CN1779017A - Water-supply control of washer - Google Patents
Water-supply control of washer Download PDFInfo
- Publication number
- CN1779017A CN1779017A CN 200410072816 CN200410072816A CN1779017A CN 1779017 A CN1779017 A CN 1779017A CN 200410072816 CN200410072816 CN 200410072816 CN 200410072816 A CN200410072816 A CN 200410072816A CN 1779017 A CN1779017 A CN 1779017A
- Authority
- CN
- China
- Prior art keywords
- water
- washing agent
- resettlement section
- setting
- time
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Detergent Compositions (AREA)
Abstract
The invention is about the controlled method of the water supply for the washer. The mechanism is used to open the water supply valve at the first setting time and close it at the second setting time through and through to control the water flow flooding into the tank. So it can avoid the water and the scour overflow to keep the tank clean.
Description
Technical field
The present invention relates to the washing machine technical field, a kind of water-supply control of washing machine more particularly is control is supplied water in the relevant washing agent resettlement section that washing agent arranged to the inside a washing machine water-supply control.
Background technology
Generally, washing machine is to remove dirt on clothes, the bedding etc. in the cylinder (below, be called for short washings) for the effect that utilizes water and washing agent, cleans the device of washings by processes such as washing, rinsing, dehydration, oven dry.
Fig. 1 is the washing machine oblique view of the prior art opened above, and Fig. 2 is the inner schematic drawing of the washing machine of prior art.
Washing machine comprises the outer bucket 10 that is supported on casing 2 inside and be filled with water w and washing agent by buffering, be installed in rotation on the inboard of outer bucket 10 and place the cylinder 20 of washings (m), the driving means 30 of swing roller 20 in order to make washings (m) washing/rinsing/dehydration/oven dry, for 10 li water supply installations 40 that inject water (w) and supply water of outer bucket from the outside, to be installed in water supply installation 40 1 sides and to be formed with the detergent delivery device 50 of washing agent resettlement section and water supply in order washing agent being blended in supply with in the water, discharge outer bucket 10 internal contamination water and from drainage arrangement 60 formations of the water of washings (m) dehydration to the outside.
Most feed water valves 42 are by most cold water valve 42a, 42b, and 42c and a warm water valve 42d constitute.
Most water supply hoses 43 are by most cold water flexible pipe 43a, 43b, and a 43c and a warm water flexible pipe (43d) constitute.
After foregoing washing machine, 20 li on cylinder are put into washings m, if the starting washing machine confirms whether the user has selected washing process, when selecting washing process, supplies water in order to wash washings.
Reference marks 7 is input washing/rinsing/dehydration/process and control panels of the duration of runs such as oven dry.
Fig. 3 is the washing machine water-supply control programme diagram according to prior art.At first, washing machine is opened most feed water valve 42a, 42b, 42c, the some 42a among the 42d when supplying water.(S1，S2)
Feed water valve 42a when most, 42b, 42c, some 42a open among the 42d, water flows in the water supply hose 43a that connects with the feed water valve 42a that opens, and the inside of the inflow of the water in water supply hose 43a detergent delivery device 50, after the mixing of the washing agent in the detergent delivery device, flow into outer barrel 10 li by water supply telescoping tube 44.
The water level of washing machine perception 10 li water w of outer bucket or washing agent (below, be referred to as water or washing agent), and water level is proceeded water supply process till reaching designated water level.(S3)
When the water or the washing agent w of 10 li in outer bucket reach designated water level, close most feed water valve 42a, 42b, 42c, the some 42a among the 42d.(S4)
But, water-supply control according to the washing machine of prior art, when 50 li of detergent delivery devices are put into too much washing agent or the stifled match of washing agent detergent delivery device 50 water channels, because washing agent can not be discharged rapidly together with water, so the ambient contamination of detergent delivery device 50 and the shortcoming that can not quantitatively drop into washing agent are arranged.
Summary of the invention
The present invention invents for the shortcoming that solves above-mentioned prior art, and its purpose is, the water-supply control of the washing machine that a kind of anti-sealing and washing agent overflow is provided, and is maintained in the clean condition and quantitatively drops into washing agent around the washing agent bucket.
In order to solve above-mentioned problem, water-supply control according to washing machine of the present invention, it is characterized in that, during the 1st setting-up time, open the feed water valve that control water flows, in the washing agent bucket, inject water, and, during the 2nd setting-up time, close feed water valve, and carry out the process of opening feed water valve and closing feed water valve at the 2nd setting-up time repeatedly at the 1st setting-up time through behind the 1st setting-up time.
In addition, the 1st setting-up time and the 2nd setting-up time are not set at the feature that has nothing in common with each other according to most washing agent resettlement section on the washing agent bucket.
In addition, the 1st setting-up time is directly proportional with the washing agent resettlement section volume of washing agent bucket and is feature.
In addition, the 2nd setting-up time is inversely proportional to the washing agent resettlement section volume of washing agent bucket and is feature.
In addition, when preparation washing agent water supply pattern that supplies water in the preparation washing agent resettlement section on the washing agent bucket and the main washing agent water supply pattern that supplies water in the main washing agent resettlement section on the washing agent bucket, the 1st setting-up time and the 2nd setting-up time are set at the feature that has nothing in common with each other.
In addition, when the 2nd liquid detergent water supply pattern that supplies water in the 1st liquid detergent water supply pattern that supplies water in the 1st liquid detergent box on the main washing agent resettlement section and the 2nd liquid detergent box on above-mentioned preparation washing agent resettlement section, the 1st setting-up time and the 2nd setting-up time are set at the feature that has nothing in common with each other.
In addition, when the bleaching agent water supply pattern that supplies water in softener water supply pattern that supplies water in the softener resettlement section that is equipped with on the washing agent bucket and the bleaching agent resettlement section that is equipped with on the washing agent bucket, the 1st setting-up time and the 2nd setting-up time are set at the feature that has nothing in common with each other.
In addition, the water-supply control of washing machine is characterised in that, stops to supply water when the water level in the outer bucket reaches designated water level.
The effect of invention: according to the water-supply control of washing machine of the present invention, feed water valve is opened during the 1st setting-up time, during the 2nd setting-up time, close then, and carry out the 1st setting-up time repeatedly and open the process that feed water valve and the 2nd setting-up time are closed feed water valve, the discharge in the washing agent bucket is injected in control thus, anti-sealing or washing agent overflow, the state that keeps clean around the washing agent bucket, and also have the advantage that quantitatively drops into washing agent.
Description of drawings
Fig. 1 is the washing machine oblique view of opening above according to prior art.
Fig. 2 is the inner schematic drawing of the washing machine of prior art.
Fig. 3 is the washing machine water-supply control programme diagram of prior art.
Fig. 4 is washing machine water supply installation of the present invention and detergent delivery device exploded perspective view.
Fig. 5 is a washing machine detergent delivery device plane of the present invention.
Fig. 6 is the A-A line profile of Fig. 5.
Fig. 7 is the B-B line profile of Fig. 5.
Fig. 8 is a washing machine control block diagram of the present invention.
Fig. 9 is the water-supply control one embodiment programme diagram of washing machine of the present invention.
The explanation of accompanying drawing major part symbol:
40: water supply installation 42a, 42b, 42c, 42d: feed water valve
43a, 43b, 43c, 43d: water supply hose 44: water supply telescoping tube
50: detergent delivery device 52: washing agent bucket shell [housing]
54: washing agent bucket 56: the powder detergent resettlement section
58: main washing agent resettlement section 59: bleaching agent resettlement section
60: bleaching agent siphon lid 62: preparation washing agent resettlement section
63: softener resettlement section 64: the softener siphon lid
70: dispenser cap 72: top panel
73: main washing agent water supply stream 73a: main washing agent water supply rib
73b: main washing agent side water supply hole 74: preparation washing agent water supply stream
74a: preparation washing agent water supply rib 74b: preparation washing agent side water supply hole
75: bleaching agent water supply stream 75a: bleaching agent water supply rib
75b: bleaching agent side water supply hole 76: softener water supply stream
76a: softener water supply rib 76b: softener side water supply hole
78: lower panel 80: the liquid detergent box
92: the 2 liquid detergent boxes of 82: the 1 liquid detergent boxes
86,96: liquid detergent siphon lid 98: water level sensing device
99: control part
The specific embodiment
Specify the water-supply control of washing machine of the present invention below in conjunction with drawings and Examples.Fig. 4 is washing machine water supply installation of the present invention and detergent delivery device exploded perspective view, and Fig. 5 is the detergent delivery device plane according to washing machine of the present invention, and Fig. 6 is the A-A line profile of Fig. 5, and Fig. 7 is the B-B line profile of Fig. 5.
According to the water supply installation 40 of washing machine of the present invention as shown in Figure 4, comprise the water that flows into from external hose by control or the feed water valve 42a of washing agent flow, 42b, 42c, 42d is the feed water valve 42a that pass through most, 42b, 42c, the water that 42d flows into is to most water supply hose 43a of detergent delivery device 50 guiding, 43b, 43c, 44d is constituting by the water of detergent delivery device 50 or the water supply telescoping tube (bellowstube) 44 of the inner guiding of the outside bucket of washing agent.
The effect of water supply telescoping tube 44 is: the washing agent bucket shell 52 side air that will illustrate below making outwards bucket 10 flow, and utilize the water of 44 li of water supply telescoping tubes to condense from the steam of outer bucket 10 adverse currents during when the oven dry washings or at heated scrub.
Water supply telescoping tube 44 is to be formed continuously by ' ∪ ' shape the 1st bend 44a and ' ∩ ' shape the 2nd bend 44b, the horizontal part lower inside of the 1st bend 44a is immersed in the water, and the horizontal part following side that the horizontal part upper lateral part of the 1st bend 44a is positioned at than the 2nd bend 44b exceeds on the position of specified altitude assignment (h), thus among the 1st bend 44a among the inside upper part of horizontal part and the 2nd bend 44b inboard of horizontal part form air duct.
In addition, detergent delivery device 50 according to washing machine of the present invention is extremely shown in Figure 7 as Fig. 4, comprise by front and top washing agent bucket shell 52 of opening and following water supply telescoping tube 44 to connect, washing agent bucket 54 in the dismounting of direction discrepancy forwards, backwards of the inside of washing agent bucket shell 52, the top that is installed in washing agent bucket shell 52 is to 54 water supply of washing agent bucket and with most individual water supply hose 43a, 43b, 43c, the dispenser cap 70 that 44d connects can constitute from the liquid detergent box 80 of washing agent bucket 54 dismounting for mixing material washing agent in the water that flows into 54 li in washing agent bucket or the washing agent.
Be formed with on the washing agent bucket shell 52 to water supply telescoping tube 44 and discharge the water that falls from washing agent bucket 54 and the outlet 53 of washing agent.
Be formed with the 54b of grip hole portion on the front face 54a of washing agent bucket 54, its back side portion reaches goes up facial opening.
Be formed with powder detergent resettlement section 56 on the washing agent bucket 54, make powder detergent follow water to mix the back and supply with.
54 li in washing agent bucket is formed be separated by distance to a declared goal and the long separation side wall portion 54f of fore-and-aft direction length with the 54d of each two side portion, 54e, and powder detergent resettlement section 56 is divided into main washing agent resettlement section 58 and preparation washing agent resettlement section 62.
Integral body is formed with bleaching agent resettlement section 59 on the main washing agent resettlement section 58 of washing agent bucket 54, protrudes in the time of the 59 li dresses bleaching agent of bleaching agent resettlement section and is formed with the siphon pipe pipe 59a of portion.The bleaching agent siphon lid 60 of promising formation siphon pipe pipe 59a of portion and draining stream is installed on the bleaching agent resettlement section 59.
Bleaching agent resettlement section 59 forms as Fig. 4 and back quadrate part top in main washing agent resettlement section 58 shown in Figure 6, and its bottom surface sections is from the bottom surface sections of main washing agent resettlement section 58 distance to a declared goal of being separated by, and open above it.
The size that bleaching agent siphon lid 60 usefulness can cover above the bleaching agent resettlement section 59 forms, and also forms the promising 60a of hook hole portion that tangles hook 59b on the bleaching agent resettlement section 59, and the one side is formed with the bleaching agent that bleaching agent is passed through and drops into hole 60b.
Be formed with the be separated by bleaching agent siphon pipe pipe 60c of portion of distance to a declared goal in the bottom surface sections of bleaching agent siphon lid 60 with the siphon pipe pipe 59a of portion, make bleaching agent and water along it with rising on the space between the siphon pipe pipe 59a of portion.
Be formed with the extension projection 60d that when drawing washing agent bucket 54 forward, hangs on control panel 7 or the dispenser cap 70 on the bleaching agent siphon lid 60, but also be formed with elastic portion 60e.Elastic portion 60e pushes and hangs protruding 60d, and reduces the height of hanging protruding 60d, and the protruding 60d of extension is spun off from control panel 7 or dispenser cap 70.
In addition, be formed with main washing agent obstruction on the main washing agent resettlement section 58 of washing agent bucket 54 and prevent rib 61.Main washing agent stop up prevent rib 61 in the place ahead of bleaching agent resettlement section 59 be separated by distance to a declared goal and of bleaching agent resettlement section 59 with the bottom surface sections of main washing agent resettlement section 58 distance to a declared goal of being separated by, prevent that bleaching agent resettlement section 59 downsides are washed agent and stop up.
Integral body is formed with softener resettlement section 63 on the preparation washing agent resettlement section 62 of washing agent bucket 54, and 63 li of softener resettlement sections are protruded when containing softener and are formed with the siphon pipe pipe 63a of portion.The softener siphon lid 64 of promising formation siphon pipe pipe 63a of portion and draining stream is installed on softener resettlement section 63.
The size that softener siphon lid 64 usefulness can cover above the softener resettlement section 63 forms, and forms the promising 64a of hook hole portion that tangles hook 63b on the softener resettlement section 63, and the softener that forms promising supply softener in addition on the one side drops into hole 64b.
Bottom surface sections in softener siphon lid 64 is formed with the softener siphon pipe pipe 64c of portion.The softener siphon pipe pipe 64c of portion is with the siphon pipe pipe 63a of the portion distance to a declared goal of being separated by, and softener and water are risen on the space between the siphon pipe pipe 63a of portion to it.
In addition, be formed with the obstruction of preparation washing agent on the preparation washing agent resettlement section 62 of washing agent bucket 54 and prevent rib 65, prevent that softener resettlement section 63 downsides are washed the stifled match of agent.The preparation washing agent stop up prevent rib 65 in the place ahead of softener resettlement section 63 with softener resettlement section 63 distance to a declared goal of being separated by, and with the bottom surface sections of preparation washing agent resettlement section 62 distance to a declared goal of being separated by.
The main washing agent water supply rib 73a that forms main washing agent water supply stream 73 is arranged on the side in plate 72 and the lower panel 78 in the above, form the preparation washing agent water supply rib 74a of preparation washing agent water supply stream 74, form the bleaching agent water supply rib 75a of bleaching agent water supply stream 75, form the softener water supply rib 76a of softener water supply stream 76.
In addition, be formed with by-pass prot 73c on the main washing agent water supply rib 73a, make through a part of water of main washing agent water supply stream 73 front side water supply hole bypass in the main washing agent side water supply hole 73b of above-mentioned majority.
And, be formed with by-pass prot 74c on the preparation washing agent water supply rib 74a, make through a part of water of preparation washing agent water supply stream 74 front side water supply hole bypass in the preparation washing agent side water supply hole 74b of above-mentioned majority.
The 1st liquid detergent box 82 inserts the front part that is installed in main washing agent resettlement section 58 as shown in Figure 6, and inserting under the state of installing, in order to make the upper end lower than the upper end of main washing agent resettlement section 58, the height of its main washing agent resettlement section 58 that highly compares is low.
The 2nd liquid detergent box 92 inserts the front part that is installed in preparation washing agent resettlement section 62 as shown in Figure 7, and inserting under the state of installing, in order to make the upper end lower relatively than the upper end of preparation washing agent resettlement section 62, the height of its preparation washing agent resettlement section 62 that highly compares is low.
That is, the water that overflows from liquid detergent box 82,92 is discharged by space (t), can not flow into phenomenon in another adjacent space so water can not take place.
In addition, liquid detergent box 82,92 protrudes in a side and is formed with siphon pipe pipe portion 85,95, and the liquid detergent siphon lid 86,96 of promising formation siphon pipe pipe portion 85,95 and draining stream is installed on liquid detergent box 82,92.
Liquid detergent siphon lid 86,96 is formed with line part 86a, 96a.Line part 86a, 96a hang over liquid detergent box 82,92 wall confined liquid washing agent siphon lid 86,96 and rotate.
Be bent to form the 86b of expression portion of promising express liquid washing agent upper limit input amount on the liquid detergent siphon lid 86,96,96b.
Be formed with the be separated by liquid detergent siphon pipe pipe 86c of portion of distance to a declared goal with siphon pipe pipe portion 85,95 on the liquid detergent siphon lid 86,96,96c makes liquid detergent and water rise on the space between the siphon pipe pipe portion 85,95 to it.
Fig. 8 is according to washing machine control block diagram of the present invention.Include water level sensing device 98 and the outer inner bucket water position of control part 99 above-mentioned water level sensing device 98 perception as shown in Figure 8 according to washing machine of the present invention; Control part 99 is the most individual feed water valve 42a of control On/Off when supplying water, 42b, 42c, 42d, utilize most feed water valve 42a, 42b, 42c, 42d controls output, when the water level of water level sensing device 98 perception reaches more than the setting value, finish most feed water valve 42a, 42b, 42c, 42d On/Off and stop to supply water.
Fig. 9 is the water-supply control one embodiment programme diagram according to washing machine of the present invention.At first, during water supply, washing machine is opened most feed water valve 42a during the 1st setting-up time (x), 42b, and 42c, the some 42a among the 42d close most individual feed water valve 42a, 42b, 42c, the some 42a among the 42d then during the 2nd setting-up time (y).(S11，S12)
Here, the 1st setting-up time and the 2nd setting-up time are according to most washing agent resettlement section 58,59,62,63,80,92 settings that do not have nothing in common with each other on the washing agent bucket.
In addition, the 1st setting-up time is set at the washing agent resettlement section 58,59,62,63 with washing agent bucket 54,80,92 volumes are directly proportional best, and the 2nd setting-up time is set at the washing agent resettlement section 58,59 with washing agent bucket 54,62,63,80,92 volume is inversely proportional to best.
In addition, but crossed the 1st setting-up time (x), the feed water valve 42a that opens closes during the 2nd setting-up time (y), at this moment the detergent dissolution of 50 li of detergent delivery devices is in water, slowly discharge by water supply telescoping tube 44, the phenomenon that can not overflow of water and washing agent is pressed weight feed in the outer bucket thus.
Water or washing agent W (following water W and washing agent are called water or washing agent) water level that the outer bucket of washing machine perception is 10 li, and water level carries out foregoing water supply and the process of cutting off the water supply (that is On/Off feed water valve) till reaching designated water level repeatedly.(S13)
When the water or the washing agent W of 10 li in outer bucket reach designated water level, stop foregoing feed water valve On/Off process, then wash next process that waits.
Specify according to washing machine water supply control procedure of the present invention below with reference to the washing agent kind in the washing agent bucket.
At first, after carrying out prewashing with powder detergent, when will lead washing with powder detergent, from main washing agent resettlement section 58 and preparation washing agent resettlement section 62 take out the 1st liquid detergent box 82 and the 2nd liquid detergent box 92, main washing agent resettlement section 58 and preparation washing agent resettlement section are poured powder detergent into for 62 li separately.
Then, put into washings in the cylinder after, by operation control panel starting washing machine, then washing machine confirms whether the user has selected washing process, when washing process is selected, carries out water supply process in order to wash washings.
At this moment, from the feed water valve 42a of external hose to most, 42b, 42c, 42d supplies water, and supplies with water by most individual feed water valve 42a, 42b, 42c, the some 42a among the 42d supply to the preparation washing agent water supply stream 74 (preparation washing agent water supply pattern) of dispenser cap 70 inside, and fall the front part of preparation washing agent resettlement section 62 from most preparation washing agent side water supply hole 74b.
At this moment, in order to supply water and the feed water valve 42 control discharges of running, prevent to take place on the 2nd liquid detergent box 92 phenomenon of overflowing because of oversupplied water liquid detergent and water to preparation washing agent water supply stream 74.
Promptly, in order to supply water and the feed water valve 42a of running to preparation washing agent water supply stream 74, (x) opens during the 1st setting-up time, during the 2nd setting-up time (y), close then, and carry out the On/Off running till reaching designated water level to outer inner bucket water position repeatedly, the inner bucket water position reaches to be set to and decides water level outside above-mentioned, stops foregoing On/Off running.
Here, the 1st setting-up time (x) and the 2nd setting-up time (y) are best according to the volume settings of preparation washing agent resettlement section 62 separately.
In addition, when mixing with the powder detergent of 62 li of preparation washing agent resettlement sections, moves in the water of falling preparation washing agent resettlement section 62 front parts to the rear of preparation washing agent resettlement section 62, flow in the outer bucket by the inside of washing agent bucket shell 52 and the outlet 53 and the draining telescoping tube 44 of washing agent bucket shell 52 successively, be used for the prewashing of washings then.
In addition, prewashing finish after, lead washing, then from the feed water valve 42a of external hose to above-mentioned majority, 42b, 42c, 42d supplies water, and above-mentioned supply water is by most feed water valve 42a, 42b, 42c, another 42b among the 42d supply to 73 li of the main washing agent water supply streams (main washing agent water supply pattern) of dispenser cap 70 inside, and fall the front part of main washing agent resettlement section 58 from most main washing agent side water supply hole 73b.
At this moment, the feed water valve 42b of running controls discharge as prewashing in order to supply water to main washing agent water supply stream 73, prevents the phenomenon that liquid detergent and water overflow.
Promptly, in order to supply water and the feed water valve 42b of running to main washing agent water supply stream 74, during the 3rd setting-up time (x+3), open, during the 4th setting-up time (y-3), close then, the On/Off running is carried out till reaching designated water level repeatedly in outer inner bucket water position, decide water level when outer inner bucket water position reaches to be set to, stop foregoing On/Off running.
Here, the 3rd setting-up time (x+3) and the 4th setting-up time (y-3) are best according to the volume settings of main washing agent resettlement section 58 separately.
In addition, when mixing with the 58 li powder detergents in main washing agent resettlement section, the water of falling the front part of main washing agent resettlement section 58 flows to the rear of main washing agent resettlement section 58, flow in the outer bucket by the inside of washing agent bucket shell 52 and the outlet 53 and the draining telescoping tube 44 of washing agent bucket shell 52 successively, be used for the main washing of washings then.
In addition, wash by liquid after agent carries out prewashing, when washing agent by liquid when leading washing, the 2nd liquid detergent box 92 was inserted for 62 li in preparation washing agent resettlement section when the 1st liquid detergent box 82 was inserted in 58 li of main washing agent resettlement sections, and the 1st liquid detergent box 82 and the 2nd liquid detergent box are poured liquid detergent into for 92 li.
Then, after 20 li on cylinder is put into washings (m), close 5b to the doorstep, by operation control panel 7 starting washing machines, then washing machine confirms whether the user has selected washing process, when the user has selected washing process, supplies water in order to wash washings.
At this moment, from the feed water valve 42a of external hose to most, 42b, 42c, 42d supplies water, and supplies with water by most individual feed water valve 42a, 42b, 42c, the some 42a among the 42d supply to 74 li of the preparation washing agent water supply streams (the 2nd liquid detergent water supply pattern) of dispenser cap 70 inside, and fall the front part of preparation washing agent resettlement section 62 from most preparation washing agent side water supply hole 74b.
At this moment, in order to supply water and the feed water valve 42a control discharge of running, on the 2nd liquid detergent box 92, prevent the phenomenon of overflowing because of oversupplied water liquid detergent and water to preparation washing agent water supply stream 74.
Promptly, in order to supply water and the feed water valve 42a of running to preparation washing agent water supply stream 74, during the 5th setting-up time (x-1), open, during the 6th setting-up time (y+1), close then, and outer inner bucket water position reaches and carries out the On/Off running till the designated water level repeatedly, decide water level when outer inner bucket water position reaches to be set to, stop foregoing On/Off running.
Here, the 5th setting-up time (x-2) and the 6th setting-up time (y+2) are best according to the volume settings of the 2nd liquid detergent box 82.
In addition, fall the water of the front part of preparation washing agent resettlement section 62 and in the 2nd liquid detergent box 92, assemble, follow the liquid detergent of 92 li in the 2nd liquid detergent box to mix.
After liquid detergent that mixes and water rise on the space between the liquid detergent siphon pipe pipe 96c of portion of the siphon pipe pipe portion 95 by the 2nd liquid detergent box 92 and liquid detergent siphon lid 96 as shown in Figure 7, siphon pipe pipe portion 95 by the 2nd liquid detergent box 92 descends, and falls the bottom surface sections of preparation washing agent resettlement section 62.
Fall the liquid detergent and the water of the bottom surface sections of preparation washing agent resettlement section 62, rear priming to preparation washing agent resettlement section 62, flow into washing agent bucket shell 52, and the outlet 53 and the draining telescoping tube 44 of process washing agent bucket shell 52 flow in the outer bucket successively, and the liquid detergent and the water of supply are used for prewashing so thus.
After prewashing finishes, lead washing, then from the feed water valve 42a of external hose to most, 42b, 42c, 42d supplies water, and supply with water by most individual feed water valve 42a, 42b, 42c, another 42b among the 42d supplies to 73 li of the main washing agent water supply streams (the 1st liquid detergent water supply pattern) of dispenser cap 70 inside, and falls the front part of main washing agent resettlement section 58 from most main washing agent side water supply hole 73b.
At this moment, to control discharge when the feed water valve 42b of running is as prewashing in order supplying water to main washing agent water supply stream 73, to prevent the phenomenon that liquid detergent and water overflow.
Promptly, in order to supply water and the feed water valve 42b of running to main washing agent water supply stream 74, during the 7th setting-up time (x-1), open, during the 8th setting-up time (y+1), close then, and outer inner bucket water position reaches and carries out the On/Off running till the designated water level repeatedly, decide water level when outer inner bucket water position reaches to be set to, stop foregoing On/Off running.
Here, the 7th setting-up time (x-1) and the 8th setting-up time (y+1) are best according to the volume settings of the 1st liquid detergent box 82 separately.
In addition, fall the water of the front part of main washing agent resettlement section 58 and in the 1st liquid detergent box 82, assemble, and mix with the liquid detergent of 82 li in the 1st liquid detergent box.
Liquid detergent that mixes and water are as shown in Figure 6 on the space between the liquid detergent siphon pipe pipe portion (86c) of the siphon pipe pipe portion (85) by the 1st liquid detergent box 82 and liquid detergent siphon lid (86) behind the liter, siphon pipe pipe portion (85) through the 1st liquid detergent box 82 descends, and falls the bottom surface sections of main washing agent resettlement section 58.
The liquid detergent of bottom surface sections and the water of falling main washing agent resettlement section 58 flow to the rear of main washing agent resettlement section 58, flow into 52 li on washing agent bucket shell, and supply in the outer bucket 10 during as prewashing, are used for the main washing of washings then.
After washing machine is led washing as previously mentioned,, carry out next process according to rinse cycle and the dehydration selected then to outside water or the washing agent that pollutes of discharging of washing machine.
That is, if washing machine is selected rinse cycle, for to the 58 li water supply in main washing agent resettlement section, outer inner bucket water position reaches till the designated water level, to most feed water valve 42a, 42b, 42c, some valve 42b open among the 42d, inject new water, and the new water that supplies water follows when leading washing and supplies water equally, pass through the inside of dispenser cap 70 and fall main washing agent resettlement section 58, and move to the rear of main washing agent resettlement section 58, flow into 52 li on washing agent bucket shell.
The water that flows into 52 li on washing agent bucket shell is outwards supplied with in the bucket, is used for rinsing.
In addition, when dropping into the washing of bleaching agent, after lining, bleaching agent resettlement section (59) is poured bleaching agent into, start washing machine, then from the feed water valve 42a of external hose to most, 42b, 42c, 42d supplies water, and the water of supplying with is by most feed water valve 42a, 42b, 42c, another valve 42c among the 42d supplies to 75 li of the bleaching agent water supply streams (bleaching agent water supply pattern) of dispenser cap 70 inside, and falls the back quadrate part of main washing agent resettlement section 58 from most bleaching agent side water supply hole 75b.
At this moment, equally to control discharge when the feed water valve 42 of running is just with prewashing and main washing in order supplying water to bleaching agent water supply stream 74, to prevent the phenomenon that bleaching agent and water overflow.
Promptly, in order to supply water and the feed water valve 42 of running to bleaching agent water supply stream 75, during the 9th setting-up time (x-1), open, during the 10th setting-up time (y+1), close then, and outer inner bucket water position reaches and carries out the On/Off running till the designated water level repeatedly, decide water level when outer inner bucket water position reaches to be set to, stop foregoing On/Off running.
Here, the 9th setting-up time (x-1) and the 10th setting-up time (y+1) are best according to the volume settings of bleaching agent resettlement section 59.
In addition, fall the water of main washing agent resettlement section 58 back quadrate parts and in bleaching agent resettlement section 59, assemble, and mix with the bleaching agent of 59 li of bleaching agent resettlement sections.
Bleaching agent that mixes and water by bleaching agent resettlement section 59 siphon pipe pipe portion (59a) and the space between the bleaching agent siphon pipe pipe portion (60c) of bleaching agent siphon lid 60 on behind the liter, siphon pipe pipe portion (59a) by bleaching agent resettlement section 59 descends, fall the bottom surface sections of main washing agent resettlement section 58, and the bleaching agent that falls and water flows in the outer bucket 10 during just as prewashing and main washing, is used to bleach washings (m).
In addition, when will put into the rinsing of softener, after 63 li of softener resettlement sections are poured softener into, start washing machine, then washing machine is just as after washing as previously mentioned, at least carry out once above rinse cycle, thus the last time during rinsing softener be injected into together in the outer bucket with water.
Washing machine is before carrying out last rinsing, from the feed water valve 42a of external hose to above-mentioned majority, 42b, 42c, 42d supplies water, and supply with water by the individual feed water valve 42a of above-mentioned majority, 42b, 42c, 2 valve 42a among the 42d, 42b supplies to 76 li of the softener water supply streams (softener water supply pattern) of dispenser cap 70 inside, and falls the back quadrate part of preparation washing agent resettlement section 62 from most softener side water supply hole 76b.
At this moment, in order to supply water and the feed water valve 42a of running to softener water supply stream 76,42b controls discharge during just as prewashing and main washing, prevents the phenomenon that softener and water overflow.
Promptly, in order to supply water and the feed water valve 42a of running to softener water supply stream 76,42b, during the 11st setting-up time (x-4), open, during the 12nd setting-up time (y+4), close then, and outer inner bucket water position reaches and carries out the On/Off running till the designated water level repeatedly, decides water level when outer inner bucket water position reaches to be set to, and stops foregoing On/Off running.
Here, the 11st setting-up time (x-4) and the 10th setting-up time (y+4) are best according to the volume settings of softener resettlement section 63.
In addition, fall the water of the back quadrate part of preparation washing agent resettlement section 62 and in softener resettlement section 63, assemble, and mix with the softener of 62 li of softener resettlement sections.
Softener that mixes and water are by the siphon pipe pipe 63a of portion of softener resettlement section 63 and the softener siphon pipe pipe 64c of portion of softener siphon lid 64) between the space on rise after, the siphon pipe pipe 63a of portion by softener resettlement section 59 descends, fall the bottom surface sections of preparation washing agent resettlement section 62, and the bleaching agent that falls and water flows in the outer bucket 10 during just as prewashing and main washing, makes washings (m) soft more.
Claims (8)
1, a kind of water-supply control of washing machine, it is characterized in that during the 1st setting-up time, opening the feed water valve that control water flows, in the washing agent bucket, inject water, and through behind the 1st setting-up time, during the 2nd setting-up time, close feed water valve, and carry out the process of opening feed water valve and closing feed water valve at the 2nd setting-up time repeatedly at the 1st setting-up time.
2, the water-supply control of washing machine according to claim 1 is characterized in that the 1st setting-up time and the 2nd setting-up time are not set at according to most washing agent resettlement sections on the washing agent bucket to have nothing in common with each other.
3, the water-supply control of washing machine according to claim 1 and 2 is characterized in that the 1st setting-up time is directly proportional with the washing agent resettlement section volume of washing agent bucket.
4, the water-supply control of washing machine according to claim 1 and 2 is characterized in that the washing agent resettlement section volume of the 2nd setting-up time and washing agent bucket is inversely proportional to.
5, the water-supply control of washing machine according to claim 1, it is characterized in that the 1st setting-up time and the 2nd setting-up time are set at and have nothing in common with each other when preparation washing agent water supply pattern that supplies water in the preparation washing agent resettlement section on the washing agent bucket and the main washing agent water supply pattern that supplies water in the main washing agent resettlement section on the washing agent bucket.
6, the water-supply control of washing machine according to claim 5, it is characterized in that the 1st setting-up time and the 2nd setting-up time are set at and have nothing in common with each other when the 2nd liquid detergent water supply pattern that supplies water in the 1st liquid detergent water supply pattern that supplies water in the 1st liquid detergent box on the main washing agent resettlement section and the 2nd liquid detergent box on preparation washing agent resettlement section.
7, the water-supply control of washing machine according to claim 1, it is characterized in that the 1st setting-up time and the 2nd setting-up time are set at and have nothing in common with each other when the bleaching agent water supply pattern that supplies water in softener water supply pattern that supplies water in the softener resettlement section that is equipped with on the washing agent bucket and the bleaching agent resettlement section that is equipped with on the washing agent bucket.
8, according to the water-supply control of the described washing machine of claim 1 to 7, it is characterized in that when outside water level in the bucket stop when reaching designated water level supplying water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410072816 CN1779017A (en) | 2004-11-19 | 2004-11-19 | Water-supply control of washer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410072816 CN1779017A (en) | 2004-11-19 | 2004-11-19 | Water-supply control of washer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1779017A true CN1779017A (en) | 2006-05-31 |
Family
ID=36769470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200410072816 Pending CN1779017A (en) | 2004-11-19 | 2004-11-19 | Water-supply control of washer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1779017A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102535093A (en) * | 2010-07-06 | 2012-07-04 | 南京乐金熊猫电器有限公司 | A control method of the washing machine |
| CN105887421A (en) * | 2007-08-03 | 2016-08-24 | 荷兰联合利华有限公司 | Sequential enzyme delivery system |
| CN107044035A (en) * | 2017-05-31 | 2017-08-15 | 青岛海尔滚筒洗衣机有限公司 | A kind of washing machine hopper and washing machine |
| CN110191985A (en) * | 2017-01-18 | 2019-08-30 | Bsh家用电器有限公司 | Washings care appliance with control device |
-
2004
- 2004-11-19 CN CN 200410072816 patent/CN1779017A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105887421A (en) * | 2007-08-03 | 2016-08-24 | 荷兰联合利华有限公司 | Sequential enzyme delivery system |
| CN102535093A (en) * | 2010-07-06 | 2012-07-04 | 南京乐金熊猫电器有限公司 | A control method of the washing machine |
| CN102535093B (en) * | 2010-07-06 | 2014-04-16 | 南京乐金熊猫电器有限公司 | A control method of the washing machine |
| CN110191985A (en) * | 2017-01-18 | 2019-08-30 | Bsh家用电器有限公司 | Washings care appliance with control device |
| CN110191985B (en) * | 2017-01-18 | 2021-05-25 | Bsh家用电器有限公司 | Laundry care appliance with control device |
| CN107044035A (en) * | 2017-05-31 | 2017-08-15 | 青岛海尔滚筒洗衣机有限公司 | A kind of washing machine hopper and washing machine |
| WO2018219143A1 (en) * | 2017-05-31 | 2018-12-06 | 青岛海尔滚筒洗衣机有限公司 | Washing machine water storage tank and washing machine |
| CN107044035B (en) * | 2017-05-31 | 2021-03-30 | 青岛海尔洗涤电器有限公司 | Washing machine water storage tank and washing machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1256478C (en) | Apparatus for supplying detergent in washer | |
| CN1262705C (en) | A washing machine and dryer having being improved duct structure | |
| CN1168872C (en) | Drier for washing machine | |
| CN1239773C (en) | Washing machine | |
| CN1217049C (en) | Permeation washing machine and control method and bung thereof | |
| CN1179081C (en) | Drum washing machine | |
| CN1858329A (en) | Washing machine and suds removal method thereof | |
| CN1290618C (en) | Apparatus for making bran-free rice | |
| CN1746413A (en) | Washing machine | |
| CN1760425A (en) | Washing machine | |
| CN1345389A (en) | Washing and drying machine and dry cleaning machine | |
| CN1190629C (en) | Cooker hood | |
| CN1553973A (en) | Continuous tunnel batch washer apparatus | |
| CN1580357A (en) | Method for controlling drum-type washing machine | |
| CN1692079A (en) | Ion eluting unit and device loaded with same | |
| CN1690289A (en) | Washing drier | |
| CN1880545A (en) | Washer and dryer | |
| CN1779017A (en) | Water-supply control of washer | |
| CN1969076A (en) | Method for controlling washing machine | |
| CN1873083A (en) | Washing machine | |
| CN1926380A (en) | Steam generator and steam cooker mounting it | |
| CN1229536C (en) | Cylinder washing machine | |
| CN1219928C (en) | Washing machine | |
| CN1711947A (en) | Washing method of dishwasher | |
| CN1296547C (en) | Washing machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |