CN203683953U - Ion dissolving device, ion box and washing machine provided with ion dissolving device and ion box - Google Patents
Ion dissolving device, ion box and washing machine provided with ion dissolving device and ion box Download PDFInfo
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- CN203683953U CN203683953U CN201320727954.3U CN201320727954U CN203683953U CN 203683953 U CN203683953 U CN 203683953U CN 201320727954 U CN201320727954 U CN 201320727954U CN 203683953 U CN203683953 U CN 203683953U
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- 238000005406 washing Methods 0.000 title claims abstract description 213
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 329
- 238000003860 storage Methods 0.000 claims abstract description 90
- 238000003287 bathing Methods 0.000 claims description 47
- 230000007246 mechanism Effects 0.000 claims description 4
- 150000002500 ions Chemical class 0.000 abstract description 262
- 230000000844 anti-bacterial effect Effects 0.000 abstract description 14
- 239000008399 tap water Substances 0.000 abstract 2
- 235000020679 tap water Nutrition 0.000 abstract 2
- 230000018044 dehydration Effects 0.000 description 67
- 238000006297 dehydration reaction Methods 0.000 description 67
- 229910052709 silver Inorganic materials 0.000 description 51
- 239000004332 silver Substances 0.000 description 51
- BQCADISMDOOEFD-UHFFFAOYSA-N Silver Chemical compound [Ag] BQCADISMDOOEFD-UHFFFAOYSA-N 0.000 description 50
- 230000015572 biosynthetic process Effects 0.000 description 31
- FOIXSVOLVBLSDH-UHFFFAOYSA-N Silver ion Chemical compound [Ag+] FOIXSVOLVBLSDH-UHFFFAOYSA-N 0.000 description 27
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- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 2
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 description 2
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- NDVLTYZPCACLMA-UHFFFAOYSA-N silver oxide Chemical compound [O-2].[Ag+].[Ag+] NDVLTYZPCACLMA-UHFFFAOYSA-N 0.000 description 2
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 1
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Images
Abstract
The utility model relates to an ion dissolving device, an ion box and a washing machine provided with the ion dissolving device and the ion box. The ion dissolving device provided by the utility model is used for dissolving out ions in tap water at a sufficient ion concentration to perform antibacterial treatment on washings. The ion dissolving device comprises a water storage barrel for storing supplied tap water, a clapboard which constructs one side wall of the water storage barrel for the stored water to overflow and flow out, and an electrode which is arranged in the water storage barrel and is used for dissolving ions out of the stored water. Ions are dissolved out of water stored in the water storage barrel till ion adding water of desired ion concentration can be supplied during dissolving of ions from water overflowing out of the clapboard.
Description
Technical field
The utility model relates to ion dissolving device, the ion box that can be used for changing of the released ion in order to carry out antibacterial treatment and possesses above-mentioned dissolving device and the washing machine of above-mentioned ion box.
Background technology
Be disclosed in such as patent documentation 1 grade for the washing machine that washings is carried out to antibacterial treatment.This washing machine is possessing ion dissolving device (below be recited as ion unit) in the cylindric washer of storage washings is supplied with the water supply path of running water, and above-mentioned ion dissolving device is by for example electrolysis and to stripping metal ion in the running water of supplying with.
Ion unit is for example, by supply with the voltage of regulation between 2 electrodes (silver electrode) for stripping metal ion, thus by electrolysis to stripping silver ion in supplied with water.The water of silver ion that has added such stripping is guided to the shared feed path of supplying with water for bathing etc. after via water supply path, and supplies with to the cylindric washer of storage washings.Thus, washings is by be supplied to the water of silver ion in the time for example carrying out rinsing process, thereby silver ion is impregnated in the fiber of washings etc., carries out antibacterial treatment.
As the metal ion for carrying out sterilization and antibacterial treatment, be not limited to silver ion, and can be selected from other metal ion, for example select copper, zinc, other metal.
In addition, in ion unit, not permanent for the electrode of stripping metal ion, but little by little consume (loss).For washings etc. being provided to the metal ion water of full concentration, electrode need to be replaced by new electrode.Therefore, can invite maintenance personal and carry out replacing of electrode etc.
But, for user, entrust maintenance personal to bother very much, can not be in the same day and reply at short notice.Consequently, can save bit by bit the washings that will wash.In addition, owing to inviting maintenance personal, also can increase financial burden.
In order to address this problem, device that for example patent documentation 2 is recorded is proposed and for implementing.The device that this patent documentation 2 is recorded is: make to possess ion dissolving device (unit) itself the formation box for the electrode of stripping metal ion, be configured to and can change.This ion generation unit that can change is arranged on to cylindric washer and supplies with in the water supply path of running water with sealing state, can change to it, be arranged to the formation of mounting or dismounting.
prior art document
patent documentation
Patent documentation 1:(Japan) special table 2007-512938 communique
Patent documentation 2:(Japan) No. 3638018 communique of special permission
Utility model content
the problem that utility model will solve
The washing machine of recording according to patent documentation 2, the replacing of ion generation unit is configured to: the not only maintenance personal of specialty, and also user also can change.Therefore, can be changed simply by user if desired, both economical, and can change the same day.
At this, what become problem is that ion unit is from the outstanding formation of body of the washing machine.,, in order to change, also for ion unit being extracted upward, therefore make the outstanding a great deal of of end face of ion unit from washing machine.Because ion unit is outstanding, therefore, the place that arranges of washing machine must be the place that ion unit does not become obstruction.
For example, when the place of the washing machine of haveing been friends in the past in setting arranges new washing machine, need to make outstanding ion unit not become obstruction.But, in the time that new washing machine is set, there will be the outstanding ion unit that can change to become situation about hindering and can not arrange.Therefore, place is set and is easily restricted, thereby be subject to arranging restriction.
In addition, even partly outstanding from the end face top of washing machine, the in the situation that of packaging washing machine, comprise this overhang and uprise at interior overall height, it is large that volume becomes.Also be subject to limitation, restriction when piling up while therefore, dispatching from the factory etc.
On the other hand, the ion unit that patent documentation 2 is recorded, in water supply path with sealing state setting, make its change time can not leak wait be sine qua non.Therefore, if make washing machine work under the state that ion unit is pulled down, the water of supplying with can be to end face top ejection, flows into washing machine internal from the opening portion of the part pulled down.And a part of water overflows to the outside of washing machine, the ground of mounting etc. of also can getting wet.Even if it is upper that washing machine loads in laundry support etc., in the case of laundry support arrange area fully large, also directly draining, still, in addition in the situation that, water can spill on ground.
Therefore, in order overcoming the above problems, need to detect the device that ion unit is installed and removed, if this checkout gear detects mounting or dismounting, to make washing machine not work.In this case, because washing machine is not worked, so also can being misinterpreted as washing machine, user breaks down.
And, the ion unit of recording according to patent documentation 1, patent documentation 2, owing to being configured in the water supply path of sealing state, therefore very short by the interelectrode time.If reduce output, its flow velocity is slowed down, can deal with problems, but elongated for the time of feedwater to cylindric washer, wash time is elongated.
Therefore, in order to ensure the ion concentration of sufficient output and raising stripping, consider the voltage that raises and apply between electrode, increase the mobile magnitude of current.But, if boosted voltage value, from processing the relation of water, can produce the problem of electric insulation etc.Therefore, need to control (→ inhibition) voltage value compared with lowland as far as possible.Therefore, to increase ion concentration and also can to contradict for the requirement to the output of cylindric washer water filling at short notice in order obtaining.
In view of the above-mentioned problems, the utility model provide make stripping ion all-the-time stable, can obtain the ion unit of sufficient ion concentration, i.e. ion dissolving device.
In addition, the utility model, its objective is the ion box that can not give prominence to and can change for ion unit from washing machine is provided.
And the purpose of this utility model is to carry out more simply the replacing of ion box.
The utility model provides a kind of washing machine, by possessing ion dissolving device of the present utility model (ion unit), place etc. is set thus unrestricted.
In addition, the purpose of this utility model is to provide and can in short transverse, become large washing machine.
for the scheme of dealing with problems
The utility model to achieve the above object, at least possessing in the washing machine of function of washing clothes, arranges and makes the water stripping of injecting to the cylindric washer ion dissolving device for the ion of antibacterial treatment.This ion dissolving device is located in the water filling path of cylindric washer injected water.Ion dissolving device possesses: storage barrel, its storage of water; Demarcation strip, the sidewall that it forms above-mentioned storage barrel, makes the water of storage overflow and flow out; And ion stripping parts, it is located at above-mentioned storage barrel, carries out ion stripping.
By above formation, ion dissolving device needn't be configured to water-stop state in order to prevent from leaking.
In addition, can be configured to and be arranged to respect to case the ion box that can install and remove being provided with integratedly one thing that above-mentioned storage barrel, demarcation strip, ion stripping parts etc. form, above-mentioned case has and is received from respectively water, water for bathing and to the water filling path of cylindric washer water filling.
Thus, can take out ion box from case, be replaced by new ion box.In addition, ion dissolving device is located at water supply path by the running water water filling path to washing machine water filling, therefore needn't be outstanding from the end face of washing machine, in the water filling path of the cylindric washer water filling to washing machine, can install and remove ion box.
According to the washing machine of ion dissolving device that possesses such formation, in washing work, cover closes to cover cylindric washer, and locks this lid and do not open.Therefore, in washing work, in not carrying out the state of the replacing of ion box.
As mentioned above, can provide ion box and washing machine, be very safe ion dissolving device, and can carry out the replacing of ion box in the time that washing machine does not turn round, and has very much security.
utility model effect
Ion dissolving device of the present utility model, the electrode that carries out ion stripping is immersed in the water that is stored in storage barrel.During this period, utilize electrode to carry out ion stripping.Therefore,, carrying out ion stripping until water overflows during the demarcation strip of storage barrel also flows out, can carry out stable ion stripping.
Therefore, can will suppress lowly to the voltage of supplying with between electrode.
Brief description of the drawings
Fig. 1 is the stereogram that represents ion dissolving device part under the state of upper cover of opening washing machine of the present utility model.
Fig. 2 is the side cross-sectional view that represents the cross section of ion dissolving device part under the state of upper cover of closing washing machine of the present utility model.
Fig. 3 is the stereogram that represents the state that the ion box that forms ion dissolving device is pulled out under the state of upper cover of opening washing machine of the present utility model.
Fig. 4 is the side cross-sectional view under the state of the cross section that represents ion dissolving device part under the state of upper cover of closing washing machine of the present utility model, pull-out ion box.
Fig. 5 is the top view of ion dissolving device of the present utility model.
Fig. 6 is the sectional view of the ion dissolving device of the A-A line of Fig. 5.
Fig. 7 is the sectional view of the B-B line of Fig. 5, is the sectional view of ion box part that the case of ion dissolving device is removed.
Fig. 8 is the sectional view of the ion dissolving device of the C-C line of Fig. 5.
Fig. 9 is the stereogram that represents the ion box that forms ion dissolving device of the present utility model.
Figure 10 is the top view that represents the ion box that forms ion dissolving device of the present utility model.
Detailed description of the invention
Below, the accompanying drawing based on representing embodiment of the present utility model describes the utility model in detail.Fig. 1 is the stereogram of the washing machine of embodiment of the present utility model, is the visual stereogram of front face side the state from opening upper cover, represents the top of washing machine.In addition, Fig. 3 is the stereogram representing the state of the ion box pull-out of the ion dissolving device in the utility model with respect to the stereogram of Fig. 1.
In addition, Fig. 2 is the side cross-sectional view of embodiment of the present utility model.This Fig. 2 represents the state of the upper cover of closing washing machine, is the sectional view that represents ion dissolving device part of the present utility model.Fig. 4 is the sectional view representing in order to change the state that forms the ion box of ion dissolving device of the present utility model and pull it with respect to the sectional view of Fig. 3.
And Fig. 5 is the top view of the ion dissolving device of the 1st embodiment of the present utility model.In addition, Fig. 9 and Figure 10 are stereogram and the top views that represents to be made as the ion box of the present utility model that can change.
First,, in Fig. 1, the formation of washing machine of the present utility model is described.
The central portion of plate 3 offers for washings being rendered to the gateway 6 in washing machine 1 in the above.Gateway 6 is opened and is closed by lid 8, and lid 8 is propped up by hinge part 7 pivots of the leading section of being located at rear board 5.The profile of this lid 8 is formed as roughly D word shape in the time overlooking, and straight line portion can be opened to close and be propped up by hinge part 7 pivots.Periphery at lid 8 is provided with sealing (not shown), is retained as airtight between gateway 6 and lid 8.Sealing portion can be located at gateway 6 upper limbs of top panel 3.
The not shown water drum that is provided with washing dehydration cylinder 9 and storage washing dehydration cylinder 9 in the inside of outer container 2, washing dehydration cylinder 9 is cylindric washers that storage washings washs and dewaters.9 storages of washing dehydration cylinder are dissolved with the water of washing agent or the water that rinsing is used (being referred to as these below for " washings ").Water drum and washing dehydration cylinder 9 are all the cup-shape that has bottom tube-like of opening above, separately axis vertically with water drum is made as outside, by washing dehydration cylinder 9 be made as inner side form configure with one heart.
Water drum utilizes not shown sprung parts to hang in outer container 2 inside.Sprung parts is provided in totally 4 positions with the form that links the outer basifacial of water drum and the inner face bight of outer container 2, supporting in the mode of the interior shake water drum of outer container 2, and absorbs vibration.
Washing dehydration cylinder 9 has the perisporium that expands into upward taper, at the topmost of this perisporium except being configured to not shown multiple dewatering holes of ring-type, the not peristome for liquid is passed through., washing dehydration cylinder 9 is formed as so-called " atresia " type.The balance element of ring-type is installed at the edge of the upper opening portion of washing dehydration cylinder 9, and balance element plays the effect that suppresses vibration in the time making dehydration tube 9 High Rotation Speed in order to make washings dehydration.Inner bottom surface at dehydration tube 9 disposes impeller, and impeller is to make its mobile stirring vane for the washings in mixing drum.In addition, washing dehydration cylinder 9 can be both atresia type, can be also the porose type that perisporium is provided with multiple holes.
Although not shown below water drum, be equipped with driver element.Driver element has motor and clutch, arrestment mechanism.Clutch, arrestment mechanism make the rotation of motor make selectively washing dehydration cylinder, impeller rotation or rotation simultaneously via dehydrating shaft and impeller shafts.In addition, arrestment mechanism applies braking and brake off by electromagnetic force to the rotation of dehydrating shaft.
Spatial portion under plate 5 is provided with the water treatment portion for supplying with running water, water for bathing etc. in the back.Water treatment portion comprises in order to supply with running water the not shown feed water valve of the supply running water linking with hose and for supplying with the water for bathing supply unit 19 etc. of water for bathing.
The running water (being recited as water below) of supplying with via above-mentioned feed water valve is supplied with to ion dissolving device of the present utility model (below be recited as ion unit) 10.The following describes the formation of ion unit 10 of the present utility model.
(formation of ion dissolving device)
As shown in Fig. 2, Fig. 4, Fig. 5 etc., ion unit 10 comprises: case 20, and it is located at the spatial portion below rear board 5, is screwed in body of the washing machine side; And ion box 30, it is arranged to can slide and install and remove in pull-out mode with respect to this case 20 for released ion.
Front face side (the face side relative with washing dehydration cylinder 9 of case 20, a side relative with the front face side of body of the washing machine, to a side of washing dehydration cylinder 9 water fillings) be made as opening 20a, the washings such as water and water for bathing described later that are added with ion described later inject to washing dehydration cylinder 9 from this opening 20a.In addition, can install and remove above-mentioned ion box 30 by this opening 20a part.It is fixing that this case 20 is assembled the support component 12 being fixed on rear board 5, and before this support component 12, (side that washing dehydration cylinder 9 is positioned at) is fixed with opening 20a accordingly by the opening portion of opening.
As shown in the sectional view (Fig. 8) of the sectional view (Fig. 6) of the A-A line of Fig. 5, C-C line, the base plate 20b of above-mentioned case 20 plays a role as the water filling path of water, washings etc.This base plate 20b forms with downward-sloping (rolling tiltedly to washing dehydration cylinder 9) and the mode of bending downwards, and water, washings are injected to washing dehydration cylinder 9 effectively.
The backplate 20d of above-mentioned case 20 is provided with and is communicated with above-mentioned water supply path and water is imported to the water receiving pipe that is formed as general cylindrical shape shape 21 in case, is communicated with and imports the water for bathing water receiving pipe 22 of the roughly prism shape of washings with water for bathing supply unit 19.In addition, top board 20c is provided with the multiple stator 23a, 23b, the 23c etc. that are screwed in body of the washing machine side.Stator 23a, 23b are located at side plate 20e side, and stator 23c is located at side plate 20f side.
Backplate 20d is provided with ingress pipe 24 at the opening portion of water receiving pipe 21, and ingress pipe 24 imports to water in case, supplies with to ion box 30 described later.As shown in Figure 6, this ingress pipe 24 and case 20 splits, arrange in the mode of surrounding opening portion, is screwed the not shown primary screw of sheet 24a and is fixed on the backplate 20d of case 20.This ingress pipe 24 is formed with: the 1st supply port 24b, and the leading section in the downstream of its current is closed, and supplies with for the storage barrel 38 near the ion stripping described later portion 32 that is located at ion box 30 sides below fore-end; And the 2nd supply port 24c, it is directly supplied with to the bottom surface 20b that becomes above-mentioned water filling path.The flow set that the 1st supply port 24b flows out is fewer than the 2nd supply port 24c.For example, the 1st supply port 24b is provided with 2～3 apertures, and on the other hand, the 2nd supply port 24 is provided with the aperture of the equal diameter of 5～10 times of degree.Therefore, be that a large amount of water bottom surface 20b from the 2nd supply port 24c to case 20 supplies with, the formation that a remaining part is supplied with to storage barrel 31.
In addition, be formed with the introducing port 26 importing from the water for bathing (washings) of water for bathing water receiving pipe 22 at the backplate 20d of case 20, water for bathing water receiving pipe 22 is directly communicated with the water filling path of case 20.The lower edge of this introducing port 26 is connected with the base plate 20b of case 20, to form in conplane mode.
And case 20 is provided with guide plate 25a, 25b, guide plate 25a, the 25b guiding piece when picking and placeing ion box 30 in pull-out mode plays a role.Guide plate 25a, 25b are formed as the L word shape that hangs down and extend from backplate 20d from the top board 20c of case 20 downwards.As shown in Figure 8, the bullport of being located at the guiding wall of ion box 30 in the gap forming between guide plate 25a and side plate 20e and between vertical the 20h of guide plate 25b and top board 20c as guiding plays a role.
In above-mentioned case 20, as shown in Figure 8, the part corresponding with water for bathing water receiving pipe 22 as explained above, has the platform portion of further lower formation.The metal ion that carries out ion box 30 generates electrical connection section described later that related power supply supplies with and is positioned at the part corresponding with the bottom of the face 20g of platform portion that forms this portion.
In addition, as shown in Figure 8, case 20 is being formed with the 20i of platform portion, 20i with the part of base plate 20b and biside plate 20e, 20f link.The support portion when 20i of this is formed as ion box 30 described later and installs and removes.
(forming the ion box of ion dissolving device)
Then, the formation of the ion box 30 that can install and remove with respect to case 20 is described.Electrical connection section 31 and ion stripping portion 32 are distinguished setting by this ion box 30.As Fig. 7, Fig. 9, shown in Figure 10, ion box 30 forms by antetheca 30a, next door 30b, to form the sidewall 30c of ion stripping portion 32 sides of a side side with the roughly the same size of next door 30b, form the sidewall 30d of electrical connection section 31 sides of the opposing party side, and the spatial portion divided of diapire 30e between next door 30b and sidewall 30c, the face of the opening 20a of above-mentioned antetheca 30a and case 20 covers accordingly so that this opening 20a hides, above-mentioned next door 30b distinguishes and carries out the ion stripping portion 32 of ion stripping and to being located at the electrical connection section 31 of electrode service voltage of ion stripping portion.
As shown in Figure 8, can slide the gap of being located at the side plate 20e of case 20 sides and the gap of guide plate 25a and vertical 20h and guide plate 25b as bullport in the top of above-mentioned sidewall 30c and next door 30b, thereby play a role as the guide portion of carrying out the location of ion box 30 and reliably and easily install and remove in pull-out mode.In addition, as shown in Figure 8, the mode butt that the bottom of side plate 30c and another side plate 30d is supported with the 20i of platform portion being formed by the both sides of the base plate 20b at case 20, as the guide portion performance function of easily bringing into play slidably mounting or dismounting effect.At this, as shown in Figure 8, ion stripping portion 32 becomes the state of electrical connection section 31 being separated by the wall of vertical 20h of next door 30b and case 20, becomes the structure of the water separation electrical connection section 31 from being supplied to case 20.
Above-mentioned electrical connection section 31 has the box body 33 that sidewall 30d is rectangle in the interior cross section that is divided formation that comprises of opening above, and the splicing ear 31a, the 31b(that are provided with the silver electrode for carrying out ion stripping described later in its interior volume are with reference to Fig. 7) and wire 34 from voltage supply to this splicing ear that carry out.Another distolateral receptacle portion 35a that is connected to of wire 34, receptacle portion 35a forms the connector of being located at antetheca 30a 35 outside box body 33.Can electrically contact the opposing party's intercalation part 35b separating and be connected to via not shown wire with this receptacle portion 35a the voltage supply circuit of body of the washing machine side.The receptacle portion 35a and the intercalation part 35b that form connector 35 are covered by insulating element by the surrounding beyond electrical connections, plug and socket is electrically connected mutually, thereby around covered by insulating element, be retained as air-tightness with insulation simultaneously, can stop the immersion of water etc.
Be provided with at the opening surface of above-mentioned box body 33 the seal cover 33a covering above it.Around sealing lid 33a, be formed with recess 33c, in recess 33c, embed the seal 33b for sealing.In addition, be provided with at a side end of the front side of seal cover 33a the stator 33d being screwed.With this stator 33d accordingly, be provided with the lug boss 30f(that carries out the fixing use of screw with reference to Fig. 9 at antetheca 30a).Thus, by seal cover 33a be assembled to box body 33 above, as shown in figure 10, by stator 33d is screwed in lug boss 30f, thereby make seal 33b be crimped (being adjacent to) to upper limb of box body 33, make the space in box body remain water-stop state.
In addition, wire 34 is exported from the notch part of being located at box body 33 sidewall sections above.This derivation part with resilient insulating part 34a(with reference to Fig. 7) tie up, by fixing seal lid 33a, seal 33b and notch part are all closed, and can guarantee the water-stop in box body 33.
In addition, the surrounding of splicing ear 31a, 31b is covered by insulating element 31c, 31d, makes it improve insulating properties, further guarantees security.For one end of this splicing ear 31a, 31b is directed to ion stripping portion 32, the interconnecting part 33e being communicated with between box body 33 and ion stripping portion 32 is located between the two.To be filled with the state of electro-insulating rubber 33f etc. at interconnecting part 33e, one end of splicing ear 31a, 31b arrives ion stripping portion 32.Electro-insulating rubber 33f arranges in order to stop the water being stored in when the ion stripping in the storage barrel of being located at ion stripping portion 32 to flow in box body 33.
With reference to Fig. 7, it is the shape on inclined plane that the box body 33 of electrical connection section 31 is formed as making the part relative with the water for bathing introducing port 26 of case 20.The resistance of the water while thus, making that the not shown introducing port 26 on right side is supplied with water for bathing from Fig. 7 significantly reduces.Thus, water for bathing can not be obstructed because the box body of electrical connection section 31 33 exists, can be successfully to 9 water fillings of washing dehydration cylinder.
Therefore, as shown in Figure 1, ion box 30 is inserted into case 20 by the mode that covers the opening 20a of case 20 with the antetheca 30a by ion box 30, fixed part 12a embeds the recess 30h that is located at antetheca 30a thus, be fixed with screw etc. by screw hole 30g, ion box 30 is fixed on to support component 12.At this support component 12, as explained above, case 20 is fixed by each stator 23 use screws etc.
In addition, as shown in Fig. 6 waits, the bottom 30i of the antetheca 30a of ion box 30 and the ora terminalis of the base plate 20b of case 20 between be formed with the interval of the degree that can insert finger, the lower edge part of the hidden water filling feed path that becomes water, and as playing a role for the handle (30i) that pulls out, inserts ion box 30.Therefore, upper by hand being placed on to handle 30i, can pull out ion box 30 from case 20.
In addition, be illustrated in ion box 30 and be inserted under case 20 and fixing state in Fig. 2, assembling covers the state of the decorative panel 13 above of ion box 30.This decorative panel (cover) 13 can be installed and removed and be assemblied in above-mentioned support component 12.Thus, cover hidden ion box 30 antetheca 30a before.Thus, outward appearance looks very attractive in appearance, and appearance design aspect is also good.This decorative panel 13 also can be set directly at ion box 30 sides.
Then, the formation of the ion stripping portion 32 to ion box 30 explains.Ion stripping portion 32 is for example provided with, for the metal electrode of ion stripping, 2 silver electrode 37(37a, 37b).As shown in figure 10, this ion stripping portion 32 is provided with demarcation strip 36 to example near the central authorities of diapire 30e, is divided by this demarcation strip 36, antetheca 30a, next door 30b, sidewall 30c, diapire 30e, forms the storage barrel 38 of opening above.
In this storage barrel 38, dispose silver electrode 37.Each electrode 37a, the 37b of this silver electrode 37 is electrically connected with the splicing ear 31a illustrating above, one end of 31b.In addition, above-mentioned demarcation strip 36 has the function that makes storage barrel 38 store certain water, exceedes a certain amount of water and can cross the upper limb of (overflowing) demarcation strip 36, flows out to diapire 30e.
The demarcation strip 36 that forms storage barrel 38 stops the running water that the 1st supply port 24b of the ingress pipe 24 from illustrating supplies with above, make to store all the time a certain amount of water, make the stripping of silver ion reliable and stable, the minimizing that makes electrode is not local, but from leading section loss reliably.Therefore, the upper ora terminalis of demarcation strip 36 is formed as to the height that silver electrode 37 all can be under water.In addition, as shown in Figure 6, the water of supplying with from the 1st supply port 24b is fed between silver electrode 37 and antetheca 30a.Thus, in storage barrel 38, store all the time a certain amount of water, between silver electrode 37, flow simultaneously, overflow demarcation strip 36 and flow out.Therefore, silver electrode 37, and goes out from demarcation strip 36 effluents to stripping silver ion in water with state all under water, can make stripping quantity stable, simultaneously also not loss partly of electrode.
And the diapire 30e of ion box 30, is formed with multiple hole 30j of rectangle at the diapire 30e of a side of overflowing and flowing out from demarcation strip 36.The plurality of hole 30j is as preventing that the cowling panel that supplied with water splashes, disperses from playing a role.Below the part that is formed with the plurality of hole is described as cowling panel 30k.Be made as the 2nd supply port 24c of above-mentioned ingress pipe 24 and the formation that this cowling panel 30k is positioned accordingly.Therefore, even supply with a large amount of water from the 2nd supply port 24c, also can utilize the anti-sealing of multiple hole 30j of cowling panel 30k to splash, disperse, can carry out rectification to supplied with water, its base plate 20b to case 20 is flowed out.In addition, the shape of the hole 30j of cowling panel 30k is not limited to rectangle, can be also square, hexagon, circle etc.Shape if so, aligned apertures without any confusion.But, even also can fully achieve the goal in the hole of the shape that can not arrange without any confusion.
Form the configuration that is positioned of mode that the silver electrode 37a that is located at storage barrel 38, the 37b of above-mentioned ion stripping portion 32 narrow with the interval of the end face side of a side contrary with splicing ear side., locate silver electrode 37a, 37b in the mode narrowing gradually towards the interval of end face side from splicing ear side with Eight characters shape.About this location, by arranging from the outstanding rib of the diapire 30e of ion box 30, make electrode along this rib, thereby can position.In addition, meanwhile, for making the reliable object in this location, be provided with resinous electrode hood 39 to surround the mode of silver electrode 37.
As shown in Figure 6, above-mentioned electrode hood 39 is formed as becoming the rectangular shape of front openings below, is provided with the upper intermarginal multiple trestle 39c(that are erected at two side 39a, the 39b corresponding with the platen surface of electrode with reference to Figure 10).In addition, be formed with in an end face side relative with next door 30b side that electrode hood 39 is assembled to (engagement) is the receiving portion 39d of U word shape roughly to the cross section of storage barrel 38, in the other end of a side contrary to it side, as shown in Figure 8, be formed with in the stop hole 30l that is inserted into the diapire 30e that is located at storage barrel 38 and be limited to the engagement pawl 39e of diapire 30e.In addition, comprise the trimmer 39f(keeping hanging down downwards with reference to Fig. 6, Fig. 8 between two electrodes 37) interior, be integrally formed at the trestle 39c of electrode hood 39.
On the other hand, next door 30b is upper, is provided with accordingly and is limited to this receiving portion 39d and supported protuberance 30m with the receiving portion 39d of an end face side that is located at electrode hood 39.Therefore, make its strain by engagement pawl 39e is inserted to stop hole 30l, make receiving portion 39d cross the protuberance 30m of next door 30b, thus make receiving portion 39d with the attitude that supports protuberance 30m by engagement, electrode hood 39 is mounted to storage barrel 38.Thus, as shown in Figure 6, utilize trimmer 39f that the interval of silver electrode 37a, 37b is remained necessarily, and guarantee for Eight characters state.About pulling down of electrode hood 30, by the engagement pawl 39e that is limited to diapire 30e is removed, can pull down simply electrode hood 39.
In addition, above-mentioned storage barrel 38 storage of water in the time of ion stripping.Therefore, if under the state that does not carry out ion stripping also storage of water still, not preferred as electrode.Therefore, be formed with osculum 30n at the diapire 30e of storage barrel 38.This osculum 30n, in order to make draining good, also can be formed as funnel shaped.Therefore,, if stop the supply of running water, the water in storage barrel 38 can all be discharged from by osculum 30n.But in the situation that carrying out ion stripping, the mode that osculum 30n is less than with the water yield being discharged from the water yield of supplying with to storage barrel 38 from the 1st supply port 24b by ingress pipe 24 is set the opening diameter in hole.Therefore, even discharge water from osculum 30n, in the water being supplied to, also can be stored in storage barrel 38, flow out from demarcation strip 36.
In the washing machine of ion unit 10 with formation described above, carry out the job description of ion unit 10 below in conjunction with the job description of washing machine.
In washing machine 1, from gateway 6, washings is put into washing dehydration cylinder 9, close upper cover 8.In the time utilizing operating portion 4 to select wash conditions instruction to wash beginning, utilize lid to open and close sensor detection upper cover part 8 and closed, just carry out washing procedure and drying process.
(the supply work of washings)
In washing procedure, not shown feed water valve is opened, and running water is via above-mentioned ion unit 10, and the water filling path of the base plate 20b by case 20 is injected into washing dehydration cylinder 9.Now, running water is by being located at the water receiving pipe 21 of case 20 of ion unit 10, via the ingress pipe 24 in case, flow into ion box 30 by the 1st and the 2nd supply port 24b, 24c, a part via ion stripping portion 32 by cowling panel 30k to current rectification, the water filling path of the base plate 20b by case 20 is from opening 20a to 9 water fillings of washing dehydration cylinder.Ion stripping portion 32 is in the time of washing procedure, if silver ion button etc. are not operated, not to silver electrode 37 service voltages.In addition, be described later, user is to washing dehydration cylinder 9 putting detergents.
In addition, in the time utilizing operating portion 4 to carry out in washing, utilize the selection operation of water for bathing, not shown known water for bathing supply pump is started working.Thus, aspirate water for bathing to water for bathing supply unit 19, by the water for bathing water receiving pipe 22 of case 20, from introducing port 26 via base plate 20b from opening 20a to 9 water fillings of washing dehydration cylinder.Now, water for bathing is injected into via (same) case 20 that shares that running water is injected to washing dehydration cylinder 9.But water for bathing can, to ion stripping portion 32 side inflows, needn't not be worried bathing water pollution silver electrode 37 under the state that ion box 30 is installed.
Like this, at same and shared position, position (case) carry out the supply of running water or the supply of water for bathing, therefore tool has the following advantages: the path of the washings (handbag is drawn together water for bathing etc.) that comprise running water can be simplified, and correspondingly the feed path of washings can be configured to compactness.
In the past, ion stripping portion must be arranged on the diverse position of feed path with washings in the confession water route of the sealing state of running water, must be arranged on the position that only can process running water, must divide and be arranged with the stream of sending into the supply position of after ion stripping, the washings such as water for bathing being injected to washing dehydration cylinder 9.Therefore, need to arrange in the position of ion stripping portion distinctly for water route etc., therefore not only need for distinguishing for water route and supplying with the space etc. of the more streams such as road, and the feed path that comprises washings be complicated, has volume to become large tendency.And ion dissolving device of the present utility model (ion unit 10) can be eliminated such problem together.
As mentioned above, the washings of running water or water for bathing are injected into washing dehydration cylinder 9, in the time having the water of ormal weight, utilize the detection of level sensor to make feed water valve close (or the work of water for bathing supply pump stops).Then, impeller (stirring vane) rotation, the water in agitator treating dehydration tube 9 carries out washing work.
In the time starting washing work through the stipulated time, open draining valve, the water in washing dehydration cylinder 9 is discharged from.After this draining, make washing dehydration cylinder 9 High Rotation Speeds carry out dehydration work by the driving of motor of washing use.By the High Rotation Speed of washing dehydration cylinder 9, the water of deviating from from washings flows out from dewatering hole, discharges to the outside of washing dehydration cylinder 9 by draining valve.
(work in ion stripping)
In the time starting dehydration work through the stipulated time, motor stops, and closes draining valve and opens feed water valve.In the time storing the water of ormal weight in washing dehydration cylinder 9, utilize the detection of level sensor that feed water valve is closed.Then, impeller rotation, the water in agitator treating dehydration tube 9 carries out rinsing work.
In this rinsing work, ion unit 10 of the present utility model is worked, to stripping silver ion in supplied with water, to 9 water fillings of washing dehydration cylinder.Describe this work below in detail.
First,, in the time that feed water valve is opened, running water imports to case 20 via the water receiving pipe 21 of ion unit 10 by feed water valve.The water receiving is via ingress pipe 24, and the storage barrel 38 from the 1st supply port 24b to ion box 30 is supplied with.In addition, remaining running water is all directly supplied to the cowling panel 30k of ion box 30 from the 2nd supply port 24c.Be supplied to the water of this cowling panel 30k more than the amount of the water of supplying with to storage barrel 38, occur reflecting back, disperse etc. in the time falling etc., become large fluctuating flow, inject to washing dehydration cylinder 9 via the water filling path of the base plate 20b of case 20.Worry following situation: in the time opening upper cover 8, can disperse to mounting washing machine 1 floor or user with it.
To this, according to the utility model, the running water falling by the effect of cowling panel 30k utilizes multiple hole 30j to prevent from reflecting back, dispersing, and sends, from opening 20a to 9 water fillings of washing dehydration cylinder with the form of current being carried out to rectification to base plate 20b.Thus, even if a large amount of running water falls supply, current also can be rectified, and to 9 water fillings of washing dehydration cylinder.In addition, owing to preventing dispersing, therefore can not make the water dispersing flow out, spill to other place.Therefore,, by cowling panel 30k is located to ion box 30, can eliminate the worry of water to electrical connection section immersion for to the feeding terminal, the connecting line etc. that are arranged on silver electrode 37 service voltages in ion box 30 etc.
As long as water is supplied with to above-mentioned storage barrel 38, water can be stored to the height of the demarcation strip 36 that forms this storage barrel 38.The water of storage exceedes demarcation strip 36 and overflows, and goes out to above-mentioned cowling panel 30k effluent.Now, silver electrode 37 is all immersed in the water of storage, supplies with by voltage, and electric current flows between electrode.Thus, (by electrolysis) make silver ion stripping.The water of the silver ion that comprises stripping, because the running water that continues to supply with overflows (crossing) partition wall 36, flows out from storage barrel 38.The water (silver ion interpolation water) of the silver ion that comprises outflow flows through the base plate 20b of cowling panel 30k, case 20, injects to washing dehydration cylinder 9 from opening 20a.
Above-mentioned silver electrode 37 fills all the time and under the state in a certain amount of water, carries out ion stripping being immersed in supplied with running water.Stripping has the water of this silver ion to overflow and flow out with the amount of determining from demarcation strip 36.Therefore, the stripping of ion is stablized and is carried out reliably, can supply with to washing dehydration cylinder 9 the interpolation water of the silver ion of expecting concentration.
In addition, determine that the water of amount flows and flows out 37 of silver electrode, therefore can eliminate silver electrode random loss partly, also can eliminate the unfavorable condition that silver electrode stage casing is fractureed.According to the utility model, silver electrode 37 is configured to Eight characters shape by the mode narrowing with the interval of leading section, from little by little loss of leading section.Therefore, can extend the life-span of expensive silver electrode 37.
In the time that rinsing is worked, the antibacterial treatment of the silver ion of expecting by operation silver ion button, adds water thereby supply with as mentioned above silver ion.And, if injected to washing dehydration cylinder 9 according to the definite water of the amount of washings, in the time being detected by level sensor, close feed water valve.Meanwhile, silver ion stripping work also stops, and stops supplying with to the voltage of silver electrode 37.In addition, stop to the timing of silver electrode 37 service voltages can not be also and the action of closing feed water valve simultaneously, but stop before this.
In the time closing feed water valve, in order to carry out the rinsing of washings, drive impeller rotation, carry out rinsing.In the time starting the work of impeller in order to carry out this rinsing work and passed through the stipulated time, dehydration work is similarly carried out in the dehydration work during with washing.And in the time that the stipulated time has been carried out in dehydration work, washing procedure finishes.Thus, make silver ion soak into washings, carry out antibacterial treatment.
In addition, in the time of rinsing process, even if close above-mentioned feed water valve and stop the supply of running water, storage barrel 38 is also still full of supplied with running water.But owing to being provided with osculum 30n in storage barrel 38, the water therefore stored can be discharged from from osculum 30n.Therefore, can in storage barrel 38, not have all the time water, but all be discharged from, can prevent that silver electrode 37 is exposed in water all the time.
In the past, need to be for silver electrode being set hermetically in water route, be therefore made as tilted shape with respect to water (flow) direction to the configuration section of major general's silver electrode, stop also can being detained for feedwater of running water even if prevent.Therefore, if tilted shape is put upside down, water can be detained as former state, requires the precision design for water route.But, according to the utility model, due to storage barrel 38 being set, osculum 30n is set herein, therefore needn't be configured to tilted shape.Consequently, can increase in design the free degree.That is, it is impossible that osculum 30n was set in the past as the utility model, prevents that hydropexic formation from being necessary.
(replacing of ion box of the present utility model)
Explanation as mentioned above, in the time carrying out the washing of washing machine 1, in the case of the operation of antibacterial treatment of carrying out silver ion, silver electrode at every turn all can loss.
Due to silver electrode loss, can be absorbed in supplying with and expect that the silver ion of concentration adds the state of water.Known for detection of the method for such state, as long as utilize this known method, device to carry out the notice for changing silver electrode.
For example,, as long as adopt the disclosed method of patent documentation 2, device.Therefore, the current detection circuit that the electric current to flowing through silver electrode 37 detects and the voltage control circuit of controlling the voltage that is supplied to silver electrode 37 based on this detection electric current are set.Voltage control circuit, in the time that the magnitude of current reduces due to the loss of silver electrode 37, is set highly based on this by voltage, adds the mode that certain electric current of water flows through and controls can supply with the silver ion of determined concentration.But, in the case of set voltage because the further loss of electrode 37 exceedes threshold value, just can not flow through certain electric current, urge replacing silver electrode 37 notice.Urge the notice of the replacing of silver electrode 37 to be shown by the display part of being located at operating portion 4.As long as meanwhile output notice sound etc., just can notify to user reliably.
Carry out the replacing of ion box 30 by above notice.This replacing can be changed by user self certainly, does not need on-call maintenance personnel.In order to change ion box 30, under the state shown in Fig. 2, open upper cover 8.As shown in Figure 1, opening under the state of upper cover 8, the covering shown in Fig. 2 is hidden to the decorative panel 13 above of ion box 30 and pull down from support component 12.
In the time pulling down decorative panel (cover) 13, under the state shown in Fig. 1, the antetheca 30a of ion box 30 can expose above.The screw of protuberance 12a of support component 12 on the top that is positioned at this antetheca 30a is removed.In the time that screw is removed, the handle 30i that finger is placed on to ion box 30 is upper, slightly forwards pulls out ion box 30.The ion box 30 being drawn out can be positioned at the pulling down of connector 35 of its antetheca 30a.The intercalation part 35b on the top of this connector 35 is pulled down from the receptacle portion 35a that remains secured to antetheca 30a.Thus, ion box 30 can be pulled down completely from case 20.
Replace the above ion box 30 of pulling down, prepare new ion box 30, it is aimed at next door 30b, sidewall 30c to the bullport (gap of the side plate 20e of the case 20 shown in Fig. 8 and the gap of guide plate 25a and vertical 20h and guide plate 25b) of case 20 sides.Then, ion box 30 is pushed to case 20.Under the state being pushed into midway, after the intercalation part 35b of body of the washing machine side is electrically connected with receptacle portion 35a, ion box 30 is pushed completely.Thus, the protuberance 12a of support component 12 is embedded into the recess 30h of the antetheca 30a of ion box 30, uses the screw of pulling down to be fixed.And, the decorative panel 13 above that covers ion box 30 is assembled to support component 12, from completing the replacing of ion box 30.
As mentioned above, about the replacing of ion box 30, can change in the position that the washings such as running water, water for bathing are injected to washing dehydration cylinder (cylindric washer) 9, can be made as forming of being changed by user simply.
In addition, because ion box 30 is water filling paths that washings are injected to washing dehydration cylinder 9, needn't as recorded in patent documentation 2, be arranged on the top of washing machine 1 main body, be arranged in the confession water route of the sealing state that the feed water valve of board rises from behind, therefore ion box 30 can not given prominence to from top.Therefore, can not hindered by this ion box 30, the position that washing machine 1 is set also can not be limited.And, because there is not ledge, so the short transverse of the packaging external appearance in when packaging can not become greatly yet, piling up etc. in the time carrying, carry, also advantageously play a role.
(other form and the mode of ion dissolving device of the present utility model)
The utility model is that storage barrel 38 is set in ion dissolving device, makes ion add the formation that water overflows and supplies with to washing dehydration cylinder 9 from this storage barrel 38.Therefore, can make the ion concentration of stripping stable.
; in the case of in the past in water route with sealing state configuration ion generating unit, all running water are by this ion generating unit, therefore by time ion generating unit become obstruction; cannot expect the fully water supply of amount, thereby suppress the flow of the washings that lead to washing dehydration cylinder 9.In order to address this problem, must the stream for water route and the amount being hindered by ion generating unit correspondingly be formed greatly.
Therefore, be limited to tail off for the amount of the water passing through between electrode of released ion, avoid this ion stripping portion, there is no released ion and the amount of the water that is supplied to as former state increases.Therefore, in order to obtain the concentration of ion stripping of target, tend to improve service voltage, increase the magnitude of current.If like this, become large for eliminating the difficulty of insulating properties problem and safety issue.
And on the other hand, according to ion dissolving device of the present utility model, be the formation of ion stripping portion being located to storage barrel 38, therefore within the scope of the water yield of determined amount, carrying out all the time ion stripping, the ion that can easily supply with determined concentration adds water.In addition, needn't boosted voltage, increase the magnitude of current, and the ion that can supply with full concentration adds water.
(alternate manner of storage barrel of the present utility model)
Therefore, below the running water (water) that is supplied to storage barrel 38 is effectively flowed between two electrode 37a, 37b, the alternate manner that carries out well ion stripping describes.
The demarcation strip 36 that forms storage barrel 38 is set as the height that makes electrode 37 under water, and on it, ora terminalis is set as level.About such mode, in the embodiment above, be illustrated.According to such mode, the running water that is supplied to storage barrel 38 in Figure 10 overflow equably demarcation strip 36 upper ora terminalis whole region and flow out, flow out from storage barrel 38 in the mode across silver electrode 37.Therefore, can form to traverse two silver electrodes 37 direction flow, stripping has the water of ion to flow out from storage barrel 38.
Therefore,, in mode shown below, extend the water route of flowing out from storage barrel 38.As shown in Figure 8, storage barrel 38 forms more longways in the direction consistent with the length direction of silver electrode 37.In addition, between the front end of silver electrode 37 and sidewall 30c, be formed with suitable interval.The following describes the formation that this interval plays a role as water route.
In Fig. 8, demarcation strip 36 is formed as exceeding than the upper ora terminalis of silver electrode 37.So that the upper ora terminalis of demarcation strip 36 is formed as tilted shape by the upper end of the sidewall 30c side of this demarcation strip 36 mode slightly higher than the next door 30b side of opposition side.
By formation demarcation strip 36 described above, in Figure 10, in the time supplying feedwater by the 1st supply port 24b of ingress pipe 24, as flowing of water, flow from the sidewall 30c that for example 31b side direction in next door is contrary, interval between silver electrode 37 front ends and sidewall 30c is as flow path, and then flows from sidewall 30c to next door 30b.This flow midway from demarcation strip 36 ora terminalis overflow successively and flow out.Therefore, be formed on the round water route of length direction of silver electrode 37.Thus, mobile water is elongated by the time of silver electrode 37, can carry out well ion stripping.
In addition, in order to form reliably to the stream of the water of the length direction of electrode 37, so that the mode that a side relative with splicing ear 31 sides uprises is formed obliquely the upper ora terminalis of demarcation strip 36.This is contrary with the formation of above-mentioned demarcation strip 36.By adopting such formation, can form the water that makes to be supplied to storage barrel 38 to the water route (stream) of the sidewall 30c side flow of opposition side, overflow demarcation strip 36 and flow out along these current via above-mentioned interval.Thus, can form the water route of leading to along the direction of the length direction of electrode.
In addition,, according to which, the unidirectional water route that becomes the length direction of silver electrode 37 forms.Therefore, the interval of energy constriction silver electrode 37 front ends and sidewall 30c.If like this, can form ion box 30 entirety littlely.
As described above, the shape of the upper ora terminalis by design demarcation strip 36, be made as tilted shape, the water route (stream) in the interior formation of storage barrel 38 to the length direction of silver electrode 37.Thus, the running water that is supplied to storage barrel 38 is elongated by the time of silver electrode 37, even the low ion concentration that also can improve abundant stripping of voltage.
(structure that washings are injected to washing dehydration cylinder)
The utility model utilizes the above-mentioned characteristic of ion dissolving device to form, and the structure of injecting water for bathing as washings also has a characteristic structure.
, make directly to import running water to the path of washing dehydration cylinder injection, with directly importing water for bathing is shared to the path of washing dehydration cylinder injection as washings.As this formation, be provided with by feed water valve and import as former state the water receiving pipe 21 of running water and import the water for bathing water receiving pipe 22 of the water for bathing of suction at the backplate 20d of the case 20 of ion dissolving device.And, in case 20, be made as the formation that supplied with running water and water for bathing are supplied with to the storage barrel 38 that carries out ion stripping distinctively.Therefore, water for bathing directly injects to washing dehydration cylinder 9 by case 20, and the ion box 30 of ion unit 10 of running water by forming ion dissolving device is to the same water filling of the supply path of water for bathing, supply with to washing dehydration cylinder 9 by case 20.In the time supplying with this running water, carry out the control for ion stripping, add water as ion if desired and supply with.
Therefore, can simplify the path of supplying with washings, can form compactly., needed in the past by ion stripping portion be located at make running water for a water route branch part and will be made as the position of sealing state with the diverse path, path of supplying with as washings.And, the ion sent into after ion stripping need to be set add the stream of water to the supply position that the washings such as water for bathing are supplied with to washing dehydration cylinder 9.Therefore, due to the distinct water route etc. that supplies, confession water route of needs setting and ion stripping portion, therefore not only need for distinguishing for water route and supplying with the space etc. of the more stream such as road, and the supply unit that makes to comprise washings is complicated, has volume to become large tendency.By possessing ion dissolving device of the present utility model (ion unit 10), can eliminate together such problem.
(constitutive characteristic of washing machine self)
Ion dissolving device of the present utility model (ion unit 10) is located at and is become as washings to part corresponding to the rear board 5 on the top of the washing dehydration cylinder 9 in the direct water filling path of injecting of washing dehydration cylinder.Therefore, in order to throw in washings to washing dehydration cylinder 9, and close upper cover 8, ion dissolving device self can not given prominence to or expose from body of the washing machine.
As mentioned above, in the time implementing washing procedure, under the state of closing at upper cover 8, it is present situation that this upper cover 8 is locked into the state that can not open.Therefore, the upper cover 8 of closing in washing work and in the work of rinsing, dehydration is locked, can not open.
Therefore, can in washing machine work, unintentionally ion box 30 not pulled down.In addition, even the state that ion box 30 is removed does not also affect completely on the supply of washings., ion box 30 is not located at supplying in water route of sealing state, but is located in the water filling path of washing dehydration cylinder 9 water fillings, therefore the supply of washings is not affected completely.
Do not assembling under the state of ion box 30 of the present utility model, in not carrying out the state of ion stripping, can carry out antibacterial treatment common washing running in addition.This running is carried out completely no problemly.
In addition, under the state that does not assemble ion box 30, turn round and select and, antibacterial treatment running, can know simply and there is no ion box 30, can notify this situation.That is, detect there is no current flowing with detecting the existing circuit of mobile electric current between electrode, can detect thus and not have ion box 30, as long as notify accordingly.
In this respect, according to patent documentation 2, ion dissolving device (unit for treating water) is projected into the outside of body of the washing machine.Therefore, can with work it doesn't matter ground pull down.By pulling down this ion dissolving device, if open feed water valve, can spray running water, can cause supply hindering washings etc.And as mentioned above, such unfavorable condition can be eliminated in washing machine of the present utility model.
In addition, according to the utility model, as open upper cover 8 in order to wash, user directly throws in formation from washing agent to washing dehydration cylinder 9 is illustrated.Also can not so direct putting detergent, but the detergent box of receiving in advance washing agent is set.Also can be made as following formation: make washings that inject from case 20 etc. flow to this detergent box, washing agent is injected to washing dehydration cylinder together with washings.
In addition, about the washing machine illustrating in embodiment of the present utility model, the structure of vertical washing machine is illustrated.But not only this washing machine certainly also can be implemented the utility model in tumbling-box washing machine.Tumbling-box washing machine be not the top of outer container of external packing but a side by opening, and be provided with and open the lid of closing this opening.With this opening be provided with accordingly by opening and have the end drum water drum and be incorporated in this water drum and the swing roller (washing dehydration cylinder) of the storage washings that is driven in rotation.Cylinder and water drum are arranged on coaxial upper, and water drum is supported by multiple buffer units (damper etc.) in above-mentioned outer container.Swing roller be with the opening of water drum accordingly by the drum that has the end of opening, be directly connected with the rotating shaft of drive motors (DD motor etc.).The axle of cylinder and water drum is level or heeling condition, makes before opening portion becomes, to have made bottom side become the back side, picks and places washings by opening lid.
In the tumbling-box washing machine of such formation, also supply with running water or water for bathing and inject in cylinder as washings.To this, as long as the ion unit 10 illustrating is set in the water filling path of running water above, at this ion unit 10, the water receiving pipe 21 of running water and the water receiving pipe 22 of water for bathing are set.In such tumbling-box washing machine, also can expect the action effect same with the washing machine illustrating above.
(alternate manner of ion box)
The ion box 30 that can change of the present utility model is by silver electrode 37 service voltages and can be to the formation of stripping silver ion in the water of supplying with.Therefore, storage barrel 38 is set for necessary formation.
The electrical connection section 31 that this storage barrel 38, electrode 37 need to be set, this electrode 37 is carried out to voltage supply.Therefore, cowling panel 30k does not need to arrange, and the in the situation that of needs, can be arranged on case 20 sides yet.
In addition,, in order to carry out antibacterial treatment, in the utility model, as ion stripping parts, illustrated the formation to the silver electrode of stripping silver ion in water by electrolysis has been set.In order to carry out this antibacterial treatment, be not limited to silver ion, can be also other metal ion.As explained above, as the parts of electrode 37, except silver, can be also other metal such as copper, zinc.
In addition, in order to carry out ion stripping, be provided with the metal electrode that adopts electrolysis as ion stripping parts.Also can not such ion stripping mode, but be arranged to the antiseptic that contains such as silver oxide etc. to be immersed in storage barrel 38.Even like this, under water by making as the antiseptic of ion stripping parts, energy stripping is used for the silver ion of antibacterial treatment etc.If such antiseptic is configured to ion stripping parts, do not need above-mentioned electrical connection section etc. is set, can greatly simplify ion box, it is simple that installation processes etc. also become.
industrial utilizability
The utility model can for carry out metal ion stripping, need to be added with the equipment of the water of the ion of stripping.As an example of this equipment, can be widely used in and process the treating apparatus of washings, the washing machine washing, as washing machine, can be widely used in upright type washing machine, tumbling-box washing machine etc.
description of reference numerals
1 washing machine
9 washing dehydration cylinders (cylindric washer)
10 ion units (ion dissolving device)
20 cases
20a becomes the opening of water filling port
20b base plate (water filling path)
20d backplate
30 ion boxes
30a antetheca
30b next door
30c sidewall
30d sidewall
30e diapire
30k cowling panel
31 electrical connection sections
32 ion stripping portions
35 connectors
36 demarcation strips
37 electrodes (ion stripping parts)
38 storage barrels
Claims (8)
1. an ion dissolving device, possesses:
Storage barrel, its storage of water;
Demarcation strip, the sidewall that it forms above-mentioned storage barrel, makes the water of storage overflow and flow out; And
Ion stripping parts, it is immersed in the water in above-mentioned storage barrel, carries out ion stripping.
2. ion dissolving device according to claim 1, wherein,
Above-mentioned ion dissolving device possesses above-mentioned storage barrel, above-mentioned demarcation strip and ion stripping parts in case, and above-mentioned case possesses for being received from water, receiving water for bathing the opening to cylindric washer water filling,
In above-mentioned case, possesses the water filling path that the water flowing out from above-mentioned storage barrel, above-mentioned water for bathing are injected from above-mentioned opening.
3. ion dissolving device according to claim 2, wherein,
In above-mentioned case, be provided with the ingress pipe that the running water receiving is supplied with to above-mentioned storage barrel,
This ingress pipe is provided with to above-mentioned storage barrel and supplies with the 1st supply port of a part of running water and supply with the 2nd supply port of remaining running water to above-mentioned water filling path.
4. ion dissolving device according to claim 3, wherein,
Bottom surface at above-mentioned storage barrel is formed with osculum, and above-mentioned osculum can be discharged the water that is less than the water yield of supplying with from above-mentioned the 1st supply port.
5. an ion box, it is arranged to can install and remove with respect to case, and for carrying out ion stripping, above-mentioned case has and is received from respectively water, water for bathing the water filling path to cylindric washer water filling,
Above-mentioned ion box possesses:
Storage barrel, it stores running water;
Demarcation strip, the sidewall that it forms above-mentioned storage barrel, makes the water of storage overflow and flow out; And
Ion stripping parts, it is located at above-mentioned storage barrel, carries out ion stripping.
6. ion box according to claim 5, wherein,
Be formed with the osculum that the water of storage is discharged in the bottom surface of above-mentioned storage barrel, this osculum leads to the water filling path of above-mentioned case.
7. a washing machine, it is to being provided with case for the water filling path of receiving the cylindric washer water filling that washings washs, above-mentioned case possesses the water for bathing water receiving pipe that is communicated with the feed water valve of supplying with running water and is received from the water receiving pipe of water and the water for bathing of reception suction
In above-mentioned case, possess:
Storage barrel, it stores above-mentioned running water;
Demarcation strip, the sidewall that it forms above-mentioned storage barrel, makes the water of storage overflow and flow out; And
Ion stripping parts, it is located at above-mentioned storage barrel, to storage water in released ion,
In above-mentioned case, be formed with the water filling path that the water flowing out from above-mentioned storage barrel, the water for bathing supplied with by water for bathing water receiving pipe is injected into above-mentioned cylindric washer.
8. washing machine according to claim 7, wherein,
The one thing that the above-mentioned storage barrel, demarcation strip, the ion stripping parts that are provided with integratedly in above-mentioned case are formed is configured to the ion box that can install and remove with respect to above-mentioned case,
Above-mentioned washing machine is provided with:
Lid, it is opened and closes gateway in order to pick and place washings in above-mentioned cylindric washer; And
Locking mechanism, locks above-mentioned lid in its running of washing at above-mentioned washing machine,
In washing running, can not carry out pulling down of above-mentioned ion box.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-253788 | 2012-11-20 | ||
| JP2012253788A JP6039377B2 (en) | 2012-11-20 | 2012-11-20 | Ion eluting device, ion cartridge, and washing machine equipped with them |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203683953U true CN203683953U (en) | 2014-07-02 |
Family
ID=51005876
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320727954.3U Expired - Lifetime CN203683953U (en) | 2012-11-20 | 2013-11-18 | Ion dissolving device, ion box and washing machine provided with ion dissolving device and ion box |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6039377B2 (en) |
| CN (1) | CN203683953U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111501296A (en) * | 2020-04-23 | 2020-08-07 | 长虹美菱股份有限公司 | Silver ion structure, powder box subassembly and washing machine thereof |
| WO2021258805A1 (en) * | 2020-06-24 | 2021-12-30 | 青岛海尔洗衣机有限公司 | Washing machine |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7329732B2 (en) * | 2020-02-06 | 2023-08-21 | パナソニックＩｐマネジメント株式会社 | Auxiliary unit and washing machine |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10179980A (en) * | 1996-12-25 | 1998-07-07 | Sharp Corp | Fully automatic washing machine |
| JP2002095889A (en) * | 2000-09-25 | 2002-04-02 | Toshiba Corp | Washing machine |
| JP2002113288A (en) * | 2000-10-12 | 2002-04-16 | Mitsubishi Rayon Co Ltd | Method and machine for washing |
| KR100635856B1 (en) * | 2002-08-07 | 2006-10-19 | 삼성전자주식회사 | Disinfection washing machine and control method thereof |
| JP3605644B1 (en) * | 2003-08-06 | 2004-12-22 | テクノエクセル株式会社 | Detergent tank mounted lime softening type hard water washing machine |
| JP2005253507A (en) * | 2004-03-09 | 2005-09-22 | Sanyo Electric Co Ltd | Washing machine |
| EP1607508A3 (en) * | 2004-06-14 | 2007-06-27 | Samsung Electronics Co., Ltd. | Washing machine with detergent supply unit |
| JP2010119633A (en) * | 2008-11-20 | 2010-06-03 | Panasonic Corp | Silver ion dissolution device of washing machine |
-
2012
- 2012-11-20 JP JP2012253788A patent/JP6039377B2/en active Active
-
2013
- 2013-11-18 CN CN201320727954.3U patent/CN203683953U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111501296A (en) * | 2020-04-23 | 2020-08-07 | 长虹美菱股份有限公司 | Silver ion structure, powder box subassembly and washing machine thereof |
| WO2021258805A1 (en) * | 2020-06-24 | 2021-12-30 | 青岛海尔洗衣机有限公司 | Washing machine |
| CN115768940A (en) * | 2020-06-24 | 2023-03-07 | 青岛海尔洗衣机有限公司 | Washing machine |
| CN115768940B (en) * | 2020-06-24 | 2023-10-03 | 青岛海尔洗衣机有限公司 | washing machine |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2014100258A (en) | 2014-06-05 |
| JP6039377B2 (en) | 2016-12-07 |
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| CX01 | Expiry of patent term |
Granted publication date: 20140702 |