CN205923945U - Structure of giving vent to anger of dish washer - Google Patents
Structure of giving vent to anger of dish washer Download PDFInfo
- Publication number
- CN205923945U CN205923945U CN201620328277.1U CN201620328277U CN205923945U CN 205923945 U CN205923945 U CN 205923945U CN 201620328277 U CN201620328277 U CN 201620328277U CN 205923945 U CN205923945 U CN 205923945U
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- China
- Prior art keywords
- inner bag
- water
- dish
- washing machine
- conservancy diversion
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Landscapes
- Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)
Abstract
The utility model provides a structure of giving vent to anger of dish washer, including the venthole of locating the inner bag top, be equipped with the water conservancy diversion apron on the venthole to water in the restriction inner bag splashes to the outside of inner bag. The utility model discloses a be equipped with the water conservancy diversion apron on the venthole of dish washer to the water of restriction in the inner bag splashes to the outside of inner bag, thereby makes the dish washer at the in -process that washs the bowl, and spray arm can spray water to all directions, and water spouts venthole department back, and will be sheltered from by the water conservancy diversion apron, thereby avoid water to splash to the outside of inner bag from the venthole, and then the life of outside each part of influence, therefore this kind of dish washer has the advantage that the practicality is strong.
Description
Technical field
This utility model is related to a kind of kitchen appliance, more particularly, to a kind of dish-washing machine.
Background technology
With the continuous improvement of people's living standard, dish-washing machine starts in the middle of the kitchen of entrance consumers in general slowly,
To realize the both hands of liberation people, allow people not needing after the meal to wash the dishes again, have more times can lie fallow and work.
In prior art, commonly used dish-washing machine generally comprises inner bag, is often provided with venthole, by inner bag on inner bag
Interior chamber is in communication with the outside, that is, ensure that the pressure in inner bag will not be too high, that is, ensure that dish-washing machine is capable of the use of safety.
And dish-washing machine cleaning bowl during, spray arm can be sprayed water to all directions, after water is sprayed onto at venthole, will be from venthole
It is splashed to the outside of inner bag, and then the service life of the outside each part of impact, it is not strong that therefore this dish-washing machine has practicality
Shortcoming.
Utility model content
Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art to provide a kind of practical
Dish-washing machine.
In order to achieve the above object, the technical solution of the utility model is as follows：
A kind of air outlet structure of dish-washing machine, including the venthole located at inner bag top, described venthole is provided with fairing cap
Plate, to limit the outside that the fine grinding in inner bag splashes inner bag.
In this utility model one embodiment, described shell is provided with buckle, and described inner bag top is extended to surround and given vent to anger
The back-up ring in hole, described water conservancy diversion cover plate is in described back-up ring.
In this utility model one embodiment, described inner bag top is provided with locating dowel, and described water conservancy diversion cover plate is provided with and determines
The position corresponding location hole of post.
In this utility model one embodiment, between described water conservancy diversion cover plate and inner bag, there is gap, described water conservancy diversion cover plate is remote
Separate out and at pore, be provided with air vent.
In this utility model one embodiment, the inner bag upper table in described back-up ring tilts towards the direction of venthole.
In this utility model one embodiment, the described water conservancy diversion cover plate one side relative with inner bag is provided with water retaining ribs, described gear
Between water muscle and inner bag, there is gap.
In this utility model one embodiment, described water conservancy diversion cover plate is externally provided with dust cover, to prevent debris from entering into water conservancy diversion
Between cover plate and inner bag.
In this utility model one embodiment, described water conservancy diversion cover plate is provided with air vent away from venthole, described dust cover
It is provided with steam vent, described steam vent and air vent in the vertical direction no overlap area.
In this utility model one embodiment, the back-up ring surrounding venthole is extended at the top of described inner bag, described dust-proof
Cover is provided with the detent corresponding with back-up ring.
In this utility model one embodiment, also include shell, described shell is fixed on inner bag, described shell is provided with
The installing hole corresponding with dust cover, described dust cover is fixed in described installing hole.
The beneficial effects of the utility model are：By water conservancy diversion cover plate is provided with the venthole of dish-washing machine, to limit inner bag
In fine grinding splash the outside of inner bag so that dish-washing machine is during cleaning bowl, spray arm can be sprayed water to all directions,
After water is sprayed onto at venthole, will be sheltered from by water conservancy diversion cover plate, thus avoiding water to be splashed to the outside of inner bag from venthole, and then
The service life of the outside each part of impact, therefore this dish-washing machine has the advantages that practical.
In addition, by dust cover is arranged on water conservancy diversion cover plate, entering into water conservancy diversion cover plate with the dust and other impurities preventing the external world
And inner bag between, and pollute the water in inner bag and tableware, such that it is able to improving Consumer's Experience further and improving this practicality newly
The practicality of type.
Brief description
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
The accompanying drawing of required use be briefly described it should be apparent that, drawings in the following description be only of the present utility model one
A little embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to these
Accompanying drawing obtains other accompanying drawings.
Fig. 1 is the structural representation of this utility model dish washing machine door OFF state；
Fig. 2 is the structural representation of this utility model dish washing machine door open mode；
Fig. 3 is the decomposing schematic representation on this utility model inner bag；
Fig. 4 is the sectional view on this utility model inner bag；
Fig. 5 is the structural representation of air outlet structure of the present utility model；
Fig. 6 is the exploded view of air outlet structure of the present utility model；
Fig. 7 is the sectional view of air outlet structure of the present utility model；
Fig. 8 is the structural representation after air outlet structure of the present utility model takes off dust cover；
Fig. 9 is the structural representation of water-supply apparatus of the present utility model；
Figure 10 is the exploded view of water-supply apparatus of the present utility model；
Figure 11 is the sectional view of water-supply apparatus of the present utility model；
Figure 12 is the structural representation of drainage arrangement of the present utility model；
Figure 13 is the exploded view of drainage arrangement local of the present utility model；
Figure 14 is the structural representation in the anti-siphonage pipe road in drainage arrangement of the present utility model；
Figure 15 is the exploded view in the anti-siphonage pipe road in drainage arrangement of the present utility model；
Figure 16 is the structural representation of the draining pump in drainage arrangement of the present utility model；
Figure 17 is the structural representation at one visual angle of drying device of the present utility model；
Figure 18 is the structural representation at another visual angle of drying device of the present utility model；
Figure 19 is the structural representation of the fresh air inlet in drying device of the present utility model；
Figure 20 is the sectional view of the fresh air inlet in drying device of the present utility model；
Figure 21 is the decomposing schematic representation of heater of the present utility model；
Figure 22 is the structural representation of pressure switch of the present utility model；
Figure 23 is the decomposing schematic representation of blowing device in drying device of the present utility model；
Figure 24 is the decomposing schematic representation under the inner bag of dish-washing machine of the present utility model；
Figure 25 is the structural representation of dish washing machine door open mode in this utility model；
Figure 26 is the structural representation of door in this utility model；
Figure 27 is to connect door and the mounting seat of inner bag and the structural representation of installing rack in this utility model；Figure 28 is this reality
Decomposing schematic representation with new middle display control structure；
Figure 29 is the assembly relation schematic diagram under display control structure and inner bag in this utility model；
Figure 30 is the structural representation of display control structure in this utility model；
Figure 31 is the sectional view of display control structure in this utility model；
Figure 32 is water tank mounting structure schematic diagram in this utility model；
Figure 33 is the structural representation of this utility model inner bag and water tank mating surface；
Figure 34 is the structural representation of water tank in this utility model；
Figure 35 is the decomposition texture schematic diagram of water tank and base in this utility model；
Figure 36 is the exploded view of water tank in this utility model；
Figure 37 is the structural representation at another visual angle of water tank in this utility model；
Figure 38 is the sectional view of water tank and base confined state in this utility model；
Figure 39 is the sectional view of water tank and base confined state in this utility model；
Figure 40 is intake pump installment state schematic diagram on base in this utility model；
Figure 41 is the decomposing schematic representation of base and intake pump in this utility model；
Figure 42 is the decomposing schematic representation of base and bottom cover in this utility model；
Figure 43 is the sectional view of base and bottom cover in this utility model；
Figure 44 is the decomposing schematic representation of base and callosity in this utility model；
Figure 45 is the explosive view of dish-washing machine in this utility model；
Reference：
On 100- inner bag；101- shell；102- rib；103- buckle；104- draw-in groove；105- reinforcement；106- bolt is pacified
Dress post；107- venthole；108- inlet opening；109- water conservancy diversion cover plate；110- back-up ring；111- locating dowel；112- air vent；113- props up
Support muscle；114 dust covers；115- steam vent；116- detent；117- installing hole；118- water retaining ribs；119- water inlet pipe；
120- union joint；121- drip ring；122- water entering section；123- first water retaining ribs；124- second water retaining ribs；125- installing hole；
126- mounting seat；127- sealing ring；128- through hole；129- location division；130- locating slot；131- reinforcement；132- card muscle；133-
Placing trough；134- anti-siphonage pipe road；135- intake tunnel；136- exhalant canal；The anti-siphon passage of 137-；138- pedestal；139-
Lid；140- separates muscle；141- bends muscle；142- check valve；143- anti-siphon through hole；144- pipeline；145- union joint；146-
Water retaining ribs；147- sealing ring；148- through hole；
Under 200- inner bag；201- water tumbler；202- draining pump；203- drain pipe；204- fresh air inlet；205- air intake passage；
206- air-out passage；207- water retaining ribs；208- perforate；209- rib；210- air blasting passage；211- blower fan；212- heater；
213- control circuit board；214- cable clamping interface；215- circulating pump；216- circulating pump fixed mount；217- circulating pump water inlet；218- follows
Ring pumps out the mouth of a river；219- heat-generating disc；220- heat-generating pipe；221- heat-generating disc temperature measurement component；222- heat-generating disc fixed seat；223- water tumbler
Temperature transducer；224- pressure switch；225- pressure switch mounting seat；226- mounting groove；227- flexible pipe；228- inner bag thermometric passes
Sensor；229- drainage screen；230- filters and carries cup；231- spray arm；232- aquaporin；
300- door；The 301- shop front；302- doorframe；303- cavity；304- washes the dishes powder rest area；305- step；306- convex tendon；
307- mounting seat；308- installing rack；309- rotating shaft；310- axis hole；311- position limiting structure；312- magnetic absorption member；313- adhesive part,
314- hand grip portion；315- mounting seat；316- touch membrane；317- display panel；318- panel；319- locating slot；320- positioning convex tendon,
Connecting post 321；322- connecting hole；
400- water tank；401- body；402- lid；403- water tank convex tendon；404 inner bag grooves；405- water tank groove；406-
Inner bag convex tendon；407- handle portion；408- float；409- connecting cylinder；410- spring；411- expansion link；412- sealing；413- joins
Conjunction portion；414- apopore；415- brace rod；416- sealing ring；417- water tank seat；418- aquaporin；419- expansion link；420- is close
Sealing rubber ring；421- coil tension spring；422- water tank locating slot；423- inner bag positioning convex；
500- base；501- rib；502- intake pump；503- intake pump installing hole；504- mounting post；505- screw；
506- intake pump water inlet pipe；507- water inlet water pump outlet pipe；508- bottom is covered；509- buckle；510- screens；511- connecting screw；
512- leg；513- callosity；514- power line；
600- bowl basket；601- chopstick basket.
Specific embodiment
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out
Clearly and completely description is it is clear that described embodiment is only a part of embodiment of this utility model rather than whole
Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not under the premise of making creative work
The every other embodiment being obtained, broadly falls into the scope of this utility model protection.
Structure Figure is explained in detail to specific embodiment of the present utility model below, embodies this with clearer
The technical scheme of utility model.
Below in conjunction with the accompanying drawings, elaborate an embodiment of this utility model dish-washing machine, in this embodiment, specifically such as
Fig. 1 to Fig. 4 show schematically the corresponding construction arranging rib on inner bag, and specially dish-washing machine includes inner bag and covers at interior
Shell 101 outside gallbladder, this inner bag includes on the inner bag that is fixedly linked 200 under 100 and inner bag, 100 outside on described inner bag
It is provided with multiple outwardly ribs 102, and described multiple ribs 102 are interspersed on described inner bag 100 outside.With
Reason, under inner bag, 200 outside can also be provided with multiple outwardly ribs, and described multiple ribs are interspersed in institute
State the outside of inner bag.Multiple ribs being interspersed are arranged by side outside the tank, can achieve that the machinery greatly improving inner bag is strong
It is ensured that inner bag also will not deform being chronically at hot operation state, therefore this utility model has high mechanical strength and reality to degree
With the strong advantage of property.
It is preferred that the height of described rib is 5-20mm in this utility model；The thickness of described rib is 0.8- simultaneously
3mm, ensures there is higher mechanical strength and stronger practicality on inner bag in the case of thus may be implemented in minimizing consumptive material.
Meanwhile, in this utility model, buckle 103 is provided with described shell 101, described rib 102 is provided with and buckle
103 corresponding draw-in grooves 104, described buckle 103 is connected in draw-in groove 104 to be fixed on described shell 101 100 on inner bag
Outside.Specifically as shown in figure 4, the two ends of shell 101 are connected on the draw-in groove 104 on inner bag 100 rib 102, exist simultaneously
The middle part of shell 101 is fixedly linked also by screw and inner bag 100, thus realizing for shell 101 being reliably fixed on inner bag
On upper 100.
Meanwhile, as shown in figure 3, the described rib 102 being provided with draw-in groove 104 is provided with reinforcement 105, to increase draw-in groove 104
Place mechanical strength, and described reinforcement 105 be located at described draw-in groove 104 both sides, and described reinforcement 105 respectively with rib
102 are connected with inner bag 100 outer wall.Because rib 102 is flake, reinforcement 105 is provided with rib 102, to increase
Mechanical strength at draw-in groove 104, can be so that assembling be more stable, and practicality further enhances.
Meanwhile, as shown in figure 3, on the rib 102 of described draw-in groove 104 100 sides on inner bag, described draw-in groove 104 is
Multiple, and multiple described draw-in groove 104 is distributed on same described rib 102, thus on the one hand can ensure on shell 101 and inner bag
100 clamping is more reliable, on the other hand also ensure that the both sides in front and back of whole shell 101 are more parallel, that is, ensures have more
Good assembling effect.
On described inner bag, 100 are bolted with inner bag 200 and are connected, the rib of 100 sides on described inner bag
The 102 position deflections being located to described bolt, with increase on inner bag 100 with bolt connection at mechanical strength.It is specially inner bag
Lower 200 are provided with connecting hole, inner bag are provided with bolt mounting post 106 at 100 corresponding installing holes, bolt mounting post is provided with screw thread
Hole, bolt passes through and is fixed on inner bag 100 bolt mounting post 106 after 200 connecting hole under inner bag, to realize on inner bag
100 and inner bag under 200 be fixedly linked, on described inner bag the rib 102 of 100 sides to the position deflection of bolt mounting post,
With the mechanical strength on increase inner bag 100 and bolt connection, thus improve the mechanical strength of inner bag further, improve further
Its practicality.
Meanwhile, on described inner bag, 100 top offers venthole 107, with outside aerofluxuss it is ensured that pressure in inner bag
Will not be too high, on described inner bag, 100 top is additionally provided with inlet opening 108, can inject water by inlet opening 108 in inner bag,
To realize the tableware in inner bag is carried out.
Fig. 5 to Fig. 8 show schematically the dependency structure of the air outlet structure of dish-washing machine, and it is included located at inner bag top
Venthole 107, described venthole 107 is provided with water conservancy diversion cover plate 109, to limit the outside that the fine grinding in inner bag splashes inner bag.From
And ensure in inner bag that the water energy sputtering venthole 107 when washing tableware is enough and blocked by water conservancy diversion cover plate 109, it is to avoid water is from going out
Pore 107 enters into the region outside inner bag, and has influence on the components and parts outside inner bag, thus ensureing that dish-washing machine has higher practicality
Property.
In particular, as shown in fig. 6, on described inner bag 100 tops extend the back-up ring 110 surrounding venthole 107, institute
State water conservancy diversion cover plate 109 in described back-up ring 110.Meanwhile, described inner bag top is provided with locating dowel 111, described water conservancy diversion cover plate 109
It is provided with location hole (in accompanying drawing do not mark) corresponding with locating dowel 111.Have between 100 on described water conservancy diversion cover plate 109 and inner bag
There is gap, described water conservancy diversion cover plate 109 is provided with air vent 112 away from venthole 107, on specially described inner bag, 100 tops set
There is brace rod 113, described water conservancy diversion cover plate 109 is supported on described brace rod 113, to realize 100 on water conservancy diversion cover plate 109 and inner bag
Between there is gap.Thus on the one hand can achieve and prevent fine grinding from spilling inner bag, on the other hand it is also possible that inner bag can also lead to
Cross the normal aerofluxuss of venthole 107.
As shown in fig. 6, the inner bag upper table in described back-up ring 110 tilts towards the direction of venthole 107, so that splashing
Water energy to outside inner bag is enough to be back in inner bag along inner bag upper surface, it is to avoid hydrops outside inner bag.Meanwhile, described water conservancy diversion
Cover plate 109 one side relative with inner bag is provided with water retaining ribs (not marking in accompanying drawing), has gap between described water retaining ribs and inner bag,
The water that it is used for limiting between entrance water conservancy diversion cover plate 109 and inner bag will not flow out water conservancy diversion cover plate 109, can achieve further up to anti-
Sealing sputters the effect of inner bag.
Described water conservancy diversion cover plate 109 is externally provided with dust cover 114, to prevent debris from entering between water conservancy diversion cover plate 109 and inner bag,
Ensure that debris will not enter in inner bag it is ensured that the practicality of dish-washing machine.Described dust cover 114 is provided with steam vent 115, institute
State steam vent 115 and air vent 112 in the vertical direction no overlaps area, that is, ensure that debris will not be entered into by steam vent 115
In air vent 112, that is, debris are avoided to enter in inner bag.On described inner bag, the gear surrounding venthole 107 is extended at 100 top
Circle 110, described dust cover 114 is provided with the detent 116 corresponding with back-up ring 110, by detent on dust cover 114
116 with the cooperation of back-up ring 110, on the one hand dust cover 114 can be positioned reality, on the other hand also can place water further and overflow
Back-up ring 110 at stream.
Meanwhile, as described in Figure 7, described shell 101 is fixed on the top of inner bag, and described shell 101 is provided with and dust cover
114 corresponding installing holes 117, described dust cover 114 is fixed in described installing hole 117, simultaneously the aerofluxuss on dust cover 114
Hole 115 is just passed through installing hole 117, you can realize outside aerofluxuss, simultaneously the upper table of the upper surface of dust cover 114 and shell 101
Face flush, so that the profile of whole dish-washing machine is more beautiful.
Fig. 8 to Figure 11 show schematically the dependency structure of the water-supply apparatus of dish-washing machine, and it is included on inner bag
Inlet opening 108 and the inlet pipeline being connected with inlet opening 108, described inlet opening 108 is staggered with the outlet of inlet pipeline,
And water retaining ribs 118 are set between described inlet opening 108 and the outlet of inlet pipeline, pass through inlet opening to limit the water in inner bag
108 enter in inlet pipeline.Avoid in dishwashing procedure, the fine grinding in inner bag spills inlet opening 108 and enters into into water
In pipeline, thus on the one hand can avoid the loss of water in inner bag, on the other hand the filthy water washing the dishes also can be avoided to enter into water inlet pipe
Lu Zhong, and pollute pipeline and produce noxious bacteria etc..
Described inner bag is provided with the drip ring 121 surrounding described inlet opening 108, and described drip ring 121 is formed with and intakes
The relative water entering section 122 of the outlet of pipeline, described inlet pipeline includes water inlet pipe 119 and connects water inlet pipe 119 and inlet opening
108 union joint 120, described union joint 120 is fixed on inner bag, the outlet of described union joint 120 and water entering section 122 phase
Right, it is provided with described water retaining ribs 118 between described water entering section 122 and inlet opening 108, pass through inlet opening to limit the water in inner bag
108 enter in inlet pipeline.
As shown in figure 8, described water retaining ribs 118 include being upwardly extended the first water retaining ribs being formed by the opening's edge of inlet opening 108
123, between described first water retaining ribs 123 and drip ring 121, there is gap, described water retaining ribs 118 are also included by drip ring 121 side
Wall extends two the second water retaining ribs 124 of formation, described second water retaining ribs 124 and the first water retaining ribs 123 to the inside of drip ring 121
Communication direction along water entering section 122 and inlet opening 108 staggers setting.Joined by the first water retaining ribs 123 and the second water retaining ribs 124
Close, on the one hand can achieve and block the water being splashed in inlet opening 108, on the other hand can also ensure that when to water filling in inner bag,
First water retaining ribs 123 and the second water retaining ribs 124 do not interfere with water-injection efficiency yet.
Preferably, in this utility model, as shown in figure 8, the height of described first water retaining ribs 123 and the second water retaining ribs 124
Degree is respectively less than the height of drip ring 121, is thus further ensured that the first water retaining ribs 123 and the second water retaining ribs 124 do not interfere with yet
To water-injection efficiency.In another embodiment it is also possible to by one of described first water retaining ribs 123 and the second water retaining ribs 124
Highly it is less than the height of drip ring 121.Meanwhile, as shown in figure 11, drip ring 12 around region bottom surface to inlet opening 108
Direction tilts, and thus can realize further allowing the water entering in inlet opening 108 to be back in inner bag.
As shown in Figure 9 and Figure 10, described union joint 120 is provided with installing hole 125, and described inner bag is provided with mounting seat 126,
Described mounting seat 126 is provided with the screwed hole corresponding with installing hole 125, and described union joint 120 is bolted to connection
On 100 on inner bag.Meanwhile, it is provided with sealing ring 127 between described union joint 120 and drip ring 121, described sealing ring 127 is corresponding
Water entering section 122 offers through hole 128, can ensure liquid-tight envelope cooperation between union joint 120 and drip ring 121 by sealing ring 127.
Noted to water entering section so that not affecting union joint 120 by offering through hole 128 in the corresponding water entering section 122 of described sealing ring 127
Water, simultaneously sealing ring also can block the water sputtering from inlet opening 108, it is to avoid the water stain outside penetrating into drip ring 121.
Meanwhile, as shown in figure 11, the surrounding of described sealing ring 127 has been downwardly extending location division 129, on described inner bag
It is provided with the locating slot 130 corresponding with location division 129, thus can achieve and sealing ring 127 is preferably positioned.In locating slot
130 bottom is provided with reinforcement 131, and described reinforcement 131 is connected with drip ring 121, can improve locating slot by reinforcement 131
130 and drip ring 121 mechanical strength so that the structure of whole water-supply apparatus is more firm.
In addition, as shown in Figure 10, on described inner bag 100 lateral wall be provided with spacing water inlet pipe 119 card muscle 132 and with
Water inlet pipe 119 moves towards corresponding placing trough 133, thus can achieve preferably spacing water inlet pipe 119, thus improving overall reality
The property used.
Figure 12 to Figure 16 show schematically the dependency structure of the drainage arrangement of dish-washing machine, and it includes being connected with inner bag
Discharge pipe line and the anti-siphonage pipe road 134 on discharge pipe line, described anti-siphonage pipe road 134 includes the water inlet being interconnected
Passage 135, exhalant canal 136 and anti-siphon passage 137, are provided with buffer structure in described intake tunnel 135, with reduce enter into
The impulsive force of the water in aquaporin 135.The impulsive force entering the water in intake tunnel 135 is reduced by buffer structure, can make
The pressure entering the water in whole anti-siphonage pipe road 134 reduces, thus the pressure realized in anti-siphon passage 137 can subtract relatively
Little, that is, so that whole anti-siphonage pipe road 134 has preferably anti-siphon effect.
In this utility model, as shown in Figure 14 and Figure 15, described anti-siphonage pipe road 134 includes surrounding reeded pedestal
138th, it is covered on the separation between the lid 139 on the groove of pedestal 138 and the groove bottom wall located at pedestal 138 and lid 139
Muscle 140, described pedestal 138, lid 139 and separate muscle 140 surround described in be interconnected intake tunnel 135, exhalant canal 136
With anti-siphon passage 137.Meanwhile, surround intake tunnel 135 separate muscle 140 be provided with curved to intake tunnel 135 inner bending
Folding muscle 141, described bending muscle 141 is described buffer structure.In particular, in the present embodiment, described bending muscle 141 is by enclosing
The end becoming the separation muscle 140 of intake tunnel 135 is formed to intake tunnel 135 inner bending.
After water enters in anti-siphonage pipe road 134, bending muscle 141 can effectively weaken the impulsive force of water so that flowing to
The pressure of the water in exhalant canal 136 and anti-siphon passage 137 reduces, thus the pressure realized in anti-siphon passage 137 can phase
To reduction, that is, so that whole anti-siphonage pipe road 134 has preferably anti-siphon effect.
As shown in figure 15, it is provided with check valve 142, to prevent the water in anti-siphonage pipe road 134 in described anti-siphon passage 137
Flowed out by anti-siphon passage 137, thus further such that whole anti-siphonage pipe road 134 has preferably anti-siphon effect.
As shown in figure 13, inner bag 100 is provided with the anti-siphon through hole 143 communicating with inner bag, described anti-siphon passage 137
It is connected with pipeline 144, described pipeline 144 is connected by union joint 145 with anti-siphon through hole 143, the going out of described union joint 145
The mouth of a river is staggered with anti-siphon through hole 143, and arranges dash between described anti-siphon through hole 143 and the outlet of union joint 145
Muscle 146, is entered in union joint 145 by anti-siphon through hole 143 with limiting the water in inner bag.Avoid in dishwashing procedure,
Fine grinding in inner bag spills anti-siphon through hole 143 and enters in pipeline 144, thus on the one hand can avoid the stream of water in inner bag
Lose, on the other hand the filthy water washing the dishes also can be avoided to enter in pipeline 144, and pollute pipeline and produce noxious bacteria etc..
As shown in figure 13, be provided with sealing ring 147 between described union joint 145 and inner bag, described sealing ring 147 be provided with
The corresponding through hole 148 of the outlet of union joint 145.Liquid-tight envelope between union joint 145 and inner bag can be ensured by sealing ring 147
Cooperation, sealing ring also can block the water sputtering from anti-siphon through hole 143 simultaneously, it is to avoid water stain penetrates into outside inner bag
Region, the phase in the present embodiment, in the structure of union joint 145, water retaining ribs 146 and sealing ring 147 and the water-supply apparatus of dish-washing machine
Close structure identical, therefore its detailed construction will not be described here.
In addition, as shown in figure 16, described discharge pipe line is additionally provided with draining pump 202, the water inlet of described draining pump 202 with
Water tumbler 201 on 200 under inner bag is connected, and the outlet of described draining pump 202 is connected with described intake tunnel 135.Described
Exhalant canal 136 is connected with drain pipe 203, and water is drained dish-washing machine.I.e. when dish-washing machine needs draining, draining pump 202
Water in water tumbler 201 can be pumped in draining pump 202, and be discharged to and wash the dishes by anti-siphonage pipe road 134 and drain pipe 203
The outside of machine, that is, realize draining action.In addition, by anti-siphonage pipe road 134 is added on discharge pipe line, and this anti-siphonage pipe road
Anti- siphon passage 137 on 134 is communicated with inner bag by anti-siphon through hole 143, can achieve and avoids leading to because of siphonic effect
Water in the dish-washing machine being currently running runs off along discharge pipe line, that is, ensure that this utility model has higher practicality.
Figure 17 to Figure 20 show schematically the dependency structure of the drying device of dish-washing machine, and it includes inner bag and blowing dress
Put, described inner bag is provided with fresh air inlet 204, described blowing device is connected with fresh air inlet 204, described fresh air inlet 204 include with
Air intake passage 205 and the air-out passage 206 communicating with interior gallbladder intracavity that blowing device is connected, described air intake passage 205 and going out
It is provided with water-retaining structure between wind passage 206, to prevent the water in inner bag from entering in air intake passage 205 by air-out passage 206,
Dish-washing machine is blocked by water-retaining structure and splashes through the water in air-out passage 206 in the course of the work, it is to avoid water enters into air intake and leads to
In road 205, namely avoid water to enter in blowing device, thus on the one hand can avoid the loss of water in inner bag, on the other hand
The filthy water washing the dishes can be avoided to enter in air intake passage 205 and blowing device, and pollute pipeline, produce noxious bacteria and damage and blow
Wind apparatus etc..
As illustrated in figures 19 and 20, described air intake passage 205 and air-out passage 206 be on the side wall of inner bag, and with interior
Gallbladder is formed in one structure.The structure of whole dish-washing machine thus can be simplified, reduce the cost.Described wind passage 205 and air-out passage
It is provided with water retaining ribs 207, described water retaining ribs 207 are described water-retaining structure between 206.Dish-washing machine can be blocked by water retaining ribs 207
Splash through the water in air-out passage 206 in the course of the work, it is to avoid water enters in air intake passage 205, namely avoid water to enter
To in blowing device.
The conduit wall of described air-out passage 206 is provided with the perforate 208 communicating with inner bag, and edge is gone up in described perforate 208 most
Highly go up the height on edge less than described water retaining ribs 207 most, that is, be further ensured that being splashed to the water stain of perforate 208 will not cross dash
Muscle and flow in air intake passage 205.Meanwhile, it is radially provided with rib 209, by rib along perforate 208 in described perforate 208
209 1 aspects increase the mechanical strength of whole perforate 208, and rib 209 can block to a certain extent and be splashed to perforate simultaneously
Water in 208, can not affect to be blown into dry air by perforate 208 in inner bag simultaneously yet.
Certainly, the water-retaining structure between air intake passage 205 and air-out passage 206 is also not limited to dash in the present embodiment
Muscle, in another embodiment, described water-retaining structure can also be unidirectional between air intake passage 205 and air-out passage 206
Valve, it is equally capable of blocking dish-washing machine and splashes through the water in air-out passage 206 in the course of the work, it is to avoid water enter into into
In wind passage 205, water is avoided to enter in blowing device accordingly.
As shown in figure 20, described air intake passage 205 and air-out passage 206 are vertically on the side wall of inner bag.Institute
State inner bag and include on the inner bag that is fixedly linked 200 under 100 and inner bag, described fresh air inlet 204 on inner bag 100 and inner bag under
200 junction, and fresh air inlet 204 part 100 parts on inner bag, 200 under inner bag, are thus easy to injection mo(u)lding, with
When also make whole fresh air inlet 204 have more preferable ventilation effect and waterproof effect.
As shown in Figure 17 and Figure 18, described blowing device includes air blasting passage 210 and the blower fan in air blasting passage 210
211, described air blasting passage 210 is connected with described air intake passage 205, and in particular, air blasting passage 210 is plugged on air intake and leads to
In road 205, and air blasting passage 210 and its sealing of air intake passage 205 are connected.Meanwhile, described air blasting passage 205 is provided with and adds
Thermal 212, to heat to the air in air blasting passage 210.Hot-air can be blown into in inner bag, you can realize reaching
Preferably drying effect.In addition, in the present embodiment, this heater 212 is PTC calandria, and it has, and water resistance is good, use
Life-span length, the advantage good compared with thermal effect, so that this utility model practicality is higher.Certainly this utility model can also adopt
Other heater members such as heating wire can carry out heating to the air in air blasting passage 210 and be as heater 212, satisfaction
Can.
In addition, as shown in figure 23, air blasting passage 210 is spliced by upper and lower two parts, blower fan 211 and heater 212
It is respectively positioned in air blasting passage, meanwhile, as shown in figure 18, air blasting passage 210 is directly anchored in the fixed column on inner bag, so that
The assembling enhanced convenience obtaining whole blowing device is quick, and drying effect can also ensure simultaneously.
Meanwhile, as shown in Figure 17 and Figure 18, the lower section in air blasting passage 210 is provided with control circuit board 213, this control circuit
Plate 213 is used for controlling the working condition of electric component in dish-washing machine, simultaneously 200 under inner bag on be provided with multiple cable clamping interfaces 214, with
The wire connecting electric component in control circuit board 213 and dish-washing machine is carried out spacing, that is, so that the layout of whole dish-washing machine more
Plus reasonable.
As Figure 17 and Figure 21 schematically discloses the structure to the heating arrangements that the water in water tumbler on inner bag is heated
Schematic diagram, it includes heat-generating disc 219, heat-generating pipe 220, heat-generating disc temperature measurement component 221 and heat-generating disc fixed seat 222, wherein generates heat
Pipe 220 is fixed on heat-generating disc 219, and heat-generating pipe 220 is provided with lead terminal, and this lead terminal is connected to control board 213
On, also set described heat-generating disc temperature measurement component 221 (in the structure of this heat-generating disc temperature measurement component and rice cooker in the bottom surface of heat-generating disc 219
Heat-generating disc temperature measurement component structure identical, will not be described here), the temperature-sensing probe of this heat-generating disc temperature measurement component 221 and heating
The bottom surface of disk 219 contacts, to detect heat-generating disc 219 temperature in the course of the work and to feed back to control board 213, with logical
Cross control board 213 heating power of heat-generating pipe 220 is adjusted.
Meanwhile, in the present embodiment, the water tumbler 201 of inner bag offers through hole corresponding with heat-generating disc 219, heat-generating disc is installed
In this through hole, and its surface is directly contacted with the water in water tumbler 201, to heat to the water in water tumbler.Simultaneously in order to protect
Liquid-tight envelope cooperation between card heat-generating disc 219 and water tumbler 201, is provided with temperature resistant encapsulation in the junction of heat-generating disc 219 and water tumbler 201
Circle (annular body structure as shown in figure 21), heat-generating disc 219 is connected with heat-generating disc fixed seat 222 by screw, and heat-generating disc
219 and heat-generating disc fixed seat 22 be pressed on the both sides of the through hole on water tumbler 201 respectively, to realize for heat-generating disc 219 being fixed on water
On cup 201, by adjusting the screw connecting between heat-generating disc fixed seat 222 and heat-generating disc 219, compressible heat resistant joint ring becomes
Shape, that is, ensureing will not leak between heat-generating disc 219 and water tumbler 201.
Figure 17 to Figure 19, Figure 22 and Figure 24 disclose the corresponding knot of the spray cleaning system of dish-washing machine in this utility model
Structure, it mainly includes circulating pump 215 and spray arm 231, and wherein circulating pump 215 includes circulating pump water inlet 217 and circulation pumps out
The mouth of a river 218, this circulating pump 215 is fixed on 200 under inner bag by circulating pump fixed mount 216, and the water tumbler 201 on inner bag is provided with
Circulating pump water inlet, this circulating pump water inlet 217 is connected by flexible pipe with the circulating pump water inlet on 201, and spray arm 231 can
Rotate under inner bag 200 inner side, under inner bag, 200 are provided with the aquaporin 232 being connected with spray arm 231, this circulation
Pump out the mouth of a river 218 to be connected with the aquaporin 232 under inner bag 200 by flexible pipe, after circulating pump 215 works on power, its energy
Enough the water in water tumbler 201 is pumped in spray arm 231, and eject water in inner bag, with inner bag by spray arm 231
Bowl tool be carried out；The water that spray arm 231 ejects simultaneously is back in water tumbler 201 again, and is pumped by circulating pump 217 again
To spray arm 231, water is allowed to circulate in water tumbler 201 and spray arm 231 from there through circulating pump 215, to realize in inner bag
Bowl tool is carried out.
Figure 18, Figure 21 and Figure 22 schematically disclose the dependency structure of water tumbler 201 bottom of inner bag of the present utility model,
It is specially：It is provided with water tumbler temperature transducer 223 in the bottom of water tumbler 201, the temperature probe of this water tumbler temperature transducer 223 extends
To in water tumbler 201, it is directly contacted with the water in water tumbler 201, and to measure the water temperature of the water in water tumbler 201, this water tumbler thermometric passes
Sensor 223 is wired in control board 213, to feed back the water temperature in water tumbler 201 to control board 213, enters
And adjust the power controlling heat-generating pipe 220.
In addition, being provided with pressure switch assembly in the bottom of water tumbler 201, it includes pressure switch 224 and pressure switch is installed
Seat 225, this pressure switch mounting seat 225 is screwed in the bottom of water tumbler 201, sets in pressure switch mounting seat 225
There is mounting groove 226, pressure switch 224 is fixed in this mounting groove 226, is provided with pressure switch intercommunicating pore on water tumbler 201, this pressure
Power switch 224 is connected with the pressure switch intercommunicating pore on water tumbler 201 by flexible pipe 227, can from there through pressure switch 224
Pressure in detection water tumbler 201, meanwhile, this pressure switch 224 is electrically connected with control board 213, thus realizing passing through pressure
Pressure condition in switch 224 detection inner bag, and feed back to control board 213, and then control the work of other electric elements
Situation.
As shown in figure 24, which disclose the exploded view of 200 internal installing components under inner bag, under inner bag, 200 bottom is provided with
Water tumbler 201, water tumbler 201 is located under inner bag 200 its lowest position, that is, ensure that water can be pooled in water tumbler 201, in water tumbler 201
On be sequentially provided with drainage screen 229 and filtration puies forward the opening phase of cup 230, wherein 229 shape sizes of drainage screen and water tumbler 201 and fits
Should, filter to entering the water in water tumbler 201 to by drainage screen 229, be additionally provided with water tumbler 201 simultaneously and run through filtration
The filtration of net 229 carries cup 230, and this filtration carries coarse filter and the fine filtrator that cup 230 includes mutual clamping, and this filtration carries cup
230 are fixed on water tumbler 201, can collect larger debris (rice grain, dish bits etc.) by coarse filter and fine filtrator,
In order to clear up.
As shown in Figure 19 and Figure 24, under inner bag, 200 side wall is provided with inner bag temperature transducer 228, by inner bag thermometric
Sensor 228 can detect the temperature in inner bag, and this inner bag temperature transducer 228 passes through wire and control circuit board 213 phase
Even, by the Temperature Feedback detecting to control circuit board 213, to realize other electric elements are controlled.In addition, this is interior
Gallbladder temperature transducer 228 can also be substituted for humidity sensor, or adds humidity biography on the side of this inner bag temperature transducer 228
Sensor, thus can achieve and the humidity in inner bag is measured, and the humidity information detecting is fed back to control circuit board
213, to realize other electric elements are controlled.
Figure 25 to Figure 27 show schematically the structural representation of the door assembly of this utility model dish-washing machine, and it includes one
The uncovered inner bag in side and be rotatably connected in the door 300 of inner bag open-position-side lower end, in the present embodiment, inner bag is by 100 Hes on inner bag
Under inner bag, 200 are spliced, and described door 300 is rotatably coupled on 200 under inner bag, and described door 300 includes the shop front 301 and sets
Doorframe 302 around the shop front 301, the described shop front 301 one side relative with inner bag with doorframe 302 surrounds the cavity 303 of,
To place the powder that washes the dishes.By allowing the shop front 301 of door 300 and doorframe 302 surrounds a placement and washes the dishes the cavity 303 of powder, therefore this reality
Directly the powder that washes the dishes can be poured in this cavity 303 in use with new, to realize adding in dish-washing machine washing the dishes
Powder, arranges the special powder box that washes the dishes, achievable reduces cost like that without to conventional dishwashing machine, so that user is used simultaneously
Get up enhanced convenience.
Preferably, in the present embodiment, being labeled with, in described cavity 303, powder rest area 304 of washing the dishes, washed the dishes with placing
Powder, that is, pass through to arrange the sign of powder rest area 304 of washing the dishes, remind user that dish-washing machine is preferably poured into corresponding position, from
And practicality of the present utility model can be improved further.
Meanwhile, in the present embodiment, the medial wall of described cavity 303 and 200 connecting sides under inner bag to groove outer incline, to lead
Enter in inner bag to the powder that washes the dishes, after the powder that will wash the dishes is toppled in cavity 303, the door of the dish-washing machine that closes, the powder that washes the dishes can be along cavity
303 lower wall is slipped in inner bag, you can realizes being added to the water addition in inner bag and washes the dishes powder.
In the present embodiment, the depth of described cavity 303 is 5-30mm, when cavity 303 depth is too little, is unfavorable for that placement is washed the dishes
Powder, can increase the thickness of door 300 when too big.Meanwhile, the side wall of described cavity 303 is formed with step 305, described step 305
Highly it is less than the half of cavity 303 depth, be provided with step 305 in the side wall of cavity 303, on the one hand can improve whole groove 303
The mechanical strength of side wall, on the other hand, the achievable shop front 301 and doorframe 302 are preferably assembled.
In the present embodiment, described doorframe 302 is provided with convex tendon 306, and described inner bag is provided with sealing ring (in accompanying drawing accordingly
Do not mark), after door is shut, described convex tendon 306 compression sealing ring forms sealing cooperation, that is, ensure between doorframe 302 and inner bag not
The situation of leak occurs.Meanwhile, preferably, the height that convex tendon 306 protrudes doorframe 302 is 5-15mm, thus on the one hand can
Ensure that convex tendon 306 is oppressed sealing ring and produced enough deflections, to reach good sealing effectiveness；On the other hand, also make convex
Muscle 306 will not too oppress sealing ring, and leads to the damage of sealing ring.
In order to realize under door 300 and inner bag 200 be rotatably connected, it is provided with mounting seat 307 in described inner bag both sides, simultaneously
It is provided with the installing rack 308 corresponding with mounting seat 307 in described door 300 both sides, described installing rack 308 is rotatably connected and is installing
On seat 307, more specifically, one of described mounting seat 307 and installing rack 308 are provided with rotating shaft 309, and another one is provided with
The axis hole 310 matching with rotating shaft 309, described mounting seat 307 and installing rack 308 pass through rotating shaft 309 and axis hole 310 cooperation is realized
It is rotatably connected.
Meanwhile, the position limiting structure 311 limiting door rotational angle is correspondingly provided with described mounting seat 307 and installing rack 308.
As shown in figure 27, when opening door to certain angle, the position limiting structure 311 on installing rack 308 will be kept out in mounting seat 307
Position limiting structure 311 on, that is, realize limit door 300 can be only opened to suitable angle.Ensure that this utility model has higher
Practicality.
Meanwhile, in the present embodiment, on inner bag, 100 upper end is provided with magnetic absorption member 312, is provided with and magnetic on door 300 meanwhile
Inhale the corresponding adhesive part 313 of part 312, close and visit after 300, magnetic absorption member 312 and adhesive part 313 attract each other, to realize allowing door
300 close on inner bag.Meanwhile, the top in door 300 is provided with hand grip portion 314, and one side user opens and closes door
300.
Figure 28 to Figure 31 show schematically the dependency structure of display control structure in this utility model, and it includes installing
Seat 315, touch membrane 316, display panel 317 and panel 318, wherein mounting seat 315 is provided with mounting groove, and display panel 317 is located at this
In mounting groove, panel 318 is fixed in mounting seat 315, and panel 318 just covers in the mounting groove in mounting seat 315, realizes
Display panel 317 is covered and is protected, display panel 317 is transparent or semitransparent structure, and that is, light-transmitting panel 318 can be straight simultaneously
Connect the information observed on display panel 317.Touch membrane 316 is adhered directly to the inner side of panel 318, simultaneously the terminal of touch membrane 316
Directly it is plugged on display panel 317.After panel 318 is installed in mounting seat 315, the outer surface of its outer surface and mounting seat 315
Flush, that is, so that the profile of whole display control and mechanism is more beautiful.
As shown in Figure 29 to Figure 31, connecting post 321 is provided with mounting seat 315, is provided with base 500 accordingly relatively
The connecting hole 322 answered, passes through connecting hole 322 by screw and is connected in connecting post 321, can achieve mounting seat 315 is fixing
On base 500.Meanwhile, locating slot 319 is additionally provided with mounting seat 315,300 under inner bag on be provided with and locating slot 319 phase
Corresponding positioning convex tendon 320, after base 500 is installed to 300 under inner bag, the locating slot 319 in mounting seat 315 is just stuck in interior
In 300 positioning convex tendon 320 under gallbladder, such that it is able to realize allowing whole display control structure more firmly, be reliably fixed on and wash the dishes
On machine, you can realize improving this utility model practicality.
Figure 32 to Figure 39 show schematically the water tank dependency structure of dish-washing machine, and this water tank 400 is fixed on the side of inner bag
Face, in the present embodiment, water tank 400 includes open-topped body 401 and the lid 402 at body 401 opening, by opening
Mouth, to water filling in body 401, prevents the water in water tank 400 to be contaminated, in water tank 400 and inner bag by lid 402 after filling water
Relative one side is provided with the water tank convex tendon 403 of vertical direction setting, and it is recessed that inner bag is provided with the inner bag corresponding with water tank convex tendon 403
Groove 404, meanwhile, water tank 400 one side relative with inner bag is provided with horizontally arranged water tank groove 405, inner bag be provided with
The corresponding inner bag convex tendon 406 of water tank groove 405, by water tank convex tendon 403 and inner bag groove 404, and water tank groove 405 with interior
Gallbladder convex tendon 406 coordinates, and after achievable water tank 400 is assembled on inner bag, water tank 400 will not rock, even if it is more preferable to obtain Consumer's Experience.
Meanwhile, the top in water tank 400 is provided with water tank locating slot 422, is provided with corresponding with water tank locating slot 422 on inner bag
Inner bag positioning convex 423, coordinated by water tank locating slot 422 and inner bag positioning convex 423, water tank 400 can be avoided from inner bag
Landing on upper 200, and ensure the reliability of water tank 400 and 200 cooperations on inner bag.
Meanwhile, water tank 400 is provided with handle portion 407, thus facilitating user to take off and assembling water tank 400.Simultaneously in water
Case 400 is provided with float 408, and float 408 can be according to the water yield motion in water tank 400 and corresponding position, simultaneously in float
It is provided with senser element, corresponding sensing device is provided with inner bag, the sensing device on inner bag passes through to sense float upload
The position of inductor component, just can know float 408 location, and then can interpolate that the water level in water tank, meanwhile, on inner bag
Sensing device be connected with control circuit board 213, to be sent to the water yield in water tank 400, and then remind user or control it
He works at electrical part.
It is provided with water tank seat 417 in the lower section of water tank 400, water tank seat 417 is screwed on base 500, in water tank
400 lower section is provided with connecting cylinder 409, and water tank seat 417 is provided with the aquaporin-4 18 corresponding with connecting cylinder 409, water tank 400
Bottom is convexly equipped with brace rod 415, and water tank 400 is supported in water tank seat 417 by the brace rod 415 of its bottom.
It is provided with expansion link 411 in connecting cylinder 409, this expansion link 411 is offseted with connecting cylinder 409 by spring, this stretches
One end of bar 411 extends to the inside of water tank 400, and its end be provided with can with water tank 400 outlet liquid-tight envelope cooperation close
Envelope portion；One end of this expansion link 411 is located in connecting cylinder 409, and it is formed with the auxiliary section 413 matched with water tank seat 417,
Auxiliary section 413 is provided with apopore 414, that is, realizing auxiliary section 413 does not affect the circulation of water in connecting cylinder 409.
The aquaporin-4 18 corresponding with connecting cylinder 409 is provided with water tank seat 417, in this aquaporin-4 18, is provided with sealing
Circle, to realize the sealing cooperation with connecting cylinder 409.Meanwhile, it is provided with expansion link 419 in aquaporin-4 18, this expansion link 419 leads to
Cross coil tension spring 421 to be pressed in water tank seat 417, O-ring seal 420 is provided with expansion link 419, O-ring seal 420 can support
It is pressed on the inwall of aquaporin-4 18, to allow liquid-tight envelope between expansion link 419 and aquaporin-4 18, realize preventing in aquaporin-4 18
Water flow out.
As shown in figure 39, when water tank 400 is without being fitted in water tank seat 417, under the elastic force active force of spring 410, stretch
Sealing 412 on contracting bar 411 is pressed on the water outlet of water tank 400, realizes liquid-tight envelope cooperation, to prevent in water case 400
Water flows out；When in water tank seat 417 without distribution reservoir 400, under the elastic force of coil tension spring 421 acts on, close on expansion link 419
Sealing rubber ring is pressed on the inwall of aquaporin-4 18, realizes liquid-tight envelope cooperation, to realize preventing the water in aquaporin-4 18 from flowing out.
As shown in figure 38, after water tank 400 is assembled in water tank seat 417, expansion link 411 is pushed away by rib in aquaporin-4 18
Move and move upwards, so that the outlet of the sealing 412 of expansion link 411 and water tank 400 is separated, you can realize water tank
In water energy enough flow out from connecting cylinder 409；Accordingly, expansion link 419 is connected cylinder 409 and promotes and moves downward, so that
The inwall of O-ring seal 420 on expansion link 419 and aquaporin-4 18 is separated, i.e. connecting cylinder 409 can be flowed down by realization
Water drains in aquaporin-4 18.To sum up can achieve, when water tank 400 is without being fitted in water tank seat 417, connecting cylinder 409 and water
It is in the state sealing in passage 418, that is, will not leak；And work as after water tank 400 is assembled in water tank seat 417, connecting cylinder 409
Water tank 400 is connected with aquaporin-4 18, you can realize for the water in water tank 400 draining into use in dish-washing machine.
Figure 40 to Figure 44 show schematically the dependency structure of base 500 of the present utility model, and this base 500 passes through spiral shell
Nail is fixedly connected under inner bag 200 bottom, is provided with multiple ribs 501 in base 500, to increase the mechanical strong of whole base 500
Degree.Intake pump 502 is fixedly connected with base 500, in particular, is provided with intake pump peace in the both sides of the pump housing of intake pump
Dress hole 503, is provided with the mounting post 504 corresponding with intake pump installing hole 503, mounting post 504 is provided with screw thread on base 500
Hole, screw 505 passes through intake pump installing hole 503 and is fixed in mounting post 504, thus realizing for intake pump being fixed on base
On 500.
The water inlet of intake pump 502 is connected with the aquaporin-4 18 in water tank seat 417 by intake pump water inlet pipe 506；Enter
The outlet of water pump 502 pass through intake water pump outlet pipe 507 be connected with the union joint 120 on inner bag 100, that is, with inner bag on 100
On inlet opening 108 be connected.Intake pump 502 passes through wire and control circuit board 213 electricity being fixed on 200 under inner bag simultaneously
Connect.When in water tank 400, equipped with water and after be assembled in water tank seat 417, on water tank 400 and inner bag, 100 inlet opening 108 is formed
One path, after control circuit board 213 controls intake pump 502 work, intake pump 502 is started working, and by water tank 400
Water pumps in inner bag, that is, realize automatically to water filling in inner bag.
It is provided with bottom cover 508 in the bottom of base 500, base 500 is arranged with the installing hole being matched with bottom cover 508, bottom
Cover 508 is fixed in this installing hole.In particular, in the present embodiment, it is provided with buckle 509 around bottom cover 508, in base
500 are provided with the screens 510 corresponding with buckle 509, are additionally provided with corresponding connecting hole on bottom cover 508 and base 500 simultaneously,
It is provided with connecting screw 511 in this connecting hole, allow bottom cover 508 to be fixedly connected on base 500 by connecting screw 511.This reality
Apply in example, when assembling bottom cover 508, first bottom cover 508 be connected on base 500, then lock a connecting screw 511, you can
Realize turning and join, therefore this utility model has easy to assembly and advantage, and this utility model can also reduce the consumption of screw simultaneously,
Can achieve reduces cost.
In addition, as shown in Figure 42 and Figure 44, being provided with two in the both sides of the bottom of base 500 is in that bar shaped and being parallel to each other sets
The leg 512 put, is provided with installing hole at the two ends of leg 512 simultaneously, and is provided with callosity 513 in this installing hole, callosity 513 by
Elastomeric material is made, and thus can achieve that dish-washing machine can more stably be placed on kitchen countertop or desktop, dish-washing machine exists simultaneously
In work process, be also not in vibrating noise, you can greatly improve Consumer's Experience.
Meanwhile, as shown in figure 44, base 500 is provided with power line 514, this power line 514 one end extends to base 500
Outside, and it is provided with plug in its end, to realize being plugged on socket；The other end of power line 514 and control board 213 electricity
Connect, that is, realize powering to control circuit board 213, to control each electrical part work.
As shown in figure 45, it show schematically the explosive view of dish-washing machine in this practicality, has figure to understand, and on inner bag
100 and inner bag under be provided with bowl basket 600 in 200 cavitys surrounding, this bowl of basket 600 is provided with chopstick basket 601, this bowl of basket 600 and using
To place various tablewares, this chopstick basket 601 is used for holding chopsticks and soup ladle, can put respectively by bowl basket 600 and chopstick basket 601
Plant tableware to be carried out.
The above, specific embodiment only of the present utility model, but protection domain of the present utility model does not limit to
In this, any those familiar with the art in the technical scope that this utility model discloses, the change that can readily occur in
Change or replace, all should cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be with right
The protection domain requiring is defined.
Claims (10)
1. a kind of air outlet structure of dish-washing machine, including the venthole located at inner bag top it is characterised in that setting on described venthole
There is water conservancy diversion cover plate, to limit the outside that the fine grinding in inner bag splashes inner bag.
2. the air outlet structure of dish-washing machine as claimed in claim 1 is it is characterised in that described inner bag top extends to surround gives vent to anger
The back-up ring in hole, described water conservancy diversion cover plate is in described back-up ring.
3. the air outlet structure of dish-washing machine as claimed in claim 2 is it is characterised in that described inner bag top is provided with locating dowel, institute
State water conservancy diversion cover plate and be provided with location hole corresponding with locating dowel.
4. the air outlet structure of dish-washing machine as claimed in claim 1 is it is characterised in that have between described water conservancy diversion cover plate and inner bag
Gap, described water conservancy diversion cover plate is provided with air vent away from venthole.
5. the air outlet structure of dish-washing machine as claimed in claim 2 is it is characterised in that inner bag upper table in described back-up ring is towards going out
The direction of pore tilts.
6. dish-washing machine as claimed in claim 1 air outlet structure it is characterised in that described water conservancy diversion cover plate relative with inner bag one
Face is provided with water retaining ribs, has gap between described water retaining ribs and inner bag.
7. the air outlet structure of the dish-washing machine as described in one of claim 1 to 6 is it is characterised in that described water conservancy diversion cover plate is externally provided with
Dust cover, to prevent debris from entering between water conservancy diversion cover plate and inner bag.
8. the air outlet structure of dish-washing machine as claimed in claim 7 is it is characterised in that described water conservancy diversion cover plate sets away from venthole
There is air vent, described dust cover is provided with steam vent, described steam vent and air vent in the vertical direction no overlap area.
9. the air outlet structure of dish-washing machine as claimed in claim 7 is it is characterised in that the top of described inner bag is extended surrounds out
The back-up ring of pore, described dust cover is provided with the detent corresponding with back-up ring.
10. it is characterised in that also including shell, described shell is fixed on the air outlet structure of dish-washing machine as claimed in claim 7
On inner bag, described shell is provided with the installing hole corresponding with dust cover, and described dust cover is fixed in described installing hole.
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| CN201620328277.1U CN205923945U (en) | 2016-04-19 | 2016-04-19 | Structure of giving vent to anger of dish washer |
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| CN201620328277.1U CN205923945U (en) | 2016-04-19 | 2016-04-19 | Structure of giving vent to anger of dish washer |
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| CN107397521A (en) * | 2017-09-20 | 2017-11-28 | 佛山市顺德区美的洗涤电器制造有限公司 | Understructure and dish-washing machine |
| CN107397519A (en) * | 2017-09-20 | 2017-11-28 | 佛山市顺德区美的洗涤电器制造有限公司 | Wash the dishes machine base, internal cavity of bowl washer and dish-washing machine |
| CN110123227A (en) * | 2019-05-24 | 2019-08-16 | 广东洁诺生活电器有限公司 | A kind of integrated kitchen range with dish-washing machine |
| CN110269565A (en) * | 2019-06-28 | 2019-09-24 | 宁波方太厨具有限公司 | It is a kind of to spray arm component and using the cleaning machine for having the spray arm component |
| CN110693419A (en) * | 2018-07-09 | 2020-01-17 | 青岛海尔洗碗机有限公司 | Spraying device of dish washing machine |
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| CN107397519B (en) * | 2017-09-20 | 2023-05-26 | 佛山市顺德区美的洗涤电器制造有限公司 | Dish washer base, dish washer inner bag and dish washer |
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| CN110693413A (en) * | 2018-07-09 | 2020-01-17 | 青岛海尔洗碗机有限公司 | Spraying device of dish washing machine |
| CN110840357A (en) * | 2018-08-21 | 2020-02-28 | 青岛海尔洗碗机有限公司 | Air outlet structure and dish washing machine |
| CN110840357B (en) * | 2018-08-21 | 2022-11-11 | 青岛海尔洗碗机有限公司 | Air outlet structure and dish washing machine |
| CN110123227A (en) * | 2019-05-24 | 2019-08-16 | 广东洁诺生活电器有限公司 | A kind of integrated kitchen range with dish-washing machine |
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