CN105386272A - Multi-tank clothes washing device and method - Google Patents
Multi-tank clothes washing device and method Download PDFInfo
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- CN105386272A CN105386272A CN201510880880.0A CN201510880880A CN105386272A CN 105386272 A CN105386272 A CN 105386272A CN 201510880880 A CN201510880880 A CN 201510880880A CN 105386272 A CN105386272 A CN 105386272A
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- Prior art keywords
- sink
- water inlet
- washing
- water
- supervisor
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F31/00—Washing installations comprising an assembly of several washing machines or washing units, e.g. continuous flow assemblies
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F35/00—Washing machines, apparatus, or methods not otherwise provided for
- D06F35/005—Methods for washing, rinsing or spin-drying
- D06F35/006—Methods for washing, rinsing or spin-drying for washing or rinsing only
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00
- D06F39/08—Liquid supply or discharge arrangements
- D06F39/083—Liquid discharge or recirculation arrangements
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00
- D06F39/08—Liquid supply or discharge arrangements
- D06F39/083—Liquid discharge or recirculation arrangements
- D06F39/085—Arrangements or adaptations of pumps
Abstract
The invention discloses a multi-tank clothes washing device and method. The multi-tank clothes washing device at least comprises two or more washing tanks, such as the first washing tank and the second washing tank. The method includes the steps that multiple washings are placed in the first washing tank and the second washing tank respectively, a washing medium is placed in the first washing tank, and a first washing procedure is started in the first washing tank. The washing medium used in the first washing tank can be partially or wholly drained and conveyed to be supplied to the second washing tank to be continuously used, a second washing procedure is completed, and finally the washing medium is drained outside. The washing medium can be recycled, so that the purposes of saving time, labor and space of washing equipment are achieved, and the environment-friendly effects of reducing lotion and reducing pollution are achieved.
Description
Technical field
The present invention relates to a kind of multiple-grooved car washing installation and method thereof, particularly continue in a kind of washing step and reuse the devices and methods therefor of washing medium.
Background technology
Washing machine is universal is now present in general Modern Live, and washing machine not only can wash the clothes of daily wearing, also can wash the outer dunghill of clothes, such as rag, mat, sport footwear.And along with the kind of washings, shade and degree of fouling different, and consider sanitation and hygiene problem, if domestic space is not enough to placement two platform independent washing machine, use can need same the washing machine of multi-pass operation in batches; Put multiple stage washing machine if having living space, use and then need the washing machine of operation more than two separately to be processed by different washings, time and effort consuming.
And, no matter with multi-pass operation same washing machine in batches or use the washing machine of more than two to wash, all cannot share water and lotion, cause the wasting of resources and not environmentally.Especially in the area that water resource is relatively deficient, such as, at prolonged freezing or the low environment of rainfall, save water resource and more seem important.
Therefore, general washing machine also cannot provide simultaneously according to different classes of, shade or degree of fouling Wash Separately, and saves water resource and promote effect of the recycling property of lotion.
Summary of the invention
In view of the above problems, the object of the invention is to propose a kind of multiple-grooved car washing installation and method thereof, different classes of washings can be washed simultaneously, and reuse washing medium in washing step.
Another object of the present invention, is to provide a kind of multiple-grooved car washing installation and method thereof, can simplify a batch laundry flow process, can save the problem of washing time and saving installation space.
For reaching above-mentioned purpose, the present invention discloses a kind of multiple-grooved laundering process, comprising:
Some washings are placed in respectively one first sink and one second sink;
One washing medium is placed in the first sink;
The first sink is made to start one first washing procedure;
Make the first sink discharge washing medium, and transmit washing medium to the second sink; And
Make the second sink start washing procedure and discharge washing medium to outside; Wherein, washing procedure utilizes water flow variation, and washing medium is washed washings.
Above-mentioned water flow variation can be standing, immersion, turbulent water, vibrations, drum roll, pat or discharge one and combination wherein.
In one embodiment of the invention, after making the second sink discharge washing medium to outside step, comprise and transmit washing medium to the 3rd sink.
After the step transmitting washing medium to the 3rd sink, comprise a step: make the 3rd sink start one the 3rd washing procedure.
In one embodiment of the invention, after making the second sink discharge washing medium to outside step, comprise and transmit washing medium to the first sink.
For reaching above-mentioned purpose, the present invention discloses a kind of multiple-grooved car washing installation, comprising: one first sink, one first supervisor and one first water inlet pipe, and the first water inlet pipe makes current flow to the first sink; One second sink and a second row water pipe, first supervisor's connection second sink makes current flow to the second sink, and second row water pipe makes current discharge the second sink; Some driver elements, link the first sink and the second sink respectively; And a control system, link each driver element respectively, and control each driver element and make to drive the first sink and the second sink to rotate, to reach washing procedure respectively respectively.
Washing procedure controls each driver element by control system, make the first sink and the second sink cause water flow variation in order to drive respectively, aforesaid water flow variation can be standing, immersions, turbulent water, vibrations, drum roll, pat or discharge wherein one and combine.
In one embodiment of the invention, multiple-grooved car washing installation comprises one second supervisor, second supervisor's connection first water inlet pipe and second row water pipe, flows to the first sink, with recycling water or lotion after making current discharge the second sink.
In one embodiment of the invention, multiple-grooved car washing installation comprises at least one inlet unit, and inlet unit is arranged on the first water inlet pipe, and connection control system and there is a water inlet.Control system controls inlet unit, makes current enter the first water inlet pipe from the second supervisor or water inlet.
In one embodiment of the invention, multiple-grooved car washing installation comprises at least one drainage cell.It is upper near the first sink place that drainage cell is arranged at the first supervisor, and connection control system and have a water discharge outlet, makes the current of outflow first sink flow to water discharge outlet or the first supervisor to flow into the second sink recycling.
In one embodiment of the invention, multiple-grooved car washing installation comprises at least one drainage cell.Drainage cell is arranged on second row water pipe, and connection control system and have a water discharge outlet, makes the current of outflow second sink flow to water discharge outlet or the second supervisor to flow into the first sink recycling.
In one embodiment of the invention, multiple-grooved car washing installation comprise pump be arranged at the first supervisor upper on the first sink place, second row water pipe or the first supervisor upper in the first sink place and second row water pipe wherein one, pump provides power to make current by lower dispatch to eminence or increase hydraulic pressure.
For reaching above-mentioned purpose, the present invention discloses a kind of multiple-grooved car washing installation, comprising: a supervisor; One first sink, has one first water inlet pipe and one first branch drain, and the first water inlet pipe and the first branch drain connect supervisor; One second sink, has one second water inlet pipe and one second branch drain, and the second water inlet pipe and the second branch drain connect supervisor; Some driver elements, link the first sink and the second sink respectively; And a control system, link driver element respectively and make to drive the first sink and the second sink respectively, reach execution washing procedure respectively to make the first sink and the second sink.
Above-mentioned washing procedure controls driver element by control system, makes the first sink and the second sink cause water flow variation to reach in order to drive respectively; Water flow variation can be standing, immersion, turbulent water, vibrations, drum roll, pat or discharge one and combination wherein.
In one embodiment of the invention, multiple-grooved car washing installation comprises an inlet unit, and inlet unit is arranged on the first water inlet pipe, and connection control system and there is a water inlet, control system controls inlet unit, makes current enter the first sink from the first water inlet pipe or water inlet.
In one embodiment of the invention, multiple-grooved car washing installation comprises an inlet unit, and inlet unit is arranged on the second water inlet pipe, and connection control system and there is a water inlet, control system controls inlet unit, makes current enter the second sink from the second water inlet pipe or water inlet.
In one embodiment of the invention, multiple-grooved car washing installation comprises a drainage cell, and drainage cell is arranged on the first branch drain, and connection control system and there is a water discharge outlet, make the current of outflow first sink flow to the first branch drain or water discharge outlet.
In one embodiment of the invention, multiple-grooved car washing installation comprises a drainage cell, and drainage cell is arranged on the second branch drain, and connection control system and there is a water discharge outlet, make the current of outflow second sink flow to the second branch drain or water discharge outlet.
In one embodiment of the invention, multiple-grooved car washing installation comprises at least one pump, pump be arranged on the first branch drain, on the second branch drain or on the first branch drain and the second branch drain wherein one, pump provides power to make current by lower dispatch to eminence or increase hydraulic pressure.
In one embodiment of the invention, multiple-grooved car washing installation comprises one the 3rd sink; One the 3rd water inlet pipe and one the 3rd branch drain connect supervisor, make current be flow to and discharge the 3rd sink; Wherein, link the 3rd sink of each driver element, rotates to drive the 3rd sink; One inlet unit, is arranged on the 3rd water inlet pipe, and connection control system and there is a water inlet, control system controls inlet unit, makes current enter the 3rd sink from the 3rd water inlet pipe or water inlet; One drainage cell, is arranged on the 3rd branch drain, and connection control system and there is a water discharge outlet, make the current of outflow the 3rd sink flow to the 3rd branch drain or water discharge outlet; And a pump, be arranged at the 3rd branch drain, pump provides power to carry current by lower dispatch to eminence or increase hydraulic pressure.
In one embodiment of the invention, multiple-grooved car washing installation comprises at least one dividing cell, dividing cell has a diffluence pass, dividing cell connection control system and be arranged at the second water inlet pipe and the upper intersection of supervisor, makes the current flowing through dividing cell can enter the second water inlet pipe or supervisor.
In one embodiment of the invention, the first water inlet pipe, the second water inlet pipe and the 3rd water inlet pipe have a filter respectively.Filter is in order to filtration washing medium, and its position is not limited with above-mentioned.
In one embodiment of the invention, the first sink, the second sink and the 3rd sink have bucket and an outer barrel in one respectively, and outer barrel is for holding washing medium, and interior bucket is for be arranged in outer barrel and to hold washings.
In one embodiment of the invention, groove driver element is for respectively to comprise a motor, and motor is by a belt, an assembly pulley, a gear mechanism group and a clutch group, rotates to drive interior bucket.
Comprehensively above-mentioned, the present invention discloses multiple-grooved car washing installation and the method thereof of at least two sinks, water flow lines is formed by between at least two sinks, make at least two sinks can continue or reuse washing medium by control system, to complete washing procedure, reach the space and the wash mill method of energy-conserving and environment-protective of saving the setting of water resource, washing time and laundry facilities simultaneously.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Accompanying drawing explanation
Fig. 1 is the structure chart of multiple-grooved car washing installation one embodiment of the present invention;
Fig. 2 is the structure chart of multiple-grooved car washing installation one embodiment of the present invention;
Fig. 3 A to Fig. 3 C is the structure chart of multiple-grooved car washing installation one embodiment of the present invention;
Fig. 4 is the flow chart of multiple-grooved laundering process one embodiment of the present invention;
Fig. 5 is the flow chart of multiple-grooved laundering process one embodiment of the present invention;
Fig. 6 is the flow chart of multiple-grooved laundering process one embodiment of the present invention;
Fig. 7 A to Fig. 7 B is the use schematic diagram of multiple-grooved car washing installation one embodiment of the present invention.
Wherein, Reference numeral
1,2 multiple-grooved car washing installation 11,21 first sinks
12,22 second sink 23 the 3rd sinks
15 first supervisor 150 second supervisors
151 first water inlet pipe 154 second row water pipes
161,163,261,263,265 inlet unit
1610,1630,2610,2630,2650 water inlets
162,164,262,264,266 drainage cells
1620,1640,2620,2640,2660 water discharge outlet
169,269 pump 18,28 driver elements
19,29 control systems 23 the 3rd sink
25 supervisor's 251 first water inlet pipes
252 first branch drain 253 second water inlet pipes
254 second branch drain 255 the 3rd water inlet pipes
256 the 3rd branch drain 268 dividing cell
2680 diffluence pass 280 filters
Bucket 802 outer barrel in 801
900 washings
Detailed description of the invention
Below in conjunction with accompanying drawing, structural principle of the present invention and operation principle are described in detail:
The invention provides a kind of can the washing machine of once washing variety classes, color and degree of fouling washings, take into account sanitation and hygiene problem, and utilize different Wash tub further, simplify a batch laundry flow process, and water and lotion can be reused in different washing step, to reach effect of water-saving and lotion.Washing machine of the present invention more can simplify operation, the shortening operating time of laundry flow process, more can save the space shared by multiple stage independence washing machine.
The invention provides in each washing step, the washing medium that sink uses, can be used for and continue to use to other sinks, therefore for use, except saving and treating wash time, more can reach saving washing medium simultaneously.
In an embodiment, in washing process, use in sink have sterilization, washing, hyperchromic, soft, add the additive that perfume acts on, all can be used as one of the composition of washing medium.Further, washing medium composition also can be water, soap, liquid soap, washing powder, laundry paks, liquid laundry detergent, ferment washing powder, disinfectant, bleaching water, soft clothing essence or trough washery agent, its add form can be Powdered, solution shape, bulk, sheet or latex are aqueous.This by this area has usual knowledge existing, therefore separately not repeat one by one at this, and be not exemplified as limit with above-mentioned.
Note, washing medium against current flowing and transmit in different sink and pipeline, therefore, water flow lines disclosed by the present invention, except the flowing of supply current, current have the ability transmitting washing medium simultaneously, therefore water flow lines also can be used as the pipeline transmitting washing medium.
Refer to the first embodiment of the present invention disclosed by Fig. 1, it is characterized in that disclosing a kind of multiple-grooved car washing installation 1, there is one first sink 11,1 second sink 12 and some driver elements 18.
As Fig. 1, washings to be cleaned or washing medium then can be placed in the first sink 11 and the second sink 12 according to different modes: such as the first sink 11 and the second sink 12 will use the different washing medium cleaning ability, and the washing medium that the difference that washings to be cleaned then uses corresponding to the first sink 11 and the second sink 12 cleans ability is inserted respectively; And such as according to washings itself pollution level classification, will treat that washings puts into the first sink 11 and the second sink 12 respectively.
First sink 11 connects the first water inlet pipe 151, first water inlet pipe 151 and flows to the first sink 11 in order to make current.First sink 11 connects the first supervisor 15, and this first supervisor 15 also connects the second sink 12, the second sink 12 is continued current that use first sink 11 discharges.
Second sink 12 connects second row water pipe 154, makes current discharge the second sink 12.Wherein, can comprise washing medium in current, washing medium can be strengthened cleaning the effect treating washings.
In addition, multiple-grooved car washing installation 1 comprises the second supervisor 150, inlet unit 161,163 and drainage cell 162,164, it is characterized in that, the second supervisor 150 connects the first water inlet pipe 151 and second row water pipe 154, can flow to the first sink 11 after making current discharge the second sink 12.
In addition, inlet unit 161 (can with reference to figure 3A Figure 26 1) has water inlet 1610 (can with reference to figure 3A2610), and water inlet 1610 can make current enter inlet unit 161 from outside, then enters the water flow lines that inlet unit 161 connects; In the same manner, drainage cell 162 (can with reference to figure 3B262) has water discharge outlet 1620 (can with reference to figure 3B2620), and water discharge outlet 1620 can make current be expelled to outside from drainage cell 162.
Hold, inlet unit 163 (can with reference to figure 3A261) has water inlet 1630 (can with reference to figure 3A2610), and water inlet 1630 can make current enter inlet unit 163 from outside, then enters the water flow lines that inlet unit 163 connects; In the same manner, drainage cell 164 (can with reference to figure 3B262) has water discharge outlet 1640 (can with reference to figure 3B2620), and water discharge outlet 1640 can make current be expelled to outside from drainage cell 164.
Inlet unit 161,163 is arranged at the first water inlet pipe 151 respectively and is responsible on 15 near first of the second sink 12, enter the first water inlet pipe 151 to make current from the second supervisor 150 or water inlet 1610 and enter the first sink 11 again, or enter the second sink 12 from the first supervisor 15 or water inlet 1630.It should be noted that the setting position of inlet unit 161,163, with its effect that flows in water flow lines for the current reached be as the criterion, therefore not above rheme is set to limit, this by this area has usual knowledge existing, therefore separately not repeat at this.
Drainage cell 162,164 is arranged at respectively on first supervisor 15 and second row water pipe 154 of the first sink 11, flow to the first supervisor 15 after discharging the first sink 11 to make current or water discharge outlet 1620 is discharged, or flow to the second supervisor 150 after making current discharge the second sink 12 or water discharge outlet 1640 flows.It should be noted that the setting position of drainage cell 162,164, with its effect that flows in water flow lines for the current reached be as the criterion, therefore not above rheme is set to limit, this by this area has usual knowledge existing, therefore separately not repeat at this.
In addition, in water flow lines of the present invention, for the difficulty avoiding the height of water or hydraulic pressure deficiency to cause current flow, by pump installation with auxiliary by current by lower dispatch to eminence or increase hydraulic pressure, to solve the flow difficulties of current water flow lines between different sink.
Therefore, as shown in Figure 1, multiple-grooved car washing installation 1 comprises pump 169, is arranged at second row water pipe 154 respectively, and/or the first supervisor's 15 is upper.Pump 169 provides power to make current by lower dispatch to eminence or increase hydraulic pressure, and current can be flowed towards anticipated orientation, and its position is not limited with above-mentioned.
Multiple-grooved car washing installation 1 of the present invention comprises control system 19, control system 19 connects and controls inlet unit 161,163 and drainage cell 162,164 (omit control signal in icon and transmit circuit), in order to open, close and regulate the uninterrupted of current in above-mentioned water flow lines, and aforementioned water flow lines of can arranging in pairs or groups further is to form several current turnover situation between the first sink 11 and the second sink 12.
Multiple-grooved car washing installation 1 of the present invention comprises some driver elements 18, link the first sink 11 and the second sink 12 respectively, by control system 19, control some driver elements 18 to rotate in order to drive the first sink 11 and the second sink 12 respectively, reach the washing procedure performed in washing step, it is characterized in that washing procedure can be and utilize water flow variation, with washing medium, washings to be cleaned is left standstill, soak, turbulent water, vibrations, drum rolls, pat, discharge wherein one or its combination program, this by this area has usual knowledge existing, therefore separately do not repeat one by one at this, and be not exemplified as limit with above-mentioned.
Refer to the second embodiment of the present invention disclosed by Fig. 2, it is characterized in that disclosing a kind of multiple-grooved car washing installation 2, have the first sink 21 and the second sink 22, washings to be cleaned or washing medium then can be placed in the first sink 21 and the second sink 22 according to difference classification.Such as the first sink 21 and the second sink 22 will use the different washing medium cleaning ability, and the washing medium that the difference that washings to be cleaned then uses corresponding to the first sink 21 and the second sink 22 cleans ability is inserted respectively; And such as according to washings itself pollution level classification, will treat that washings puts into the first sink 21 and the second sink 22 respectively.
First sink 21 connects the first water inlet pipe 251 respectively and the first branch drain 252, second sink 22 connects the second water inlet pipe 253 and the second branch drain 254 respectively.First water inlet pipe 251 and the first branch drain 252 connect supervisor 25, second water inlet pipe 253 respectively and the second branch drain 254 connects supervisor 25 respectively.First water inlet pipe 251 arranges inlet unit 261, and the second water inlet pipe 253 arranges inlet unit 263.First branch drain 252 arranges drainage cell 262, the second branch drain 254 arranges drainage cell 264.
Hold, refer to Fig. 3 A, inlet unit 261 has water inlet 2610, and water inlet 2610 can make current enter inlet unit 261 from outside, then enters the water flow lines that inlet unit 261 connects; In the same manner, refer to Fig. 3 B, drainage cell 262 has water discharge outlet 2620, and current can be made to be expelled to outside from drainage cell 262.
As shown in Figure 2, inlet unit 261 is arranged on the first water inlet pipe 251, makes current enter the first water inlet pipe 251 from supervisor 25 or water inlet 2610, then enters the first sink 21.
In addition, drainage cell 262 is arranged on the first branch drain 252, makes the current in the first sink 21 discharge the first branch drain 252 and discharged to supervisor 25 or water discharge outlet 2620.
It should be noted that the setting position of inlet unit 261 and drainage cell 262 with its effect that flows in water flow lines for the current reached be as the criterion, therefore not above rheme is set to limit, this by this area has usual knowledge existing, therefore separately not repeat at this.
Further illustrate, inlet unit 263 is arranged on the second water inlet pipe 253, makes current enter the second water inlet pipe 253 from supervisor 25 or water inlet 2630, then enters the second sink 22.
In addition, drainage cell 264 is arranged on the second branch drain 254, makes the current in the second sink 22 discharge the second branch drain 254 and discharged to supervisor 25 or water discharge outlet 2640.
It should be noted that the setting position of inlet unit 263 and drainage cell 264 with its effect that flows in water flow lines for the current reached be as the criterion, therefore not above rheme is set to limit, this by this area has usual knowledge existing, therefore separately not repeat at this.
In addition, in water flow lines of the present invention, be the difficulty avoiding the height of water or hydraulic pressure deficiency to cause current flow, by pump installation with auxiliary by current by lower dispatch to eminence or increase hydraulic pressure.In one embodiment, multiple-grooved car washing installation 2 comprises pump 269, is arranged at the upper of the first branch drain 252 and the second branch drain 254 respectively.Pump 269 provides power to make current by lower dispatch to eminence or increase hydraulic pressure, and its position is not limited with above-mentioned.
Multiple-grooved car washing installation 2 of the present invention also comprises control system 29, control system 29 connects and controls inlet unit 261,263 and drainage cell 262,264, in order to open, close and regulate the uninterrupted of current in above-mentioned water flow lines, and aforementioned water flow lines of can arranging in pairs or groups further is to form several current turnover situation between the first sink 21 and the second sink 22.
Multiple-grooved car washing installation 2 of the present invention also comprises some driver elements 28, link the first sink 21 and the second sink 22 respectively, by control system 29, controlling some driver elements 28 drives the first sink 21 and the second sink 22 to rotate respectively, reaches the washing procedure performed in washing step.
Multiple-grooved car washing installation 2 of the present invention comprises the 3rd sink the 23, three sink 23 and connects the 3rd water inlet pipe 255 and the 3rd branch drain 256 respectively.3rd water inlet pipe 255 and the 3rd branch drain 256 connect supervisor 25 respectively.3rd water inlet pipe 255 arranges inlet unit 265, and the 3rd branch drain 256 arranges drainage cell 266.
Further illustrate, inlet unit 265 is arranged on the 3rd water inlet pipe 255, current are made to enter the 3rd water inlet pipe 255 from supervisor 25 or water inlet 2650, enter the 3rd sink 23 again, in addition, drainage cell 266 is arranged on the 3rd branch drain 256, makes the current of the 3rd sink 23 discharged to supervisor 25 or water discharge outlet 2660.It should be noted that the setting position of inlet unit 265 and drainage cell 266 with its effect that flows in water flow lines for the current reached be as the criterion, therefore not above rheme is set to limit, this by this area has usual knowledge existing, therefore separately not repeat at this.
In addition, in water flow lines of the present invention, for the difficulty avoiding the height of water to cause current to flow, by pump arrangement with auxiliary by current by lower dispatch to eminence or increase hydraulic pressure, to solve the flow difficulties in the water flow lines of current between the first sink 21, second sink 22 and the 3rd sink 23; In another embodiment, multiple-grooved car washing installation 2 comprises pump 269 and is arranged at the upper of the 3rd branch drain 256 respectively.Pump 269 provides power to make current by lower dispatch to eminence or increase hydraulic pressure, and its position is not limited with above-mentioned.
Multiple-grooved car washing installation 2 of the present invention comprises control system 29, refer to Fig. 3 A, Fig. 3 B and Fig. 3 C, control system 29 connects and controls inlet unit 261,263,265, drainage cell 262,264,266 (graphic middle omission control signal bang path), and dividing cell 268, in order to open, close and regulate the uninterrupted of current in above-mentioned water flow lines, and aforementioned water flow lines of can arranging in pairs or groups further is to form several current turnover situation between the first sink 21, second sink 22 and the 3rd sink 23.
Multiple-grooved car washing installation 2 of the present invention also comprises some driver elements 28, link the first sink 21, second sink 22 and the 3rd sink 23 respectively, by control system 29, control some driver elements 28 to rotate in order to drive the first sink 21, second sink 22 and the 3rd sink 23 respectively, reach the washing procedure performed in washing step.
Further illustrate, refer to Fig. 3 C, the second water inlet pipe 253 and supervisor 25 intersections have dividing cell 268, make the current flowing through dividing cell 268 can pass in and out the second water inlet pipe 253 or supervisor 25.From the current that the first sink 21 flows out, enter supervisor 25 by the first branch drain 252, and the other end that can be entered supervisor 25 by dividing cell 268 is to enter the 3rd sink 23; Or the second water inlet pipe 253 can be entered to enter the second sink 22 by the diffluence pass 2680 of dividing cell 268.
From the current that the 3rd sink 23 flows out, supervisor 25 is entered by the 3rd branch drain 256, and the other end that can be entered supervisor 25 by dividing cell 268 is to enter the first sink 21, or the second water inlet pipe 253 can be entered to enter the second sink 22 by the diffluence pass 2680 of dividing cell 268.
From the current that the second sink 22 flows out, enter supervisor 25 by the second branch drain 254, and enter the first sink 21 by the other end that dividing cell 268 can enter supervisor 25, or enter the 3rd water inlet pipe 255 and enter the 3rd sink 23.That is dividing cell can assist to control selected washing medium is discharged into another groove various possible permutation and combination by arbitrary groove.
In the first embodiment and the second embodiment, multiple-grooved car washing installation 1,2 of the present invention comprises some driver elements 18,28, link the first sink 11,21 and second sink 12,22 respectively, comprise the 3rd sink 23, by control system 19,29, control driver element 18,28 in order to drive the first sink 11,21 and second sink 12,22 respectively, comprise driving the 3rd sink 23 and rotate, reach the washing procedure performed in washing step.
In an embodiment, the first sink 11,21, second sink the 12,22 and the 3rd sink 23 has interior bucket 801 and outer barrel 802 respectively.Outer barrel 802 is for holding water and washing medium, and interior bucket 801 is arranged at the interior of outer barrel 802 and holds washings.In addition, driver element 18,28 can comprise but not be limited to motor, and by belt, assembly pulley, gear mechanism group and clutch group, in driving, bucket 801 rotates.This by this area has usual knowledge existing, therefore separately not repeat at this.
In an embodiment, the first water inlet pipe 251, second water inlet pipe 253 and the 3rd water inlet pipe 255 are equipped with filter 280 respectively.Filter 280 is in order to filtration washing medium, and to remove the material that in a mao thread, paper scrap, foreign material or washing process, other must be removed, its installation position is not limited with above-mentioned.
In the first embodiment and the second embodiment, the function mode of washing procedure, for control system 19,29 controls driver element 18,28 in order to drive bucket 801 in the first sink 11,21, second sink the 12,22 and the 3rd sink 23 respectively, make interior bucket 801 in certain hour, carry out continuously or interval, regular or irregular, at a high speed, the rotation that replaces of clockwise and counterclockwise, to cause water flow variation.
Further, control system 19,29 controls driver element 18,28 to drive interior bucket 801, causes water flow variation continuously or intermittently, with rule or irregular rotation, carry out washing procedure in certain hour.
Such as, in driver element 18,28 drives, bucket 801 rotates, and manufactures strong stream and coordinates washing medium to clean washings.
Such as driver element 18,28 drives interior bucket 801 to rotate with clockwise and anticlockwise again, manufactures current to clean washings or constantly to pull washings to press close to mutually and to throw away.Or, washings 900 in the rotation that driver element 18,28 drives in bucket 801 constantly high by throwing, throw.Or bucket 801 rotates washing medium and washings in driver element 18,28 drives.
Or, bucket 801 high speed rotating in driver element 18,28 drives, and by introducing in air to interior bucket 801, to reduce the moisture of washings, dewater to make washings fast.
In an embodiment, driver element 18,28 does not drive interior bucket 801, and the current of interior bucket 801 are static, and washing medium can washing by soaking thing.
Refer to the third embodiment of the present invention disclosed by Fig. 4, disclose a kind of multiple-grooved laundering process, apply to the multiple-grooved car washing installation 1,2 in the first embodiment and the second embodiment, such as there is the first sink 11,21 and second sink 12,22, to reach the effect of saving water and saving washing medium.
First, washings is placed in respectively the first sink 11,21 and second sink 12,22 (S301).
The aforementioned mode classification put into by washings has following two kinds at least:
The first, the first sink 11 and the second sink 12 will use the different washing medium cleaning ability, and the washing medium that the difference that washings to be cleaned then uses corresponding to the first sink 11 and the second sink 12 cleans ability is inserted respectively.Such as put into the clean ability of the washing medium of the first sink 11,21, be better than the clean ability of the washing medium putting into the second sink 12,22.The clean ability such as putting into again the washing medium of the first sink 11,21 is increase the clean ability of gorgeous, to put into the second sink 12,22 washing medium for sterilization.
The second, according to washings itself pollution level classification.Such as put into the wish washings of the first sink 11,21, that compares is lower totally in the wish washings putting into the second sink 12,22.
Then, washing medium is placed in the first sink 11,21 (S302), is soaked in water and/or washing medium with the washings of the first sink 11,21.
Make the first sink 11,21 start washing procedure (S303), control some driver elements 18,28 by control system 19,29 and rotate to drive the first sink 11,21 respectively, reach washing procedure.
Then, make the first sink 11,21 discharge water and/or washing medium, and transmit as the second sink 12,22 (S304).Wherein, the water used by control drainage cell 162,262, first sink 11,21 of control system 19,29 and/or washing medium, can via the first supervisor 15, supervisor 25 and supply the second sink 12,22 and to continue use.
Then, the second sink 12,22 starts washing procedure (S305).The washings of the second sink 12,22 is soaked in water in the second sink 12,22 and/or washing medium, and rotated, to reach washing procedure in order to drive the second sink 12,22 respectively by the some driver elements 18,28 of control system 19,29 control;
Then, the second sink 12,22 is made to discharge water and/or washing medium (S306).
Refer in the fourth embodiment of the present invention disclosed by Fig. 5, disclose a kind of multiple-grooved laundering process, apply to above-mentioned multiple-grooved car washing installation 2, it has the first sink 21 and the second sink 22, and the 3rd sink 23.
First, washings is placed in respectively the first sink 21, second sink 22 and the 3rd sink 23 (S401), it is characterized in that, the mode classification as previously mentioned washings put into.
Hold, as the step of the 3rd embodiment, be sequentially and washing medium is placed in the first sink 21 (S402), the first sink 21 starts washing procedure (S403), make the first sink 21 discharge water and/or washing medium and transmit to start washing procedure (S405) as the second sink 22 (S404), the second sink 22, make the second sink 22 discharge water and/or washing medium and transmit as the 3rd sink 23 (S406).
In the same manner, the water used by control drainage cell 264, second sink 22 of control system 29 and/or washing medium, can flow to the 3rd water inlet pipe 255 via supervisor 25, and supply the 3rd sink 23 and to continue use.Connect, the 3rd sink 23 is made to start washing procedure (S407), the washings of the 3rd sink 23 is soaked in water and/or washing medium, and controls some driver elements 28 by control system 29 and rotate, to reach washing procedure in order to drive the 3rd sink 23 respectively.
Refer to Fig. 6, in the 5th embodiment, in conjunction with multiple-grooved car washing installation 1 of the present invention, disclose a kind of multiple-grooved laundering process further.
First, washings is placed in respectively the first sink 11 and the second sink 12 (S501).
Then, differentiate whether use the first sink 11 (S502).If do not use the first sink 11, then differentiate and whether use the second sink 12 (S507), above step according to user demand, can determine whether independently use the first sink 11 or the second sink 12.In step S502, if determine use first sink 11, then transmit washing medium from outside and enter the first sink 11 (S503), it is characterized in that inlet unit 161, washing medium can be made to enter the first water inlet pipe 151 and the first sink 11 via water inlet 1610 from outside, make the first sink 11 tool washing medium (S504).Then, the first sink 11 carries out washing procedure (S505).
Then, differentiate that whether the first sink 11 is toward externally drained (S506), if, then exhaust unit 162 can make washing medium be discharged toward outside by water discharge outlet 1620, so the first sink 11 discharges washing medium (S514) toward outside, that is the second sink 12 does not continue the washing medium of use first sink 11.
Hold step S506, if the first sink 11 is not toward externally drained, then the inlet unit 163 of the second sink 12 can make washing medium flow into the first supervisor 15 and enter the second sink 12, that is give the second sink from the first sink transmission washing medium (S508), so the second sink 12 tool washing medium (S510), and the second sink 12 carries out washing procedure (S511).
In addition, in step S507, if determine use second sink 12, then transmit washing medium (S509) from outside, such as make washing medium from outside by water inlet 1630 by inlet unit 163, and transmit washing medium (S510) toward the second sink 12.
To step S511, after the second sink 12 terminates washing procedure, differentiate that whether the second sink 12 is toward externally drained (S512), if so, the washing medium of the second sink 12 passes through water discharge outlet 1640 toward outside drain (S515); If not, then transmit washing medium (S513) from the second sink 12, the second supervisor 150 that such as exhaust unit 164 can make washing medium be connected by second row water pipe 154, transmit washing medium toward the first sink 11.
Multiple-grooved laundering process of the present invention, can make the second sink 12 continue the washing medium of use first sink 11; Further, the second sink 12 continue use first sink 11 washing medium after, again repeat transmission first sink 11 and use.Meanwhile, the first sink 11 can independently be introduced or discharge washing medium, and the second sink 12 also can independently be introduced or discharge washing medium.In addition, multiple-grooved laundering process of the present invention, more can independently use the first sink 11 or the second sink 12 according to user demand.
Referring to Fig. 7 A, is the schematic diagram for multiple-grooved car washing installation 1, and multiple-grooved car washing installation 1 has the first sink 11 and the second sink 12.Washings 900 for washing can put into the first sink 11 and the second sink 12 respectively according to pollution level, such as, the shirt class of washings 900 is put into the first sink 11, trousers class puts into the second sink 12.
Referring to Fig. 7 B, is the schematic diagram for multiple-grooved car washing installation 2, and multiple-grooved car washing installation 2 has the first sink 21, second sink 22 and the 3rd sink 23.Washings 900 for washing can put into the first sink 21 and the second sink 22 and the 3rd sink 23 respectively according to pollution level.The shirt of such as washings 900 or infants' wear class are put into the first sink 21, dark clothes, overcoat or trousers class and are put into the second sink 22, pedal pad, socks or rag class and then put into the 3rd sink 23.Washing medium can utilize the water flow lines in above-described embodiment, to reach saving washing medium, and simplifies a batch effect for laundry flow process, and takes into account sanitation and hygiene problem.
Further illustrate, multiple-grooved car washing installation 2 can be used alone wherein one of the first sink 21, second sink 22 and the 3rd sink 23; Or, use the first sink 21, second sink 22 and the 3rd sink 23 simultaneously, or use the flexible cooperation running of wantonly two sinks simultaneously.In addition, multiple-grooved car washing installation 1,2 of the present invention can be drum-type or vertical type sink, and not as limit.
Special instruction, the first sink 11,21, second sink the 12,22 and the 3rd sink 23 one water and/or washing medium can partly or entirely supply another use, or discharge.In like manner, one of the first sink 11,21, second sink the 12,22 and the 3rd sink 23 also partly or entirely can accept another water and/or washing medium, or adds water and/or washing medium from outside.
Described in the system of description perhaps, must and the not restriction of the present invention of change wording.The technical term that description uses, mainly in order to carry out the description of specific embodiment, is not restriction of the present invention.Odd number value that description uses (as one and as described in) also can be multiple, unless had explicitly bright in description.A device such as mentioned by description can include the combination of two or more device, and the material that description is carried then can include the mixing of many kinds of substance.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the present invention.
Claims (19)
1. a multiple-grooved laundering process, is characterized in that, comprising:
Some washings are placed in respectively one first sink and one second sink;
One washing medium is placed in described first sink;
Described first sink is made to start one first washing procedure;
Make described first sink discharge described washing medium, and transmit described washing medium to described second sink; And
Make described second sink start one second washing procedure, and discharge described washing medium to outside;
Wherein, described first washing procedure and described second washing procedure utilize water flow variation, and described washing medium is washed described washings.
2. multiple-grooved laundering process as claimed in claim 1, is characterized in that, after making described second sink discharge described washing medium to outside step, comprises and transmits described washing medium to the 3rd sink.
3. multiple-grooved laundering process as claimed in claim 2, is characterized in that, after the step transmitting described washing medium to the 3rd sink, comprises a step: make described 3rd sink start one the 3rd washing procedure.
4. multiple-grooved laundering process as claimed in claim 1, is characterized in that, after making described second sink discharge described washing medium to outside step, comprises and transmits described washing medium to described first sink.
5. a multiple-grooved car washing installation, is characterized in that, comprising:
One first sink, one first supervisor and one first water inlet pipe, described first water inlet pipe makes current flow to described first sink;
One second sink and a second row water pipe, described first supervisor connects described second sink and makes current flow to described second sink, and described second row water pipe makes current discharge described second sink;
Some driver elements, link described first sink and described second sink respectively; And
One control system, links each described driver element respectively, and controls each described driver element described first sink and described second sink are rotated.
6. multiple-grooved car washing installation as claimed in claim 5, is characterized in that, comprises one second supervisor, and described second supervisor connects described first water inlet pipe and described second row water pipe, makes current flow to described first sink after described second sink of discharge.
7. multiple-grooved car washing installation as claimed in claim 6, it is characterized in that, comprise an inlet unit, described inlet unit is arranged on described first water inlet pipe, and connect described control system and there is a water inlet, described control system controls described inlet unit, makes current enter described first water inlet pipe from described second supervisor or described water inlet.
8. multiple-grooved car washing installation as claimed in claim 5, it is characterized in that, comprise an inlet unit, described inlet unit is arranged on described first supervisor, and connect described control system and there is a water inlet, described control system controls described inlet unit, makes current enter described second sink from described first supervisor or described water inlet.
9. multiple-grooved car washing installation as claimed in claim 5, it is characterized in that, comprise a drainage cell, it is upper near described first sink place that described drainage cell is arranged at described first supervisor, and connect described control system and there is a water discharge outlet, make the current of described first sink of outflow toward described first supervisor or described water discharge outlet.
10. multiple-grooved car washing installation as claimed in claim 6, it is characterized in that, comprise a drainage cell, described drainage cell is arranged on described second row water pipe, and connect described control system and there is a water discharge outlet, make the current of described second sink of outflow toward described second supervisor or described water discharge outlet.
11. multiple-grooved car washing installations as claimed in claim 6, it is characterized in that, comprise at least one pump, described pump be arranged at described first supervisor upper on described first sink place, described second row water pipe or described first supervisor upper in described first sink place and described second row water pipe wherein one, described pump provides power to make current by lower dispatch to eminence or increase hydraulic pressure.
12. 1 kinds of multiple-grooved car washing installations, is characterized in that, comprising:
One supervisor;
One first sink, has one first water inlet pipe and one first branch drain, and described first water inlet pipe and described first branch drain connect described supervisor;
One second sink, has one second water inlet pipe and one second branch drain, and described second water inlet pipe and described second branch drain connect described supervisor;
Some driver elements, link described first sink and described second sink respectively; And
One control system, links each described driver element and makes to drive described first sink and described second sink to rotate respectively.
13. multiple-grooved car washing installations as claimed in claim 12, it is characterized in that, comprise an inlet unit, described inlet unit is arranged on described first water inlet pipe, and connect described control system and there is a water inlet, described control system controls described inlet unit, makes current enter described first sink from described first water inlet pipe or described water inlet.
14. multiple-grooved car washing installations as claimed in claim 12, it is characterized in that, comprise an inlet unit, described inlet unit is arranged on described second water inlet pipe, and connect described control system and there is a water inlet, described control system controls described inlet unit, makes current enter described second sink from described second water inlet pipe or described water inlet.
15. multiple-grooved car washing installations as claimed in claim 12, it is characterized in that, comprise a drainage cell, described drainage cell is arranged on described first branch drain, and connect described control system and there is a water discharge outlet, make the current of described first sink of outflow flow to described first branch drain or described water discharge outlet.
16. multiple-grooved car washing installations as claimed in claim 12, it is characterized in that, comprise a drainage cell, described drainage cell is arranged on described second branch drain, and connect described control system and there is a water discharge outlet, make the current of described second sink of outflow flow to described second branch drain or described water discharge outlet.
17. multiple-grooved car washing installations as claimed in claim 12, it is characterized in that, comprise at least one pump, described pump be arranged on described first branch drain, on described second branch drain or on described first branch drain and the second branch drain wherein one, described pump provides power to make current by lower dispatch to eminence or increase hydraulic pressure.
18. multiple-grooved car washing installations as claimed in claim 12, is characterized in that, comprising:
One the 3rd sink;
One the 3rd water inlet pipe and one the 3rd branch drain connect described supervisor, make current be flow to and discharge described 3rd sink; Wherein, described 3rd sink of a link of each described driver element, rotates to drive described 3rd sink;
One inlet unit, be arranged on described 3rd water inlet pipe, and connect described control system and have a water inlet, described control system controls described inlet unit, makes current enter described 3rd sink from described 3rd water inlet pipe or described water inlet;
One drainage cell, is arranged on described 3rd branch drain, and connects described control system and have a water discharge outlet, makes the current of described 3rd sink of outflow flow to described 3rd branch drain or described water discharge outlet; And
One pump, is arranged at described 3rd branch drain, and described pump provides power to make current by lower dispatch to eminence or increase hydraulic pressure.
19. multiple-grooved car washing installations as claimed in claim 18, it is characterized in that, comprise at least one dividing cell, described dividing cell has a diffluence pass, described dividing cell connects described control system and is arranged at described second water inlet pipe and the upper intersection of described supervisor, makes the current flowing through described dividing cell can enter described second water inlet pipe or described supervisor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510880880.0A CN105386272A (en) | 2015-12-03 | 2015-12-03 | Multi-tank clothes washing device and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510880880.0A CN105386272A (en) | 2015-12-03 | 2015-12-03 | Multi-tank clothes washing device and method |
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| CN105386272A true CN105386272A (en) | 2016-03-09 |
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| CN201510880880.0A Pending CN105386272A (en) | 2015-12-03 | 2015-12-03 | Multi-tank clothes washing device and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111088633A (en) * | 2020-01-07 | 2020-05-01 | 珠海格力电器股份有限公司 | Washing chamber with spray washing mode |
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| EP1614793A1 (en) * | 1999-08-11 | 2006-01-11 | Pharmagg Systemtechnik GmbH | Method and device for wet treatment of laundry |
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| EP1614793A1 (en) * | 1999-08-11 | 2006-01-11 | Pharmagg Systemtechnik GmbH | Method and device for wet treatment of laundry |
| CN2522444Y (en) * | 2001-06-12 | 2002-11-27 | 徐红 | Water-saving fully-automatic washing machine capable separately washing clothes |
| CN101922098A (en) * | 2009-06-09 | 2010-12-22 | 冉伊虹 | Washing machine with two washing cavities |
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Application publication date: 20160309 |