CN205115867U - Drum washing machine - Google Patents
Drum washing machine Download PDFInfo
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- CN205115867U CN205115867U CN201520910974.3U CN201520910974U CN205115867U CN 205115867 U CN205115867 U CN 205115867U CN 201520910974 U CN201520910974 U CN 201520910974U CN 205115867 U CN205115867 U CN 205115867U
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Abstract
The utility model discloses a drum washing machine is had to interior by outer in proper order: shell, urceolus and inner tube, the inner tube outside is provided with injection apparatus, injection apparatus including spray the pipeline with be used for making the injection pipe on the road, the elevating gear that moves down, spray the pipeline including the flexible rubber hose that admits air, the flexible rubber hose and be used for feeding through water supply, the air supply pipe in urceolus space and shell space of intaking, admit air flexible rubber hose's the entrance point and the flexible rubber hose of intaking the entrance point simultaneously with supply water, air supply pipe bottom intercommunication. Drum washing machine, through increased injection apparatus in traditional drum washing machine, effectual advantage with rotary drum washing machine and drum type washing machine has combined, a large amount of washing water and electric energy can be saved again to can the efficient clean clothing, can wide application in each different fields. Owing to adopt the technology maturation, low cost very is applicable to popularization and use on a large scale.
Description
Technical field
The utility model relates to a kind of roller washing machine, particularly relates to a kind of washing inner drum with injection apparatus, removable water supply, feeder, can to the roller washing machine of jet water course, air-flow in washing inner drum.
Relate to the process of Patent classificating number d06 fabric etc.; Washing; The washing of other classes flexible material not to be covered d06f textiles, drying, flatiron, pressing or discounting d06f37/00 are included in the part of the various washing machines of d06f21/00 to d06f25/00 group, are limited to the washing machine of these kinds.
Background technology
Existing washing machine mainly comprises two large kinds, rotary drum washing machine and roller washing machine, and rotary drum washing machine is the positive and negative rotation of impeller, and drive current positive and negative rotation, clothes, in the rotation of current, adds remover and contacts with clothes, remove spot.Clean ability is comparatively strong, and shortcoming is water wasting, and clothes is easily wound around, and comparatively hinders clothes, and clean result is also uneven, and local spot is difficult to remove, and at impact water in the washing process of clothing, water use efficiency is low, wastes water resource greatly.
Drum-type is drum rotating, drives clothes to beat up and down, and increase contacts with remover, removes spot.Advantage is water-saving, automatic degree is high, do not twine clothes, but the ability of cleaning is slightly poor, and the efficiency of its drying clothes is very low simultaneously, causes the dual waste of time and the energy.
In a lot of comsuption guide, all advise consumer, according to the actual service condition of locality, as the degree of enriching of local water resource, water price and water quality select the washing machine being applicable to oneself type.
How can invent one can in conjunction with both rotary drum washing machine and roller washing machine advantage, and both reducing again, the washing machine of shortcoming, becomes a problem demanding prompt solution simultaneously as far as possible.
Summary of the invention
The utility model is for the proposition of above problem, and a kind of roller washing machine of research and design, for solving existing rotary drum washing machine, water wasting, clothes is easily wound around, comparatively hinder clothes, clean result is also uneven, and local spot is difficult to remove, and roller washing machine, clean ability is slightly poor, and the efficiency of its drying clothes is very low simultaneously, causes the shortcoming of the dual waste of time and the energy.The technological means that the utility model adopts is as follows:
A kind of roller washing machine, has: shell, urceolus and inner core from outside to inside successively;
It is characterized in that: described inner core arranged outside has injection apparatus, described injection apparatus comprises injection line and the lowering or hoisting gear for making injection line move up and down.
Injection line comprises air inlet rubber hose, water inlet rubber hose and the water supply for being communicated with urceolus space and outer casing space, air supply pipe, and the entrance point of described air inlet rubber hose and the entrance point of water inlet rubber hose are communicated with bottom water supply, air supply pipe simultaneously.
Described inner core cylindrical shell comprises the portion of leaking and injection portion, and leak portion and the setting of interval, injection portion, inside, injection portion has injecting flow guiding space.
Injection portion medial surface has the ejection end being communicated with injecting flow guiding space and inner core scrubbing space, and injection portion lateral surface has with water supply, the water inlet of air supply pipe top orifice, air inlet.
When lowering or hoisting gear work makes injection line rise, water supply, air supply pipe top interface are communicated with water inlet, air inlet, and when lowering or hoisting gear work makes injection line decline, water supply, the same water inlet of air supply pipe top interface, air inlet are separated.
Be provided with stator as in preferred water supply, air supply pipe, stator is driven by the stator motor of water supply, air supply pipe outer setting, is sealed between the same water supply of the driving shaft rotated for driving stator, air supply pipe by rubber water sealing; Described stator is impeller or screw.
The water supply had in the water inlet be provided with as preferred inner core, air inlet and injection line, air supply pipe is supporting is provided with many groups.
Air inlet pipe electromagnetic valve, heater and blower fan is disposed with from entrance point to inlet end as in preferred described air inlet rubber hose.
Described water inlet rubber hose is disposed with water inlet pipe electromagnetic valve, circulating pump and drainpipe electromagnetic valve from entrance point to the other end, circulating pump water inlet pipe one end is positioned at urceolus, the other end is communicated with water inlet rubber hose by circulating pump, and circulating pump water inlet pipe is provided with filter.
Outer tube inner wall is provided with for the water injection pipe to water filling in urceolus, and water injection pipe outer end is provided with the water injection pipe electromagnetic valve for controlling water filling.
Outer tube inner wall is provided with the exhaust pipe for extracting steam to urceolus outside, and the entrance point of exhaust pipe is provided with the aspiration pump for bleeding, and the port of export is communicated with drainpipe by drainpipe electromagnetic valve.
The elevating screw top had as preferred described lowering or hoisting gear is fixed with injection line bottom support, and elevating screw top is provided with pressure sensor.
Be provided with screw bottom elevating screw, screw upper end is sleeved on described gear wheel fixing, and screw is connected with lead screw motor by gear wheel and pinion drive, and screw lower end outside is provided with bearing, and bearing is fixed on bearing block.
Be hydraulic cylinder type hydraulic means as preferred described lowering or hoisting gear, the expansion link front end of hydraulic cylinder is fixed on bottom injection line.
Be provided with pipeline rubber ring as preferred described water supply, air supply pipe top interface, water inlet, air inlet have inner core rubber ring, pipeline rubber ring and inner core rubber ring fitted seal, water supply, air supply pipe can be made to seal with water inlet, air inlet and be communicated with.
Water supply, air supply pipe, with the V-shaped rubber bellows be provided with between urceolus for sealing, the portion that leaks are evenly equipped with the leaking hole being communicated with inner core and urceolus.
The inner core motor for driving inner core to rotate is provided with as preferred described inner core axial direction, inner core motor is provided with limit control with on the driving shaft of inner core, the cylinder body outer wall of inner core is provided with multiple signal transducer, inner core rotates and once rotates 1-6 second, rotate 90 ° to 360 °, when inner core rotates and stops, inner core is slack 3-20 second.
Described injection portion circumference on the cylindrical shell of washing inner drum 1 is provided with 1 to 8, and injection portion is stainless steel or plastics; Ejection end is uniform jet or shower nozzle.
Compared with the prior art, roller washing machine described in the utility model, by adding injection apparatus in traditional roller washing machine, effectively the advantages of rotary drum washing machine and tumbling-box washing machine is got up, by the lowering or hoisting gear that injection apparatus has, to supply water, air supply pipe top interface will be with water inlet, air inlet connection or be separated, meeting under the prerequisite cleaning more by force ability, save water resource, clothing can be cleaned efficiently, a large amount of slurries and electric energy can be saved again, each different field can be widely used in.Owing to adopting technology maturation, with low cost, be very suitable for promoting on a large scale and using.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment 1 external shell structural representation.
Fig. 2 is the utility model embodiment 1 schematic internal view.
Fig. 3 is the radial cross-section of the utility model embodiment 1 inner core and outer cylindrical portion.
Fig. 4 is the structural representation of the utility model embodiment 1 inner core.
Fig. 5 is the sectional view of the utility model embodiment 1 inner core.
Fig. 6 is the utility model embodiment 2 schematic internal view.
Fig. 7 is the radial cross-section of the utility model embodiment 2 inner core and outer cylindrical portion.
Fig. 8 is the structural representation of the utility model embodiment 2 inner core.
Wherein: 1, inner core I, 11, ejection end I, 12, inner core rubber ring I, 13, signal transducer I, 14, water inlet, air inlet I, 15, the portion I, 16 that leaks, injection portion I, 17, leaking hole I, 18, injecting flow guiding space I,
2, urceolus I,
3, shell I, 31, door of washing machine I,
4, water supply, air supply pipe I, 41, elevating screw I, 42, screw I, 43, bearing I, 44, bearing block I, 45, gear wheel I, 46, pinion I, 47, pipeline rubber ring I, 48, V-shaped rubber bellows I, 49, pressure sensitive device I,
5, lead screw motor I,
6, blower fan I,
7, circulating pump I, 70, water inlet pipe electromagnetic valve I, 71, drainpipe electromagnetic valve I, 72, air inlet pipe electromagnetic valve I, 73, air inlet rubber hose I, 74, heater I, 75, water inlet rubber hose I, 76, drainpipe I, 77, filter I, 78, circulating pump water inlet pipe I
8, exhaust pipe I, 81, aspiration pump I,
9, water injection pipe I, 91, water injection pipe electromagnetic valve I,
10, inner core motor I, 100, limit control I;
1 ', inner core II, 11 ', ejection end II, 12 ', inner core rubber ring II, 13 ', signal transducer II, 14 ', water inlet, air inlet II, 15 ', the portion II, 16 ' that leaks, injection portion II, 17 ', leaking hole II, 19 ', axle,
2 ', urceolus II,
3 ', shell II, 31 ', washing machine urceolus door, 32 ', inner tank of washing machine door,
4 ', water supply, air supply pipe II, 41 ', elevating screw II, 42 ', screw II, 43 ', bearing II, 44 ', bearing block II, 45 ', gear wheel II, 46 ', pinion II, 47 ', pipeline rubber ring II, 48 ', V-shaped rubber bellows II, 49 ', pressure sensitive device II
5 ', lead screw motor II,
6 ', blower fan II,
7 ', circulating pump II, 70 ', water inlet pipe electromagnetic valve II, 71 ', drainpipe electromagnetic valve II, 72 ', air inlet pipe electromagnetic valve II, 73 ', air inlet rubber hose II, 74 ', heater II, 75 ', water inlet rubber hose II, 76 ', drainpipe II, 77 ', filter II, 78 ', circulating pump water inlet pipe II
8 ', exhaust pipe II, 81 ', aspiration pump II,
9 ', water injection pipe II, 91 ', water injection pipe electromagnetic valve II,
10 ', inner core motor II, 100 ', limit control II, 101 ', stator motor II, 102 ', stator II, 103 ', rubber water sealing II.
Detailed description of the invention
Embodiment 1, as Figure 1-Figure 5, a kind of roller washing machine, has from outside to inside successively: shell I 3, urceolus I 2 and inner core I 1; Shell I 3 is provided with door of washing machine I 31, door of washing machine I 31 is vertically arranged on shell I 3 side.
Described inner core I 1 arranged outside has injection apparatus, can to the internal spray high speed water of inner core I 1 or thermal current by this injection apparatus, and described injection apparatus comprises injection line and the lowering or hoisting gear for making injection line move up and down.
Injection line comprises air inlet rubber hose I 73, water inlet rubber hose I 75 and the water supply for being communicated with urceolus I 2 space and shell I 3 space, air supply pipe I 4, the port of export of water supply, air supply pipe I 4 is towards inner tank of washing machine I 1, the entrance point of described air inlet rubber hose I 73 and the entrance point of water inlet rubber hose I 75 are communicated with bottom water supply, air supply pipe I 4 simultaneously, make air inlet rubber hose I 73 can to water supply, air feed in air supply pipe I 4, or water inlet rubber hose I 75 can supply water in water supply, air supply pipe I 4.
Described inner core I 1 cylindrical shell comprises the portion of leaking I 15 and injection portion I 16, leak portion I 15 and interval, injection portion I 16 is arranged, inside, injection portion I 16 has injecting flow guiding space I 18, and the washings in inner core I 1 can be spilt by the portion of leaking I 15, enter in urceolus I 2.
Injection portion I 16 medial surface has the ejection end I 11 being communicated with injecting flow guiding space I 18 and inner core I 1 scrubbing space, injection portion I 16 lateral surface has with water supply, the water inlet of air supply pipe I 4 top orifice, air inlet I 14, and water supply, air supply pipe I 4 top interface adapt with the size of water inlet, air inlet I 14.
The diameter of water inlet, air inlet I 14 is 3-10 centimetre.
When lowering or hoisting gear work, make injection line increase, water supply, air supply pipe I 4 top interface are communicated with water inlet, air inlet I 14, and when lowering or hoisting gear work makes injection line decline, water supply, the same water inlet of air supply pipe I 4 top interface, air inlet I 14 are separated.
Described water supply, air supply pipe I 4 top interface are provided with pipeline rubber ring I 47, water inlet, air inlet I 14 have inner core rubber ring I 12, pipeline rubber ring I 47 and inner core rubber ring I 12 fitted seal, can make water supply, air supply pipe I 4 seal with water inlet, air inlet I 14 and be communicated with.
Described air inlet rubber hose I 73 is disposed with air inlet pipe electromagnetic valve I 72, heater I 74 and blower fan I 6 from entrance point to inlet end, blower fan I 6 is made to blow into the air-flow of air inlet rubber hose I 73 inlet end, through heater I 74 time, heat temperature raising becomes thermal current, be delivered in water supply, air supply pipe I 4 eventually through entrance point, described air inlet rubber hose I 73 is communicated with the air outlet of blower fan I 6.
Described water inlet rubber hose I 75 is disposed with water inlet pipe electromagnetic valve I 70 from entrance point to the other end, circulating pump I 7 and drainpipe electromagnetic valve I 71, circulating pump water inlet pipe I 78 one end is positioned at urceolus I 2, the other end is communicated with water inlet rubber hose I 75 by circulating pump I 7, circulating pump water inlet pipe I 78 is provided with filter I 77, filter I 77 is arranged at circulating pump I 7 water inlet position, the delivery port of described circulating pump I 7 is communicated with water inlet rubber hose I 75, when making circulating pump I 7 wash work, by circulating pump water inlet pipe I 78, the washings in urceolus I 2 can be extracted, and be forced through and be delivered to water supply into water rubber hose I 75, air supply pipe I 4, be injected in inner core I 1 eventually through ejection end I 11, strengthen clean result.
Urceolus I 2 inwall is provided with for the water injection pipe I 9 to water filling in urceolus, and water injection pipe I 9 outer end is provided with the water injection pipe electromagnetic valve I 91 for controlling water filling, can control water injection pipe I 9 to the water injection rate in urceolus I 2 by water injection pipe electromagnetic valve I 91.
Urceolus I 2 inwall is provided with the exhaust pipe I 8 for extracting steam to urceolus I 2 outside, the entrance point of exhaust pipe I 8 is provided with the aspiration pump I 81 for bleeding, the port of export is communicated with drainpipe by drainpipe electromagnetic valve I 71, after aspiration pump I 81 is bled, steam in urceolus I 2 is accelerated to enter exhaust pipe I 8, and is delivered to drainpipe I 76 discharge.
Described inner core I 1 axial direction is provided with the inner core motor I 10 for driving inner core I 1 to rotate, the driving shaft of inner core motor I 10 with inner core I 1 is provided with limit control I 100, the cylinder body outer wall of inner core I 1 is provided with multiple signal transducer I 13, during work, inner core motor I 10 drives inner core I 1 to rotate, position signalling is transferred to control system by signal transducer I 13, the control signal of correspondence is transferred to limit control I 100 by control system, limit control I 100 controls inner core motor I 10 and works or stop, inner core rotates and once rotates 1-6 second, rotate 90 ° to 360 °, when inner core rotates and stops, inner core is slack 3-20 second.
Elevating screw I 41 top that described lowering or hoisting gear has is fixed with injection line bottom support, elevating screw I 41 top is provided with pressure sensor I 49, when injection line rises, water supply, air supply pipe I 4 top interface are communicated with water inlet, air inlet I 14, pressure signal is transferred to control system by pressure sensor I 49, and control system controls lead screw motor I 5 and quits work.
The screw I 42 that same elevating screw I 41 adapts is installed bottom elevating screw I 41, screw I 42 is sleeved on elevating screw I 41, screw I 42 upper end is sleeved on described gear wheel I 45 fixing, screw I 42 upper end is connected with lead screw motor I 5 by gear wheel I 45 and pinion I 46, gear wheel I 45 and pinion I 46 are meshed, screw I 42 lower end outside is provided with bearing I 43, bearing I 43 is fixed on bearing block I 44, bearing block I 44 is fixed on urceolus I 2 bottom bearing mounting, and lead screw motor I 5 is fixed on bottom urceolus I 2.
During work, lead screw motor I 5 driving pinion I 46 drives gear wheel I 45 transmission, gear wheel I 45 drives screw I 42 to rotate, and then drive elevating screw I 41 to rise or decline, thus realize rise or the decline of injection line, the i.e. height and position relation of the top joint of satisfied water supply, air supply pipe I 4, after making the top joint rise of water supply, air supply pipe I 4, can be communicated with water inlet, air inlet I 14, after the top joint decline of water supply, air supply pipe I 4, can be separated with water inlet, air inlet I 14.
Water supply, air supply pipe I 4 are with the V-shaped rubber bellows I 48 be provided with between urceolus I 2 for sealing, make water supply, air supply pipe I 4 lifting, when urceolus I 2 inside dimension is goed deep in change, urceolus I 2 and water supply, air supply pipe I 4 keep waterproof sealing by V-shaped rubber bellows I 48; Leak the leaking hole I 17 portion I 15 being evenly equipped with and being communicated with inner core I 1 and urceolus I 2, and the washings in inner core I 1 are leaked in urceolus I 2 by this leaking hole I 17.
Described injection portion circumference on the cylindrical shell of washing inner drum I 1 is provided with 1 to 8, and injection portion is stainless steel or plastics.Ejection end I 11 is uniform jet or shower nozzle; When ejection end I 11 is shower nozzle, the shape of shower nozzle and the inwall radian of described washing inner drum I 1 adapt.
Washing machine in working order under, control system closes air inlet pipe electromagnetic valve I 72 and drainpipe electromagnetic valve I 71, intake and inject in urceolus I 2 by water injection pipe I 9, and be transported in the water inlet rubber hose I 75 of injection apparatus by circulating pump water inlet pipe I 78, inflow when controlling the water injection pipe electromagnetic valve I 91 on water injection pipe I 9 and then control washing and rinsing.
Inner core motor I 10 can drive inner core I 1 to realize the action such as " turning clockwise ", " stopping ", " turning counterclockwise ", " repeatedly turning ".
Inner core I 1 forwards correspondence position to, position signalling is passed to control system by signal transducer I 13, the control signal of correspondence is transferred to limit control I 100 by control system, and limit control I 100 controls inner core motor I 10 and quits work, and makes inner core I 1 realize the duty of " stopping ".
Circulating pump I 7 works, the water in urceolus I 2 is extracted by circulating pump water inlet pipe, water is pressurizeed by circulating pump I 7, water supply, air supply pipe I 4 is transferred to by water inlet rubber hose I 75, when water supply, air supply pipe I 4 top interface are communicated with water inlet, air inlet I 14, water is delivered into injecting flow guiding space I 18 by water, air inlet I 14, and is sprayed into inner core I 1 by ejection end I 11, realizes injection apparatus and high pressure water jets is incident upon in inner tank of washing machine.
When circulating pump I 7 quits work, lowering or hoisting gear drives elevating screw I 41 to decline, and drives the water supply of injection line, air supply pipe I 4 decline, and water supply, the same water inlet of top interface of air supply pipe I 4, air inlet I 14 are disconnected.
After laundry completes, carry out dehydration action, drainpipe electromagnetic valve I 71 is opened by control system, and water is discharged by drainpipe I 76, and inner core I 1 High Rotation Speed, after the water in emptying urceolus I 2, dehydration action completes.
When carrying out oven dry action, inner core I 1 stops operating, lowering or hoisting gear drives elevating screw I 41 to rise, make water supply, air supply pipe I 4 top interface is with water inlet, air inlet I 14 is communicated with, air inlet pipe electromagnetic valve I 72 is opened, water inlet pipe closed electromagnetic valve, heater I 74 and blower fan I 6 work, the air that blower fan I 6 blows is after heater I 74 heats, hot-air is delivered to injection apparatus by air inlet rubber hose I 73, supply water, hot-air is injected in inner core I 1 by air supply pipe I 4, lowering or hoisting gear drives elevating screw I 41 to decline, drive the water supply of injection line, air supply pipe I 4 declines, make water supply, the top interface of air supply pipe I 4 is with water inlet, air inlet I 14 disconnects, inner core I 1 rotates.
A washing and drying method for roller washing machine, has following steps:
Before washing, in inner tank of washing machine I 1, put into clothing, add washing agent, control system closes air inlet pipe electromagnetic valve I 72 and drainpipe electromagnetic valve I 71.
The water injection pipe I 9 be connected with water source until enter in inner tank of washing machine I 1, can regulate water injection pipe electromagnetic valve I 91 by control system to water filling in described urceolus I 2 herein, and then regulates the inflow of washings.
During washing, drive inner tank of washing machine I 1 to rotate by inner core motor I 10, and stir clothing, inner tank of washing machine I 1 stopping time, to the clothing jet cleaning water in inner tank of washing machine I 1.
Inner core I 1 laundry action comprises: " turning clockwise ", " stopping ", " being rotated counterclockwise ", repeatedly " turns ", " stopping ".
Inner tank of washing machine I 1 is when " stopping " duty, the top interface of water supply, air supply pipe I 4 rises, be communicated with water inlet, air inlet I 14, circulating pump I 7 extracts the water of urceolus I 2, injecting flow guiding space I 18 is delivered to by water inlet rubber hose I 75 after pressurization, by ejection end I 11 to the clothing jet cleaning water in inner tank of washing machine I 1, high speed washings impact clothing, strengthen clean result.
After washing terminates, ON cycle pump I 7, drainpipe electromagnetic valve I 71 is opened, the washings in emptying urceolus I 2.
During rinsing clothes, control system closes drainpipe electromagnetic valve I 71, and water injection pipe I 9 to water filling in urceolus I 2, and flows in inner tank of washing machine I 1.
During rinsing, drive inner tank of washing machine I 1 to rotate by inner core motor I 10, realize stirring clothing, when inner tank of washing machine I 1 stops operating, to inner tank of washing machine I 1 undergarment spray rinse water, rinsing action comprises: " turning clockwise ", " stopping ", " being rotated counterclockwise "; Repeatedly " turn ", " stopping ", inner tank of washing machine I 1 is when " stopping " duty, the top interface of water supply, air supply pipe I 4 is communicated with water inlet, air inlet I 14, circulating pump I 7 extracts the water in urceolus I 2, water supply, air supply pipe I 4 is delivered to by water inlet rubber hose I 75 after pressurization, and be transported in injecting flow guiding space I 18 by water supply, air supply pipe I 4, and ejected by ejection end I 11, by ejection end I 11 to the clothing spray rinse water in inner tank of washing machine I 1, high speed washings impact clothing, strengthen wash effect.
After rinsing terminates, opening water discharge pipe electromagnetic valve I 71, drainpipe I 76 draining, after the washings of emptying urceolus I 2, dries clothing, inner tank of washing machine I 1 High Rotation Speed, dehydration release.
During oven dry, drive inner tank of washing machine I 1 to rotate by inner core motor I 10, and stir clothing, when inner tank of washing machine I 1 stops operating, spray thermal current by ejection end I 11 to the clothing in inner tank of washing machine I 1.
Under drying work state, control system closes the water inlet pipe electromagnetic valve I 70 in water inlet rubber hose I 75, open the air inlet pipe electromagnetic valve I 72 in air inlet rubber hose I 73, the oven dry action of washing inner drum I 1 comprises: " turning clockwise ", " stopping ", " turning counterclockwise ".
Repeatedly " turn ", " stopping ", washing inner drum I 1 is when " stopping " duty, described water supply, air supply pipe I 4 rising are communicated with water inlet, air inlet I 14, heater I 74 and blower fan I 6 work, the air that blower fan I 6 blows heats through heater I 74, thermal current by supplying water, air supply pipe I 4 is delivered to ejection end I 11, by ejection end I 11 thermal current is injected into the clothing in washing inner drum I 1, drying clothes.
The top of further described urceolus I 2 is provided with aspirating hole, and when carrying out oven dry action, the steam that wet clothes produces is discharged by this aspirating hole; Described circulating pump I 7 communicated drainage pipe I 76; Described aspirating hole is communicated with described drainpipe I 76 by exhaust pipe I 8.
Aspiration pump I 81 works, the humid air extracted by aspirating hole, by exhaust pipe I 8, finally enters drainpipe I 76 and discharges.
What the negative pressure produced due to the suction of aspiration pump I 81 was more conducive to thermal current enters in washing inner drum I 1 fast, accelerates the speed of drying clothes.
Embodiment 2, as Figure 6-Figure 8, a kind of roller washing machine, has from outside to inside successively: shell II 3 ', urceolus II 2 ' and inner core II 1 '; Shell II 3 ' be above provided with washing machine urceolus door 31 ', washing machine urceolus door 31 ' is horizontally set on shell II 3 ' top, inner core II 1 ' sidewall offers inner tank of washing machine door 32 ' corresponding to same washing machine urceolus door 31 ', inner core II 1 ' closed at both ends, and be provided with axle 19 '.
Described inner core II 1 ' arranged outside has injection apparatus, by this injection apparatus can to inner core II 1 ' internal spray high speed water or thermal current, described injection apparatus comprises injection line and the lowering or hoisting gear for making injection line move up and down.
Injection line comprise air inlet rubber hose II 73 ', water inlet rubber hose II 75 ' with the water supply for being communicated with urceolus II 2 ' space and shell II 3 ' space, air supply pipe II 4 ', supply water, air supply pipe II 4 ' the port of export towards inner tank of washing machine II 1 ', described air inlet rubber hose II 73 ' entrance point and water inlet rubber hose II 75 ' entrance point simultaneously with supplying water, air supply pipe II 4 ' bottom is communicated with, make air inlet rubber hose II 73 ' can to water supply, air supply pipe II 4 ' interior air feed, or water inlet rubber hose II 75 ' can to water supply, air supply pipe II 4 ' interior water supply.
Described inner core II 1 ' cylindrical shell comprise the portion of leaking II 15 ' and injection portion II 16 ', leak portion II 15 ' and II 16 ' interval, injection portion is arranged, II 16 ' inside, injection portion have injecting flow guiding space II 18 ', the washings of inner core II 1 ' interior can by the portion of leaking II 15 ' spill, enter urceolus II 2 ' in.
Injection portion II 16 ' medial surface have the ejection end II 11 that is communicated with injecting flow guiding space II 18 ' and inner core II 1 ' scrubbing space ', injection portion II 16 ' lateral surface has with supplying water, the water inlet of air supply pipe II 4 ' top orifice, air inlet II 14 ', supply water, air supply pipe II 4 ' top interface with water inlet, air inlet II 14 ' size adapt.
Water inlet, air inlet II 14 ' diameter be 3-10 centimetre.
When lowering or hoisting gear work, make injection line increase, supply water, air supply pipe II 4 ' top interface with water inlet, air inlet II 14 ' be communicated with, when lowering or hoisting gear work makes injection line decline, supply water, air supply pipe 4 ' top interface be with water inlet, air inlet II 14 ' separation.
Described water supply, air supply pipe II 4 ' top interface be provided with pipeline rubber ring II 47 ', water inlet, air inlet II 14 ' have inner core rubber ring II 12 ', pipeline rubber ring II 47 ' and inner core rubber ring II 12 ' fitted seal, can make water supply, air supply pipe II 4 ' be communicated with water inlet, air inlet II 14 ' sealing.
The water supply had in the water inlet of inner core II 1 ' be provided with, air inlet II 14 ' and injection line, air supply pipe II 4 ' supporting are provided with many groups, namely have multiple water inlet simultaneously, air inlet II 14 ' simultaneously and multiple water supply, air supply pipe II 4 ' corresponding be communicated with or be separated.
Described air inlet rubber hose II 73 ' on to be disposed with from entrance point to inlet end air inlet pipe electromagnetic valve II 72 ', heater II 74 ' and blower fan II 6 ', make the air-flow of blower fan II 6 ' blow into air inlet rubber hose II 73 ' inlet end, through II 74 ' time of heater, heat temperature raising becomes thermal current, eventually through entrance point be delivered to water supply, air supply pipe II 4 ' in, described air inlet rubber hose II 73 ' be communicated with blower fan II 6 ' air outlet.
Described water inlet rubber hose II 75 ' on to be disposed with from entrance point to the other end water inlet pipe electromagnetic valve II 70 ', circulating pump II 7 ' and drainpipe electromagnetic valve II 71 ', circulating pump water inlet pipe II 78 ' one end be positioned at urceolus II 2 ', the other end is by the II 75 ' connection of circulating pump II 7 ' same water inlet rubber hose, circulating pump water inlet pipe II 78 ' be above provided with filter II 77 ', filter II 77 ' be arranged at circulating pump II 7 ' water inlet position, described circulating pump II 7 ' delivery port with water inlet rubber hose II 75 ' be communicated with, when making circulating pump II 7 ' washing work, can by circulating pump water inlet pipe II 78 ' urceolus II 2 ' interior washings are extracted, and be forced through into water rubber hose II 75 ' be delivered to water supply, air supply pipe II 4 ', eventually through ejection end II 11 ' be injected into inner core II 1 ' in, strengthen clean result.
Urceolus II 2 ' inwall be provided with for water filling in urceolus water injection pipe II 9 ', water injection pipe II 9 ' outer end be provided with water injection pipe electromagnetic valve II 91 for controlling water filling ', can by water injection pipe electromagnetic valve II 91 ' control water injection pipe II 9 ' to the water injection rate of urceolus II 2 ' interior.
Urceolus II 2 ' inwall be provided with exhaust pipe II 8 for extracting from steam to urceolus II 2 ' outside ', exhaust pipe II 8 ' entrance point be provided with aspiration pump for bleeding II 81 ', the port of export is by drainpipe electromagnetic valve II 71 ' be communicated with drainpipe, after making aspiration pump II 81 ' bleed, urceolus II 2 ' interior steam accelerate to enter exhaust pipe II 8 ', and be delivered to drainpipe II 76 ' discharge.
Described inner core II 1 ' axial direction be provided with inner core motor II 10 for driving inner core II 1 ' rotate ', inner core motor II 10 ' with inner core II 1 ' driving shaft on be provided with limit control II 100 ', inner core II 1 ' cylinder body outer wall on be provided with multiple signal transducer II 13 ', during work, II 1 ' the rotation of inner core motor II 10 ' driving inner core, signal transducer II 13 ' position signalling is transferred to control system, control system the control signal of correspondence is transferred to limit control II 100 ', the motor II 10 ' work of limit control II 100 ' control inner core or stopping, inner core rotates and once rotates 1-6 second, rotate 90 ° to 360 °, when inner core rotates and stops, inner core is slack 3-20 second.
Elevating screw II 41 ' top that described lowering or hoisting gear has is fixed with injection line bottom support, elevating screw II 41 ' top be provided with pressure sensor II 49 ', when injection line rises, water supply, air supply pipe II 4 ' top interface are with water inlet, air inlet II 14 ' connection, pressure sensor II 49 ' pressure signal is transferred to control system, control system controls lead screw motor II 5 ' quit work.
Elevating screw II 41 ' bottom be provided with the screw II 42 of same elevating screw II 41 ' adapt ', screw II 42 ' be sleeved on elevating screw II 41 ' on, screw II 42 ' upper end is sleeved on described gear wheel II 45 ' upper fixing, screw II 42 ' upper end by gear wheel II 45 ' and pinion II 46 ' be connected with lead screw motor II 5 ', gear wheel II 45 ' and pinion II 46 ' be meshed, screw II 42 ' lower end outside be provided with bearing II 43 ', bearing II 43 ' be fixed on bearing block II 44 ' on, bearing block II 44 ' be fixed on urceolus II 2 ' bottom bearing mounting, lead screw motor II 5 ' be fixed on urceolus II 2 ' bottom.
During work, II 45 ' the transmission of lead screw motor II 5 ' driving pinion II 46 ' drive gear wheel, II 42 ' the rotation of gear wheel II 45 ' drive screw, and then drive elevating screw II 41 ' rise or decline, thus realize rise or the decline of injection line, namely meet supply water, air supply pipe II 4 ' the height and position relation of top joint, make water supply, air supply pipe II 4 ' top joint rise after, can with water inlet, air inlet II 14 ' connection, supply water, air supply pipe II 4 ' top joint decline after, can with water inlet, air inlet II 14 ' be separated.
Described lowering or hoisting gear can replace with hydraulic cylinder type hydraulic means, and the expansion link front end of hydraulic cylinder is fixed on bottom injection line.
Supply water, air supply pipe II 4 ' with V-shaped rubber bellows for sealing of urceolus II 2 ' to be provided with II 48 ', make water supply, air supply pipe II 4 ' lifting, change when going deep into urceolus II 2 ' inside dimension, urceolus II 2 ' and supply water, air supply pipe II 4 ' by V-shaped rubber bellows II 48 ' keep waterproof sealing; Leak portion II 15 ' be above evenly equipped be communicated with inner core II 1 ' and urceolus II 2 ' leaking hole II 17 ', make the washings of inner core II 1 ' interior by this leaking hole II 17 ' leak to urceolus II 2 ' in.
Described injection portion washing inner drum II 1 ' cylindrical shell on circumference be provided with 1 to 8, injection portion is stainless steel or plastics.Ejection end II 11 ' be uniform jet or shower nozzle; When ejection end II 11 ' for shower nozzle, the shape of shower nozzle and described washing inner drum II 1 ' inwall radian adapt.
Supply water, be provided with in air supply pipe 4 ' stator II 102 ', the stator motor II 101 of stator II 102 ' by supplying water, air supply pipe II 4 ' outer setting ' drive, for driving the driving shaft of stator II 102 ' rotate with supplying water, air supply pipe II 4 ' by rubber water sealing II 103 ' sealing.Described stator II 102 ' be impeller or screw.
Stator II 102 ' installation on the driving shaft, rubber water sealing that driving shaft has through described water supply, air supply pipe II 4 ' bottom II 103 ', drive shaft end to be arranged on the stator motor of described urceolus II 2 ' bottom II 101 ', on stator motor II 101 ' be arranged on described urceolus II 2 ' on.Described elevating screw II 41 ' be arranged on the lowering or hoisting gear of described urceolus II 2 ' bottom, described water supply, air supply pipe II 4 ' by water inlet rubber hose II 75 ' with circulating pump water inlet pipe II 78 ' is communicated with urceolus II 2 ' inner, the air inlet rubber hose II 73 of described water supply, air supply pipe II 4 ' connection ' be above provided with heater II 74 '.
Described stator II 102 ' be arranged on water supply, air supply pipe II 4 ' interior can strengthen blower fan II 6 ' blowing function, with circulating pump II 7 ' pressurization diversion function, during washing action, improve supply water, air supply pipe II 4 ' flow rate of water flow, play water pump function, during oven dry, improve the flow velocity of hot-air, strengthen drying effect.
The above; be only the utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; be equal to according to the technical solution of the utility model and inventive concept thereof and replace or change, all should be encompassed within protection domain of the present utility model.
Claims (8)
1. a roller washing machine, has from outside to inside successively: shell, urceolus and inner core;
It is characterized in that: described inner core arranged outside has injection apparatus, described injection apparatus comprises injection line and the lowering or hoisting gear for making injection line move up and down;
Injection line comprises air inlet rubber hose, water inlet rubber hose and the water supply for being communicated with urceolus space and outer casing space, air supply pipe, and the entrance point of described air inlet rubber hose and the entrance point of water inlet rubber hose are communicated with bottom water supply, air supply pipe simultaneously;
Described inner core cylindrical shell comprises the portion of leaking and injection portion, leak portion and the setting of interval, injection portion, and inside, injection portion has injecting flow guiding space;
Injection portion medial surface has the ejection end being communicated with injecting flow guiding space and inner core scrubbing space, and injection portion lateral surface has with water supply, the water inlet of air supply pipe top orifice, air inlet;
When lowering or hoisting gear work makes injection line rise, water supply, air supply pipe top interface are communicated with water inlet, air inlet, and when lowering or hoisting gear work makes injection line decline, water supply, the same water inlet of air supply pipe top interface, air inlet are separated.
2. roller washing machine according to claim 1, is characterized in that:
Be provided with stator in water supply, air supply pipe, stator is driven by the stator motor of water supply, air supply pipe outer setting, and the driving shaft rotated for driving stator is sealed by rubber water sealing with between water supply, air supply pipe; Described stator is impeller or screw.
3. roller washing machine according to claim 1 and 2, is characterized in that: the water supply had in the water inlet that inner core is provided with, air inlet and injection line, air supply pipe is supporting is provided with many groups.
4. roller washing machine according to claim 3, is characterized in that:
Described air inlet rubber hose is disposed with air inlet pipe electromagnetic valve, heater and blower fan from entrance point to inlet end;
Described water inlet rubber hose is disposed with water inlet pipe electromagnetic valve, circulating pump and drainpipe electromagnetic valve from entrance point to the other end, circulating pump water inlet pipe one end is positioned at urceolus, the other end is communicated with water inlet rubber hose by circulating pump, and circulating pump water inlet pipe is provided with filter;
Outer tube inner wall is provided with for the water injection pipe to water filling in urceolus, and water injection pipe outer end is provided with the water injection pipe electromagnetic valve for controlling water filling;
Outer tube inner wall is provided with the exhaust pipe for extracting steam to urceolus outside, and the entrance point of exhaust pipe is provided with the aspiration pump for bleeding, and the port of export is communicated with drainpipe by drainpipe electromagnetic valve.
5. roller washing machine according to claim 4, is characterized in that:
The elevating screw top that described lowering or hoisting gear has is fixed with injection line bottom support, and elevating screw top is provided with pressure sensor;
Be provided with screw bottom elevating screw, screw upper end is sleeved on described gear wheel fixing, and screw is connected with lead screw motor by gear wheel and pinion drive, and screw lower end outside is provided with bearing, and bearing is fixed on bearing block.
6. roller washing machine according to claim 4, is characterized in that:
Described lowering or hoisting gear is hydraulic cylinder type hydraulic means, and the expansion link front end of hydraulic cylinder is fixed on bottom injection line.
7. roller washing machine according to claim 4, is characterized in that:
Described water supply, air supply pipe top interface are provided with pipeline rubber ring, and water inlet, air inlet have inner core rubber ring, pipeline rubber ring and inner core rubber ring fitted seal, water supply, air supply pipe can be made to seal with water inlet, air inlet and be communicated with;
Water supply, air supply pipe, with the V-shaped rubber bellows be provided with between urceolus for sealing, the portion that leaks are evenly equipped with the leaking hole being communicated with inner core and urceolus.
8. roller washing machine according to claim 4, is characterized in that:
Described inner core axial direction is provided with the inner core motor for driving inner core to rotate, inner core motor is provided with limit control with on the driving shaft of inner core, the cylinder body outer wall of inner core is provided with multiple signal transducer, inner core rotates and once rotates 1-6 second, rotate 90 ° to 360 °, when inner core rotates and stops, inner core is slack 3-20 second;
Described injection portion circumference on the cylindrical shell of washing inner drum 1 is provided with 1 to 8, and injection portion is stainless steel or plastics; Ejection end is uniform jet or shower nozzle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520910974.3U CN205115867U (en) | 2015-11-16 | 2015-11-16 | Drum washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520910974.3U CN205115867U (en) | 2015-11-16 | 2015-11-16 | Drum washing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205115867U true CN205115867U (en) | 2016-03-30 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520910974.3U Withdrawn - After Issue CN205115867U (en) | 2015-11-16 | 2015-11-16 | Drum washing machine |
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| Country | Link |
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| CN (1) | CN205115867U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105256509A (en) * | 2015-11-16 | 2016-01-20 | 张久军 | Roller washing machine and washing and drying method thereof |
| CN107440652A (en) * | 2017-07-25 | 2017-12-08 | 佛山市顺德区美的洗涤电器制造有限公司 | The control method and dish-washing machine of dish-washing machine |
| CN107523960A (en) * | 2016-06-22 | 2017-12-29 | 青岛海尔洗衣机有限公司 | One kind laundry drying clothes integrated machine and its control method |
| CN107523962A (en) * | 2016-06-22 | 2017-12-29 | 青岛海尔洗衣机有限公司 | One kind laundry drying clothes integrated machine and its control method |
| CN112080892A (en) * | 2020-08-31 | 2020-12-15 | 珠海格力电器股份有限公司 | Rotary drum washing machine |
-
2015
- 2015-11-16 CN CN201520910974.3U patent/CN205115867U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105256509A (en) * | 2015-11-16 | 2016-01-20 | 张久军 | Roller washing machine and washing and drying method thereof |
| CN105256509B (en) * | 2015-11-16 | 2017-05-24 | 张久军 | Roller washing machine and washing and drying method thereof |
| CN107523960A (en) * | 2016-06-22 | 2017-12-29 | 青岛海尔洗衣机有限公司 | One kind laundry drying clothes integrated machine and its control method |
| CN107523962A (en) * | 2016-06-22 | 2017-12-29 | 青岛海尔洗衣机有限公司 | One kind laundry drying clothes integrated machine and its control method |
| CN107440652A (en) * | 2017-07-25 | 2017-12-08 | 佛山市顺德区美的洗涤电器制造有限公司 | The control method and dish-washing machine of dish-washing machine |
| CN112080892A (en) * | 2020-08-31 | 2020-12-15 | 珠海格力电器股份有限公司 | Rotary drum washing machine |
| CN112080892B (en) * | 2020-08-31 | 2023-08-11 | 珠海格力电器股份有限公司 | Rotary drum washing machine |
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Legal Events
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160330 Effective date of abandoning: 20170524 |