CN206809248U - The water circuit system of dish-washing machine and there is its dish-washing machine - Google Patents

The water circuit system of dish-washing machine and there is its dish-washing machine Download PDF

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Publication number
CN206809248U
CN206809248U CN201621489310.5U CN201621489310U CN206809248U CN 206809248 U CN206809248 U CN 206809248U CN 201621489310 U CN201621489310 U CN 201621489310U CN 206809248 U CN206809248 U CN 206809248U
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China
Prior art keywords
water
inner bag
dish
tank
washing machine
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CN201621489310.5U
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Chinese (zh)
Inventor
付安东
辛载奎
仇灿华
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Wuhu Midea Smart Kitchen Appliance Manufacturing Co Ltd
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Midea Group Co Ltd
Foshan Shunde Midea Washing Appliances Manufacturing Co Ltd
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Priority to CN201621489310.5U priority Critical patent/CN206809248U/en
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Abstract

The utility model discloses a kind of water circuit system of dish-washing machine and there is its dish-washing machine, wherein, the water circuit system of dish-washing machine includes：Inner bag component, formed with through hole on inner bag component；Water tank, water tank has interconnected tank filler opening, water outlet of water tank and overfall, and tank filler opening is used for the water filling into water tank, and water outlet of water tank connects with inner bag component, overfall is higher than through hole, and overfall connects with through hole and is suitable to current and flows into through hole by overfall.According to the water circuit system of dish-washing machine of the present utility model, by setting overfall on water tank, through hole is set on inner bag component, and the height of overfall is disposed above to the height of through hole, the water in water tank is set to pass through in overfall runner inner bag component, the aerial drainage of Water in Water Tanks is realized, avoids water tank and part thereon from being damaged, so as to ensure the use reliability of the water circuit system of dish-washing machine.

Description

The water circuit system of dish-washing machine and there is its dish-washing machine
Technical field
Dish-washing machine technical field is the utility model is related to, a kind of water circuit system more particularly, to dish-washing machine and is had Its dish-washing machine.
Background technology
With the improvement of living standards, use of the dish-washing machine in everyday home is also more and more common, in grinding for dish-washing machine Focus more on how dish-washing machine is applied to wider customer demand in hair.
Utility model content
The utility model is intended to one of technical problem at least solving in correlation technique to a certain extent.Therefore, this reality With a kind of water circuit system of dish-washing machine of new proposition, the structure of the water circuit system of the dish-washing machine is simple, safe to use, reliable, uses Experience at family.
The utility model also proposes a kind of dish-washing machine of the water circuit system with above-mentioned dish-washing machine.
According to the water circuit system of the dish-washing machine of the utility model first aspect, including：Inner bag component, on the inner bag component Formed with through hole；Water tank, the water tank have interconnected tank filler opening, water outlet of water tank and overfall, the water tank Filler is used for the water filling into the water tank, and the water outlet of water tank connects with the inner bag component, and the overfall is higher than institute Through hole is stated, and the overfall connects with the through hole and is suitable to current and flows into the through hole by the overfall.
According to the water circuit system of dish-washing machine of the present utility model, by setting overfall on water tank, on inner bag component Through hole is set, and the height of overfall is disposed above to the height of through hole, the water in water tank is flowed to by overfall In inner bag component, the aerial drainage of Water in Water Tanks is realized, avoids water tank and part thereon from being damaged, so as to ensure dish-washing machine The use reliability of water circuit system.
In addition, according to the water circuit system of dish-washing machine of the present utility model, there can also be technical characteristic additional as follows：
According to one embodiment of the present utility model, the overfall is located at the top of the water tank and is less than the water tank Filler.
According to one embodiment of the present utility model, the water tank be arranged on the inner bag component on, the overfall with The through hole is relative up and down.
According to one embodiment of the present utility model, the water tank includes supporting part, and the supporting part is supported in described The top of courage component, the overfall are formed on the supporting part, and through hole is formed at the top surface of the inner bag component.
According to one embodiment of the present utility model, the water tank is also associated with water intaking valve.
According to one embodiment of the present utility model, water chamber is defined in the water tank and adds water cavity, described plus water cavity Top the tank filler opening is set, the bottom of the water chamber sets the water outlet of water tank.
According to one embodiment of the present utility model, the water circuit system also includes：Water softener, the entrance of the water softener Being connected respectively with described plus water cavity and the water intaking valve, the outlet of the water softener connects with described plus water cavity, wherein, it is described soft Hydrophone has one or adds water cavity and the water intaking valve and interconnected two entrances described in connection respectively.
According to one embodiment of the present utility model, flowmeter is serially connected between the water intaking valve and the water softener.
According to one embodiment of the present utility model, level sensor is provided with the water tank.
According to the dish-washing machine of the utility model second aspect, including：Water circuit system, the water circuit system are above-described embodiment The water circuit system of described dish-washing machine；Spray arm component, the spray arm component are located in the inner bag component；Washing pump, it is described to wash Wash pump respectively with the inner bag component and the spray arm component to be connected, the washing pump is used for the water pump in the inner bag component Deliver to the spray arm component；Draining pump, the draining pump are connected for discharging in the inner bag component with the inner bag component Water.
Additional aspect and advantage of the present utility model will be set forth in part in the description, partly by from following description In become obvious, or by it is of the present utility model practice recognize.
Brief description of the drawings
Fig. 1 is the structural representation according to the dish-washing machine of the utility model embodiment；
Fig. 2 is the exploded view of the dish-washing machine shown in Fig. 1；
Fig. 3 is structural representation of the dish-washing machine shown in Fig. 1 at another visual angle；
Fig. 4 is the exploded view of the dish-washing machine shown in Fig. 3；
Fig. 5 is another exploded view of the dish-washing machine shown in Fig. 3；
Fig. 6 is the side view according to the dish-washing machine of the utility model embodiment；
Fig. 7 is the sectional view along I-I line in Fig. 6；
Fig. 8 is the front view according to the dish-washing machine of the utility model embodiment；
Fig. 9 is the sectional view along II-II line in Fig. 8；
Figure 10 is the structural representation according to the anti-siphon component of blower fan of the dish-washing machine of the utility model embodiment；
Figure 11 is the sectional view along the line A-A in Figure 11；
Figure 12 is the structural representation according to the water tank of the dish-washing machine of the utility model embodiment；
Figure 13 is the sectional view along the line B-B in Figure 12；
Figure 14 is the structural representation according to the water softener of the dish-washing machine of the utility model embodiment；
Figure 15 is the top view of the water softener shown in Figure 14；
Figure 16 is the sectional view along the line C-C in Figure 15；
Figure 17 is the top view of the water softener shown in Figure 14；
Figure 18 is the sectional view along the line D-D in Figure 17；
Figure 19 is the sectional view along the E-E lines in Figure 17；
Figure 20 is the top view of the water softener shown in Figure 14；
Figure 21 is the sectional view along the F-F lines in Figure 20；
Figure 22 is the sectional view along the G-G lines in Figure 20；
Figure 23 is structural representation of the water softener shown in Figure 14 at another visual angle；
Figure 24 is the sectional view along the M-M lines in Figure 23；
Figure 25 is the sectional view along the N-N lines in Figure 23；
Figure 26 is the schematic diagram according to the water circuit system of the dish-washing machine of the utility model one embodiment；
Figure 27 is the schematic diagram according to the water circuit system of the dish-washing machine of the utility model another embodiment.
Reference：
100：Dish-washing machine；
1：Inner bag component；101：Base water inlet；102：Inner bag air inlet；
11：Inner bag；12：Cup；13：Exterior door components；14：Through hole；
2：Water tank；
201：Add water cavity；202：Water chamber；203：Regenerate chamber；
204：Tank filler opening；205：Water tank air inlet；
206：Water outlet of water tank；207：Water tank soft water water inlet；
208：Water tank regenerates water out；209：Overfall；
21：First partition；22：Second partition；
23：Discharging valve；24：Condensate tank of dehumidifier；25：Air inlet pipe；26：Supporting part；
3：Water softener；
301：First water softener water inlet；302：Second water softener water inlet；303：Water softener delivery port；
31：Soft water component；
32：Regeneration module；
321：Salt chamber；322：Intake tunnel；323：Switch valve；
324：Salt deficiency detection means；325：Add salt hole；
34：Flowmeter；
4：The anti-siphon component of blower fan；
41：Body；
411：Balance channel；
4111：First vertical limb；4112：Second vertical limb；4113：Horizontal limb；
4114：Passage；4115：Water retaining ribs；4116：Baffle plate；
4117：Intubation；4118：Check valve；
412：Water stream channel；
4121：Water stream channel import；4122：Water stream channel exports；
413：Plenum duct；414：Communicating passage；
42：Blower fan；43：Commutating structure；
5：Steam generator；6：Draining pump；7：Washing pump；8：Spray arm component；9：Heating component.
Embodiment
Embodiment of the present utility model is described below in detail, the example of the embodiment is shown in the drawings.Below by The embodiment being described with reference to the drawings is exemplary, it is intended to for explaining the utility model, and it is not intended that new to this practicality The limitation of type.
1 to Figure 27 specific descriptions are according to the dish-washing machine 100 of the utility model first aspect embodiment below in conjunction with the accompanying drawings Water circuit system.
As shown in Fig. 1, Fig. 9 and Figure 13, inner bag is included according to the water circuit system of the dish-washing machine 100 of the utility model embodiment Component 1 and water tank 2.Specifically, there is interconnected tank filler opening formed with through hole 14, water tank 2 on inner bag component 1 204th, water outlet of water tank 206 and overfall 209, tank filler opening 204 are used for the water filling into water tank 2, water outlet of water tank 206 with it is interior Courage component 1 connects, and overfall 209 is higher than through hole 14, and overfall 209 connects with through hole 14 and suitable for current by overfall 209 Flow into through hole 14.
In other words, the water circuit system of the dish-washing machine 100 is mainly made up of inner bag component 1 and water tank 2, inner bag component 1 and water Case 2 is connected, wherein, inner bag component 1 is provided with through hole 14, and water tank 2 is provided with tank filler opening 204, water outlet of water tank 206, overflow Head piece 209, the inner chamber of tank filler opening 204, water outlet of water tank 206, overfall 209 with water tank 2 turn on, inner bag component 1 with After water tank 2 assembles, water outlet of water tank 206 connects with inner bag component 1, so as to the water flowing into inner bag component 1, the overfall of water tank 2 209 height is higher than the through hole 14 of inner bag component 1, and the through hole 14 of the overfall 209 of water tank 2 and inner bag component 1 turns on.
If by the water filling into water tank 2 of tank filler opening 204, with the rise of the water level in water tank 2, the water in water tank 2 It can be flowed to by overfall 209, through hole 14 in inner bag component 1, i.e., the water tank 2 has the effect of anti-overflow, can avoid Water tank 2 damages water tank 2 because increasing suddenly in full water state, hydraulic pressure.
Specifically, when automatic feeding water, if the water intaking valve damage of dish-washing machine 100, easily causes always to dish-washing machine 100 Water tank 2 is intake, and because through hole 14 is located at the low level of tank filler opening 204, when overflow occurs, water can be let out from the through hole 14 of water tank 2 Stream, by the cup 12 of water aerial drainage to machine inner bag 11, prevents water from being flowed out from tank filler opening 204；When water is examined more than the water level of water tank 2 During survey line, draining pump drainage can be started, aerial drainage is drained to the water in inner bag component 1, avoid water from overflowing dish-washing machine 100, water Flood kitchen.
Thus, according to the water circuit system of the dish-washing machine 100 of the utility model embodiment, by setting overflow on water tank 2 Mouth 209, through hole 14 is set on inner bag component 1, and the height of overfall 209 is disposed above to the height of through hole 14, makes water Water in case 2 can be flowed in inner bag component 1 by overfall 209, realize the aerial drainage of the reclaimed water of water tank 2, avoid water tank 2 and Part thereon is damaged, so as to ensure the use reliability of the water circuit system of dish-washing machine 100.
Alternatively, overfall 209 is located at the top of water tank 2 and is less than tank filler opening 204.Specifically, when in water tank 2 When water level is higher than the height of overfall 209, the water in water tank 2 can be flowed out by overfall 209, and by inner bag component 1 Through hole 14 is flowed into the inner chamber of inner bag component 1, if now continuing the water filling into water tank 2, the water in water tank 2 can continuously flow Enter in inner bag component 1, ensure that the water level in water tank 2 may remain at the height and position of overfall 209 all the time, overfall 209 Height be less than tank filler opening 204, be advantageously implemented flushing effect, ensure the dynamic balancing of the water level in water tank 2, prevent water tank 2 and part thereon burst because being chronically at full water state, extend water tank 2 service life.
Wherein, it is arranged on according to one embodiment of the present utility model, water tank 2 on inner bag component 1, overfall 209 is with leading to Hole is relative about 14.For example, water tank 2 may be mounted in the side wall of inner bag component 1, the wherein roof or side wall of inner bag component 1 Through hole 14 is provided with towards the side of water tank 2, the side towards inner bag component 1 of water tank 2 is provided with overfall 209, and overfall 209 Positioned at the top of through hole 14, when filling water in water tank 2, current flow out water tank 2 by overfall 209, then pass through inner bag again The through hole 14 of component 1 is flowed into the inner chamber of inner bag component 1.Thus, by the way that overfall 209 is oppositely arranged with through hole about 14, Current are flowed into the inner chamber of inner bag component 1 from water tank 2 under gravity, reduce flow path, so as to avoid water tank 2 and Part thereon is damaged.
In some embodiments of the present utility model, water tank 2 includes supporting part 26, and supporting part 26 is supported on inner bag The top of component 1, overfall 209 are formed on supporting part 26, and through hole 14 is formed at the top surface of inner bag component 1.
Specifically, as shown in figure 9, vertically (above-below direction as shown in Figure 9) extension of water tank 2 and being located at inner bag group On the rear wall of part 1, the upper lateral part towards inner bag component 1 of water tank 2 is provided with the supporting part for the sidewall surfaces for protruding from water tank 2 26, the chamber connected with water tank 2 is defined in supporting part 26, supporting part 26 is provided with the overfall 209 turned on chamber, interior The top surface of courage component 1 is provided with through hole 14, and after water tank 2 assembles with inner bag component 1, the bottom of the supporting part 26 on water tank 2 is connected to The top of inner bag component 1, and overfall 209 is located at the top of through hole 14, i.e. the side towards supporting part 26 of inner bag component 1 is set There is through hole 14, after filling water in water tank 2, water can be flowed into supporting part 26 by overfall 209, then pass through inner bag group again The through hole 14 at the top of part 1 is passed through in the inner chamber of inner bag component 1.
Wherein, water tank 2 is also associated with water intaking valve.Water tank 2 is connected with water intaking valve, can be with when needing the water filling into water tank 2 Open water intaking valve, running water can pass sequentially through water intaking valve into water tank 2, (or reach predetermined water when the water of water tank 2 fills Position) when, water intaking valve can be closed, thus, it is possible to control whether water circuit system connects with external water source by water intaking valve, operation letter Folk prescription is just.
According to one embodiment of the present utility model, water chamber 202 is defined in water tank 2 and adds water cavity 201, adds water cavity 201 top sets tank filler opening 204, and the bottom of water chamber 202 sets water outlet of water tank 206.
Specifically, as shown in fig. 4 and 13, can be provided with first partition 21 in water tank 2, first partition 21 with water tank 2 Wall define respectively water chamber 202 and plus water cavity 201, water chamber 202 and plus water cavity 201 in the horizontal direction (such as in Figure 13 Shown left and right directions) on arranged for interval, tank filler opening 204 is formed at plus the top of water cavity 201, water outlet of water tank 206 are located at The bottom of water chamber 202, with reference to Figure 13, tank filler opening 204 is formed is located at water in the left side at the top of water tank 2, first partition 21 In case 2 and positioned at the right side of tank filler opening 204, on direction from top to bottom, at least a portion of first partition 21 is in edge Tilt the tabular of extension from the direction turned left of the right side, that the space in water tank 2 is divided into left side by first partition 21 plus water cavity 201 and the right side The water chamber 202 of side, the internal structure of water tank 2 is compact, orderly, is advantageously implemented the combination of multiple functions.
Advantageously, water circuit system also includes water softener 3, and the entrance of water softener 3 is respectively with adding water cavity 201 and water intaking valve to connect It is logical, the outlet of water softener 3 with plus water cavity 201 connect, wherein, water softener 3 has one or respectively connection plus water cavity 201 and intake Valve and interconnected two entrances.
Specifically, there is outlet (i.e. water softener delivery port 303) such as Figure 14 to Figure 25, on water softener 3 and two entrances are (i.e. Water softener water inlet, such as hereinafter shown the first water softener water inlet 301 and the second water softener water inlet 302), water softener Delivery port 303 and water softener water inlet connect with the soft water component in water softener 3, the water softener delivery port 303 of water softener 3 with The water chamber 202 of water tank 2 is connected, for inputting softened water in the water chamber 202 to water tank 2.That is, water enters from water softener The mouth of a river enters in water softener 3, softens through the soft water component in water softener 3, calcium, the magnesium plasma gone in water removal, obtained pure water Enter the water chamber 202 of water tank 2 from water softener delivery port 303, then inner bag component 1 is flowed to from water chamber 202, eaten for washing Tool, thus, it is possible to avoid forming incrustation scale in the inside of inner bag component 1 and the water chamber 202 of water tank 2, so as to further improve dish-washing machine 100 clean result, lift the usage experience of dish-washing machine 100.
Thus, by setting water tank 2 to be used to supply water to inner bag component 1 so that dish-washing machine 100 can be manually to water tank 2 add the mode of water to be supplied water to inner bag component 1, improve applicability.In addition, water softener 3 is concatenated in water circuit system, can be with softened water Matter, effectively avoid incrustation scale from assembling in inner bag component 1 and water chamber 202, strengthen the effect that washes the dishes.
Wherein, flowmeter 34 is serially connected between water intaking valve and water softener 3.That is, the entrance and water intaking valve of water softener 3 Between be provided with flowmeter 34, i.e. flowmeter 34 is located on the water route between the entrance and water intaking valve of water softener 3, so as to convenient detection The flow of the current flowed into water softener 3.
Preferably, as shown in figs. 7 and 13, condensate tank of dehumidifier 24 is provided with water tank 2, for example, condensate tank of dehumidifier 24 It can be level sensor.Specifically, level sensor can be used for detecting the water level in water tank 2, be washed the dishes thus, it is possible to improve The automaticity of machine 100, it is easy to the water level in real time in monitoring water tank 2, for example, when level sensor detects water chamber 202 In water level when reaching predetermined water level, signal can be fed back to control component, control component can be stopped with control system The water filling into water chamber 202, avoid water tank 2 that overflow occurs, reach water-saving purpose.
Specifically, the adapter path of the water circuit system of dish-washing machine 100 is：Water inlet pipe connect tap, water intaking valve connect into The water softener water inlet of water pipe, water pipe connection water intaking valve and flowmeter 34, flowmeter 34 and water softener 3, water pipe connection water softener 3 Water softener delivery port 303 and water tank 2 water tank soft water water inlet 207, the air admission hole of water tank 2 connects with internal ventilator sealing Connect, if the water intaking valve damage of dish-washing machine 100, easily causes to intake to the water tank 2 of dish-washing machine 100 always, because through hole 14 is located at water The low level of case filler 204, when overflow occurs, water can prevent water from being flowed from tank filler opening 204 from the aerial drainage of through hole 14 of water tank 2 Go out；When water exceedes 2 water level detecting line of water tank, flowmeter 34 detects exceeded into water, can start draining pump drainage, by aerial drainage Drained to the water in inner bag component 1, avoid water from overflowing dish-washing machine 100, water logging kitchen.
1 to Figure 25 and Figure 27 describes the dish-washing machine 100 according to one specific embodiment of the utility model with reference to the accompanying drawings Water circuit system.
Included according to the water circuit system of the dish-washing machine 100 of the utility model embodiment：Inner bag component 1, water tank 2 and water softener 3。
Specifically, as Figure 12 and Figure 13 water tanks 2 have water tank water chamber 202, water chamber 202 and the inner bag component 1 of water tank 2 It is connected, the water chamber 202 of water tank 2 is used to supply water into inner bag component 1, for being washed to the tableware in inner bag component 1；And The water for meeting 100 full washing process of dish-washing machine can be stored in water chamber 202, so, can not only pass through water intaking valve Enter the water of water chamber 202 Deng control, mode that can also be manually adds water into water chamber 202, thus, it is possible to realize more Kind mode supplies water to the inner bag component 1 of dish-washing machine 100, improves applicability.Suitable for the area of no running water, or emergency case Supplied water when cutting off the water using external water source to dish-washing machine 100.Further, since water tank 2 can store the water for washing the dishes in advance, wash the dishes Process is not influenceed by external water flood speed, so as to improve the efficiency that washes the dishes of dish-washing machine 100.
Such as Figure 14 to Figure 25, water softener 3 has soft water component 31, and has water softener delivery port 303 and soft on water softener 3 Water heater inlet mouth (such as hereinafter shown first water softener water inlet 301 and the second water softener water inlet 302), water softener goes out The mouth of a river 303 and water softener water inlet connect with soft water component 31, water softener delivery port 303 and the water tank water chamber of water softener 3 202 are connected, for inputting softened water into water chamber 202.That is, water enters in water softener 3 from water softener water inlet, warp Soft water component 31 in water softener 3 softens, and calcium, the magnesium plasma gone in water removal, obtained pure water enters from water softener delivery port 303 Enter water tank water chamber 202, then inner bag component 1 is flowed to from water chamber 202, for washing tableware, thus, it is possible to avoid inner bag component Incrustation scale is formed in 1 inside and water tank water chamber 202, so as to further improve the clean result of dish-washing machine 100, lifts dish-washing machine 100 usage experience.
According to the water circuit system of the dish-washing machine 100 of the utility model embodiment, by setting water tank 2 to be used for inner bag component 1 supplies water so that dish-washing machine 100 manually can supply water to the mode of water tank 2 plus water to inner bag component 1, improve applicability. In addition, concatenating water softener 3 in water circuit system, incrustation scale can effectively be avoided in inner bag component 1 and water chamber 202 with demineralized water Aggregation, strengthen the effect that washes the dishes.
In one embodiment of the present utility model, water circuit system can also include water intaking valve, and water softener water inlet is with entering Water valve connects, and when needing to wash the dishes or need the water filling into water chamber 202, can open water intaking valve, running water can lead to successively Cross water intaking valve and water softener water inlet and enter in soft water component 31 and soften, when the water in wash the dishes end or water chamber 202 fills (or Reach predetermined water level) when, water intaking valve can be closed, thus, it is possible to whether control water circuit system and external water source by water intaking valve Connection, it is simple to operate.
In certain embodiments, water circuit system can also include adding water cavity 201, add water cavity 201 to have water tank add water Mouth 204, water softener water inlet (such as second water softener water inlet 302 described below) is with adding water cavity 201 to be connected.When need When adding water manually, user can be added water to by tank filler opening 204 to be added in water cavity 201, adds the water in water cavity 201 to lead to again Water softener water inlet is crossed into softening in water softener 3, the pure water that water softener 3 flows out passes through the water inlet inner bag of water chamber 202 component 1 again It is interior to be used to wash the dishes.
In further embodiments, water circuit system can also include water intaking valve simultaneously and add water cavity 201, add water cavity 201 to have There is a tank filler opening 204, respectively with water intaking valve and adding water cavity 201 to be connected, water softener water inlet can be wrapped only water softener water inlet Include and water intaking valve and add be connected one of water cavity 201, the water inlet of water softener 3 can also include respectively with water intaking valve and plus water cavity 201 two to be connected, that is to say, that when water softener water inlet is one, water softener water inlet, water intaking valve plus water cavity 201 3 Person concatenates；When water softener water inlet be two when, one of water softener water inlet (such as first water softener water inlet 301) with Water intaking valve concatenates, for example, outside running water can pass sequentially through water intaking valve and the first water softener water inlet 301 enters soft water group In part 31, way of supplying water now is tap water supply.Another water softener water inlet (the second water softener water inlet 302) is with adding Water cavity 201 concatenates, for example, user can be by tank filler opening 204 to adding in water cavity 201 plus water, water pass through the second soft water again Device water inlet 302 enters in the soft water component 31 of water softener 3, and now, dish-washing machine 100 is using the mode to supply water manually. That is running water automatic watering and manual plus water two ways are respectively corresponding with a water softener water inlet, thus, it is possible to simplify The structure of water circuit system, it is easy to connect exterior line.
In certain embodiments, such as Figure 12 and Figure 13, first partition 21 can be provided with water tank 2, first partition 21 is in water Defined in case 2 water chamber 202 and plus water cavity 201, water chamber 202 and plus water cavity 201 in the horizontal direction (such as in Figure 13 Shown left and right directions) on arranged for interval, tank filler opening 204 is formed at plus the top of water cavity 201, and adds the bottom of water cavity 201 Connect water softener water inlet.With reference to Fig. 7, tank filler opening 204 is formed is located at water in the left side at the top of water tank 2, first partition 21 In case 2 and positioned at the right side of tank filler opening 204, on direction from top to bottom, at least a portion of first partition 21 is in edge Tilt the tabular of extension from the direction turned left of the right side, that the space in water tank 2 is divided into left side by first partition 21 plus water cavity 201 and the right side The water chamber 202 of side, and add water cavity 201 bottom can be connected with the bottom of water chamber 202, when add water cavity 201 bottom and When the bottom of water chamber 202 does not connect, the bottom of water cavity 201 is added to be connected with water softener water inlet.
Preferably, first partition 21 extends to the top of neighbouring water tank 2 from the bottom up, that is to say, that adds the top of water cavity 201 Portion connects with the top of water chamber 202, so, when water chamber 202 is to during inner bag 1 water filling of component, the air pressure drop in water chamber 202 Low, now, extraneous air can be entered in water chamber 202 by the top of tank filler opening 204, first partition 21, so as to flat Weigh air pressure, realizes the effect of ventilation, certainly, when the water filling into water chamber 202, the pressure rise in water chamber 202, water chamber Air-flow in 202 can also be discharged by tank filler opening 204.
In certain embodiments, the soft water component 31 in water softener 3 includes resin cavity, and resin is filled with resin cavity, , it is necessary to be regenerated after calcium ions and magnesium ions in resin demineralized water, it is preferable that as shown in Figure 18 and Figure 19, water softener 3 is also There can be regeneration module 32, regeneration module 32 is used to regenerate soft water component 31.Regeneration module 32 can include salt chamber 321, Intake tunnel 322 and switch valve 323, salt chamber 321 connect soft water component 31, and intake tunnel 322 is connected with salt chamber 321, switch valve 323 are used to open or close intake tunnel 322.When to be regenerated to soft water component 31, switch valve 323, water can be opened It can enter in salt chamber 321, form the salting liquid of saturation, then be entered using salting liquid in soft water component 31 to soft water component 31 Regenerated.
Advantageously, as shown in figure 13, second partition 22 can be provided with water tank 2, second partition 22 limits in water tank 2 The regeneration chamber 203 being spaced apart with water chamber 202, the top of regeneration chamber 203 connects with water chamber 202, with reference to Fig. 7, second partition 22 upwardly extend from the bottom wall of water tank 2, and are spaced apart with the roof of water tank 2, and the left side of second partition 22 is water chamber 202 and the right side Side is regeneration chamber 203, and the connectivity part of regeneration chamber 203 and water chamber 202 is not higher than the peak level of water chamber 202, that is, Say, (now, the also not up to water chamber 202 when the water level in water chamber 202 is gradually risen to height more than second partition 22 Peak level), the water in water chamber 202 can overflow across second partition 22 and enter in regeneration chamber 203, regenerate the bottom of chamber 203 Intake tunnel 322 is connected, so as to by the water filling into salt chamber 321 of intake tunnel 322, saturated salt solution be formed, for again Raw soft water component 31.
Preferably, can be communicated with water softener 3 salt chamber 321 plus salt hole 325, add salt hole 325 opened by lid or Close, salt deficiency detection means 324 is additionally provided with salt chamber 321.When salt deficiency detection means 324 detects that the salt in salt chamber 321 is inadequate When (when being not enough to be formed the salting liquid of saturation), user can open lid and add salt into salt chamber 321 by adding salt hole 325, To ensure effectively regenerate soft water component 31.
Preferably, air inlet pipe 25 can be provided with water tank 2, one end of air inlet pipe 25 (such as the air inlet pipe shown in Figure 13 25 upper end) connection and closed tank air inlet 205, and the other end (such as the air inlet pipe 25 shown in Figure 13 of air inlet pipe 25 Lower end) bottom that extends in water tank 2.So, the water injection inner bag component 1 in by water tank 2, the air pressure drop in water tank 2 When low, outside air can be entered in water tank 2 by air inlet pipe 25, so as to the air pressure inside and outside balanced reservoir 2, to ensure water tank Water in 2 can smoothly flow to inner bag component 1.
Advantageously, condensate tank of dehumidifier 24 is provided with the water chamber 202 of water tank 2, condensate tank of dehumidifier 24 can be used for examining The water level surveyed in water tank 2, thus, it is possible to improve the automaticity of dish-washing machine 100, it is easy to the water level in real time in monitoring water tank 2, For example, when the water level that condensate tank of dehumidifier 24 is detected in water chamber 202 reaches predetermined water level, signal can be fed back to control Component processed, control component, which can control, stops the water filling into water chamber 202.
Preferably, as shown in Fig. 5 and Figure 27, the water circuit system of the dish-washing machine 100 of the utility model above-described embodiment is also It can include：Steam generator 5, steam generator 5 are concatenated between the water chamber of water tank 202 and inner bag component 1, steam generation Device 5 is used to supply water into the inner bag component 1 or high-temperature steam.For example, during dish-washing machine 100 washes the dishes, the water outlet of water tank 2 Water in chamber 202 is introduced into steam generator 5 and intake again in inner bag component 1, and steam generator 5 now is only circulation of supplying water Passage；When dishwashing procedure is completed, it is necessary to be disappeared using steam generator 5 to the tableware in inner bag component 1 and inner bag component 1 When malicious, the water in water chamber 202 enters steam generator 5, and steam generator 5 heats water into gaseous high-temperature steam, high Warm steam enters in inner bag component 1, can be to the sterilizing of dish-washing machine 100, thus, it is possible to further improve dish-washing machine 100 Effect and clean efficiency are cleaned, while also causes dish-washing machine 100 that there is sterilizing power.
Water circuit system, spray arm component 8, washing pump 7 are included according to the dish-washing machine 100 of the utility model second aspect embodiment With draining pump 6.Specifically, water circuit system is the water circuit system of the dish-washing machine 100 of above-described embodiment, and spray arm component 8 is located at interior In courage component 1, washing pump 7 is connected with inner bag component 1 and spray arm component 8 respectively, and washing pump 7 is used for the water in inner bag component 1 Spray arm component 8 is pumped to, draining pump 6 is connected for discharging the water in inner bag component 1 with inner bag component 1.
Specifically, water tank 2 is connected with inner bag component 1, and water tank 2 is used to supply water into inner bag component 1, and water tank 2 has water tank Filler 204, user can add water toward water tank 2 is interior manually by tank filler opening 204, and certainly, water tank 2 can also use non-manual Add the pattern of water, for example, water tank 2 directly can be connected by user with running water pipe, directly supplied by running water pipe to water tank 2 Water.Spray arm component 8 is located in inner bag component 1；Washing pump 7 is connected with inner bag component 1 and spray arm component 8 respectively, and washing pump 7 is used Water pump in by inner bag component delivers to spray arm component 8；Draining pump 6 is connected with inner bag component 1, and draining pump 6 is used to discharge inner bag Water in component 1.
When needing to clean tableware using dish-washing machine 100, user can be selected manually to water tank 2 plus water or using certainly first Water is directly into water tank 2 plus water, after the completion of water is added or during adding water, the current direction inner bag component 1 in water tank 2, In the presence of washing pump, the water pump in inner bag component 1 is delivered to spray arm component 8 by washing pump 7, and water is sprayed onto by spray arm component 8 to be treated On the tableware of cleaning, the washing to tableware is realized, after spray terminates, recycles draining pump 6 to arrange the water in inner bag component 1 Go out.
Because the water circuit system of the dish-washing machine 100 according to the utility model embodiment has above-mentioned technique effect, therefore, root Also there is above-mentioned technique effect according to the dish-washing machine 100 of the embodiment of the present application, i.e., by setting up water tank 2, and water is set on water tank 2 Case filler 204, it is possible to achieve add water to be used to wash tableware toward dish-washing machine 100 is interior manually, so as to improve dish-washing machine 100 Applicability, by water circuit system concatenate water softener 3, incrustation scale can effectively be avoided in the He of inner bag component 1 with demineralized water Assemble in water chamber 202, strengthen the effect that washes the dishes, improve overall performance.
Dish-washing machine 100 below with reference to Fig. 1-Figure 26 descriptions according to the utility model embodiment.
Included according to the dish-washing machine 100 of the utility model embodiment：Inner bag component 1, water tank 2, spray arm component 8, washing pump 7 and draining pump 6.Specifically, water tank 2 is connected with inner bag component 1, and water tank 2 is used to supply water into inner bag component 1, and water tank 2 has Tank filler opening 204, user can add water toward water tank 2 is interior manually by tank filler opening 204, and certainly, water tank 2 can also use non- Manually plus water pattern, for example, water tank 2 directly can be connected by user with running water pipe, directly by running water pipe to water tank 2 Supply water.
When needing to clean tableware using dish-washing machine 100, user can be selected manually to water tank 2 plus water or using certainly first Water is directly into water tank 2 plus water, after the completion of water is added or during adding water, the current direction inner bag component 1 in water tank 2, In the presence of washing pump 7, the water pump in inner bag component 1 is delivered to spray arm component 8 by washing pump 7, and water is sprayed onto by spray arm component 8 to be treated On the tableware of cleaning, the washing to tableware is realized, after spray terminates, recycles draining pump 6 to arrange the water in inner bag component 1 Go out.
Preferably, the bottom of inner bag component 1 can be provided with base water inlet 101, and base water inlet 101 can connect inner bag The inner space of component 1, water tank 2 can connect the base water inlet 101 of inner bag component 1, that is to say, that water tank 2 passes through base Water inlet 101 is connected with the inner space of inner bag component 1, and in other words, the water in water tank 2 can be entered by base water inlet 101 Enter in inner bag component 1, for washing the tableware in inner bag component 1.
Advantageously, water tank 2 can be located at outside inner bag component 1, to avoid taking the inner space of inner bag component 1, in guarantee The efficiency that washes the dishes of courage component 1.Water tank 2 may be mounted in the side wall of inner bag component 1, with shorten water tank 2 and inner bag component 1 it Between distance, be easy to water tank 2 directly to be supplied water to inner bag component 1.Preferably, the bottom of water tank 2 can be higher than the bottom of inner bag component 1 Seat water inlet 101.So, under conditions of it need not provide power (such as pumping), the water in water tank 2 can also be made in gravity Entered with lower automatic stream base water inlet 101 in inner bag component 1, so that the structure of dish-washing machine 100 is simpler, tight Gather together reason.
In certain embodiments, tank filler opening 204 is closed by screen pack, and screen pack can filter out the impurity in water, Impurity is avoided to enter in water tank 2 and the inner bag component 1 in the downstream of water tank 2, so as to ensure the clean effect to tableware.
Preferably, as shown in figure 13, the bottom of water tank 2 can be provided with cistern discharge valve 23, and cistern discharge valve 23 can divide It is not connected with the bottom of water tank 2 and the bottom of inner bag component 1, cistern discharge valve 23 is hand-operated valve or motor-driven valve.By controlling water Whether the opening and closing of case discharging valve 23 can control and be connected between water tank 2 and inner bag component 1, so as to facilitate control to be It is no to be supplied water into inner bag component 1.
In certain embodiments, inner bag air inlet 102 and inner bag air outlet can be provided with inner bag component 1, when inner bag group During hypertonia in part 1, the air in inner bag component 1 can be flowed out by inner bag air outlet, the gas in inner bag component 1 When pressing through low, extraneous air can be entered inside inner bag 11 by inner bag air inlet 102, to realize inside and outside balance inner bag component 1 Air pressure.Further, water tank air inlet 205 can be provided with water tank 2, and water tank air inlet 205 connects with inner bag air outlet, So, when air pressure is too high in inner bag component 1, the air in inner bag component 1 can pass sequentially through inner bag air outlet and water tank enters Gas port 205 enters in water tank 2, thus, it is possible to the pressure difference in balanced reservoir 2 and inner bag component 1, and the air pressure in water tank 2 can To be balanced by tank filler opening 204 and external pressure.
Preferably, air inlet pipe 25 can be provided with water tank 2, one end of air inlet pipe 25 (such as the air inlet pipe shown in Figure 13 25 upper end) connection and closed tank air inlet 205, and the other end (such as the air inlet pipe 25 shown in Figure 13 of air inlet pipe 25 Lower end) bottom that extends in water tank 2.So, the air pressure in the water tank 2 of water injection inner bag component 1 in by water tank 2 reduces When, outside air can be entered in water tank 2 by air inlet pipe 25, so as to the air pressure inside and outside balanced reservoir 2, to ensure water tank 2 Interior water can smoothly flow to inner bag component 1.
In some embodiments of the utility model, dish-washing machine 100 can also include the anti-siphon component 4 of blower fan, and blower fan is prevented Siphon component 4 can include：Body 41, body 41 is interior to have water stream channel 412 and balance channel 411, water stream channel The outlet of 412 one end (such as left end of the water stream channel 412 shown in Figure 11) connection draining pump 6, and water stream channel 412 The other end (such as right-hand member of the water stream channel 412 shown in Figure 11) is used for draining, when 100 draining of dish-washing machine, the work of draining pump 6 To make, the water in inner bag component 1 enters in water stream channel 412 through draining pump 6, and discharged by water stream channel 412 (such as drain into Sewer).Further, balance channel 411 can connect water stream channel 412, and balance channel 411 has passage 4114, Passage 4114 is used for the inner and outer air pressure for balancing water stream channel 412.
Advantageously, as shown in figure 11, it is provided with balance channel 411 and is used to make air-flow edge towards the direction of water stream channel 412 The check valve 4118 of (such as direction from top to bottom shown in Figure 11) one-way conduction, check valve 4118 are located at passage 4114 Between water stream channel 412, check valve 4118 can effectively prevent the water in water stream channel 412 from entering balance channel 411 It is interior, prevent siphonage.
In certain embodiments, as shown in figure 11, water stream channel 412 can take the shape of the letter U, an opening of U Hold the outlet of (such as water stream channel import 4121 shown in Figure 11) connection draining pump 6, and another openend of U (such as water stream channel outlet 4122 shown in Figure 11) is used for draining, the top phase of balance channel 411 and water stream channel 412 Even.When draining pump 6 works, draining pump 6 pumps out the water in inner bag component 1, openend of the water through the left side of water stream channel 412 Into water stream channel 412, sewer then is expelled to from the openend on the right side of water stream channel 412, and by balance channel 411 Top set passage 4114, the air pressure in water stream channel 412 can be balanced, avoid air pressure in water stream channel 412 too low There is siphonage.
Advantageously, at least a portion of balance channel 411 can be with the side of the close outlet in top of water stream channel 412 (such as the top on the right side of water stream channel 412 shown in Figure 11) connects and upwardly extended.Thus, it is possible to further avoid siphon Phenomenon, avoid the water in water stream channel 412 from entering balance channel 411, while balance channel 411 can also be realized to water stream channel The effect of 412 air pressure balances.
Because balance channel 411 is connected with water stream channel 412, during the draining of draining pump 6, inevitably current Water in passage 412 can enter in balance channel 411, it is therefore preferred that balance channel 411 can with inner bag component 1 Portion space is connected, for backwater so that it can be back into the water in balance channel 411 in the inner space of inner bag component 1, Avoid water from being gathered in balance channel 411, ensure that balance channel 411 can effectively balance the air pressure in water stream channel 412.
Further, as shown in figure 11, balance channel 411 can include：First vertical limb 4111, the second vertical limb 4112 With horizontal limb 4113, the first vertical limb 4111 (such as above-below direction shown in Figure 11) can extend along the vertical direction, and the The lower end connection water stream channel 412 of one vertical limb 4111, the lower end of the first vertical limb 4111 connects with the upper end of water stream channel 412 It is logical；Second vertical limb 4112 can also be vertically extending, and the lower end connection inner bag component 1 of the second vertical limb 4112 is interior Portion space；Horizontal limb 4113 it is horizontal-extending and respectively with the upper end of the first vertical limb 4111 and the upper end of the second vertical limb 4112 Connection.For example, the upper end of the first vertical limb 4111 is connected and connected with the right-hand member of horizontal limb 4113, the second vertical limb 4112 it is upper End is connected and connected with the left end of horizontal limb 4113, when the water in water stream channel 412 because siphonage passes through the first vertical limb During the 4111 horizontal limb 4113 of entrance, water can be flowed into inner bag component 1 by the second vertical limb 4112, thus, it is possible to so that flat The structure of weighing apparatus passage 411 is simpler, reasonable, also allows for fabricating.
Advantageously, the bottom wall of horizontal limb 4113 can be configured to from the first vertical vertical limb 4112 of limb 4111 to the second The shape tilted down on direction (such as direction turned left from the right side shown in Figure 11), so, when water enters horizontal limb 4113 When, water can be along the vertical limb 4112 of the bottom wall automatic stream second tilted down, so as to effectively drain balance channel Water in 411.
In certain embodiments, as shown in figure 11, it is respectively connected with phase in relative two side walls in the second vertical limb 4112 The baffle plate 4116 tilted down for horizontal direction free end, and the baffle plate in the second vertical limb 4112 in respect to two side walls 4116 interlaced arrangements are into circuitous channel.For example, the left side side wall overhead gage 4116 of the second vertical limb 4112 is connected to towards bottom right Side tilts extension, and the baffle plate 4116 being connected in the second vertical right sidewall of limb 4112 tilts towards lower left to be extended, and is connected Baffle plate 4116 in the second vertical left side side wall of limb 4112 and right sidewall interlaced arrangement along the vertical direction, when water is from horizontal limb 4113 when flowing to the second vertical limb 4112, and the baffle plate 4116 in the second vertical limb 4112 can play the effect to current deflecting, So that current rapidly flow toward inner bag component 1.In addition, when the blower fan 42 in the anti-siphon component 4 of blower fan works, plenum duct 413 In air-flow have leaking in balance channel 411, now, interlaced arrangement and the baffle plate 4116 that extends obliquely downward can be with Effectively stop that air-flow circulates in balance channel 411, so as to improve the efficiency of blower fan 42, reduce flow leakage amount.
It is effectively to balance the air pressure in water stream channel 412 therefore due to air compared to water generally in upper strata flowing, Passage 4114 in balance channel 411 can be located at the top of balance channel 411, and specifically, passage 4114 can be formed In on the roof of horizontal limb 4113, further, water retaining ribs 4115, water retaining ribs can be provided with the top surface in horizontal limb 4113 4115 sides for being connected on passage 4114 neighbouring first vertical limb 4111 (such as the passage 4114 shown in Figure 11 Right side), the water that water retaining ribs 4115 can be used in barrier level limb 4113 is flowed out by passage 4114.Advantageously, thrown in level In shadow plane, the projection of passage 4114 can be completely covered in the projection of water retaining ribs 4115, to improve its dash effect.
In certain embodiments, water retaining ribs 4115 can be in first downwards again towards the direction away from the first vertical limb 4111 The L-shaped of extension, with reference to Figure 11, water retaining ribs 4115 are connected to the right side of passage 4114, and water retaining ribs 4115 and passage 4114 Right side edge is concordant, the L types that water retaining ribs 4115 extend to the left in the horizontal direction again in first extending along vertically downward direction, and Horizontal-extending section of water retaining ribs 4115 relative about 4114 with passage, and blocks passage 4114 completely.
According to some embodiments of the utility model, can have as shown in Fig. 5, Fig. 6 and Figure 11, on inner bag component 1 interior Courage air inlet 102 and inner bag air outlet, balance channel 411 are connected with inner bag air inlet 102, are additionally provided with body 41 in connection The plenum duct 413 of courage air inlet 102, that is to say, that balance channel 411 and plenum duct 413 with the phase of inner bag air inlet 102 Even.And blower fan 42 can convey air by plenum duct 413 into inner bag 11.
The anti-siphon component 4 of blower fan can also include：Blower fan 42 and commutating structure 43, blower fan 42 are located on body 41, wind Machine 42 is relative with plenum duct 413, and further, the air outlet of blower fan 42 is relative with the entrance of plenum duct 413, and blower fan 42 is used Blown in into plenum duct 413, wind can be entered inside inner bag component 1 by plenum duct 413 through inner bag air inlet 102.
Commutating structure 43 is located in body 41, and commutating structure 43 is convertible between the first state and a second state, when For commutating structure 43 in first state, plenum duct 413 separates with inner bag air inlet 102 and balance channel 411 and inner bag air intake Mouth 102 turns on, and now, plenum duct 413 does not connect with the inner space of inner bag component 1, and blower fan 42 does not work, and balance channel 411 connect with the inner space of inner bag component 1.When commutating structure 43 is in the second state, plenum duct 413 and inner bag air inlet 102 conductings and balance channel 411 separates with inner bag air inlet 102, the now inner space of plenum duct 413 and inner bag component 1 Connection, and balance channel 411 does not connect with the inner space of inner bag component 1, blower fan 42 can blow into inner bag component 1.
Further, as shown in figure 11, can also have communicating passage 414, the top surface of communicating passage 414 in body 41 Connected with balance channel 411, and the side of communicating passage 414 connects with plenum duct 413, commutating structure 43 is logical to be located at connection Dividing plate in road 414, the upper end and the top of plenum duct 413 of dividing plate are hinged so that dividing plate can rotate around articulated position, commutation Structure 43 the second state enclosed balance passage 411 entrance, commutating structure 43 in first state, dividing plate closing plenum duct 413 outlet, and commutating structure 43 on direction from top to bottom along plenum duct 413 air-out direction (such as in Figure 11 from The direction that the right side is turned left) tilt.
It should be noted that when blower fan 42 works, blower fan 42 can blow into plenum duct 413, because dividing plate is cut with scissors Connect, and air-out direction of the dividing plate along plenum duct 413 tilts, therefore, blower fan 42 easily can blow afloat dividing plate so that every Plate separates communicating passage 414 and balance channel 411, and now plenum duct 413 connects with communicating passage 414, and blower fan 42 can To be blown by plenum duct 413, communicating passage 414 and inner bag air inlet 102 into inner bag component 1.
In certain embodiments, can have inner bag air inlet 102 and inner bag air outlet, inner bag air intake on inner bag component 1 Mouth 102 is in the shapes of opening upwards extension, has the inner space that Open Side Down and connects inner bag component 1 on body 41 Intubation 4117, intubation 4117 are plugged in inner bag air inlet 102.Thus, it is possible to facilitate the anti-siphon component 4 of blower fan and inner bag component 1 connection with connect, simplify attachment structure, improve assembly and disassembly efficiency.
In certain embodiments, the anti-siphon component 4 of blower fan is arranged on the side outside inner bag component 1, thus, it is possible to avoid The anti-siphon component 4 of blower fan takes the space of the inside of inner bag component 1, meanwhile, shorten inner bag component 1 and the anti-siphon component 4 of blower fan it Between distance, facilitate inner bag component 1 to be joined directly together with the anti-siphon component 4 of blower fan.
In some embodiments of the utility model, water tank 2 and the anti-siphon component 4 of blower fan are arranged in the phase of inner bag component 1 Adjacent both sides, with reference to Fig. 2, water tank 2 is arranged in the rear side of inner bag component 1, and the anti-siphon component 4 of blower fan is arranged in the right side of inner bag component 1 Side, thus, it is possible to make the overall structure of dish-washing machine 100 compacter, reasonable.
In certain embodiments, dish-washing machine 100 can also include：Heating component 9, heating component 9 have heating chamber, inner bag Component 1, heating chamber, washing pump 7 and spray arm component 8 concatenate.When dish-washing machine 100 works, the water quilt in inner bag component 1 During washing pump 7 extracts, water can first flow through the heating chamber of heating component 9, be heated chamber heating and then into washing pump 7, scrubbed pump 7 is pumped to spray arm component 8 and sprays tableware, and then drip back drops down onto the bottom of inner bag component 1 to current again, then passes through and add Hot chamber, washing pump 7 and the wash cycles tableware of spray arm component 8, that is to say, that water can be heated component 9 in washing process and circulate Heating so that the water in inner bag component 1 is slowly integrally heated, hot wash, so as to improve the clean effect to tableware.
In certain embodiments, inner bag component 1 can include：Inner bag 11, cup 12, wherein, cup 12 is located at inner bag 11 Connected below bottom wall and with inner bag 11；Washing pump 7 and draining pump 6 are connected with the cup 12 of inner bag component 1, and cup 12 can be with Water in inner bag 11 is converged in cup 12, facilitates washing pump 7 and draining pump 6 to extract.
Advantageously, washing pump 7 and draining pump 6 are each provided at the outside of the bottom wall of inner bag 11, thus, it is possible to shorten the He of washing pump 7 The distance between draining pump 6 and cup 12, are easy to cup 12 to be joined directly together with washing pump 7 and draining pump 6 so that dish-washing machine 100 Structure is compacter, reasonable.
Dish-washing machine 100 below with reference to Fig. 1-Figure 25 and Figure 27 descriptions according to one specific embodiment of the utility model.
Dish-washing machine 100 includes exterior door components 13, inner bag component 1, water tank 2, water softener 3, steam generator 5, the anti-rainbow of blower fan Inhale component 4, draining pump 6, washing pump 7, spray arm component 8, heating component 9.
Specifically, as shown in Figures 2 and 3, inner bag component 1 includes：Inner bag 11 and cup 12, cup 12 are located at inner bag 11 Connected below bottom wall and with inner bag 11；The front side of inner bag 11 is opened wide, and exterior door components 13 are sealed on the front side of inner bag 11；Spray arm group Part 8 is located in inner bag component 1；Washing pump 7 and draining pump 6 are each provided at the outside of the bottom wall of inner bag 11, washing pump 7 respectively with cup 12 are connected with spray arm component 8, and for the water pump in cup 12 to be delivered into spray arm component 8, draining pump 6 is connected with cup 12, is used for Discharge the water in cup 12；Heating component 9 has heating chamber, and inner bag component 1, heating chamber, washing pump 7 and spray arm component 8 are gone here and there Connect.
Inner bag component 1 is provided with inner bag air inlet 102 and inner bag air outlet, and the bottom of inner bag component 1 is communicated with cup Base water inlet 101.
Formed with water tank air inlet 205, water tank 2 is interior to be provided with vertically extending air inlet pipe at the top of water chamber 202 25, the upper end connection simultaneously closed tank air inlet 205, and the lower end of air inlet pipe 25 is extended under water chamber 202 of air inlet pipe 25 Portion.The condensate tank of dehumidifier 24 for being used for detecting the water level in water tank 2 is provided with water chamber 202.The bottom of water chamber 202 is provided with water Case discharging valve 23, cistern discharge valve 23 are connected and connected with water chamber 202 and base water inlet 101 respectively, and the bottom of water tank 2 Higher than the base water inlet 101 of inner bag component 1.Cistern discharge valve 23 is hand-operated valve or motor-driven valve.
The anti-siphon component 4 of blower fan is located on the right side wall of inner bag 11, and the anti-siphon component 4 of blower fan includes：Body 41, blower fan 42 and commutating structure 43.Wherein, there is water stream channel 412, balance channel 411, plenum duct 413 in body 41 and connect Passage 414, blower fan 42 is relative with plenum duct 413 and connects, for being blown into plenum duct 413.Balance channel 411 has For balancing the inner and outer air pressure passage 4114 of water stream channel 412.
Water stream channel 412 takes the shape of the letter U, and the left side openend of U is formed as water stream channel import 4121, for the row of connection The outlet of water pump 6, and the right openings end of U is formed as water stream channel outlet 4122 and is used for draining.Balance channel 411 Including：First vertical limb 4111, the second vertical limb 4112 and horizontal limb 4113, the first vertical 4111 and second vertical limb 4112 of limb Vertically extending, horizontal limb 4113 is horizontal-extending and the upper end with the first vertical limb 4111 and the second vertical limb respectively 4112 upper end connection, the bottom wall of horizontal limb 4113 are configured to from the side of the first vertical vertical limb 4112 of limb 4111 to the second The shape tilted down upwards.Passage 4114 is formed in the left side of the horizontal roof of limb 4113, and the right side of passage 4114 is formed There are water retaining ribs 4115, water retaining ribs 4115 are in the L-shaped first extended to the left again downwards.
The lower end of first vertical limb 4111 is connected and connected with the right side of the upper end of water stream channel 412；Horizontal limb 4113 with The link position of first vertical limb 4111, which is provided with, makes air-flow from horizontal limb 4113 to the unidirectional of the first vertical one-way conduction of limb 4111 Valve 4118.It is respectively connected with relative two side walls in second vertical limb 4112 and is tilted down relative to horizontal direction free end Baffle plate 4116, and in the second vertical limb 4112 relative to the interlaced arrangement of baffle plate 4116 in two side walls into circuitous channel.Second The lower end of vertical limb 4112 is connected with the top surface of communicating passage 414.
The right flank of communicating passage 414 connects with plenum duct 413, commutating structure 43 be located at communicating passage 414, supply gas it is logical Between road 413 and balance channel 411, commutating structure 43 is dividing plate, and the upper end and the top of plenum duct 413 of dividing plate are hinged, every Plate has first state and the second state, and dividing plate is in the outlet of first state closing plenum duct 413 and dividing plate is from top to bottom Direction on tilted along the air-out direction of plenum duct 413, commutating structure 43 enters the second state enclosed balance passage 411 Mouthful.
Inner bag air inlet 102 is in the shape of opening upwards extension, has that Open Side Down and connection inner bag group on body 41 The intubation 4117 of the inner space of part 1, intubation 4117 are plugged in inner bag air inlet 102.
Water softener 3 includes soft water component 31 and regeneration module 32, and soft water component 31 has water softener delivery port 303, first The water softener water inlet 302 of water softener water inlet 301 and second, the first water softener water inlet 301 are connected with water intaking valve, the second soft water Device water inlet 302 is with adding the water outlet of water tank 206 of the bottom of water cavity 201 to be connected, the water of water softener delivery port 303 and water chamber 202 Case soft water water inlet 207 is connected.
Regeneration module 32 includes salt chamber 321, intake tunnel 322 and switch valve 323, and salt chamber 321 connects soft water component 31, entered Aquaporin 322 is connected with salt chamber 321, and switch valve 323 is used to open or close intake tunnel 322.Salt is communicated with water softener 3 Chamber 321 adds salt hole 325, adds salt hole 325 to be opened or closed by lid, salt deficiency detection means 324 is additionally provided with salt chamber 321.Water The bottom of case regeneration chamber 203 is provided with water tank regeneration water out 208, and water tank regeneration water out 208 connects with intake tunnel 322.
Steam generator 5 is serially connected between water tank water chamber 202 and the cup 12 of inner bag component 1, for inner bag component 1 Interior water supply or water supply steam.
The water route connection of the water circuit system of above-mentioned dish-washing machine 100 is described below in detail：
During using automatic feeding water：Tap connects with water intaking valve to be connected, and water intaking valve is connected with the first water softener water inlet 301, Second water softener water inlet 302 with plus the water outlet of water tank 206 of the bottom of water cavity 201 be connected, water softener delivery port 303 and water tank are soft Water water inlet 207 is connected, and the discharging valve 23 of water tank bottom is connected with steam generator 5, the bottom of steam generator 5 and inner bag 11 Seat water inlet 101 is connected；Water tank regeneration water out 208 is connected with the intake tunnel 322 of the regeneration module 32 of water softener 3；Draining Pump 6 is connected with the water stream channel import 4121 of the water stream channel 412 of the anti-siphon component 4 of blower fan.
Water flow process is：Dish-washing machine 100 is intake：Water intaking valve is opened, and water passes through the first water softener water inlet 301, a part Water tank 2 plus water cavity 201 are flowed to by the second water softener water inlet 302, a part flows to water by the resin cavity of soft water component 31 The water chamber 202 of case 2, when condensate tank of dehumidifier 24 reminds water to add enough, stopping adds water, closes the regeneration of water intaking valve, now water tank The water of chamber 203 has also been filled it up with, and runs machine, and cistern discharge valve 23 is opened, and timing is intake, because base water inlet 101 is less than water tank , there is water-head in discharging valve 23, water flows to base water inlet 101 by the waterway pipe of steam generator 5 from water tank 2 and flows to inner bag The cup 12 of component 1, to time point after discharging valve 23 close, due to water tank water chamber 202 and plus water cavity 201 be path, when The water surface of water chamber 202 of water tank reduces, and adds the water of water cavity 201 can pass through the water chamber 202 that the resin cavity of water softener 3 flows to water tank 2, Until two cavity water maintain an equal level.
When adding water manually：First water softener water inlet 301 is connected with water intaking valve delivery port, the second water softener water inlet 302 With add the water outlet of water tank 206 of the bottom of water cavity 201 to be connected, water softener delivery port 303 and water chamber 202 are intake with water tank soft water Mouth 207 is connected, and cistern discharge valve 23 is connected with steam generator 5, and steam generator 5 is connected with base water inlet 101, and water tank is again Unboiled water outlet 208 is connected with the intake tunnel 322 of the regeneration module 32 of water softener 3, draining pump 6 and the anti-siphon component 4 of blower fan The water stream channel import 4121 of water stream channel 412 is connected.
Water flow process is：Before dish-washing machine 100 is run, to the tank filler opening 204 plus water of water tank 2, because high-low water level is poor Principle, water can flow into the water chamber of water tank 2 from the resin cavity of soft water component 31 water tank 2 plus that water cavity 201 passes through water softener 3 202, until adding 202 two cavity water of water cavity 201 and water chamber to maintain an equal level, when the prompting water of condensate tank of dehumidifier 24 has added enough, stopping Add water, now the water of regeneration chamber 203 of water tank 2 has also been filled it up with, and runs dish-washing machine 100, and cistern discharge valve 23 is opened, regularly entered Water, because base water inlet 101 is less than cistern discharge valve 23, water-head be present, water passes through the waterway tube of steam generator 5 from water tank 2 Road flows to base water inlet 101 and flowed in inner bag component 1, to time point after discharging valve 23 close.
The washing process of dish-washing machine 100：When dish-washing machine 100 washes the dishes, the water in the cup 12 of inner bag component 1, by washing pump 7 are pumped into, then throw away, and water is sprayed onto on the tableware of inner bag 11 and (as washed) by lower upper spray arm component 8, and water droplet falls behind toward minimum point Flowed at cup 12, be then washed pump 7 again and take away, realize the circulation washing process of water, the water in inner bag 11 in cup 12 is washed The process that pump 7 is taken out is washed, heating chamber that can be Jing Guo heating component 9 is heated, so water meeting circulating-heating, inner bag in washing process Water in 11 integrally can be heated slowly.
The draining of dish-washing machine 100：After washing terminates, draining pump 6, which is opened, drains the water in cup 12, and the water of discharge is from draining The outlet of pump 6 exports 4122 into the water stream channel 412 of the anti-siphon component 4 of blower fan by the water stream channel of water stream channel 412 Discharge, flows to sewer.The moise-heat sterilization of dish-washing machine 100：After rinsing of washing the dishes terminates, steam generator 5, steam generator 5 are opened Add water so that the water in the cavity of steam generator 5 is evaporated to rapidly high-temperature gas, gas expansion, by steam generator 5 and base Water between water inlet 101 in water pipe is extruded, and then steam enters the effect that inner bag 11 is sprayed at the sterilization that reached a high temperature on tableware. The regeneration (being reduced to the resin in resin cavity in the soft water component 31 of water softener 3) of the soft water component 31 of dish-washing machine 100：Dish-washing machine After 100 rinsings terminate, if setting reproducer, the switch valve 323 of the regeneration module 32 of water softener 3 are opened, water tank 2 is again Water in raw chamber 203 is flowed to the salt chamber 321 of the water softener 3 of low level by Action of Gravity Field, and water fills from the 321 bottom up extruding of salt chamber Divide salt-mixture, form saturated brine, then primary resin, soft water are gone back since the top of salt chamber 321 enters the resin cavity of soft water component 31 The resin of device 3 and 321 original water of salt chamber are squeezed into the water chamber 202 of water tank 2, discharging valve 23 and draining pump 6 are opened, by these waste water Drain.
According to other compositions of the dish-washing machine of the utility model embodiment and operate for those of ordinary skill in the art For be all known, be not detailed herein.
In description of the present utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " suitable The orientation or position relationship of the instruction such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumference " are based on orientation shown in the drawings Or position relationship, be for only for ease of description the utility model and simplify and describe, rather than instruction or imply signified device or Element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to limit of the present utility model System.
In the utility model, unless otherwise clearly defined and limited, term " installation ", " connected ", " connection ", " Gu It is fixed " etc. term should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integrally；Can be Mechanically connect or electrically connect or can communicate each other；Can be joined directly together, the indirect phase of intermediary can also be passed through Even, can be two element internals connection or two elements interaction relationship, limited unless otherwise clear and definite.For this For the those of ordinary skill in field, concrete meaning of the above-mentioned term in the utility model can be understood as the case may be.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment or example of the present utility model.In this manual, to the schematic table of above-mentioned term State and be necessarily directed to identical embodiment or example.Moreover, specific features, structure, material or the feature of description can be with Combined in an appropriate manner in any one or more embodiments or example.In addition, in the case of not conflicting, this area Technical staff the different embodiments or example and the feature of different embodiments or example described in this specification can be entered Row combines and combination.
Although embodiment of the present utility model has been shown and described above, it is to be understood that above-described embodiment is Exemplary, it is impossible to it is interpreted as to limitation of the present utility model, one of ordinary skill in the art is in the scope of the utility model It is interior above-described embodiment to be changed, changed, replaced and modification.

Claims (10)

  1. A kind of 1. water circuit system of dish-washing machine, it is characterised in that including：
    Inner bag component, formed with through hole on the inner bag component；
    Water tank, the water tank have interconnected tank filler opening, water outlet of water tank and overfall, and the tank filler opening is used In the water filling into the water tank, the water outlet of water tank connects with the inner bag component, and the overfall is higher than the through hole, and The overfall connects with the through hole and is suitable to current flows into the through hole by the overfall.
  2. 2. the water circuit system of dish-washing machine according to claim 1, it is characterised in that the overfall is located at the water tank Top is simultaneously less than the tank filler opening.
  3. 3. the water circuit system of dish-washing machine according to claim 1, it is characterised in that the water tank is arranged on the inner bag group On part, the overfall is relative up and down with the through hole.
  4. 4. the water circuit system of dish-washing machine according to claim 3, it is characterised in that the water tank includes supporting part, described Supporting part is supported on the top of the inner bag component, and the overfall is formed on the supporting part, and through hole is formed in described The top surface of courage component.
  5. 5. the water circuit system of dish-washing machine according to claim 1, it is characterised in that the water tank is also associated with water intaking valve.
  6. 6. the water circuit system of dish-washing machine according to claim 5, it is characterised in that defined in the water tank water chamber and Add water cavity, described plus water cavity top sets the tank filler opening, and the bottom of the water chamber sets the water outlet of water tank.
  7. 7. the water circuit system of dish-washing machine according to claim 5, it is characterised in that the water circuit system also includes：
    Water softener, the entrance of the water softener connect with described plus water cavity and the water intaking valve respectively, the outlet of the water softener Connected with described plus water cavity,
    Wherein, the water softener connects described plus water cavity and the water intaking valve with one or respectively and interconnected two enter Mouthful.
  8. 8. the water circuit system of dish-washing machine according to claim 7, it is characterised in that the water intaking valve and the water softener it Between be serially connected with flowmeter.
  9. 9. the water circuit system of dish-washing machine according to claim 5, it is characterised in that be provided with level sensor in the water tank Device.
  10. A kind of 10. dish-washing machine, it is characterised in that including：
    Water circuit system, the water circuit system are the water circuit system of the dish-washing machine according to any one of claim 1-9；
    Spray arm component, the spray arm component are located in the inner bag component；
    Washing pump, the washing pump are connected with the inner bag component and the spray arm component respectively, and the washing pump is used for institute State the water pump in inner bag component and deliver to the spray arm component；
    Draining pump, the draining pump are connected for discharging the water in the inner bag component with the inner bag component.
CN201621489310.5U 2016-12-29 2016-12-29 The water circuit system of dish-washing machine and there is its dish-washing machine Active CN206809248U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107049192A (en) * 2016-12-29 2017-08-18 佛山市顺德区美的洗涤电器制造有限公司 The water circuit system of dish-washing machine and the dish-washing machine with it
CN111762846A (en) * 2019-04-01 2020-10-13 三花亚威科电器设备（芜湖）有限公司 Water softener and water softener assembly with same
CN112674674A (en) * 2019-10-18 2021-04-20 宁波方太厨具有限公司 Control method of dish washing machine and water path control device thereof

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107049192A (en) * 2016-12-29 2017-08-18 佛山市顺德区美的洗涤电器制造有限公司 The water circuit system of dish-washing machine and the dish-washing machine with it
CN107049192B (en) * 2016-12-29 2023-09-26 佛山市顺德区美的洗涤电器制造有限公司 Waterway system of dish washer and dish washer with waterway system
CN111762846A (en) * 2019-04-01 2020-10-13 三花亚威科电器设备（芜湖）有限公司 Water softener and water softener assembly with same
CN112674674A (en) * 2019-10-18 2021-04-20 宁波方太厨具有限公司 Control method of dish washing machine and water path control device thereof

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Effective date of registration: 20220913

Address after: 241000 west side of 3 / F, No.5 office building, new energy and new materials gathering area, Fuzhou Road, Jiangbei District, Wuhu City, Anhui Province

Patentee after: Wuhu Midea intelligent kitchen electricity Manufacturing Co.,Ltd.

Address before: 528311 20 Beijiao Road, Beijiao Town, Shunde District, Foshan, Guangdong

Patentee before: FOSHAN SHUNDE MIDEA WASHING APPLIANCES MANUFACTURING Co.,Ltd.

Patentee before: MIDEA GROUP Co.,Ltd.