CN205697657U - A kind of drying device of dish-washing machine - Google Patents

Abstract

This utility model provides the drying device of a kind of dish-washing machine, including inner bag and blowing device, described blowing device is connected with inner bag, described inner bag is provided with the air intake duct connected with inner bag, described blowing device is connected with air intake duct, it is provided with water-retaining structure, to prevent the water in inner bag from being entered in blowing device by air intake duct in described air intake duct.This utility model is by being provided with water-retaining structure in air intake duct, and to prevent the water in inner bag from entering in air intake passage by air-out passage, therefore this utility model has practical advantage.

Description

A kind of drying device of dish-washing machine

Technical field

This utility model relates to a kind of kitchen appliance, particularly relates to a kind of dish-washing machine.

Background technology

Along with improving constantly of people's living standard, dish-washing machine starts the kitchen entering consumers in general slowly In the middle of, to realize the both hands of liberation people, allow people wash the dishes again need not after the meal, have the more time can With leisure and work etc..

In prior art, commonly used dish-washing machine generally comprises inner bag and blowing device, this inner bag be provided with into Air holes, this blowing device is connected with fresh air inlet, i.e. blowing device is blown into dry by fresh air inlet in inner bag Air is to be dried the tableware in inner bag.And dish-washing machine is during cleaning bowl, spray arm can be to respectively Spraying water in individual direction, when water is sprayed onto at fresh air inlet, can enter in blowing device by fresh air inlet, a thus side Face makes the loss of water in inner bag, on the other hand the filthy water washed the dishes is entered in inlet pipeline, and pollutes Pipeline, the electrical part damaged in blowing device and generation noxious bacteria etc..Therefore there is practicality the strongest 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 The drying device of the dish-washing machine that property is strong.

In order to achieve the above object, the technical solution of the utility model is as follows:

The drying device of a kind of dish-washing machine, including inner bag and blowing device, described blowing device is connected with inner bag Logical, described inner bag is provided with the air intake duct connected with inner bag, and described blowing device is connected with air intake duct, It is provided with water-retaining structure, to prevent the water in inner bag from entering into blowing dress by air intake duct in described air intake duct In putting.

In this utility model one embodiment, described air intake duct is located on the sidewall of inner bag, and with inner bag is Integrated formed structure.

In the above-described embodiments, described air intake duct includes the air intake passage being connected with blowing device and with interior The air-out passage that gallbladder intracavity communicates, is provided with water retaining ribs, described dash between described air intake passage and air-out passage Muscle is described water-retaining structure.

In this utility model one embodiment, the conduit wall of described air-out passage is provided with opening of communicating with inner bag Hole, described perforate is gone up most the height on edge and is gone up most the height on edge less than described water retaining ribs.

In this utility model one embodiment, it is radially provided with rib along perforate in described perforate.

In this utility model one embodiment, described water-retaining structure is for being located between air intake passage and air-out passage Check valve.

In this utility model one embodiment, described air intake duct is vertically located on the sidewall of inner bag.

In this utility model one embodiment, described inner bag includes on the inner bag that is fixedly linked and under inner bag, institute State air intake duct to be located on inner bag and the junction under inner bag, and air intake channel section is located at inner bag top and is set up separately Under inner bag.

In this utility model one embodiment, described blowing device includes air blasting passage and is located in air blasting passage Blower fan, described air blasting passage is connected with described air intake duct.

In this utility model one embodiment, described air blasting passage is provided with heater, with to air blasting passage In air heat.

The beneficial effects of the utility model are: by being provided with water-retaining structure in air intake duct, to prevent inner bag In water enter in air intake passage by air-out passage, i.e. avoid in dishwashing procedure, the water in inner bag flies Spatter into air intake duct and enter in blowing device, thus on the one hand can avoid the loss of water in inner bag, another Aspect also can avoid the filthy water washed the dishes to enter in blowing device, and pollute pipeline, damage in blowing device Electrical part and generation noxious bacteria etc..Therefore this utility model has practical advantage.

It addition, this blowing device includes air blasting passage, the blower fan being located in air blasting passage and is located at air blasting passage On heater, i.e. realize by blowing device can be blown in inner bag heat air, with realize can Faster, the more efficient tableware in inner bag is dried, therefore this utility model have drying efficiency high and Practical advantage.

Accompanying drawing explanation

In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below by right The required accompanying drawing used of embodiment is briefly described, it should be apparent that, the accompanying drawing in describing below is only It is embodiments more of the present utility model, for those of ordinary skill in the art, is not paying creativeness On the premise of work, it is also possible to obtain other accompanying drawing according to these 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 of the present utility model local；

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 the decomposing schematic representation showing control structure in this utility model；

Figure 29 is to show control structure and the assembly relation schematic diagram under inner bag in this utility model；

Figure 30 is the structural representation showing control structure in this utility model；

Figure 31 is the sectional view showing 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 that this utility model inner bag coordinates face with water tank；

Figure 34 is the structural representation of water tank in this utility model；

Figure 35 is water tank and the decomposition texture schematic diagram of 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 water tank and the sectional view of base confined state in this utility model；

Figure 39 is water tank and the sectional view of 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 base and the decomposing schematic representation of intake pump in this utility model；

Figure 42 is base and the decomposing schematic representation of end cover in this utility model；

Figure 43 is base and the sectional view of end cover in this utility model；

Figure 44 is base and the decomposing schematic representation of 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 mounting post；107-venthole；108-inlet opening；109-water conservancy diversion cover plate；110-back-up ring；111- Locating dowel；112-air vent；113-brace rod；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-is intake Portion；123-the first water retaining ribs；124-the second water retaining ribs；125-installing hole；126-mounting seat；127-seals Circle；128-through hole；129-location division；130-locating slot；131-reinforcement；132-card muscle；133-places Groove；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-air intake duct；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-circulating pump outlet；219-heat-generating disc；220-sends out Heat pipe；221-heat-generating disc temperature measurement component；222-heat-generating disc fixes seat；223-water tumbler temperature transducer；224- Pressure switch；225-pressure switch mounting seat；226-mounting groove；227-flexible pipe；228-inner bag temperature transducers Device；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-shows Plate；318-panel；319-locating slot；320-positions convex tendon, connects 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-auxiliary section；414-apopore；415-brace rod；416-sealing ring； 417-water tank seat；418-aquaporin；419-expansion link；420-O-ring seal；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-intake pump outlet pipe；Cover at the bottom of 508-；509-buckle；510-card Position；511-connecting screw；512-leg；513-callosity；514-power line；

600-bowl basket；601-chopstick basket.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical side in this utility model embodiment Case is clearly and completely described, it is clear that described embodiment is only that this utility model part is real Execute example rather than whole embodiments.Based on the embodiment in this utility model, ordinary skill people The every other embodiment that member is obtained under not making creative work premise, broadly falls into this utility model The scope of protection.

Detailed description of the invention of the present utility model is explained in detail by Structure Figure below, with clearer Embody the technical solution of the utility model.

Below in conjunction with the accompanying drawings, elaborate an embodiment of this utility model dish-washing machine, in this embodiment, Specifically show schematically the corresponding construction that rib is set on inner bag, specially dish-washing machine as shown in Figure 1 to Figure 4 Including inner bag and cover at the shell 101 outside inner bag, this inner bag includes on the inner bag that is fixedly linked 100 and interior Under gallbladder 200, on described inner bag, the outside of 100 is provided with multiple outwardly rib 102, and described multiple Rib 102 is interspersed the outside of 100 on described inner bag.In like manner, under inner bag, also may be used in the outside of 200 To be provided with multiple outwardly rib, and described multiple ribs are interspersed in the outside of described inner bag. Multiple rib being interspersed is set by side outside the tank, can realize being greatly improved the mechanical strength of inner bag, Ensureing that inner bag also will not deform being chronically at hot operation state, therefore this utility model has mechanical strength High and practical advantage.

In this utility model, it is preferred that the height of described rib is 5-20mm；The thickness of the most described rib Degree for 0.8-3mm, ensure in the case of thus may be implemented in minimizing consumptive material to have on inner bag higher mechanical strength and Stronger practicality.

Meanwhile, in this utility model, described shell 101 is provided with buckle 103, described rib 102 sets The draw-in groove 104 corresponding with buckle 103, described buckle 103 is had to be connected in draw-in groove 104 with by described shell 101 are fixed on the outside of 100 on inner bag.The most as shown in Figure 4, the two ends of shell 101 are connected on inner bag On draw-in groove 104 on the rib 102 of 100, simultaneously at the middle part of shell 101 also by screw and inner bag 100 are fixedly linked, thus realize being fixed on shell 101 reliably on inner bag on 100.

Meanwhile, as it is shown on figure 3, the described rib 102 being provided with draw-in groove 104 is provided with reinforcement 105, to increase Add the mechanical strength at draw-in groove 104, and described reinforcement 105 is positioned at the both sides of described draw-in groove 104, and institute State reinforcement 105 to be connected with the outer wall of 100 on rib 102 and inner bag respectively.Owing to rib 102 is thin slice Shape, is provided with reinforcement 105 on rib 102, to increase the mechanical strength at draw-in groove 104, can make assembling The most stable, practicality further enhances.

Meanwhile, as it is shown on figure 3, described draw-in groove 104 is located on the rib 102 of 100 sides on inner bag, institute State draw-in groove 104 for multiple, and multiple described draw-in groove 104 is distributed on same described rib 102, thus one Aspect can ensure that on shell 101 and inner bag, the clamping of 100 is more reliable, also on the other hand is able to ensure whole Before and after individual shell 101, both sides are more parallel, i.e. ensure to have preferably to assemble effect.

On described inner bag, 100 are bolted with under inner bag 200 and to be connected, and are positioned at 100 sides on described inner bag The rib 102 in face to the position deflection at described bolt place, with increase on inner bag 100 with bolt junction Mechanical strength.It is specially under inner bag 200 and is provided with connecting hole, inner bag is provided with spiral shell at 100 corresponding installing holes Bolt mounting post 106, bolt mounting post is provided with screwed hole, and bolt passes under inner bag fixing after the connecting hole of 200 On inner bag in the bolt mounting post 106 of 100, to realize fixing phase by under on inner bag 100 and inner bag 200 Even, it is positioned at the rib 102 position deflection to bolt mounting post of 100 sides on described inner bag, in increasing On gallbladder 100 with the mechanical strength of bolt junction, improve the mechanical strength of inner bag the most further, carry further Its practicality high.

Meanwhile, on described inner bag, the top of 100 offers venthole 107, with outside aerofluxus, it is ensured that inner bag Interior pressure will not be too high, and on described inner bag, the top of 100 is additionally provided with inlet opening 108, passes through inlet opening 108 can inject water in inner bag, to realize being carried out the tableware in inner bag.

Fig. 5 to Fig. 8 show schematically the dependency structure of the air outlet structure of dish-washing machine, in it includes being located at The venthole 107 at gallbladder top, described venthole 107 is provided with water conservancy diversion cover plate 109, to limit the water in inner bag It is splashed to the outside of inner bag.Thus ensure in inner bag wash tableware time, sputter the water energy of venthole 107 Enough diversed cover plates 109 block, it is to avoid water enters into the region inner bag from venthole 107, and has influence on Components and parts outside inner bag, thus ensure that dish-washing machine has higher practicality.

In particular, as shown in Figure 6, on described inner bag, 100 tops are extended and are surrounded venthole 107 Back-up ring 110, described water conservancy diversion cover plate 109 is located in described back-up ring 110.Meanwhile, described inner bag top is provided with and determines Position post 111, described water conservancy diversion cover plate 109 is provided with the location hole (in accompanying drawing do not mark) corresponding with locating dowel 111. Having gap on described water conservancy diversion cover plate 109 and inner bag between 100, described water conservancy diversion cover plate 109 is away from venthole Being provided with air vent 112 at 107, on the most described inner bag, 100 tops are provided with brace rod 113, described water conservancy diversion Cover plate 109 is supported on described brace rod 113, to realize having between 100 on water conservancy diversion cover plate 109 and inner bag There is gap.Thus on the one hand can realize preventing water from sputtering inner bag, on the other hand it is also possible that inner bag also may be used With by the normal aerofluxus of venthole 107.

As shown in Figure 6, the inner bag upper surface in described back-up ring 110 tilts to the direction of venthole 107, from And the water being splashed to outside inner bag can be back in inner bag along inner bag upper surface, it is to avoid go out outside inner bag Existing hydrops.Meanwhile, the one side that described water conservancy diversion cover plate 109 is relative with inner bag is provided with water retaining ribs and (does not marks in accompanying drawing Go out), between described water retaining ribs and inner bag, there is gap, its be used for limiting entrance water conservancy diversion cover plate 109 and inner bag it Between water will not flow out water conservancy diversion cover plate 109, can realize further up to the effect preventing water from sputtering inner bag.

Described water conservancy diversion cover plate 109 is externally provided with dust cover 114, to prevent foreign material from entering into water conservancy diversion cover plate 109 and interior Between gallbladder, i.e. ensure that foreign material will not enter in inner bag, it is ensured that the practicality of dish-washing machine.Described dust cover 114 It is provided with steam vent 115, described steam vent 115 and air vent 112 in the vertical direction without coincidence district, i.e. protects Card foreign material will not enter in air vent 112 by steam vent 115, i.e. avoids foreign material to enter in inner bag. On described inner bag, the back-up ring 110 surrounding venthole 107 is extended at the top of 100, and described dust cover 114 sets There is the detent 116 corresponding with back-up ring 110, by detent 116 and back-up ring on dust cover 114 The cooperation of 110, on the one hand reality can position dust cover 114, on the other hand also can place water further Back-up ring 110 at overflow.

Meanwhile, as described in Figure 7, described shell 101 is fixed on the top of inner bag, and described shell 101 sets The installing hole 117 corresponding with dust cover 114, described dust cover 114 is had to be fixed in described installing hole 117, Steam vent 115 on dust cover 114 is just passed through installing hole 117 simultaneously, can realize outside aerofluxus, simultaneously The upper surface of dust cover 114 and the upper surface flush of shell 101, so that the profile of whole dish-washing machine More beautiful.

Fig. 8 to Figure 11 show schematically the dependency structure of the water-supply apparatus of dish-washing machine, in it includes being located at Inlet opening 108 on gallbladder and the inlet pipeline being connected with inlet opening 108, described inlet opening 108 and water inlet The outlet of pipeline is staggered, and arranges water retaining ribs between described inlet opening 108 and the outlet of inlet pipeline 118, entered in inlet pipeline by inlet opening 108 limiting water in inner bag.I.e. avoid at dishwashing procedure In, the water in inner bag sputters inlet opening 108 and enters in inlet pipeline, in thus on the one hand can avoiding The loss of water in gallbladder, on the other hand also can avoid the filthy water washed the dishes to enter in inlet pipeline, and pollute pipeline With generation 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 The water entering section 122 relative with the outlet of inlet pipeline, described inlet pipeline include water inlet pipe 119 with connect into Water pipe 119 and the union joint 120 of inlet opening 108, described union joint 120 is fixed on inner bag, described connection The outlet of 120 is relative with water entering section 122, is provided with institute between described water entering section 122 and inlet opening 108 State water retaining ribs 118, entered in inlet pipeline by inlet opening 108 limiting water in inner bag.

As shown in Figure 8, described water retaining ribs 118 includes being upwardly extended formed by the opening's edge of inlet opening 108 One water retaining ribs 123, has gap, described water retaining ribs between described first water retaining ribs 123 and drip ring 121 118 also include two the second water retaining ribs 124 formed by drip ring 121 sidewall to the internal extension of drip ring 121, Described second water retaining ribs 124 and the first water retaining ribs 123 are along water entering section 122 and the communication direction of inlet opening 108 Stagger setting.Coordinated by the first water retaining ribs 123 and the second water retaining ribs 124, on the one hand can realize blocking flying Splash the water in inlet opening 108, on the other hand can also ensure that when water filling in inner bag, the first water retaining ribs 123 and second water retaining ribs 124 do not interfere with water-injection efficiency yet.

As preferably, in this utility model, as shown in Figure 8, described first water retaining ribs 123 and the second dash The height of muscle 124 is respectively less than the height of drip ring 121, is thus further ensured that the first water retaining ribs 123 and Two water retaining ribs 124 do not interfere with water-injection efficiency yet.In another embodiment, it is also possible to by described first gear The height of the one in water muscle 123 and the second water retaining ribs 124 is less than the height of drip ring 121.Meanwhile, as Shown in Figure 11, drip ring 12 around region direction from bottom surface to inlet opening 108 tilt, thus can enter One step realizes allowing the water entered in inlet opening 108 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, described union joint 120 are bolted to connection on inner bag on 100.Meanwhile, described union joint 120 and drip ring 121 it Between be provided with sealing ring 127, the corresponding water entering section 122 of described sealing ring 127 offers through hole 128, by sealing Circle 127 can ensure that between union joint 120 with drip ring 121, liquid-tight envelope coordinates.By at described sealing ring 127 Corresponding water entering section 122 offers through hole 128 so that do not affect union joint 120 to water entering section water filling, the closeest Seal also is able to block the water sputtered from inlet opening 108, it is to avoid water stain penetrate into outside drip ring 121 Portion.

Meanwhile, as shown in figure 11, the surrounding of described sealing ring 127 has been downwardly extending location division 129, Described inner bag is provided with the locating slot 130 corresponding with location division 129, thus can realize entering sealing ring 127 Row preferably location.Reinforcement 131, described reinforcement 131 and drip ring it is provided with in the bottom of locating slot 130 121 are connected, and can improve locating slot 130 and the mechanical strength of drip ring 121 by reinforcement 131 so that whole The structure of individual water-supply apparatus is the most firm.

It addition, as shown in Figure 10, on described inner bag, the lateral wall of 100 is provided with the card of spacing water inlet pipe 119 Muscle 132 and move towards corresponding placing trough 133 with water inlet pipe 119, thus can realize more preferable spacing water inlet pipe 119, thus improve the practicality of entirety.

Figure 12 to Figure 16 show schematically the dependency structure of the drainage arrangement of dish-washing machine, and it includes with interior The discharge pipe line that gallbladder is connected and the anti-siphonage pipe road 134 being located on discharge pipe line, described anti-siphonage pipe road 134 Including the intake tunnel 135 being interconnected, exhalant canal 136 and anti-siphon passage 137, described intake tunnel Buffer structure it is provided with, to reduce the impulsive force of the water entered in intake tunnel 135 in 135.Pass through buffer structure Reduce the impulsive force of the water entered in intake tunnel 135, can make to enter in whole anti-siphonage pipe road 134 The pressure of water reduces, thus realize the pressure in anti-siphon passage 137 can relatively reduced, i.e. make whole to prevent Siphon piping 134 has more preferable anti-siphon effect.

In this utility model, as shown in Figure 14 and Figure 15, described anti-siphonage pipe road 134 includes being surrounded by recessed The pedestal 138 of groove, the lid 139 being covered on the groove of pedestal 138 and the groove bottom wall being located at pedestal 138 And the separation muscle 140 between lid 139, described pedestal 138, lid 139 and separation muscle 140 surround described Intake tunnel 135, exhalant canal 136 and the anti-siphon passage 137 being interconnected.Meanwhile, surround into water lead to The muscle 140 that separates in road 135 is provided with the bending muscle 141 to intake tunnel 135 inner bending, described bending muscle 141 are described buffer structure.In particular, in the present embodiment, described bending muscle 141 is by surrounding into water The end separating muscle 140 of passage 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, The pressure flowing to the water in exhalant canal 136 and anti-siphon passage 137 is reduced, thus realizes anti-siphon Pressure in passage 137 can be relatively reduced, i.e. makes whole anti-siphonage pipe road 134 have more preferable anti-siphon Effect.

As shown in figure 15, it is provided with check valve 142 in described anti-siphon passage 137, to prevent anti-siphonage pipe road Water in 134 is flowed out by anti-siphon passage 137, thus further such that whole anti-siphonage pipe road 134 has More preferable anti-siphon effect.

As shown in figure 13, inner bag 100 is provided with the anti-siphon through hole 143 communicated with inner bag, described anti-rainbow Inhale passage 137 connection and have pipeline 144, described pipeline 144 and anti-siphon through hole 143 by union joint 145 phase Connection, the outlet of described union joint 145 is staggered with anti-siphon through hole 143, and described anti-siphon through hole Water retaining ribs 146 is set between 143 and the outlet of union joint 145, to limit the water in inner bag by anti-siphon Through hole 143 enters in union joint 145.I.e. avoiding in dishwashing procedure, the water in inner bag sputters anti-rainbow Inhale through hole 143 and enter in pipeline 144, thus on the one hand can avoid the loss of water, the opposing party in inner bag Face also can avoid the filthy water washed the dishes to enter in pipeline 144, and pollute pipeline and produce noxious bacteria etc..

As shown in figure 13, sealing ring 147, described sealing ring 147 it are provided with between described union joint 145 and inner bag It is provided with the through hole 148 corresponding with the outlet of union joint 145.Union joint can be ensured by sealing ring 147 Between 145 with inner bag, liquid-tight envelope coordinates, and sealing ring also is able to block and sputters from anti-siphon through hole 143 simultaneously Water, it is to avoid the water stain region penetrated into outside inner bag, in the present embodiment, union joint 145, water retaining ribs 146 Identical with the dependency structure in the water-supply apparatus of dish-washing machine with the structure of sealing ring 147, therefore its detailed construction exists This repeats no more.

It addition, as shown in figure 16, described discharge pipe line is additionally provided with draining pump 202, described draining pump 202 Water inlet be connected with the water tumbler 201 under inner bag 200, the outlet of described draining pump 202 is with described Intake tunnel 135 is connected.Described exhalant canal 136 connects drain pipe 203, washes the dishes to be drained by water Machine.I.e. when dish-washing machine needs draining, the water in water tumbler 201 can be pumped to draining pump by draining pump 202 In 202, and it is discharged to by anti-siphonage pipe road 134 and drain pipe 203 outside of dish-washing machine, i.e. realize draining Action.It addition, by adding on discharge pipe line on anti-siphonage pipe road 134, and this anti-siphonage pipe road 134 Anti-siphon passage 137 is communicated with inner bag by anti-siphon through hole 143, can realize avoiding because of siphonic effect Cause the water in the dish-washing machine in being currently running to run off along discharge pipe line, i.e. ensure that this utility model has more Strong 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 device, described inner bag is provided with the air intake duct 204 connected with inner bag, described blowing device and air intake Duct 204 is connected, described air intake duct 204 include the air intake passage 205 that is connected with blowing device and The air-out passage 206 communicated with interior gallbladder intracavity, is provided with gear between described air intake passage 205 and air-out passage 206 Water-bound, to prevent the water in inner bag from entering in air intake passage 205 by air-out passage 206, by gear Water-bound blocks dish-washing machine and splashes in the course of the work the water in air-out passage 206, it is to avoid water enter into into In wind passage 205, namely avoid water to enter in blowing device, thus on the one hand can avoid water in inner bag Run off, on the other hand the filthy water washed the dishes also can be avoided to enter in air intake passage 205 and blowing device, and dirty Dye pipeline, generation noxious bacteria i.e. damage blowing device etc..

As illustrated in figures 19 and 20, described air intake passage 205 and air-out passage 206 are located at the sidewall of inner bag On, and be formed in one structure with inner bag.Thus can simplify the structure of whole dish-washing machine, reduce the cost.Institute Stating and be provided with water retaining ribs 207 between wind passage 205 and air-out passage 206, described water retaining ribs 207 is described dash Structure.Dish-washing machine can be blocked by water retaining ribs 207 to splash in the course of the work in air-out passage 206 Water, it is to avoid water enters in air intake passage 205, namely avoid water to enter in blowing device.

The conduit wall of described air-out passage 206 is provided with the perforate 208 communicated with inner bag, and described perforate 208 is The height on upper edge goes up most the height on edge less than described water retaining ribs 207, is i.e. further ensured that and is splashed to perforate 208 Water stain will not cross water retaining ribs and flow in air intake passage 205.Meanwhile, along perforate in described perforate 208 208 be radially provided with rib 209, by rib 209 1 aspect increase whole perforate 208 mechanical strength, Rib 209 can block the water being splashed in perforate 208 to a certain extent simultaneously, the most also can affect simultaneously In inner bag, dry air it is blown into by perforate 208.

Certainly, the water-retaining structure between air intake passage 205 and air-out passage 206 is also not limited to the present embodiment Middle water retaining ribs, in another embodiment, described water-retaining structure can also be for being located at air intake passage 205 and air-out Check valve between passage 206, it is capable of blocking dish-washing machine equally and splashes in the course of the work air inlet/outlet Water in passage 206, it is to avoid water enters in air intake passage 205, the most i.e. avoids water to enter into blowing In device.

As shown in figure 20, described air intake passage 205 and air-out passage 206 are vertically located at the side of inner bag On wall.Described inner bag include on the inner bag that is fixedly linked 100 and inner bag under 200, described air intake duct 204 sets On inner bag 100 and inner bag under 200 junction, and air intake duct 204 part is located on inner bag 100 It is divided under inner bag 200, is thus easy to injection mo(u)lding, also make whole air intake duct 204 have more preferably simultaneously Ventilation effect and waterproof effect.

As shown in Figure 17 and Figure 18, described blowing device includes air blasting passage 210 and is located at air blasting passage 210 In blower fan 211, described air blasting passage 210 is connected with described air intake passage 205, in particular, blows Wind passage 210 is plugged in air intake passage 205, and air blasting passage 210 and its sealing of air intake passage 205 are joined Close and connect.Meanwhile, described air blasting passage 205 is provided with heater 212, with in air blasting passage 210 Air heats.Hot-air can be blown in inner bag, can realize reaching more preferable drying effect.Separately Outward, in the present embodiment, this heater 212 is PTC calandria, and it has, and water resistance is good, use the longevity The advantage that life is long, good compared with thermal effect, so that this utility model practicality is higher.Certainly this utility model Other heater members such as heating wire can also be used as heater 212, and meeting can be to air blasting passage 210 In air carry out heating.

It addition, as shown in figure 23, air blasting passage 210 is spliced by upper and lower two parts, blower fan 211 and adding Thermal 212 is respectively positioned in air blasting passage, and meanwhile, as shown in figure 18, air blasting passage 210 is directly anchored to On fixing post on inner bag, so that the assembling enhanced convenience of whole blowing device is quick, it is dried simultaneously Effect can also ensure.

Meanwhile, as shown in Figure 17 and Figure 18, it is provided with control circuit board 213 in the lower section of air blasting passage 210, This control circuit plate 213 is used for controlling the working condition of electric component in dish-washing machine, simultaneously under inner bag 200 It is provided with multiple cable clamping interface 214, so that the wire of electric component in connection control circuit board 213 and dish-washing machine to be entered Row is spacing, and the layout i.e. making whole dish-washing machine is the most reasonable.

The heating arrangements that the water in water tumbler on inner bag is heated schematically is disclosed such as Figure 17 and Figure 21 Structural representation, it includes heat-generating disc 219, heat-generating pipe 220, heat-generating disc temperature measurement component 221 and heat-generating disc Fixing seat 222, wherein heat-generating pipe 220 is fixed on heat-generating disc 219, and heat-generating pipe 220 is provided with lead terminal, This lead terminal is connected on control circuit plate 213, also sets described heat-generating disc in the bottom surface of heat-generating disc 219 and surveys Temperature assembly 221 (structure of this heat-generating disc temperature measurement component is identical with the structure of the heat-generating disc temperature measurement component in rice cooker, Do not repeat them here), the temperature-sensing probe of this heat-generating disc temperature measurement component 221 contacts with the bottom surface of heat-generating disc 219, With detection heat-generating disc 219 temperature in the course of the work and feed back to control circuit plate 213, with by controlling electricity The heating power of heat-generating pipe 220 is adjusted by road plate 213.

Meanwhile, in the present embodiment, the water tumbler 201 of inner bag offers the through hole corresponding with heat-generating disc 219, Heat-generating disc is arranged on this through hole, and its surface directly contacts with the water in water tumbler 201, with in water tumbler Water heats.Simultaneously in order to ensure that the liquid-tight envelope between heat-generating disc 219 with water tumbler 201 coordinates, in heating The junction of dish 219 and water tumbler 201 is provided with heat resistant joint ring (annular body structure as shown in figure 21), Heat-generating disc 219 is fixed seat 222 by screw with heat-generating disc and is connected, and heat-generating disc 219 and heat-generating disc fix seat 22 both sides being pressed on the through hole on water tumbler 201 respectively, to realize heat-generating disc 219 is fixed on water tumbler 201 On, connect heat-generating disc by regulation and fix the screw between seat 222 and heat-generating disc 219, compressible heat-resisting close Seal deforms, and i.e. ensures will not leak between heat-generating disc 219 and water tumbler 201.

Figure 17 to Figure 19, Figure 22 and Figure 24 disclose the spray cleaning system of dish-washing machine in this utility model Corresponding construction, it mainly includes circulating pump 215 and spray arm 231, and wherein circulating pump 215 includes that circulating pump enters The mouth of a river 217 and circulating pump outlet 218, this circulating pump 215 is fixed on inner bag by circulating pump fixed mount 216 On lower 200, the water tumbler 201 on inner bag is provided with circulating pump water inlet, this circulating pump water inlet 217 and 201 On circulating pump water inlet be connected by flexible pipe, spray arm 231 is rotating be located under inner bag 200 interior Side, under inner bag, 200 are provided with the aquaporin 232 being connected with spray arm 231, this circulating pump outlet 218 It is connected with the aquaporin 232 under inner bag 200 by flexible pipe, after circulating pump 215 works on power, its Water in water tumbler 201 can be pumped in spray arm 231, and be ejected water to by spray arm 231 interior In gallbladder, it is carried out so that the bowl in inner bag is had；The water that spray arm 231 ejects simultaneously is back to again water tumbler In 201, and again pumped to spray arm 231 by circulating pump 217, allow water at water from there through circulating pump 215 Cup 201 and spray arm 231 circulate, to realize the bowl in inner bag is had being carried out.

Figure 18, Figure 21 and Figure 22 schematically disclose bottom the water tumbler 201 of inner bag of the present utility model Dependency structure, particularly as follows: be provided with water tumbler temperature transducer 223 in the bottom of water tumbler 201, this water tumbler thermometric passes The temperature probe of sensor 223 extends in water tumbler 201, and it directly contacts with the water in water tumbler 201, to survey The water temperature of the water in measuring glass 201, this water tumbler temperature transducer 223 is wired to control circuit plate On 213, to feed back the water temperature in water tumbler 201 to control circuit plate 213, and then regulation controls heat-generating pipe 220 Power.

It addition, be provided with pressure switch assembly in the bottom of water tumbler 201, it includes pressure switch 224 and pressure Switch installation seat 225, this pressure switch mounting seat 225 is screwed in the bottom of water tumbler 201, in pressure Power switch installation seat 225 is provided with mounting groove 226, and pressure switch 224 is fixed in this mounting groove 226, Water tumbler 201 is provided with pressure switch intercommunicating pore, and this pressure switch 224 is by flexible pipe 227 and water tumbler 201 Pressure switch intercommunicating pore be connected, the pressure in water tumbler 201 can be detected from there through pressure switch 224, Meanwhile, this pressure switch 224 electrically connects with control circuit plate 213, thus realizes by pressure switch 224 Pressure condition in detection inner bag, and feed back to control circuit plate 213, and then control the work of other electric elements Make situation.

As shown in figure 24, which disclose the exploded view of 200 internally installed parts under inner bag, under inner bag 200 Bottom is provided with water tumbler 201, and water tumbler 201 is positioned at its lowest position of 200 under inner bag, i.e. ensures that water can be pooled to In water tumbler 201, water tumbler 201 is sequentially provided with drainage screen 229 and filtration carries cup 230, wherein drainage screen 229 shape sizes adapt with the opening of water tumbler 201, i.e. to by drainage screen 229 to entering in water tumbler 201 Water filter, be additionally provided with on water tumbler 201 simultaneously and penetrate the filtration of filter screen 229 and carry cup 230, this mistake Filter carries cup 230 and includes coarse filter and the fine filtrator of mutual clamping, and this filtration carries cup 230 and is fixed on On water tumbler 201, bigger foreign material (rice grain, dish bits etc.) can be collected by coarse filter and fine filtrator, So that cleaning.

As shown in Figure 19 and Figure 24, under inner bag, the sidewall of 200 is provided with inner bag temperature transducer 228, passes through Inner bag temperature transducer 228 can detect the temperature in inner bag, and this inner bag temperature transducer 228 is by leading Line is connected with control circuit board 213, with the Temperature Feedback that will detect to control circuit board 213, right to realize Other electric elements are controlled.It addition, this inner bag temperature transducer 228 can also replace to humidity sensor Device, or add humidity sensor on the side of this inner bag temperature transducer 228, thus can realize in inner bag Humidity measure, and the humidity information detected 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, It includes the uncovered inner bag in side and is rotatably connected at the door 300 of inner bag open-position-side lower end, in the present embodiment, Inner bag is spliced by under on inner bag 100 and inner bag 200, and described door 300 is rotatably coupled under inner bag On 200, described door 300 includes the shop front 301 and the doorframe 302 being located at around the shop front 301, the described shop front 301 The one side relative with inner bag with doorframe 302 surrounds the cavity 303 of, to place the powder that washes the dishes.By allowing door The shop front 301 of 300 and doorframe 302 surround a placement and wash the dishes the cavity 303 of powder, therefore this utility model makes During with, can directly the powder that washes the dishes be poured in this cavity 303, to realize adding in dish-washing machine washing Bowl powder, without arranging the special powder box that washes the dishes like that to conventional dishwashing machine, can realize reducing cost, with Time make user use enhanced convenience.

As preferably, in the present embodiment, it is labeled with, in described cavity 303, powder rest area 304 of washing the dishes, to put Put the powder that washes the dishes, the sign of powder rest area 304 of i.e. being washed the dishes by setting, remind user preferably to be inclined by dish-washing machine Pour into corresponding position, such that it is able to improve practicality of the present utility model further.

Meanwhile, in the present embodiment, described cavity 303 is connected the medial wall of side outside groove with under inner bag 200 Tilting, wash the dishes in powder entrance inner bag to guide, after the powder that will wash the dishes is toppled in cavity 303, close dish-washing machine Door, the powder that washes the dishes can be slipped in inner bag along the lower wall of cavity 303, can realize in inner bag add Water adds the powder that washes the dishes.

In the present embodiment, the degree of depth of described cavity 303 is 5-30mm, when cavity 303 degree of depth is the least, unfavorable Wash the dishes powder in placement, the thickness of door 300 time the biggest, can be increased.Meanwhile, the sidewall of described cavity 303 is formed Having step 305, the height of described step 305 is less than the half of cavity 303 degree of depth, at the sidewall of cavity 303 It is provided with step 305, on the one hand can improve the mechanical strength of whole groove 303 sidewall, on the other hand, can realize The shop front 301 and doorframe 302 preferably assemble.

In the present embodiment, described doorframe 302 is provided with convex tendon 306, and corresponding described inner bag is provided with sealing ring (not marking in accompanying drawing), after door is shut, described convex tendon 306 compresses sealing ring and forms sealing cooperation, i.e. ensures Situation about leaking is not had between doorframe 302 and inner bag.Meanwhile, as preferably, convex tendon 306 protrudes door The height of frame 302 is 5-15mm, thus on the one hand can ensure that convex tendon 306 is oppressed sealing ring and produced enough changes Shape amount, to reach good sealing effectiveness；On the other hand, convex tendon 306 is also made will not too to oppress sealing Circle, and cause 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 in described inner bag both sides 307, it is provided with the installing rack 308 corresponding with mounting seat 307, described installation in described door 300 both sides simultaneously Frame 308 is rotatably connected in mounting seat 307, more specifically, and described mounting seat 307 and installing rack 308 In one be provided with rotating shaft 309, another one is provided with the axis hole 310 matched with rotating shaft 309, described peace Dress seat 307 and installing rack 308 coordinate realization to be rotatably connected by rotating shaft 309 and axis hole 310.

Meanwhile, described mounting seat 307 and installing rack 308 are correspondingly provided with the spacing of restriction door rotational angle Structure 311.Position limiting structure 311 as shown in figure 27, when opening door to certain angle, on installing rack 308 Will keep out on the position limiting structure 311 in mounting seat 307, i.e. realize limiting door 300 and can be only opened to close Suitable angle.I.e. ensure that this utility model has higher practicality.

Meanwhile, in the present embodiment, on inner bag, the upper end of 100 is provided with magnetic absorption member 312, meanwhile, at door 300 It is provided with the adhesive part 313 corresponding with magnetic absorption member 312, closes 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 at door 300 is provided with Hand grip portion 314, on the one hand user opens and closes door 300.

Figure 28 to Figure 31 show schematically the dependency structure showing control structure in this utility model, its Including mounting seat 315, touch membrane 316, display panel 317 and panel 318, wherein mounting seat 315 is provided with Mounting groove, display panel 317 is located in this mounting groove, and panel 318 is fixed in mounting seat 315, and panel 318 just cover in the mounting groove in mounting seat 315, it is achieved display panel 317 is hidden and protected, with Time display panel 317 be transparent or semitransparent structure, i.e. light-transmitting panel 318 can observe directly display panel 317 On information.Touch membrane 316 is adhered directly to the inner side of panel 318, and the terminal of touch membrane 316 is direct simultaneously It is plugged on display panel 317.After panel 318 is installed in mounting seat 315, its outer surface and mounting seat 315 Outer surface flush, i.e. make whole display control and the profile of mechanism is more beautiful.

As shown in Figure 29 to Figure 31, mounting seat 315 is provided with connection post 321, accordingly at base 500 It is provided with corresponding connecting hole 322, through connecting hole 322 and is connected to connect on post 321 by screw, Can realize being fixed on base 500 mounting seat 315.Meanwhile, mounting seat 315 is additionally provided with locating slot 319, under inner bag, it is provided with the location convex tendon 320 corresponding with locating slot 319, when base 500 is pacified on 300 After installing under inner bag 300, the locating slot 319 in mounting seat 315 is just stuck in the convex of 300 under inner bag On muscle 320, such that it is able to realize allowing whole display control structure be fixed on dish-washing machine more firmly, reliably, 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, in the present embodiment, water tank 400 includes open-topped body 401 and is located at body 401 The lid 402 of opening part, by opening water filling in body 401, prevents water by lid 402 after filling water Water in case 400 is contaminated, and is provided with, in the one side that water tank 400 is relative with inner bag, the water tank that vertical direction is arranged Convex tendon 403, inner bag is provided with the inner bag groove 404 corresponding with water tank convex tendon 403, meanwhile, water tank 400 The one side relative with inner bag is provided with horizontally arranged water tank groove 405, and inner bag is provided with and water tank groove 405 corresponding inner bag convex tendons 406, by water tank convex tendon 403 and inner bag groove 404, and water tank groove 405 Coordinating with inner bag convex tendon 406, can realize after 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, it is provided with water tank locating slot 422 at the top of water tank 400, inner bag is provided with and water tank locating slot The inner bag positioning convex 423 of 422 correspondences, is coordinated by water tank locating slot 422 and inner bag positioning convex 423, Can avoid water tank 400 landing on 200 from inner bag, and ensure that water tank 400 coordinates with on inner bag 200 can By property.

Meanwhile, water tank 400 is provided with handle portion 407, thus facilitates user to take off and assemble water tank 400. Being provided with float 408 on water tank 400, float 408 can move and phase according to the water yield in water tank 400 simultaneously The position answered, is provided with senser element on float simultaneously, is provided with corresponding sensing device on inner bag, interior Sensing device on gallbladder, by the position of senser element on sensing float, just can know the position residing for float 408 Put, and then can interpolate that the water level in water tank, meanwhile, the sensing device on inner bag and control circuit board 213 It is connected, to be sent to the water yield in water tank 400, and then reminds user or control the work of other electrical parts.

Be provided with water tank seat 417 in the lower section of water tank 400, water tank seat 417 is screwed on base 500, Be provided with connecting cylinder 409 in the lower section of water tank 400, water tank seat 417 is provided with the water corresponding with connecting cylinder 409 Passage 418, the bottom of water tank 400 is convexly equipped with brace rod 415, and water tank 400 is by the brace rod 415 bottom it It is supported in water tank seat 417.

Being provided with expansion link 411 in connecting cylinder 409, this expansion link 411 is offseted with connecting cylinder 409 by spring, One end of this expansion link 411 extends to the inside of water tank 400, and is provided with in its end and can go out with water tank 400 The sealing that the liquid-tight envelope in the mouth of a river coordinates；One end of this expansion link 411 is positioned in connecting cylinder 409, and it is formed The auxiliary section 413 matched with water tank seat 417, is provided with apopore 414 on auxiliary section 413, i.e. realizes joining Conjunction portion 413 does not affect the circulation of water in connecting cylinder 409.

Water tank seat 417 is provided with the aquaporin-4 18 corresponding with connecting cylinder 409, this aquaporin-4 18 sets There is sealing ring, to realize coordinating with the sealing of connecting cylinder 409.Meanwhile, be provided with in aquaporin-4 18 flexible Bar 419, this expansion link 419 is pressed in water tank seat 417, on expansion link 419 by coil tension spring 421 Being provided with O-ring seal 420, O-ring seal 420 can be pressed on the inwall of aquaporin-4 18, to allow expansion link Liquid-tight envelope between 419 and aquaporin-4 18, it is achieved prevent the water in aquaporin-4 18 from flowing out.

As shown in figure 39, when water tank 400 is unkitted and is fitted in water tank seat 417, the elastic force at spring 410 is made Under Yong Li, the sealing 412 on expansion link 411 is pressed on the water outlet of water tank 400, it is achieved liquid-tight envelope Coordinate, to prevent the water in water case 400 from flowing out；When unassembled water tank 400 in water tank seat 417, stretching Under the elastic force effect of contracting spring 421, the O-ring seal on expansion link 419 is pressed on the inwall of aquaporin-4 18 On, it is achieved liquid-tight envelope coordinates, 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 by aquaporin-4 18 Middle rib promotes and moves upward, so that the sealing 412 of expansion link 411 and the water outlet of water tank 400 Mouth is separated, and can realize the water in water tank can flow out from connecting cylinder 409；Accordingly, expansion link 419 Connected cylinder 409 promotes and moves downward, so that the O-ring seal 420 on expansion link 419 leads to water The inwall in road 418 is separated, and i.e. realizes being drained in aquaporin-4 18 by the water that connecting cylinder 409 flows down. To sum up can realize, when water tank 400 is unkitted and is fitted in water tank seat 417, connecting cylinder 409 and aquaporin-4 18 In be in seal state, i.e. will not leak；And after water tank 400 is assembled in water tank seat 417, even Connect cylinder 409 to be connected with aquaporin-4 18 by water tank 400, can realize draining into the water in water tank 400 Dish-washing machine uses.

Figure 40 to Figure 44 show schematically the dependency structure of base 500 of the present utility model, this base 500 fix the bottom of 200 under connection inner bag by screw, are provided with multiple rib 501, to increase in base 500 Add the mechanical strength of whole base 500.Base 500 is fixedly connected with intake pump 502, in particular, It is provided with intake pump installing hole 503 in the both sides of the pump housing of intake pump, base 500 is provided with and installs with intake pump The mounting post 504 that hole 503 is corresponding, mounting post 504 is provided with screwed hole, and screw 505 is pacified through intake pump Dress hole 503 is also fixed in mounting post 504, thus realizes being fixed on base 500 intake pump.

The water inlet of intake pump 502 is by intake pump water inlet pipe 506 and the aquaporin-4 18 in water tank seat 417 It is connected；The outlet of intake pump 502 is by the union joint on intake pump outlet pipe 507 and inner bag 100 120 are connected, and are i.e. connected with the inlet opening 108 on inner bag 100.Simultaneously intake pump 502 by wire with The control circuit board 213 being fixed under inner bag on 200 electrically connects.When in water tank 400 equipped with water and be assembled to After in water tank seat 417, on water tank 400 and inner bag, the inlet opening 108 of 100 forms a path, works as control After wiring board 213 controls intake pump 502 work, intake pump 502 is started working, and by water tank 400 Water pumps in inner bag, i.e. realizes water filling in inner bag automatically.

It is provided with end cover 508 in the bottom of base 500, base 500 is arranged with the peace matched with end cover 508 Dress hole, end cover 508 is fixed in this installing hole.In particular, in the present embodiment, at end cover 508 It is provided around buckle 509, base 500 is provided with the screens 510 corresponding with buckle 509, simultaneously the end of at It is additionally provided with the connecting hole of correspondence on cover 508 and base 500, this connecting hole is provided with connecting screw 511, the most logical Crossing connecting screw 511 allows end cover 508 be fixedly connected on base 500.In the present embodiment, assembling end cover When 508, first end cover 508 is connected on base 500, then locks a connecting screw 511, can realize Turning and join, therefore this utility model has easy to assembly and advantage, and this utility model can also reduce screw simultaneously Consumption, can realize reduce cost.

It addition, as shown in Figure 42 and Figure 44, be provided with in the both sides of the bottom of base 500 two in bar shaped and Leg 512 arranged in parallel, is provided with installing hole simultaneously at the two ends of leg 512, and in this installing hole Being provided with callosity 513, callosity 513 is made up of elastomeric material, and thus can realize dish-washing machine can place more stably On kitchen countertop or desktop, dish-washing machine is in work process simultaneously, does not also have vibrating noise, It is greatly improved Consumer's Experience.

Meanwhile, as shown in figure 44, base 500 being provided with power line 514, this power line 514 one end is prolonged Reach base 500 outside, and be provided with plug in its end, to realize being plugged on socket；Power line 514 The other end electrically connect with control circuit plate 213, i.e. realize powering to control circuit board 213, each to control Electrical part works.

As shown in figure 45, it show schematically the explosive view of dish-washing machine in this practicality, has figure to understand, With 200 cavitys surrounded under on inner bag 100 and inner bag are provided with bowl basket 600, this bowl of basket 600 is provided with chopsticks Basket 601, this bowl of basket 600 and be used for placing various tableware, this chopstick basket 601 is used for holding chopsticks and soup ladle, Various tableware can be put to be carried out by bowl basket 600 and chopstick basket 601.

The above, detailed description of the invention the most of the present utility model, but protection domain of the present utility model is also Be not limited to this, any those familiar with the art in the technical scope that this utility model discloses, The change that can readily occur in or replacement, all should contain within protection domain of the present utility model.Therefore, originally The protection domain of utility model should be as the criterion with scope of the claims.

Claims (10)

1. a drying device for dish-washing machine, including inner bag and blowing device, described blowing device and inner bag phase Connection, it is characterised in that described inner bag is provided with air intake duct connect with inner bag, described blowing device and Air intake duct is connected, and is provided with water-retaining structure in described air intake duct, to prevent the water in inner bag from passing through air intake Duct enters in blowing device.

2. the drying device of dish-washing machine as claimed in claim 1, it is characterised in that described air intake duct sets On the sidewall of inner bag, and it is formed in one structure with inner bag.

3. the drying device of dish-washing machine as claimed in claim 1, it is characterised in that described air intake duct is wrapped Include the air intake passage being connected with blowing device and the air-out passage communicated with interior gallbladder intracavity, described air intake passage And between air-out passage, it being provided with water retaining ribs, described water retaining ribs is described water-retaining structure.

4. the drying device of dish-washing machine as claimed in claim 3, it is characterised in that described air-out passage Conduit wall is provided with the perforate communicated with inner bag, and described perforate is gone up most the height on edge and gone up most less than described water retaining ribs The height on edge.

5. the drying device of dish-washing machine as claimed in claim 4, it is characterised in that along opening in described perforate Hole be radially provided with rib.

6. the drying device of dish-washing machine as claimed in claim 3, it is characterised in that described water-retaining structure is The check valve being located between air intake passage and air-out passage.

7. the drying device of the dish-washing machine as described in one of claim 1 to 6, it is characterised in that described in enter Air holes road is vertically located on the sidewall of inner bag.

8. the drying device of the dish-washing machine as described in one of claim 1 to 6, it is characterised in that in described Gallbladder includes that described air intake duct is located on inner bag and the connection under inner bag with under inner bag on the inner bag being fixedly linked Locate, and air intake channel section is located at inner bag upper part and is located under inner bag.

9. the drying device of the dish-washing machine as described in one of claim 1 to 6, it is characterised in that described in blow Wind apparatus includes air blasting passage and the blower fan being located in air blasting passage, described air blasting passage and described air intake duct It is connected.

10. the drying device of dish-washing machine as claimed in claim 9, it is characterised in that on described air blasting passage It is provided with heater, so that the air in air blasting passage to be heated.