CN209122104U - Water cup module and dish-washing machine - Google Patents

Abstract

The utility model discloses a kind of water cup module and dish-washing machine, which is used for dish-washing machine, and water cup module includes cup ontology, heating device and deflector, and heating device is connect with cup ontology, and heating device includes heating dish；Deflector is connect with cup ontology, and deflector is opposite with heating dish, and the heating channel supplied water and flowed through is formed between deflector and heating dish；Heating is provided with distributary division in channel, which connect with deflector and/or heating dish, and distributary division is used for the two sides of current deflecting distributary division width direction.The utility model improves the structure of water cup module, improves the heating efficiency of water cup module inner heating device.

Description

Water cup module and dish-washing machine

Technical field

The utility model relates to field of home appliance technology more particularly to a kind of water cup modules and dish-washing machine.

Background technique

Dish-washing machine generally includes liner component, which has the installation cavity of the bowl and basket assembly installation for dish-washing machine, The water cup module handled the water in installation cavity is provided in the bottom of installation cavity.Water cup module includes cup ontology, should It is provided with heating channel in cup ontology, heats in channel and is provided with heating device, when the heated channel of the water flow in installation cavity, It is heated by heating device.

In the prior art, since the entrance in heating channel or outlet are smaller, when the heated channel of water flow, water flow is logical in heating It is unevenly distributed in road width direction, the water in heating mechanism portion region is caused not flow, or flowing is very slow, influences heating device Heating efficiency.

Utility model content

The main purpose of the utility model is to provide a kind of water cup modules, it is intended to make to heat the uniform fluid flow point in channel Cloth enables heating device to heat the uniform fluid flow in heating channel, improves the heating efficiency of heating device.

To achieve the above object, the utility model proposes a kind of water cup modules, are used for dish-washing machine, the water cup module packet It includes:

Cup ontology；

Heating device is connect with the cup ontology, and the heating device includes heating dish；

Deflector is connect with the cup ontology, and the deflector is opposite with the heating dish, the deflector and described The heating channel supplied water and flowed through is formed between heating dish；

It is provided with distributary division in the heating channel, which connect with the deflector and/or the heating dish, institute Distributary division is stated to be used for the two sides of distributary division width direction described in current deflecting.

Preferably, the distributary division has diversion section, which has guide face, and the guide face is logical towards the heating The inner sidewall in road, the guide face is on the direction of the arrival end to outlet end in the heating channel, towards the heating channel Inner sidewall be obliquely installed.

Preferably, the inner sidewall in the heating channel includes opposite the first sub- side wall and the second sub- side wall, the shunting The quantity in portion be it is multiple, in multiple diversion divisions, close to the described first sub- side wall diversion division on guide face towards described in First sub- sidewall slope；In multiple diversion divisions, the guide face on the diversion division of the described second sub- side wall is described in Second sub- sidewall slope.

Preferably, the quantity of the distributary division is multiple, width direction of multiple distributary divisions along the heating channel Distribution.

Preferably, the plate-like setting of the distributary division, and the length direction along the heating channel extends, the distributary division Side towards it is described heating channel inner sidewall.

Preferably, the distributary division is connect with the deflector, and between having between the distributary division and the heating dish Gap.

Preferably, the distributary division has the shunting section that the length direction along the heating channel extends, shunting section tool There is the grouping teaching opposite with the heating dish, the outlet end between the grouping teaching and the heating dish along the heating channel is to entering The direction at mouth end is in flaring setting.

Preferably, mounting groove is offered at the top of the cup ontology, the heating dish and the deflector are mounted on institute It states in mounting groove, the deflector is located at the top of the heating dish.

Preferably, slag basket is provided in the mounting groove, the upper surface of the deflector is along the deflector to the slag basket Direction tilt down setting.

Preferably, the inner sidewall of the edge of the deflector and the mounting groove, which seals, cooperates.

Preferably, the shape adaptation of the shape of the deflector and the mounting groove, the edge of the deflector upper surface It is provided with flange, the inner sidewall on surface and the mounting groove of the flange towards the mounting groove inner sidewall fits.

Preferably, the deflector is equipped with abutting part, the deflector and the cup towards the side of the heat-generating disc Ontology connection, so that the abutting part is abutted with the heat-generating disc towards the side of the deflector.

Preferably, the deflector is detachably connected with the cup ontology.

The utility model also proposes a kind of dish-washing machine, which includes:

Liner component, the installation cavity that there is the bowl and basket assembly for the dish-washing machine to install；

Water cup module as described above, is mounted on the bottom of the installation cavity, and the water cup module includes:

Cup ontology；

Heating device is connect with the cup ontology, and the heating device includes heating dish；

Deflector is connect with the cup ontology, and the deflector is opposite with the heating dish, the deflector and described The heating channel supplied water and flowed through is formed between heating dish；

It is provided with distributary division in the heating channel, which connect with the deflector and/or the heating dish, institute Distributary division is stated to be used for the two sides of distributary division width direction described in current deflecting.

The utility model makes the distributary division that will heat the current deflecting in channel by the way that distributary division is arranged in heating channel To the two sides of distributary division width direction, so that the water flow in heating channel can flow to the edge of heating channel width direction, from And make to heat the water flow in channel and be uniformly distributed in heating channel, heating dish is located at heating channel width direction edge as a result, The part at place can heat water flow, to improve the utilization rate of heat-generating disc.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the decomposition texture schematic diagram of one embodiment of the utility model dish-washing machine；

Fig. 2 is the structural schematic diagram of one embodiment of the utility model water cup module；

Fig. 3 is the decomposition texture schematic diagram of water cup module in Fig. 2；

Fig. 4 is the assembling schematic diagram of the utility model water cup module and liner component；

Fig. 5 is the partial view of the cross-sectional view of water cup module in Fig. 2, and the radial direction along heating dish has carried out section view；

Fig. 6 is the structural schematic diagram of one embodiment of the utility model deflector；

Fig. 7 is another angular views of water cup module in Fig. 3；

Fig. 8 is the partial view of the cross-sectional view of water cup module in Fig. 2, and the axial direction along water outlet has carried out section view；

Fig. 9 is the enlarged drawing in Fig. 8 at A.

Drawing reference numeral explanation:

Label	Title	Label	Title
				10	Bracket	502	Isolation part
20	Liner component	503	Diversion trench
				30	Bowl and basket assembly	504	Support portion
40	Water cup module	505	Fastener
				50	Gushing arm	506	First fixation hole
201	Installation cavity	507	Second fixation hole
				401	Cup ontology	508	Water outlet
402	Heating dish	509	Titting water outlet
				403	Deflector	600	Third clamping portion
404	Mounting groove	601	4th clamping portion
				405	First flange	602	Outlet pipe
406	First clamping portion	603	Abutting part
				407	Second clamping portion	604	Distributary division
408	Second flange	605	Shunting section
				409	Clip	606	Interconnecting piece
500	Slag basket	607	Guide face
				501	Grouping teaching	608	Diversion section

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making the creative labor premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand For its relative importance of indication or suggestion or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ", The feature of " second " can explicitly or implicitly include at least one of the features.In addition, the technical side between each embodiment Case can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when the combination of technical solution Conflicting or cannot achieve when occur will be understood that the combination of this technical solution is not present, also not in the requires of the utility model Protection scope within.

The utility model proposes a kind of water cup module, which is used for dish-washing machine.

Referring to Fig.1, dish-washing machine includes liner component 20, which there is the bowl and basket assembly 30 for dish-washing machine to install Installation cavity 201, when need to dishes, cookware wait cleaning part clean when, bowl and basket assembly 30 is mounted on liner component In 20 installation cavity 201, and cleaning part is waited to be mounted on bowl and basket assembly 30 dishes, cookware, the water pump in dish-washing machine (does not show Water is pumped into the gushing arm 50 in installation cavity 201 out), and is sprayed from the hole for water spraying of gushing arm 50, to the meal on bowl and basket assembly 30 Tool is cleaned.Wherein, gushing arm 50 can be located at bottom, side and the top of bowl and basket assembly 30, and specific location can be according to interior Depending on the structure of gallbladder component 20 and bowl and basket assembly 30.

In the present embodiment, as shown in Figure 1, dish-washing machine can be made to include bracket 10, and make liner component 20 and dish-washing machine Bracket 10 is slidably connected, and when using dish-washing machine, bowl and basket assembly 30 is installed in liner component 20, slides liner component 20 It is sealed to bracket 10, and to liner component 20, gushing arm 50 is avoided to clean the part to be cleaned on bowl and basket assembly 30 During, water is leaked to outside liner component 20.After cleaning, slide into liner component 20 outside bracket 10, with convenient User takes out bowl and basket assembly 30 from liner component 20.It should be noted that the quantity of the liner component 20 of dish-washing machine can be with It is one, or multiple, wherein when the quantity of the liner component 20 of dish-washing machine is multiple, multiple liner groups can be made Part 20 is arranged along the vertical direction, can also transversely be arranged.It is interior included by dish-washing machine such as in embodiment shown in FIG. 1 The quantity of gallbladder component 20 is two, and two liner components 20 direction under mountain is arranged.

As shown in Fig. 1 and Fig. 4, be additionally provided with water cup module 40 in the bottom of installation cavity 201, the water cup module 40 for pair Water in installation cavity 201 is handled, which includes: to be filtered to the water in installation cavity 201, to realize the repetition benefit of water With, the water in installation cavity 201 is heated, by one of modes such as water discharge in installation cavity 201 or a variety of.Specifically Ground, water cup module 40 include cup ontology 401, and, to the processing unit that the water in installation cavity 201 is handled, the processing Device includes: one of multiple devices such as filter device, heating device, draining pump or a variety of.Wherein it is possible to by water cup module 40 are mounted on the bottom surface of installation cavity 201, can also open up through-hole or groove in the bottom surface of installation cavity 201, and by water cup module 40 are mounted in through-hole or groove, certainly, can be improved the space utilization rate of installation cavity 201 using latter mounting means.

As depicted in figs. 3 and 5, when water cup module 40 includes heating device, heating device and cup ontology 401 can be made Connection, and makes heating device include heating dish 402, and deflector 403 is additionally provided on cup ontology 401, the deflector 403 with Heating dish 402 is opposite, and the heating channel supplied water and flowed through is formed between deflector 403 and heating dish 402.Wherein, heating dish 402 can be circle, rectangle, ellipse etc., and the present embodiment is with no restriction.

In order to make the easier for installation of heating device, in the present embodiment, 403 cup ontology 401 of deflector can be made to divide Body setting.Thereby, it is possible to first connect heating device with cup ontology 401, then again by deflector 403 and cup ontology 401 Connection, to avoid during installing heating device, deflector 403 interferes heating device, and heating is filled The inconvenient problem of installation is set, the assembly efficiency of water cup module is improved.

It should be noted that can be detachable by modes such as screw, buckles between deflector 403 and cup ontology 401 Connection, can also be by the non-dismountable connection of modes such as welding, pasting, certainly, when between deflector 403 and cup ontology 401 When being detachably connected, more convenient water cup module 40 can be repaired.

It is possible to further which deflector 403 is made by fire proofing, to improve the security performance of water cup module 40.Separately Outside, due to deflector 403 and 401 split settings of cup ontology, deflector 403 is made of fire proofing, and by cup ontology 401 have common material to be made, and while capable of making 40 security performance with higher of water cup module, reduce cup ontology 401 Cost.

In the present embodiment, heating dish 402 can be made to be located at the top of deflector 403, heating dish 402 can also be made to be located at and led The lower section of flowing plate 403, specifically can be depending on the structure of cup ontology 401.Such as: it can be opened at the top of cup ontology 401 If heating dish 402 and deflector 403 are installed in mounting groove 404 by mounting groove 404, and deflector 403 is made to be located at heating dish 402 top.Heating dish 402 is installed more convenient as a result, not will receive the interference of deflector 403, moreover, deflector 403 Heating dish 402 can be covered, heating dish 402 is protected.Alternatively, installation can also be opened up in the bottom of cup ontology 401 Heating dish 402 and deflector 403 are installed in mounting groove 404 by slot, and deflector 403 is made to be located at the lower section of heating dish 402, Details are not described herein again.

In the present embodiment, when opening up mounting groove 404 at the top of cup ontology 401, the edge of deflector 403 can be made It seals and cooperates with the inner sidewall of mounting groove 404, to avoid the water in installation cavity 201 between deflector 403 and mounting groove 404 Gap flows in heating channel, inconvenient clear in the gap for being stuck in the residue in water between deflector 403 and mounting groove 404 Reason, alternatively, gap of the residue in water between deflector 403 and mounting groove 404 enters in heating channel and make to water pump At influence.Wherein, there are many modes for alloing the inner sidewall sealing cooperation at the edge and mounting groove 404 of deflector 403, example Such as: seal rubber can be arranged in the gap between 404 inner sidewall of edge and mounting groove of deflector 403；It can also be Sealant is applied in gap between 404 inner sidewall of edge and mounting groove of deflector 403 realizes sealing；It can also be by making water conservancy diversion Plate 403 has elasticity, and deflector 403 and mounting groove 404 is made to be interference fitted and realize deflector 403 and mounting groove 404 and seal Cooperation.

It is of course also possible to make that there is lesser gap between the edge of deflector 403 and the inner sidewall of mounting groove 404, with Flow to the residue in water will not in heating channel i.e. in gap between the edge of deflector 403 and the inner sidewall of mounting groove 404 It can.Specifically, as shown in Figures 2 and 3, the shape of deflector 403 and the shape adaptation of mounting groove 404 can be made, in other words, Keep the shape of deflector 403 and the cross-sectional shape of mounting groove 404 essentially identical or close, so that deflector 403 is installed to After in tankage 404, the gap between the edge of deflector 403 and the inner sidewall of mounting groove 404 is smaller.

Further, as shown in figure 3, the first flange 405 can be arranged at the edge of 403 upper surface of deflector, and make this First surface of the flange 405 towards 404 inner sidewall of mounting groove, fits with the inner sidewall of mounting groove 404.Deflector 403 as a result, Edge and mounting groove 404 inner sidewall between cooperation it is more stable, moreover, flowing to the edge and mounting groove of deflector 403 Water between 404 inner sidewall can be guided to the upper surface of deflector 403 by the first flange 405, to avoid water in deflector 403 Edge and mounting groove 404 inner sidewall between gap at prolonged stay, and the residue in water is caused to be deposited on deflector 403 Edge and mounting groove 404 inner sidewall between gap at.

Wherein, surface of first flange 405 towards 404 inner sidewall of mounting groove can be whole with the inner sidewall of mounting groove 404 Fitting, can also partially be bonded, certainly, the former can make the cooperation between the first flange 405 and the inner sidewall of mounting groove 404 more Step up close.Furthermore it is possible to which the first flange 405 is made to stretch out in deflector 403 towards installation towards the surface of 404 inner sidewall of mounting groove The surface of 404 inner sidewall of slot, can also make surface of first flange 405 towards 404 inner sidewall of mounting groove and deflector 403 towards The flush of 404 inner sidewall of mounting groove can also make deflector 403 stretch out in towards the surface of 404 inner sidewall of mounting groove One surface of the flange 405 towards 404 inner sidewall of mounting groove, specifically can be depending on the structure of mounting groove 404 and deflector 403.

In a preferred embodiment, mounting groove 404 can be opened up at the top of cup ontology 401, by 402 He of heating dish Deflector 403 is installed in mounting groove 404, so that deflector 403 is located at the top of heating dish 402, also, on deflector 403 The first flange 405 is arranged in the edge on surface, and makes surface and mounting groove of first flange 405 towards 404 inner sidewall of mounting groove 404 inner sidewall fits.Thereby, it is possible to make the easier for installation of heating device, the precision of deflector 403 is wanted in reduction It asks, keeps the production and processing cost of deflector 403 lower.

In the present embodiment, when heating dish 402 and deflector 403 are installed in mounting groove 404, and deflector 403 be located at plus When the top of hot plate 402, the mounting hole being connected to mounting groove 404 can be opened up in the bottom of cup ontology 401, fill heating The connecting terminal set is located in the mounting hole, is electrically connected heating device with the power pack of dish-washing machine or control device with facilitating.

As shown in Fig. 4 and Fig. 6, the filter device being arranged on cup ontology 401 includes slag basket 500,500 pairs of slag basket peaces The water behaveing affectedly in 201 is filtered, and collects the residue in water.Specifically, slag basket 500 is mounted in mounting groove 404, slag basket 500 have water inlet and water outlet, and the water outlet in heating channel and slag basket 500 that deflector 403 and heating dish 402 are formed connects It is logical.In the present embodiment, isolation structure can be set between the periphery wall of slag basket 500 and the inner sidewall of mounting groove 404, it will Gap between the periphery wall of slag basket 500 and the inner sidewall of mounting groove 404 is apart from top to bottom, to guarantee that the water in installation cavity 201 passes through It crosses after slag basket 500 filters and flows in heating channel.

Specifically, it can be extended with isolation part 502 close to the side of slag basket 500 in deflector 403, the isolation part 502 Between the periphery wall of slag basket 500 and the inner sidewall of mounting groove 404, and along the circumferentially extending of slag basket 500.It is understood that Isolation part 502 is arranged on deflector 403, rather than is arranged on cup ontology 401, adding for cup ontology 401 can be made Work is more convenient.

In a preferred embodiment, quantity two of isolation part 502 can be made, and be distributed in the two of slag basket 500 Side, the one end of two isolation parts 502 far from deflector 403 is free end, can be spaced between the free end of two isolation parts 502 certain Distance, to be avoided to the other parts in mounting groove 404.

It, as shown in Figure 3 and Figure 6, can be in the lower surface projection support portion 504 of isolation part 502, the support in the present embodiment Portion 504 is abutted with the bottom surface of mounting groove 404, to be supported to isolation part 502, prevents isolation part 502 from being squeezed by slag basket 500 The problem of pressing and be deformed, and then the isolation effect of isolation part 502 is caused to weaken.It is of course also possible in mounting groove 404 Side wall or bottom surface projection support portion, and isolation part 502 is supported on the support portion.

In the present embodiment, as shown in fig. 6, diversion trench 503 can be opened up in the lower surface of isolation part 502, the diversion trench 503 It is connected to along the circumferentially extending of slag basket 500, and with heating channel, the water after 500 perimeter filter of slag basket is guided to heating channel It is interior.Thereby, it is possible to make to be flow to faster by the filtered water of slag basket 500 in heating channel.

It is possible to further make one end of diversion trench 503 extend to the free end of isolation part 502, make the another of diversion trench 503 One end is connected to heating channel, to improve the diversion effect of diversion trench 503.Wherein it is possible to extend to one end of diversion trench 503 The free end of isolation part 502, and opening is formed on the end face of the free end, so that the free end of isolation part 502 and mounting groove Water between 404 inner sidewall is also guided in heating channel.

As shown in figure 5, deflector 403 and slag basket 500 are mounted on when opening up mounting groove 404 at the top of cup ontology 401 When in mounting groove 404, the upper surface of deflector 403 can be made to tilt down setting along deflector 403 to the direction of slag basket 500. Thereby, it is possible to make the water on 403 upper surface of deflector rapidly flow to slag basket 500 under gravity, so that the residue in water It is collected to slag basket 500.

On the basis of above-mentioned any one embodiment, as shown in Fig. 3 and Fig. 7, it can be arranged at the edge of deflector 403 First clamping portion 406, the second clamping portion 407 is arranged in the position of corresponding first clamping portion 406 on the inner sidewall of mounting groove 404, When deflector 403 is installed in mounting groove 404, the first clamping portion 406 and the second mutually clamping of clamping portion 407, with quick Easily deflector 403 and cup ontology 401 are linked together.Wherein, the first clamping portion 406 can be card slot, buckle etc. Deng then the second clamping portion 407 is corresponding buckle, card slot etc..In addition, the quantity of the first clamping portion 406 can for one or Multiple, certainly, when the quantity of the first clamping portion 406 is multiple, the connection between deflector 403 and cup ontology 401 is more Stablize.

In a preferred embodiment, card hole can be opened up on the second flange 408 to form the first clamping portion 406, The position setting clamping protrusion of the corresponding card hole of mounting groove 404 is installed to forming the second clamping portion 407 when by deflector 403 When in tankage 404, clamping protrusion is inserted into card hole, and deflector 403 and cup ontology 401 are linked together.

In the present embodiment, deflector 403 can also be fixedly connected with cup ontology 401 by connector, so that water conservancy diversion The connection of plate 403 and cup ontology 401 is more stable.Specifically, connector includes fastener 505, is opened up on deflector 403 First fixation hole 506, the position of corresponding first fixation hole 506 opens up the second fixation hole 507 on cup ontology 401, when will lead After flowing plate 403 is installed in mounting groove 404, fastener 505 is passed through into the first fixation hole 506 and the second fixation hole 507, will be led Flowing plate 403 is fixedly connected with cup ontology 401.Wherein, fastener 505 can be screw, rivet etc., and the present embodiment does not limit System.

As shown in Figure 7 to 9, perforative water outlet 508 is offered on the inner wall of mounting groove 404, at the water outlet 508 It is provided with titting water outlet 509, in the present embodiment, deflector 403 can be made to connect with titting water outlet 509, so that outlet pipe Connector 509 and the connection of water outlet 508 are more stable.Specifically, titting water outlet 509 can be made to have and protrude into water outlet 508 Third clamping portion 600 is arranged close to one end of water outlet 508 in deflector 403, on interconnecting piece 606 in interior interconnecting piece 606 It is provided with the 4th clamping portion 601, after deflector 403 is installed in mounting groove 404, third clamping portion 600 and the 4th clamping Portion 601 is clamped, and to prevent titting water outlet 509 from deviating from out of water outlet 508, makes the company of titting water outlet 509 Yu water outlet 508 It connects more stable.Wherein, third clamping portion 600 and the 4th clamping portion 601 can be card hole, clamping protrusion etc., herein no longer It repeats.

Wherein, water outlet 508 include water return outlet and discharge outlet, water return outlet to by water circulation use (again to bowl have into Row cleaning), discharge outlet is to be discharged dish-washing machine for waste water；In the present embodiment, which is set at water return outlet, water Cup assembly 40 further includes washing pump, and 602 one end of outlet pipe is socketed titting water outlet 509, and, the other end fixed by clip 409 The washing pump is connected, backwater channel is played the role of；Certainly, in other embodiments, which is set to discharge outlet Place, 602 one end of outlet pipe cover titting water outlet 509, and the other end is connected to outside dish-washing machine, plays the role of drainage channel, originally set It counts without being limited thereto.

On the basis of above-mentioned any one embodiment, as shown in Figures 5 and 6, distributary division can be set in heating channel 604, the distributary division 604 will be for that will heat the current deflecting in channel to the two sides of 604 width direction of distributary division, so that heating is logical Water flow in road can flow to the edge of heating channel width direction, so that the water flow for making to heat in channel is equal in heating channel Water flow is heated in even distribution, the part for enabling heating dish 402 to be located at heating channel width direction edge, improves fever The utilization rate of disk.Wherein, the width direction of distributary division 604 can be consistent with heating channel width direction, can also be with relative tilt Biggish angle, specifically can be depending on the structure of distributary division 604.Deflector 403 and cup ontology 401 are either integrally set It sets, is also possible to split settings, it, can be with deflector 403 and cup ontology 401 when needing keeps heating device easier for installation Split settings, details are not described herein again.In addition, it is necessary to explanation, heating channel width direction simultaneously with deflector 403 to fever The direction of disk 402 and the length direction for heating channel are substantially vertical, which be the arrival end in heating channel to outlet end Direction, length direction can be rectilinear direction, or direction of a curve.

In the present embodiment, distributary division 604 can be connect with deflector 403, heat-generating disc 402 or cup ontology 401, can also To be connect with two or three in deflector 403, heat-generating disc 402 and cup ontology 401 3.Wherein, when distributary division 604 with When deflector 403 or heat-generating disc 402 connect, process more convenient.

In a preferred embodiment, distributary division 604 can be arranged on deflector 403, and makes deflector 403 and adds There is gap between hot plate 402, influenced to avoid the high temperature that deflector 403 is heated disk 402 and be deformed, and then influence The shunting effect of distributary division 604.In addition it is possible to which distributary division 604 is avoided to abut with heating dish 402, and makes heating dish 402 and divide Stream portion 604 abut part non-water flow pass through, and then the portion temperature for causing heating dish 402 to abut with distributary division 604 it is excessively high and The problem of burning out heating dish 402.

Further, as shown in Figures 5 and 6, it can make distributary division 604 that there is the length direction along heating channel to extend Shunting section 605, the shunting section 605 have a grouping teaching 501 opposite with heating dish 402, the grouping teaching 501 and heating dish 402 it Between, outlet end to the direction of arrival end along heating channel is in flaring setting.It is understood that due to shunting section 605 and adding Between hot plate 402, along heating channel outlet end to the direction of arrival end in flaring setting, water from heating channel arrival end During flowing to outlet end, the water meeting grouping teaching 501 between shunting section 605 and heating dish 402 is extruded into shunting section 605 two sides, to further increase the shunting effect of distributary division 604.Wherein, shunting section 605 can be located at distributary division 604 Close to the one end at heating feeder connection end, one end of the close heating channel outlet of distributary division 604 can also be located at, it can be with position It, certainly, can when shunting section 605 is located at the one end of distributary division 604 close to heating feeder connection end in 604 middle part of distributary division Further make the water-flow equation heated in channel uniform.

Similarly, when distributary division is arranged in heating dish 402, the distributary division in heating dish 402 can be made to have and shunted Section, and make between the shunting section and deflector 403, outlet end to the direction of arrival end along heating channel is in flaring setting, from And improve the shunting effect of the distributary division in heating dish 402.In addition, the distributary division in heating dish 402 can increase heating surface (area) (HS, And then improve the heating efficiency of heating dish 402.

In the present embodiment, the quantity of distributary division 604 can be made multiple, and make multiple distributary divisions 604 along heating channel Width direction distribution, it is uniform further to make to heat the water-flow equation in channel.

As shown in fig. 6, distributary division 604 has the side towards heating channel inner sidewall, the side is in heating channel Water flow has guiding role, and the water flow heated in channel is guided to predeterminated position.In the present embodiment, distributary division can be made 604 have diversion section 608, and diversion section 608 has the guide face 607 of the inner sidewall towards heating channel width direction, the water conservancy diversion Face 607 on heating direction of the arrival end in channel to outlet end (namely direction shown in arrow in Fig. 5, Fig. 6), towards heating The inner sidewall in channel is obliquely installed.As a result, when the water flow in heating channel can be guided by guide face 607 to heating channel width side To edge, thus make heat channel in water flow heating channel in be uniformly distributed, make heating dish 402 be located at heating channel width The part of degree direction edge can heat water flow.Wherein, diversion section 608 can be located at distributary division 604 close to heating The one end at feeder connection end can also be located at distributary division 604 close to one end of heating channel outlet, may be located on distributary division 604 middle parts when diversion section 608 is located at the one end of distributary division 604 close to heating feeder connection end, can further make certainly The water-flow equation heated in channel is uniform.

It should be noted that there are two opposite inner sidewalls in heating channel, it can make diversion section 608 that there are two inner sidewalls In an opposite guide face 607, will heat channel in water guide to heating channel width direction side edge； It can also make diversion section 608 that there are two guide faces 607 opposite with two amount inner sidewalls, the water in heating channel is guided to adding The edge of passage of heat width direction two sides.Certainly, the latter can make the water-flow equation heated in channel more uniform.In addition, The inner sidewall in heating channel can be formed on deflector 403, such as: the interior table of the second flange 408 of deflector 403 can be made Inner sidewall of the face as heating channel；The inner sidewall in heating channel can be formed on cup ontology 401, such as: it can be by water Inner sidewall of the mounting groove 404 as heating channel on cup ontology 401.

In a preferred embodiment, as shown in fig. 6, the inner sidewall in heating channel includes opposite the first sub- side wall and the The width direction distribution of two sub- side walls, the first sub- side wall and the second sub- side wall along heating channel.It can make the number of distributary division 604 Amount be it is multiple, in multiple distributary divisions 604, guide face 607 on the distributary division 604 of the first sub- side wall, towards the first sub- side Wall inclination；In multiple distributary divisions 604, the guide face 607 on the distributary division 604 of the second sub- side wall inclines towards the second sub- side wall Tiltedly.Thereby, it is possible to heat the water in channel to guide to the edge of heating channel width direction two sides, moreover, logical to heating The resistance of water flow in road is smaller.Wherein, multiple distributary divisions 604 can be along the width direction distribution in heating channel, can also edge The length direction distribution in channel is heated, certainly, when multiple distributary divisions 604 are along the width direction distribution in heating channel, shunting effect More preferably.

In the present embodiment, the plate-like setting of distributary division 604 can be made, and the length direction along heating channel extends, so that Distributary division 604 has preferable shunting effect, and avoids 604 pairs of the distributary division resistances for heating the water flow in channel excessive.

Wherein, the side of distributary division 604 can be plane, or curved surface, it specifically can be according to the structure in heating channel Depending on.In a preferred embodiment, the rounded setting of heating dish 402 can be made, and make the distributary division 604 of plate is arc-shaped to set It sets.

In the present embodiment, as shown in Figures 5 and 6, it can be arranged in deflector 403 towards the side of heat-generating disc 402 and abut Portion 603, when deflector 403 is connect with cup ontology 401, abutting part 603 on deflector 403 and heat-generating disc 402 are towards leading The side of flowing plate 403 abuts.Abutting part 603 squeezes heat-generating disc 402 as a result, makes between heat-generating disc 402 and cup ontology 401 Connection is more stable, and sealing effect is more preferable, to improve the safety and service life of heating device.

Wherein it is possible to keep the quantity of abutting part 603 multiple, and along the circumferentially distributed of heat-generating disc 402, so that abutting part The extruding force that 603 pairs of heat-generating discs 402 apply is uniformly distributed in the circumferential direction of heat-generating disc 402.

Specifically, the second flange 408 can be set on the edge of 403 lower surface of deflector, in the second flange 408 Projection abutting part 603 on side wall, and extend the abutting part 603 along the direction of deflector 403 to heat-generating disc 402, it is supported with improving The structural strength of socket part 603.Furthermore it is also possible to directly in surface projection abutting part of the deflector 403 towards heat-generating disc 402 603, the present embodiment is with no restriction.

The utility model also proposes a kind of dish-washing machine, which includes water cup module, the specific structure of the water cup module Referring to above-described embodiment, due to the utility model proposes dish-washing machine include above-mentioned water cup module all embodiments all sides Therefore case at least has technical effect identical with the water cup module, does not illustrate one by one herein.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (14)

1. a kind of water cup module, it to be used for dish-washing machine, which is characterized in that the water cup module includes:

Cup ontology；

Heating device is connect with the cup ontology, and the heating device includes heating dish；

Deflector is connect with the cup ontology, and the deflector is opposite with the heating dish, the deflector and the heating The heating channel supplied water and flowed through is formed between disk；

It is provided with distributary division in the heating channel, which connect with the deflector and/or the heating dish, and described point Stream portion is used for the two sides of distributary division width direction described in current deflecting.

2. water cup module as described in claim 1, which is characterized in that the distributary division has diversion section, which has Guide face, the guide face is towards the inner sidewall in the heating channel, and the guide face is in the arrival end for heating channel to out On the direction at mouth end, it is obliquely installed towards the inner sidewall in the heating channel.

3. water cup module as claimed in claim 2, which is characterized in that the inner sidewall in the heating channel includes opposite first Sub- side wall and the second sub- side wall, the quantity of the distributary division be it is multiple, in multiple diversion sections, close to the described first sub- side wall Diversion section on guide face towards the described first sub- sidewall slope；In multiple diversion sections, close to the described second sub- side wall Diversion section on guide face towards the described second sub- sidewall slope.

4. water cup module as described in claim 1, which is characterized in that the quantity of the distributary division be it is multiple, multiple described points Width direction distribution of the stream portion along the heating channel.

5. the water cup module as described in any one of Claims 1-4, which is characterized in that the plate-like setting of distributary division, And the length direction along the heating channel extends, the inner sidewall of the side of the distributary division towards the heating channel.

6. the water cup module as described in any one of Claims 1-4, which is characterized in that the distributary division and the water conservancy diversion Plate connection, and there is gap between the distributary division and the heating dish.

7. water cup module as claimed in claim 6, which is characterized in that the distributary division has the length along the heating channel The shunting section that direction extends, the shunting section have a grouping teaching opposite with the heating dish, the grouping teaching and the heating dish it Between along it is described heating channel outlet end to the direction of arrival end in flaring setting.

8. the water cup module as described in any one of Claims 1-4, which is characterized in that opened at the top of the cup ontology Equipped with mounting groove, the heating dish and the deflector are mounted on the inside of the mounting groove, the deflector be located at it is described plus The top of hot plate.

9. water cup module as claimed in claim 8, which is characterized in that be provided with slag basket, the deflector in the mounting groove Upper surface tilt down setting along the direction of the deflector to the slag basket.

10. water cup module as claimed in claim 8, which is characterized in that the edge of the deflector is interior with the mounting groove Side wall sealing cooperation.

11. water cup module as claimed in claim 8, which is characterized in that the shape of the shape of the deflector and the mounting groove Shape adaptation, the edge of the deflector upper surface are provided with flange, surface and institute of the flange towards the mounting groove inner sidewall The inner sidewall for stating mounting groove fits.

12. the water cup module as described in any one of Claims 1-4, which is characterized in that the deflector adds towards described The side of hot plate is equipped with abutting part, and the deflector is connect with the cup ontology, so that the abutting part and the heating dish Side towards the deflector abuts.

13. the water cup module as described in any one of Claims 1-4, which is characterized in that the deflector and the cup Ontology is detachably connected.

14. a kind of dish-washing machine, which is characterized in that the dish-washing machine includes:

Liner component, the installation cavity that there is the bowl and basket assembly for the dish-washing machine to install；

Water cup module as described in any one of claim 1 to 13, the water cup module are mounted on the bottom of the installation cavity Portion.