CN203429436U - Impeller-type fully-automatic washing machine - Google Patents
Impeller-type fully-automatic washing machine Download PDFInfo
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- CN203429436U CN203429436U CN201320536056.XU CN201320536056U CN203429436U CN 203429436 U CN203429436 U CN 203429436U CN 201320536056 U CN201320536056 U CN 201320536056U CN 203429436 U CN203429436 U CN 203429436U
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Abstract
The utility model discloses an impeller-type fully-automatic washing machine which comprises a water containing tank body, an inner barrel rotary cage, an impeller, a motor, a speed reducer, a vibration-proof device and a base. The base is arranged at the lower end of the water containing tank body, the inner barrel rotary cage is arranged in the water containing tank body, the impeller is arranged in the bottom of the inner barrel rotary cage, the speed reducer is located in the bottom of the inner barrel rotary cage and located below the impeller, an output shaft of the speed reducer is connected with a rotary shaft of the impeller, a rotary cage shaft of the inner barrel rotary cage is provided with an axial through hole, an input shaft of the speed reducer is sleeved with the axial through hole of the rotary cage shaft, the bottom end of the input shaft of the speed reducer is connected with a motor shaft of the motor, a shifting-fork-type clutch is arranged between the connection portion of the bottom end of the input end of the speed reducer and the motor shaft of the motor and the rotary cage shaft, the vibration-proof device comprises a plurality of vibration-proof spring assemblies which are distributed to form multi-layer vibration-proof spring layers, and the multi-layer vibration-proof spring layers are installed in a stacked mode. A transmission shifting device of the impeller-type fully-automatic washing machine and the motor are coaxially installed, the structure is simple, and the vibration-proof effect of the vibration-proof device is good.
Description
Technical field
The utility model relates to washing machine technical field, relates to or rather a kind of full-automatic pulsator washing machine.
Background technology
Full-automatic pulsator washing machine comprises the casing that is filled with water, interior bucket rotating cage, impeller, motor, decelerator, shock absorbing apparatus, brake gear and base.Described base is located at the lower end of the described casing that is filled with water; Described interior bucket rotating cage is located in the described casing that is filled with water; Described impeller is located in described interior bucket rotating cage.The duty of full-automatic pulsator washing machine comprises washing state and dewatering state.During washing state, in the casing that is filled with water, fill water, impeller rotates, and interior bucket rotating cage does not rotate; During dewatering state, in the casing that is filled with water, there is no water, impeller rotates together with interior bucket rotating cage.And while switching between washing state and dewatering state, need to complete by transmission switching device shifter.Common full-automatic pulsator washing machine transmission switching mechanism is generally monoblock type clutch mechanism at present.There is following defect in the full-automatic pulsator washing machine of this kind of prior art:
1, monoblock type clutch mechanism and the non-coaxial installation of motor, need to pass through belt pulley transmission, and wash-out often needs other dynamic traction device to carry out auxiliary movement to clutch while switching, and structure is very complicated.
2, the shock absorbing apparatus of prior art comprises that 3-4 organizes upright shock-proof spring assembly, and this 3-4 organizes upright shock-proof spring assembly and is directly connected with support motor with motor, simple in structure, shock-proof effect is poor and still there will be larger noise in when work.
Utility model content
The technical problems to be solved in the utility model is that the full-automatic pulsator washing machine that a kind of transmission switching device shifter and motor coaxle are installed, simple in structure and shock absorbing apparatus shock-proof effect is good is provided.
Technical solution of the present utility model is, a kind of full-automatic pulsator washing machine with following structure is provided, and comprises the casing that is filled with water, interior bucket rotating cage, impeller, motor, decelerator, shock absorbing apparatus and base; Described base is located at the lower end of the described casing that is filled with water; Described interior bucket rotating cage is located in the described casing that is filled with water; Described impeller is located in described interior bucket rotating cage bottom; Described decelerator is positioned at the bottom of described bucket rotating cage and is positioned at the below of described impeller; Reducer output shaft is connected with described wave wheel rotary shaft; The rotating cage axle of described interior bucket rotating cage is provided with axially extending bore; The power shaft of described decelerator is linked in the axially extending bore of described rotating cage axle, and the bottom of the power shaft of this decelerator is connected with the motor shaft of described motor; Between the junction of the bottom of the power shaft of described decelerator and the motor shaft of motor and described rotating cage axle, be provided with shifting-fork type clutch; Described shock absorbing apparatus comprises a plurality of shock-proof spring assemblies, and the plurality of shock-proof spring assembly is arranged and formed multilayer shock-proof spring layer; This multilayer shock-proof spring layer stacks installation mutually.
Adopt after above structure, full-automatic pulsator washing machine of the present utility model, compared with prior art, has the following advantages:
1, the motor shaft due to full-automatic pulsator washing machine of the present utility model is directly connected with reducer input shaft, and reducer output shaft is connected with wave wheel rotary shaft, shifting-fork type clutch is located between the junction and described rotating cage axle of the described bottom of decelerator and the motor shaft of motor.During washing, stir this shifting-fork type clutch the junction of rotating cage axle and the described bottom of decelerator and the motor shaft of motor is thrown off, impeller rotates; During dehydration, stir this shifting-fork type clutch rotating cage axle is connected with the described bottom of decelerator and the junction of the motor shaft of motor, impeller is rotated together with interior bucket rotating cage, reach the effect of dehydration.Make that full-automatic pulsator washing machine of the present utility model is simple in structure, compact, cost is low, connect more reliable.
2, the shock absorbing apparatus due to full-automatic pulsator washing machine of the present utility model has multilayer shock-proof spring layer, this multilayer shock-proof spring layer stacks installation mutually, during use, in washing machine shock absorbing apparatus washing machine pedestal of the present utility model, motor is arranged in washing machine shock absorbing apparatus of the present utility model, is subject to the effect of multilayer shock-proof spring layer, can reduce the vibration of motor, also the noise in the time of reducing machine operation, thus make washing machine shake little and noise is little in when work.
As another kind of improvement of the present utility model, the bottom of the power shaft of described decelerator is connected by shaft coupling with described motor shaft; Described shaft coupling comprises axle sleeve and lock-screw; Described axle sleeve is linked in outside the bottom of input and the top of motor shaft of described decelerator; Described lock-screw has two; Between the bottom of described axle sleeve and the input of decelerator, by lock-screw, fix; Between described axle sleeve and the top of motor shaft, by lock-screw, fix.Adopt after this kind of structure, decelerator and motor shaft syndeton are simple, easy to connect and more reliable.
As of the present utility model, also have a kind of improvement, described shifting-fork type clutch comprises that bearing, shifting fork device and rotating cage transmission are subject to wheels; The inner ring of described bearing is circumferentially spacing and can be linked in axial motion outside described axle sleeve; Described rotating cage transmission is a tight fit in outside described rotating cage axle by wheels; Described shifting fork device is located in described base and this shifting fork device is connected with the outer ring of described bearing; Described shifting fork device can drive described bearing to move upward to make this bearing and described rotating cage transmission meshed by wheels, and the bearing described in described shifting fork device can take to moves downward and makes this bearing and described rotating cage transmission thrown off by wheels.Adopt after this kind of structure, during dehydration, shifting fork device band dynamic bearing moves upward and makes bearing and rotating cage transmission meshed by wheels; During washing, shifting fork device band dynamic bearing moves upward and makes bearing and rotating cage transmission thrown off by wheels, simple in structure, easy to use.
As of the present utility model, also have a kind of improvement, described shifting fork device comprises shift fork, shift fork drawstring, yoke bracket and draw-gear; Described yoke bracket is arranged in described base; The middle part of described shift fork is hinged on yoke bracket; One end of described shift fork is connected on the outer ring of described bearing; The level height on top that is provided with draw ring and this draw ring near the position of the other end of described shift fork in described base is lower than the level height of the other end of described shift fork; One end of described shift fork drawstring is through being connected to after described draw ring on the other end of described shift fork; Described draw-gear is located on the control panel of full-automatic pulsator washing machine; The other end of described shift fork drawstring is connected with described draw-gear.The shifting fork device of this kind of structure is simple in structure, easy to use, as long as draw-gear one draws shift fork drawstring, bearing etc. will move upward and meshed by wheels with rotating cage transmission; Draw-gear one is put shift fork drawstring, and bearing etc. will move downward with rotating cage transmission and thrown off by wheels.
As of the present utility model, also have a kind of improvement, the inwall of described cutting ferrule is provided with the raised line described in two, and these two raised lines are oppositely arranged on the inwall of described cutting ferrule; The outer wall of described axle sleeve is provided with the chute described in two, and these two chutes are oppositely arranged on the outer wall of described axle sleeve.The upper surface of described cutting ferrule is provided with the groove described in three, and these three grooves evenly arrange along the upper surface of described cutting ferrule; Described rotating cage transmission is subject to the lower surface of wheels to be provided with the projection described in three, and these three projections are evenly arranged by the lower surface of wheels along described rotating cage transmission.This kind is designed to optimum implementation.
As of the present utility model, also have a kind of improvement, every layer of shock-proof spring layer includes spring support; On the evenly distributed spring support being arranged in this layer of shock-proof spring assembly in every layer; One end of each shock-proof spring assembly in every layer is all connected with spring support, and the spring support in the other end Jun Yu lower floor shock-proof spring layer of each the shock-proof spring assembly in every layer is connected.Adopt after this kind of structure, make every layer of shock-proof spring layer structure more reliable, connect between layers also more reliable.
As of the present utility model, also have a kind of improvement, each shock-proof spring assembly includes spring, spring protecting sleeve and spring pin; Described spring protecting sleeve is linked in outside described spring; Described spring pin has two, and these two spring pins are connected to the two ends of described spring; The spring pin of one end of described spring is connected with the spring support in this layer of shock-proof spring layer, and the spring pin of the other end of described spring is connected with the spring support in lower floor shock-proof spring layer.Adopt after this kind of structure, shock-proof spring assembly is installed more convenient, and structure is more reliable, service life is longer.
As of the present utility model, also have a kind of improvement, described shock-proof spring layer has two-layer, on this two-layer shock-proof spring layer, is equipped with the shock-proof spring assembly described in four.This kind is designed to optimum implementation.
Accompanying drawing explanation
Fig. 1 is the part sectional structure schematic diagram of a kind of full-automatic pulsator washing machine of the present utility model.
Fig. 2 is the structural representation of the shifting-fork type clutch of a kind of full-automatic pulsator washing machine of the present utility model.
Fig. 3 is the structural representation of the shifting-fork type clutch disengaged condition of a kind of full-automatic pulsator washing machine of the present utility model.
Fig. 4 is the structural representation of the shifting-fork type clutch engagement of a kind of full-automatic pulsator washing machine of the present utility model.
Fig. 5 is the perspective view of full-automatic pulsator washing machine of the present utility model.
Fig. 6 is the perspective view of the shock absorbing apparatus of full-automatic pulsator washing machine of the present utility model.
Fig. 7 is the main TV structure schematic diagram of the shock absorbing apparatus of full-automatic pulsator washing machine of the present utility model.
Fig. 8 is the plan structure schematic diagram of the shock absorbing apparatus of full-automatic pulsator washing machine of the present utility model.
Shown in figure: 1, casing is filled with water, 2, interior bucket rotating cage, 2.1, rotating cage axle, 2.1.1, axially extending bore, 3, impeller, 3.1, wave wheel rotary shaft, 4, motor, 4.1, motor shaft, 5, decelerator, 5.1, output shaft, 5.2, power shaft, 6, base, 7, shaft coupling, 7.1, axle sleeve, 7.1.1, chute, 7.2, lock-screw, 8, bearing, 9, rotating cage transmission is subject to wheels, 9.1, projection, 10, shift fork, 11, shift fork drawstring, 12, yoke bracket, 13, draw ring, 14, cutting ferrule, 14.1, raised line, 14.2, groove, 15, shock-proof spring assembly, 15.1, spring, 15.2, spring protecting sleeve, 15.3, spring pin, 16, spring support, 17, circular motor fixing plate, 18, upper leg, 19, ring support, 20, lower support leg, 21, spring pin fixator.
the specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Refer to shown in Fig. 1, Fig. 2 and Fig. 3, full-automatic pulsator washing machine, comprises the casing 1 that is filled with water, interior bucket rotating cage 2, impeller 3, motor 4, decelerator 5, shock absorbing apparatus and base 6.Described base 6 is located at the lower end of the described casing 1 that is filled with water.Described interior bucket rotating cage 2 is located in the described casing 1 that is filled with water.Described impeller 3 is located in described interior bucket rotating cage 2 bottoms.Described decelerator 5 is positioned at the bottom of described bucket rotating cage 2 and is positioned at the below of described impeller 3.Decelerator 5 output shafts 5.1 are connected with described wave wheel rotary shaft 3.1.The rotating cage axle 2.1 of described interior bucket rotating cage 2 is provided with axially extending bore 2.1.1.The power shaft 5.2 of described decelerator 5 is linked in the axially extending bore 2.1.1 of described rotating cage axle 2.1, and the bottom of the power shaft 5.2 of this decelerator 5 is connected with the motor shaft 4.1 of described motor 4.Between the junction of the bottom of the power shaft 5.2 of described decelerator 5 and the motor shaft 4.1 of motor 4 and described rotating cage axle 2.1, be provided with shifting-fork type clutch.Described shock absorbing apparatus comprises a plurality of shock-proof spring assemblies 15, and the plurality of shock-proof spring assembly 15 is arranged and formed multilayer shock-proof spring layer.This multilayer shock-proof spring layer stacks installation mutually.
The power shaft bottom of described decelerator 5 is connected by shaft coupling 7 with described motor shaft 4.1.Described shaft coupling 7 comprises axle sleeve 7.1 and lock-screw 7.2.Described axle sleeve 7.1 is linked in outside the bottom of power shaft and the top of motor shaft 4.1 of described decelerator 5.Described lock-screw 7.2 has two.Between the bottom of described axle sleeve 7.1 and the power shaft 5.2 of decelerator 5, by lock-screw 7.2, fix.Between described axle sleeve 7.1 and the top of motor shaft 4.1, by lock-screw 7.2, fix.
Described shifting-fork type clutch comprises that bearing 8, shifting fork device and rotating cage transmission are subject to wheels 9.The inner ring of described bearing 8 is circumferentially spacing and can be linked in axial motion outside described axle sleeve 7.1.Described rotating cage transmission is a tight fit in outside described rotating cage axle 2.1 by wheels 9.Described shifting fork device is located in described base 6 and this shifting fork device is connected with the outer ring of described bearing 8.Bearing 8 described in described shifting fork device can drive moves upward and makes this bearing 8 and described rotating cage transmission be subject to wheels 9 engagements, and the bearing 8 described in described shifting fork device can take to moves downward and makes this bearing 8 and described rotating cage transmission be subject to wheels 9 disengagements.
Described shifting fork device comprises shift fork 10, shift fork drawstring 11, yoke bracket 12 and draw-gear (not shown).Described yoke bracket 12 is arranged in described base 6.The middle part of described shift fork 10 is hinged on yoke bracket 12.One end of described shift fork 10 is connected on the outer ring of described bearing 8.The position of the interior other end near described shift fork 10 of described base 6 is provided with the level height on top of draw ring 13 and this draw ring 13 lower than the level height of the other end of described shift fork 10.One end of described shift fork drawstring 11 is through being connected to after described draw ring 13 on the other end of described shift fork 10.Described draw-gear is located on the control panel of full-automatic pulsator washing machine.The other end of described shift fork drawstring 11 is connected with described draw-gear.
Between the inner ring of described bearing 8 and described axle sleeve 7.1, be provided with cutting ferrule 14.Described cutting ferrule 14 is a tight fit in the inner ring of described bearing 8.The inwall of described cutting ferrule 14 is provided with raised line 14.1.The outer wall of described axle sleeve 7.1 is provided with the chute 7.1.1 of the upper end open corresponding with described raised line 14.1.Described raised line 14.1 is slidably fitted in described chute 7.1.1.The upper surface of described cutting ferrule 14 is provided with groove 14.2.The projection 9.1 that described rotating cage transmission is provided with by the lower surface of wheels 9 to match with described groove 14.2.
The inwall of described cutting ferrule 14 is provided with the raised line 14.1 described in two, and these two raised lines 14.1 are oppositely arranged on the inwall of described cutting ferrule 14.The outer wall of described axle sleeve 7.1 is provided with the chute 7.1.1 described in two, and these two chute 7.1.1 are oppositely arranged on the outer wall of described axle sleeve 7.1.The upper surface of described cutting ferrule 14 is provided with the groove 14.2 described in three, and these three grooves 14.2 evenly arrange along the upper surface of described cutting ferrule 14.Described rotating cage transmission is subject to the lower surface of wheels 9 to be provided with the projection 9.1 described in three, and these three projections 9.1 are evenly arranged by the lower surface of wheels 9 along described rotating cage transmission.
See also shown in Fig. 5, Fig. 6, Fig. 7 and Fig. 8, the shock absorbing apparatus of full-automatic pulsator washing machine of the present utility model comprises a plurality of shock-proof spring assemblies 15, and this multilayer shock-proof spring layer stacks installation mutually.Every layer of shock-proof spring layer includes spring support 16.On the evenly distributed spring support 16 being arranged in this layer of shock-proof spring assembly 15 in every layer.One end of each shock-proof spring assembly 15 in every layer is all connected with spring support 16, and the spring support 16 in the other end Jun Yu lower floor shock-proof spring layer of each the shock-proof spring assembly 15 in every layer is connected.Each shock-proof spring assembly 15 includes spring 15.1, spring protecting sleeve 15.2 and spring pin 15.3.Described spring protecting sleeve 15.2 is linked in outside described spring 15.1.Described spring pin 15.3 has two, and these two spring pins 15.3 are connected to the two ends of described spring 15.1.The spring pin 15.3 of one end of described spring 15.1 is connected with the spring support 16 in this layer of shock-proof spring layer, and the spring pin 15.3 of the other end of described spring 15.1 is connected with the spring support 16 in lower floor shock-proof spring layer.
In this specific embodiment, described shock-proof spring layer has two-layer, on this two-layer shock-proof spring layer, is equipped with the shock-proof spring assembly 15 described in four.The spring support 16 of upper strata shock-proof spring layer comprises circular motor fixing plate 17.On the sidewall of described circular motor fixing plate 17, along described sidewall, be circumferentially evenly provided with four upper legs 18.The spring pin 15.3 of one end of four springs 15.1 of this layer is connected on four upper legs 18 correspondingly.The spring support 16 of lower floor's shock-proof spring layer comprises ring support 19.On the sidewall of described ring support 19, along described sidewall, be circumferentially evenly provided with four lower support legs 20.The spring pin 15.3 of one end of four springs 15.1 of this layer is connected on four lower support legs 20 correspondingly.On the upper end of described ring support 19, be also provided with four spring pin fixators 21.These four spring pin fixators 21 are located between two adjacent lower support legs 20 correspondingly.The spring pin 15.3 of the other end of the spring 15.1 of described upper strata shock-proof spring layer is connected on these four spring pin fixators 21 correspondingly.
Claims (10)
1. a full-automatic pulsator washing machine, comprises the casing that is filled with water (1), interior bucket rotating cage (2), impeller (3), motor (4), decelerator (5), shock absorbing apparatus and base (6); Described base (6) is located at the lower end of the described casing that is filled with water (1); Described interior bucket rotating cage (2) is located in the described casing that is filled with water (1); Described impeller (3) is located in described interior bucket rotating cage (2) bottom; It is characterized in that: described decelerator (5) is positioned at the bottom of described bucket rotating cage (2) and is positioned at the below of described impeller (3); Decelerator (5) output shaft (5.1) is connected with described wave wheel rotary shaft (3.1); The rotating cage axle (2.1) of described interior bucket rotating cage (2) is provided with axially extending bore (2.1.1); The power shaft (5.2) of described decelerator (5) is linked in the axially extending bore (2.1.1) of described rotating cage axle (2.1), and the bottom of the power shaft (5.2) of this decelerator (5) is connected with the motor shaft (4.1) of described motor (4); Between the junction of the bottom of the power shaft (5.2) of described decelerator (5) and the motor shaft (4.1) of motor (4) and described rotating cage axle (2.1), be provided with shifting-fork type clutch; Described shock absorbing apparatus comprises a plurality of shock-proof spring assemblies (15), and the plurality of shock-proof spring assembly (15) is arranged and formed multilayer shock-proof spring layer; This multilayer shock-proof spring layer stacks installation mutually.
2. a kind of full-automatic pulsator washing machine according to claim 1, is characterized in that: the bottom of the power shaft (5.2) of described decelerator (5) is connected by shaft coupling (7) with described motor shaft (4.1); Described shaft coupling (7) comprises axle sleeve (7.1) and lock-screw (7.2); Described axle sleeve (7.1) is linked in outside the bottom of input (5.2) and the top of motor shaft (4.1) of described decelerator (5); Described lock-screw (7.2) has two; Between the bottom of the input (5.2) of described axle sleeve (7.1) and decelerator (5), by lock-screw (7.2), fix; Between the top of described axle sleeve (7.1) and motor shaft (4.1), by lock-screw (7.2), fix.
3. a kind of full-automatic pulsator washing machine according to claim 2, is characterized in that: described shifting-fork type clutch comprises that bearing (8), shifting fork device and rotating cage transmission are subject to wheels (9); The inner ring of described bearing (8) is circumferentially spacing and can be linked in axial motion outside described axle sleeve (7.1); Described rotating cage transmission is a tight fit in outside described rotating cage axle (2.1) by wheels (9); Described shifting fork device is located in described base (6) and this shifting fork device is connected with the outer ring of described bearing (8); Bearing (8) described in described shifting fork device can drive moves upward and makes this bearing (8) and described rotating cage transmission be subject to wheels (9) engagement, and the bearing (8) described in described shifting fork device can take to moves downward and makes this bearing (8) and described rotating cage transmission be subject to wheels (9) disengagement.
4. a kind of full-automatic pulsator washing machine according to claim 3, is characterized in that: described shifting fork device comprises shift fork (10), shift fork drawstring (11), yoke bracket (12) and draw-gear; Described yoke bracket (12) is arranged in described base (6); The middle part of described shift fork (10) is hinged on yoke bracket (12); One end of described shift fork (10) is connected on the outer ring of described bearing (8); The level height on top that is provided with draw ring (13) and this draw ring (13) near the position of the other end of described shift fork (10) in described base (6) is lower than the level height of the other end of described shift fork (10); One end of described shift fork drawstring (11) is through being connected to after described draw ring (13) on the other end of described shift fork (10); Described draw-gear is located on the control panel of full-automatic pulsator washing machine; The other end of described shift fork drawstring (11) is connected with described draw-gear.
5. a kind of full-automatic pulsator washing machine according to claim 3, is characterized in that: between the inner ring of described bearing (8) and described axle sleeve (7.1), be provided with cutting ferrule (14); Described cutting ferrule (14) is a tight fit in the inner ring of described bearing (8); The inwall of described cutting ferrule (14) is provided with raised line (14.1); The outer wall of described axle sleeve (8) is provided with the chute (7.1.1) of the upper end open corresponding with described raised line (14.1); Described raised line (14.1) is slidably fitted in described chute (7.1.1); The upper surface of described cutting ferrule (14) is provided with groove (14.2); The projection (9.1) that described rotating cage transmission is provided with by the lower surface of wheels (9) to match with described groove (14.2).
6. a kind of full-automatic pulsator washing machine according to claim 5, it is characterized in that: the inwall of described cutting ferrule (14) is provided with the raised line (14.1) described in two, these two raised lines (14.1) are oppositely arranged on the inwall of described cutting ferrule (14); The outer wall of described axle sleeve (7.1) is provided with the chute (7.1.1) described in two, and these two chutes (7.1.1) are oppositely arranged on the outer wall of described axle sleeve (7.1).
7. a kind of full-automatic pulsator washing machine according to claim 5, it is characterized in that: the upper surface of described cutting ferrule (14) is provided with the groove (14.2) described in three, these three grooves (14.2) evenly arrange along the upper surface of described cutting ferrule (14); Described rotating cage transmission is subject to the lower surface of wheels (9) to be provided with the projection (9.1) described in three, and these three projections (9.1) are evenly arranged by the lower surface of wheels (9) along described rotating cage transmission.
8. a kind of full-automatic pulsator washing machine according to claim 1, is characterized in that: every layer of shock-proof spring layer includes spring support (16); On the evenly distributed spring support (16) being arranged in this layer of shock-proof spring assembly (15) in every layer; One end of each shock-proof spring assembly (15) in every layer is all connected with spring support (16), and the spring support (16) in the other end Jun Yu lower floor shock-proof spring layer of each the shock-proof spring assembly (15) in every layer is connected.
9. a kind of full-automatic pulsator washing machine according to claim 8, is characterized in that: each shock-proof spring assembly (15) includes spring (15.1), spring protecting sleeve (15.2) and spring pin (15.3); Described spring protecting sleeve (15.2) is linked in outside described spring (15.1); Described spring pin (15.3) has two, and these two spring pins (15.3) are connected to the two ends of described spring (15.1); The spring pin (15.3) of one end of described spring (15.1) is connected with the spring support (16) in this layer of shock-proof spring layer, and the spring pin (15.3) of the other end of described spring (15.1) is connected with the spring support (16) in lower floor shock-proof spring layer.
10. a kind of full-automatic pulsator washing machine according to claim 9, is characterized in that: described shock-proof spring layer has two-layer, is equipped with the shock-proof spring assembly (15) described in four on this two-layer shock-proof spring layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320536056.XU CN203429436U (en) | 2013-08-30 | 2013-08-30 | Impeller-type fully-automatic washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320536056.XU CN203429436U (en) | 2013-08-30 | 2013-08-30 | Impeller-type fully-automatic washing machine |
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| Publication Number | Publication Date |
|---|---|
| CN203429436U true CN203429436U (en) | 2014-02-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320536056.XU Expired - Fee Related CN203429436U (en) | 2013-08-30 | 2013-08-30 | Impeller-type fully-automatic washing machine |
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| CN (1) | CN203429436U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104233693A (en) * | 2014-09-01 | 2014-12-24 | 青岛澳柯玛洗衣机有限公司 | Single-barrel direct-drive full-automatic pulsator washing machine |
| CN105133251A (en) * | 2015-08-07 | 2015-12-09 | 谢长青 | Washing machine transmission device |
| CN105316901A (en) * | 2014-07-30 | 2016-02-10 | 安徽聚隆传动科技股份有限公司 | Split type speed-reducing clutch for full-automatic washing machine |
| CN106256947A (en) * | 2015-06-19 | 2016-12-28 | 青岛海尔滚筒洗衣机有限公司 | A kind of roller washing machine clutch for clutch control method |
-
2013
- 2013-08-30 CN CN201320536056.XU patent/CN203429436U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105316901A (en) * | 2014-07-30 | 2016-02-10 | 安徽聚隆传动科技股份有限公司 | Split type speed-reducing clutch for full-automatic washing machine |
| CN104233693A (en) * | 2014-09-01 | 2014-12-24 | 青岛澳柯玛洗衣机有限公司 | Single-barrel direct-drive full-automatic pulsator washing machine |
| CN104233693B (en) * | 2014-09-01 | 2016-06-29 | 青岛澳柯玛洗衣机有限公司 | Single barrel of direct-driven fully automatic impeller type washing machine |
| CN106256947A (en) * | 2015-06-19 | 2016-12-28 | 青岛海尔滚筒洗衣机有限公司 | A kind of roller washing machine clutch for clutch control method |
| CN105133251A (en) * | 2015-08-07 | 2015-12-09 | 谢长青 | Washing machine transmission device |
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