en) * | 2013-10-23 | 2015-04-30 | 海尔集团公司 | Washing method of washing machine and washing machine |
| CN106567224A (en) * | 2016-10-31 | 2017-04-19 | 广东威灵电机制造有限公司 | Impeller washing machine |
| CN110714293A (en) * | 2019-10-14 | 2020-01-21 | 青岛海尔洗衣机有限公司 | Pulsator washing machine |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3015638B2 (en) * | 1993-10-28 | 2000-03-06 | 三洋電機株式会社 | Fully automatic washing machine |
| CN1151324C (en) * | 2001-10-18 | 2004-05-26 | 海尔集团公司 | Bidirectional washing method and its washing machine |
| CN1316093C (en) * | 2002-05-28 | 2007-05-16 | 海尔集团公司 | Washing method of agitatory washer and its washer |
-
2003
- 2003-09-01 CN CNB031562035A patent/CN100453726C/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104178968A (en) * | 2013-05-22 | 2014-12-03 | 海尔集团公司 | Washing machine and control method thereof |
| CN104562545A (en) * | 2013-10-23 | 2015-04-29 | 海尔集团公司 | Washing method of washing machine and washing machine using washing method |
| WO2015058447A1 (en) * | 2013-10-23 | 2015-04-30 | 海尔集团公司 | Washing method of washing machine and washing machine |
| CN104562545B (en) * | 2013-10-23 | 2018-07-06 | 青岛海尔洗衣机有限公司 | Washing machine washing method and its washing machine |
| CN106567224A (en) * | 2016-10-31 | 2017-04-19 | 广东威灵电机制造有限公司 | Impeller washing machine |
| CN106567224B (en) * | 2016-10-31 | 2020-04-03 | 广东威灵电机制造有限公司 | Pulsator washing machine |
| CN110714293A (en) * | 2019-10-14 | 2020-01-21 | 青岛海尔洗衣机有限公司 | Pulsator washing machine |
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| Publication number | Publication date |
|---|---|
| CN100453726C (en) | 2009-01-21 |
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Assignee: HEFEI HAIER WASHING MACHINE Co.,Ltd. Assignor: HAIER Group Corp.|QINGDAO HAIER WASHING MACHINE Co.,Ltd. Contract record no.: 2011340000213 Denomination of invention: A washing method, actuating mechanism for the method and washing machine thereof Granted publication date: 20090121 License type: Exclusive License Open date: 20050202 Record date: 20110729 |
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