CN101333745B - Multifunctional energy-saving washing machine - Google Patents
Multifunctional energy-saving washing machine Download PDFInfo
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- CN101333745B CN101333745B CN2007100761337A CN200710076133A CN101333745B CN 101333745 B CN101333745 B CN 101333745B CN 2007100761337 A CN2007100761337 A CN 2007100761337A CN 200710076133 A CN200710076133 A CN 200710076133A CN 101333745 B CN101333745 B CN 101333745B
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Abstract
Disclosed is a multifunctional energy-saving washing machine, which comprises a casing, a washing part, a motor driving the washing part to wash and dry the clothes and a control circuit. A transmission box is arranged inside the casing; the transmission box comprises a box body, an output wheel and an input wheel; a core, which is used to control the commutation, the speed change and the clutch action of the output wheel, is arranged between the output wheel and the input wheel; the output wheel of the transmission box is connected with an additional wheel on the washing part by means of a belt; the additional wheel is arranged at a pulley of the washing part and is installed with the pulley coaxially; the core of the transmission box is provided with operating levers; and driving devices outside the washing machine can apply power by means of the input wheel of the transmission box to drive the washing part to wash and dry the clothes. Under the semi-automatic and manual modes, the washing machine can rinse the clothes forward and backward, and dry the clothes by switching the operating levers. When the washing machine switches with the full-automatic mode, the separation and combination of the driving devices outside the washing machine and the washing machine can be controlled by the operating levers without disassembling belts connecting the driving devices outside the washing machine and the washing machine. Additionally, the washing machine can also wash clothes when the power is off.
Description
Technical field
The present invention relates to washing machine, specifically is a kind of multifunctional energy-saving washing machine that can drive with pedal body building vehicle etc., it can with semi-automatic, manually reach full-automatic three kinds of pattern work.
Background technology
The necessary electricity consumption of washing machine on the market now just can't be used in case have a power failure.Existing health and fitness facilities only limits to body-building.If health and fitness facilities is combined by science with TRT, washing machine, just can reach the effect that does not have electricity can do washing equally, can also reach the purpose of body-building simultaneously.
Application number is that 200420108179.4 Chinese patent discloses a kind of body-building washing machine, and it is to have connected a Body-building device for exercising leg on the motor of conventional laundry apparatus.When using, when the user wants to carry out body-building, belt sleeve is got on, drive the gear rotation of washing machine by the rotation of pedal, the rotation of gear driven paddle, so just can and wash clothes body-building has linked together.
There is following shortcoming in above-mentioned body-building washing machine: when 1, the user wants to carry out body-building, belt sleeve is got on, if must not take off belt when not wanting to carry out body-building, otherwise can't electricity consumption come drive motor work to wash clothes, this operator scheme is science not.2, be simply to connect a Body-building device for exercising leg on motor, when using Body-building device for exercising leg to drive laundry, rotating manner is a direction, and clothes stirs into one easily in wash bucket, do not reach rinsing and the effect that dries clothes.3, it is when carrying out body-building, laundry, and the also necessary electricity consumption of water inlet and draining still can not washed clothes when there be not electricity.
Summary of the invention
The purpose of this invention is to provide a kind of multifunctional energy-saving washing machine simple to operate, this multifunctional energy-saving washing machine is by the handover operation bar, can realize forward rinsing, oppositely rinsing and drying, and when switching to fully automatic mode, not need to take off the belt of the outer drive unit of junctor.
For achieving the above object, the present invention has adopted following technical scheme: multifunctional energy-saving washing machine of the present invention comprises casing, washing portion, drive the motor that washing portion washs and dries, and control circuit, it is characterized in that: a transmission case is set in casing, this transmission case has casing, output wheel and wheel for inputting, between output wheel and wheel for inputting, be provided for controlling the output wheel commutation, the movement of speed change and clutch, the output wheel of transmission case is connected with additional wheel in the washing portion by belt, described additional wheel be located at washing portion the belt pulley place and with the coaxial installation of this belt pulley, the core section of transmission case is provided with action bars, and the outer drive unit of machine can apply power drive washing portion by the wheel for inputting of transmission case and wash and dry.
Further above-mentioned washing machine can be a roller washing machine, its washing portion comprises outer bucket and the cylinder that rotatably is arranged in the outer bucket, transmission case is positioned at the side-lower of outer bucket, transmission case also is fixed as one by rigid connector and outer bucket, the transmission case bottom is connected with washing machine pedestal by a support spring, and the weight of transmission case is near the equilibrium water mudstone weight of conventional rollers.Replace the conventional rollers washing machine with the gravity of this transmission case and be pressed in equilibrium water mudstone on the cylinder.
Above-mentioned multifunctional energy-saving washing machine also can comprise a pedal body building vehicle, and the flywheel periphery of exercycle is established belt grooves, and this flywheel is connected with the wheel for inputting of transmission case by belt.Further also can comprise an inversion electric supply installation, this device contains alternating current generator, inverter and is connected to rechargeable battery between inverter two inputs, alternating current generator is installed on the flywheel of pedal body building vehicle, rotation by this flywheel makes generator output AC electricity, and the alternating current generator output connects described rechargeable battery by charging circuit.When doing washing with artificial mode, the inversion electric supply installation produces electric energy, for uses such as water intaking valve, draining valves, thereby makes and also can wash clothes when power failure.
Above-mentioned multifunctional energy-saving washing machine can also be provided with MP3 player, audio-frequency amplifier and loudspeaker, the audio signal of MP3 player output after audio-frequency amplifier amplifies from the loudspeaker outputting music, the power supply termination rechargeable battery of MP3 player, audio-frequency amplifier and loudspeaker.In MP3, store the body-building music, with semi-automatic pattern or artificial mode laundry the time (body-building, laundry), can play the body-building music.
This multifunction washing machine is owing to be provided with transmission case, can realize commutation, speed change and clutch by the action bars that switches transmission case, therefore under artificial mode and semi-automatic pattern, can realize forward rinsing, oppositely rinsing and drying, when switching with fully automatic mode, can pass through outer drive unit of action bars controller and washing machine clutch, and not need to pull down the belt that connects them.
It can adopt pedal body building vehicle as drive unit, and the kinetic energy that produces when utilizing body-building drives laundry washer, not only body-building but also energy-conservation.Owing to be provided with the inversion electric supply installation, under artificial mode, the inversion electric supply installation produces electric energy, uses for water intaking valve, draining valve, thereby makes and also can wash clothes when power failure.
Owing to be provided with the MP3 player, therefore with semi-automatic pattern or artificial mode laundry the time (body-building, laundry), can play the body-building music.
This washing machine is can power saving under semi-automatic pattern about 70%, can power saving 100% under artificial mode.
Description of drawings
Fig. 1 takes away the structural representation of seeing from the back side behind the bonnet for exemplary embodiments of the present invention;
Fig. 2 is the schematic side view of taking away after the exercycle part;
Fig. 3 is its schematic block circuit diagram;
Fig. 4 is the theory diagram of the charging of inversion electric supply installation, inversion;
Fig. 5 is the structural representation of its transmission case movement;
Fig. 6,7 is respectively that its transmission case middle sleeve separates with gear and the schematic diagram when meshing;
Fig. 8 is the gear schematic diagram of its transmission case action bars.
The specific embodiment
Further specify below in conjunction with accompanying drawing.
With reference to Fig. 1-2, present embodiment is a kind of multifunction energy-saving roller washing machine, it comprises casing 8, washing portion, drive the motor 3 that washing portion washs and dries, and control circuit, a transmission case 10 is set in casing 8, this transmission case 10 has casing, output wheel 7 and wheel for inputting 9, between output wheel 7 and wheel for inputting 9, be provided for controlling output wheel 7 commutations, the movement of speed change and clutch, the output wheel 7 of transmission case 10 is connected with additional wheel 11 in the washing portion by belt, additional wheel 11 be located at washing portion belt pulley 1 place and with this belt pulley 1 coaxial installation, the core section of transmission case 10 is provided with action bars 34, and the outer drive unit of machine can apply power drive washing portion by the wheel for inputting 9 of transmission case 10 and wash and dry.
Washing portion comprises outer bucket 2 and rotatably is arranged at outer barrel 2 interior cylinder in the present embodiment, transmission case 10 is positioned at the side-lower of outer bucket 2, transmission case 10 is fixed as one by rigid connector 5 (adopting connection strap here) and outer bucket 2, transmission case 10 is connected with washer cabinet 8 by a support spring 6, and the weight of transmission case 10 is near the equilibrium water mudstone weight of conventional rollers.Transmission case also can be located at outer bucket 2 tops.Design has guaranteed the uniformity of output wheel 7 with the washing machine belt distance of shaft centers of transmission case like this, utilizes the gravity of transmission case to replace the equilibrium water mudstone that is pressed on the cylinder simultaneously.
This washing machine also comprises a pedal body building vehicle 13, and flywheel 14 peripheries of exercycle are established belt grooves, and this flywheel is connected with the wheel for inputting 9 of transmission case 10 by belt.Pedal body building vehicle 13 in the present embodiment adopts commercially available pedal body building vehicle repacking (processing belt grooves outside flywheel) to form.
Also comprise an inversion electric supply installation, with reference to Fig. 3, this device contains alternating current generator 15, inverter and is connected to rechargeable battery 17 between inverter two inputs, alternating current generator 15 is installed on (see figure 1) on the flywheel 14 of pedal body building vehicle, rotation by the exercycle flywheel makes generator 15 output AC electricity, and alternating current generator 15 outputs connect described rechargeable battery 17 by charging circuit 16.Wherein, alternating current generator adopts 6 volts alternating current generator, and the pedal body building vehicle flywheel begins generating once rotating, boost by one, again through a bridge rectifier, to 12 volts of dc-batteries chargings, 12 volts of dc-batteries are given inverter power supply on the other hand on the one hand to the audio-frequency amplifier power supply.Because water intaking valve, outlet valve power consumption are little, adopt the inverter of 100W, inverter can adopt following structure: comprise CPU, high frequency transformer and power switch pipe, input voltage is through the direct current of output about 300V is to power switch pipe behind the high frequency transformer, and CPU exports 50H
zThe work of drive power switch pipe, output 220V/50H
zAlternating current.Fig. 4 is the theory diagram of the charging of inversion electric supply installation, inversion.Input circuit comprise exchange to promote, the whole circuit of bridge-type stream, inverter circuit is realized regulating impulse by CPU, by high frequency transformer low-voltage 12V is become DC voltage about 300V.Export 50 hz AC by CPU then and drive signal, the work of driving power switch by the priority conducting conversion of power tube, realizes the alternating voltage of the mean effective value 220V of output square wave form.Be provided with auxiliary circuit, when the input dc voltage less than 10.5V or when being higher than 15V, control circuit control inverter circuit quits work, holding circuit is cut off output circuit, input circuit begins DC is charged.
With reference to Fig. 3, also be provided with MP3 player (not shown), audio-frequency amplifier and loudspeaker, the audio signal of MP3 player output after audio-frequency amplifier amplifies from the loudspeaker outputting music, the power supply termination rechargeable battery of MP3 player, audio-frequency amplifier and loudspeaker.
With reference to Fig. 3, also comprise mode conversion device, this mode conversion device comprises first K switch 21 that is serially connected with in the drying motor MC current supply circuit, be serially connected with second switch K22 in the washing motor ML current supply circuit, be serially connected with the 3rd K switch 33 in the water intaking valve EVF current supply circuit, be serially connected with the 4th K switch 34 in the outlet valve PS current supply circuit, be serially connected with the 5th K switch 31 and K32 in the civil power input circuit, be connected to the 6th K switch 35 and K36 of inverter input; When selecting fully automatic mode by mode switch, the 6th K switch 35 and K36 disconnect, first K switch 21, second switch K22, the 3rd K switch 33, the 4th K switch 34, the 5th K switch 31 and the equal conducting of K32, all circuit such as drying motor MC, washing motor ML, water intaking valve EVF, outlet valve PS are by mains-supplied at this moment; When selecting the semi-automatic mould formula, first K switch 21, second switch K22, the 6th K switch 35 and K36 disconnect, the 3rd K switch 33, the 4th K switch 34, the 5th K switch 31 and the equal conducting of K32, drying motor MC, washing motor ML and power supply disconnect at this moment, drive by pedal body building vehicle, and other circuit parts such as water intaking valve EVF, outlet valve PS are by mains-supplied; When selecting artificial mode, the 6th switch conduction K35 and K36, first K switch 21, second switch K22, the 3rd K switch 33, the 4th K switch 34, the 5th K switch 31 and K32 all disconnect, this moment, washing machine and civil power disconnected, drying motor MC, washing motor ML are directly driven by pedal body building vehicle, and water intaking valve EVF, outlet valve PS are powered by the inversion electric supply installation.Above-mentioned switch can adopt contactor, relay etc.Mode conversion device also comprises a touch-pressure switch K1, touch-pressure switch K1 is serially connected with between civil power and the washing machine circuit input end, " separation " gear place (see figure 8) that presses the action bars of deploying on transmission case of this touch-pressure switch K1, during with " separation " gear that guarantees to have only the action bars of transmission case to be positioned at (touch-pressure switch K1 conducting), the drying motor of washing machine and washing motor just may be connected with civil power, washing machine just can enter the fully-automatic washing pattern, and this design can prevent to give when action bars is in other gear drying motor or washing motor energising.
With reference to Fig. 5, the movement of transmission case comprises the power shaft 21 of tape input wheel 22, the output shaft 31 and the jackshaft 25 of band output wheel 32, and power shaft 21 and jackshaft 25 connect by a pair of gear 23,23 '; Output shaft 31 is a splined shaft, be provided with rotationally on it and just washing gear 24 ', backwash gear 27 ' and drying gear 26 ', just washing gear 24 ' on the output shaft 31 and drying sleeve 28 in axial sliding is being set between the gear 26 ', between backwash gear 27 ' and the drying gear 26 ' sleeve 29 in axial sliding is set, sleeve 28 is connected with action bars 34 by connecting rod 35 with 29; Also set firmly three gears 24,26 and 27 on the jackshaft 25, gear 27 corresponding with backwash gear 27 ' in these three gears is by idler gear 30 and the 27 ' engagement of backwash gear, two other gear 24,26 respectively with just wash gear 24 ', dry gear 26 ' engagement.Action bars 34 promotes sleeve 28,29 by connecting rod 35 and slides to the left or to the right on splined shaft 31, make sleeve with just wash that gear connects or connect with the backwash gear or with dry gear and connect or do not connect with any gear, thereby 32 commutations of realization output wheel, speed change and clutch.The concrete transmission process of transmission case is as follows: drive power shaft 21 and rotate when wheel for inputting 22 rotates, and then by a pair of gear 23,25 rotations of 23 ' drive jackshaft, driving just washing gear or backwash gear or drying gear on the splined shaft 31 when jackshaft rotates rotates, just washing gear or backwash gear or drying gear and drive splined shaft 31 by sleeve and rotate, thereby output wheel 32 on the output shaft 31 is just being changeed or reversing or high speed rotating with its engagement.When two sleeves with just washing gear, backwash gear and drying gear when all not meshing, output shaft 31 is in released state, it does not rotate with the rotation of wheel for inputting 22.
Sleeve and gear are realized clutch in the following ways, with reference to Fig. 6, just washing gear, backwash gear and drying the gear side adjacent and be provided with positioning boss 42 and and enclose driving cog 41, be provided with the gear ring 43 that is used for the positioning chamber 44 that cooperates with positioning boss on the described gear and is used for cooperating in the sleeve with driving cog on the described gear with sleeve.With reference to Fig. 7, when sleeve when splined shaft slides left, positioning chamber in the sleeve cooperates with the positioning boss on the gear realizes the location, driving cog engagement on gear ring in the sleeve and the gear simultaneously, sleeve and gear are linked together, make to drive sleeve when gear rotates, and then drive the output shaft rotation.This sleeve that slides to the right again can be with sleeve and gear separately, and this moment, gear rotated, and sleeve and output shaft all do not rotate with gear.
Fig. 8 is the gear schematic diagram of transmission case action bars, and action bars has the selection of four gears, and when action bars switched to " rinsing (just) " position, the washing machine drum rotation direction was consistent with exercycle flywheel rotation direction; When action bars switches to " rinsing (instead) " position, washing machine drum rotation direction and exercycle flywheel direction of rotation; When action bars switched to " drying " position, the washing machine drum rotation direction was consistent with exercycle flywheel rotation direction, faster rotational speed; When action bars switches to " separation " when position, the exercycle flywheel rotates and washing machine drum does not rotate.
Simply introduce three kinds of mode of operations below:
Pattern one (fully automatic mode): at this moment, the action bars of transmission case is allocated to " separation " gear, and washing machine drum rotates with the rotation of exercycle flywheel and separates, and action bars is sagging, push down the K1 (see figure 8), K1 is connected, and washing machine can be by the feature operation of itself, when at this moment motor for washer rotates, only with the relation of the output wheel generation power of transmission case, because output wheel separates with change-speed gearing in the transmission case, does not almost have resistance, with wheel for inputting, exercycle flywheel the relation of power does not take place yet.If action bars is allocated to other gear, K1 is obstructed, and washing machine can not be worked.
Pattern two (semi-automatic pattern): with reference to Fig. 3, this moment K23, K24 closure, what state of K1 no matter, can both guarantee the connection of washing machine and civil power, K21, K22 disconnect, and the washing motor and the drying motor of washing machine all quit work, but washing machine still can advance functions such as water, water outlet, water heating and time control, washing this moment and drying must solve with artificial, and people's only using foot is stepped on exercycle and operated the action bars of transmission case.Can also play the body-building music of MP3 by audio-frequency amplifier, relaxation and happiness ground is washed clothes in the default time.Because motor for washer is work not, this pattern can be saved 70% electric energy.
Pattern three (artificial mode): with reference to Fig. 3, this moment K31
-K34 disconnects, and washing machine and civil power disconnect, and owing to K35, K36 closure, 12 volts of direct currents and inverter are connected, and the alternating current that inverter output is 220 volts can pass through K33, K34 and supply with water intaking valve EVF and outlet valve PS.This moment, the people wanted the action bars of pedal body building vehicle and operation transmission case, also want the water inlet and the water outlet of K switch 33, K34 control washing machine, can certainly play the body-building music of MP3 by audio-frequency amplifier, just can be carefree fully by manually operated operator scheme do washing (function that this pattern does not have the water heating).Because washing machine does not have and civil power is connected, this pattern can be saved 100% electric energy.Because water also is manually operated, so also can play the effect of conserve water.
This multifunctional energy-saving washing machine has energy-conservation, body-building function mainly contains full-automatic, semi-automatic and artificial three kinds of patterns.Fully automatic mode is the own function that adopts roller washing machine; Semi-automatic pattern adopts manpower to rotate the work of replacement washing machine motor, can economize on electricity 70%; Artificial mode adopts manpower to rotate the work of replacement washing machine motor, and generating electricity from manpower is by the work (this pattern washing machine do not have the function of water heating) of inversion transformation technique for water intaking valve, draining valve, and this operator scheme can economize on electricity 100%.Manually, semi-automatic pattern has the function of body-building, and designs the acoustic function that input audio signal is arranged.Manually, the semi-automatic operation pattern is that pedal body building vehicle is connected with transmission case, transmission case is connected with the washing machine belt pulley again, transmission case has speed change, commutation and clutch function.
This multifunctional energy-saving washing machine has been realized the flexible conversion of full-automatic, semi-automatic and artificial three kinds of patterns, the utilization transmission case has been realized the function of just changeing, reversing and drying of washing machine drum, technology such as utilization generating, inversion have solved the effect that not electricity consumption also can make the washing machine operate as normal.
Modern design of the present invention, science, energy savings, simple to operate, it can have been finished housework, save the energy when take exercises.
Multifunctional energy-saving washing machine of the present invention also can not comprise the pedal body building vehicle 13 in the foregoing description, and the user buys existing pedal body building vehicle or the supporting use of other drive unit in back and the family.Can also not adopt roller washing machine, make independent product and adopt conventional laundry apparatus (the washing portion of conventional laundry apparatus comprises wash bucket and impeller) to install above-mentioned transmission case additional, with the supporting use of existing pedal body building vehicle in the user family, also can adopt other drive unit to replace pedal body building vehicle to drive transmission case.
Claims (8)
1. multifunctional energy-saving washing machine, comprise casing, washing portion, drive motor and control circuit that washing portion washs and dries, it is characterized in that: a transmission case is set in casing, this transmission case has casing, output wheel and wheel for inputting, between output wheel and wheel for inputting, be provided for controlling the movement of output wheel commutation, speed change and clutch, the movement of described transmission case comprises power shaft with described wheel for inputting, with the output shaft and the jackshaft of described output wheel, power shaft and jackshaft connect by a pair of gear; Output shaft is a splined shaft, is provided with rotationally on it just washing gear, backwash gear and drying gear, and sleeve in axial sliding is set between adjacent two gears on the output shaft, and sleeve is connected with action bars by connecting rod; Set firmly three gears on the jackshaft, the gear of answering with the backwash gear mesh in these three gears is by idler gear and backwash gears engaged, two other gear respectively with just wash gear, dry gears engaged; Described gear, backwash gear and the drying gear side adjacent with sleeve just washed is provided with a positioning boss and a circle driving cog, is provided with the gear ring that is used for the positioning chamber that cooperates with described positioning boss and is used for cooperating with described driving cog in the sleeve; The output wheel of transmission case is connected with additional wheel in the washing portion by belt, described additional wheel be located at washing portion the belt pulley place and with the coaxial installation of this belt pulley, the core section of transmission case is provided with described action bars, and the wheel for inputting of the outer drive unit of machine by transmission case applies power drive washing portion and wash and dry.
2. multifunctional energy-saving washing machine according to claim 1, it is characterized in that: described washing machine is a roller washing machine, its washing portion comprises outer bucket and the cylinder that rotatably is arranged in the outer bucket, transmission case is fixed as one by rigid connector and outer bucket, transmission case also is connected with washer cabinet by a support spring, and the weight of transmission case is near the equilibrium water mudstone weight of conventional rollers.
3. multifunctional energy-saving washing machine according to claim 1, it is characterized in that: described washing machine is a roller washing machine, its washing portion comprises outer bucket and the cylinder that rotatably is arranged in the outer bucket, transmission case is positioned at the side-lower of outer bucket, transmission case also is fixed as one by rigid connector and outer bucket, the transmission case bottom is connected with washing machine pedestal by a support spring, and the weight of transmission case is near the equilibrium water mudstone weight of conventional rollers.
4. according to claim 1 or 2 or 3 described multifunctional energy-saving washing machines, it is characterized in that: also comprise a pedal body building vehicle, the flywheel periphery of exercycle is established belt grooves, and this flywheel is connected with the wheel for inputting of transmission case by belt.
5. multifunctional energy-saving washing machine according to claim 4, it is characterized in that: also comprise an inversion electric supply installation, this device contains alternating current generator, inverter and is connected to rechargeable battery between inverter two inputs, alternating current generator is installed on the flywheel of pedal body building vehicle, rotation by this flywheel makes generator output AC electricity, and the alternating current generator output connects described rechargeable battery by charging circuit.
6. multifunctional energy-saving washing machine according to claim 5 is characterized in that: described inverter comprises CPU, high frequency transformer and power switch pipe, and input voltage is through the direct current of output about 300V is to power switch pipe behind the high frequency transformer, and CPU exports 50H
ZThe work of drive power switch pipe, output 220V/50H
ZAlternating current.
7. multifunctional energy-saving washing machine according to claim 5, it is characterized in that: be provided with MP3 player, audio-frequency amplifier and loudspeaker, the audio signal of MP3 player output after audio-frequency amplifier amplifies from the loudspeaker outputting music, the power supply termination rechargeable battery of MP3 player, audio-frequency amplifier and loudspeaker.
8. multifunctional energy-saving washing machine according to claim 5, it is characterized in that: also comprise mode conversion device, this mode conversion device comprises first switch that is serially connected with in the drying motor current supply circuit, be serially connected with second switch in the washing motor current supply circuit, be serially connected with the 3rd switch in the water intaking valve current supply circuit, be serially connected with the 4th switch in the outlet valve current supply circuit, be serially connected with the 5th switch in the civil power input circuit, be connected to the 6th switch of inverter input; When selecting fully automatic mode by mode switch, the 6th switch disconnects, first switch, second switch, the 3rd switch, the 4th switch and the equal conducting of the 5th switch; When selecting the semi-automatic mould formula, first switch, second switch and the 6th switch disconnect, the 3rd switch, the 4th switch and the equal conducting of the 5th switch; When selecting artificial mode, the 6th switch conduction, first switch, second switch, the 3rd switch, the 4th switch and the 5th switch all disconnect; Mode conversion device also comprises a touch-pressure switch, touch-pressure switch is serially connected with between civil power and the washing machine circuit input end, " separation " gear place that presses the action bars of deploying on transmission case of this touch-pressure switch, described action bars has the selection of four gears, when action bars switched to " forward rinsing " gear, the washing machine drum rotation direction was consistent with exercycle flywheel rotation direction; When action bars switches to " oppositely rinsing " gear, washing machine drum rotation direction and exercycle flywheel direction of rotation; When action bars switched to " drying " gear, the washing machine drum rotation direction was consistent with exercycle flywheel rotation direction, faster rotational speed; When action bars switched to " separation " gear, the exercycle flywheel rotated and washing machine drum does not rotate.
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| CN2007100761337A CN101333745B (en) | 2007-06-26 | 2007-06-26 | Multifunctional energy-saving washing machine |
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| CN2007100761337A CN101333745B (en) | 2007-06-26 | 2007-06-26 | Multifunctional energy-saving washing machine |
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| CN101333745B true CN101333745B (en) | 2010-08-11 |
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| CN102644178B (en) * | 2012-03-29 | 2013-12-25 | 北京印刷学院 | Body building washing machine |
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| CN104074022B (en) * | 2014-06-25 | 2016-01-27 | 哈尔滨工程大学 | Pedal health care washing machine |
| CN106930051B (en) * | 2015-09-17 | 2019-04-09 | 浙江工业大学 | Multi-functional rotary drum washing machine |
| CN105155211B (en) * | 2015-09-17 | 2017-10-20 | 浙江工业大学 | Body-building roller washing machine |
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| CN107672188A (en) * | 2016-08-01 | 2018-02-09 | 合肥国荣科技洗涤设备有限公司 | A kind of welding procedure of washing machine transmission case |
| CN108505287A (en) * | 2018-05-28 | 2018-09-07 | 吉林大学 | A kind of domestic multi-function health care washing machine |
| CN110685113A (en) * | 2018-07-05 | 2020-01-14 | 黄军贤 | Self-cleaning technology of full-automatic drum washing machine |
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| US5833575A (en) * | 1997-05-27 | 1998-11-10 | Holslag; Nicholas J. C. | Portable exercise apparatus having chair mountable support base and variable resistance exercise arms |
| CN2763320Y (en) * | 2004-09-30 | 2006-03-08 | 刘俊 | Washing machine with health care function |
| CN2773133Y (en) * | 2005-03-07 | 2006-04-19 | 冯新成 | Simple washer with exercising function |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103937383A (en) * | 2014-04-11 | 2014-07-23 | 广西平果宝信涂料有限公司 | Sand textured weather-resistant powder coating with high bending resistance and preparation method thereof |
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| CN101333745A (en) | 2008-12-31 |
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