CN107752952A - Water tank type dish-washing machine - Google Patents

Abstract

The invention discloses a kind of water tank type dish-washing machine, including：Respirator, water storage cavity is limited in the housing of respirator, water storage cavity has recycled water crossing；Water softener, water softener includes body and Regeneration control part, interconnected soft water chamber and softening regeneration chamber are limited in body, the connection and block that Regeneration control part is used to control between soft water chamber and softening regeneration chamber, wherein, formed with the soft water entrance and soft water outlet for being respectively communicated with soft water chamber both sides on body, the regeneration water inlet of connection softening regeneration chamber is also formed with body, regeneration water inlet is connected with recycled water crossing.Water tank type dish-washing machine according to embodiments of the present invention, the regeneration water route that water softener is completed using respirator are intake, and pipeline link cost is low.

Description

Water tank type dish-washing machine

Technical field

The present invention relates to dish-washing machine technical field, more particularly to water tank type dish-washing machine.

Background technology

In existing water tank type dish-washing machine, water softener recovery passage connection running water pipe, pipeline connection is complicated, cost compared with It is high.

The content of the invention

It is contemplated that at least solves one of technical problem present in prior art.Therefore, the present invention proposes a kind of water Slot type dish-washing machine, it is relatively low that it regenerates water route pipeline link cost.

Water tank type dish-washing machine according to embodiments of the present invention, including：Respirator, storage is limited in the housing of the respirator Water cavity, the water storage cavity have recycled water crossing；Water softener, the water softener include body and Regeneration control part, the body Inside limit interconnected soft water chamber and softening regeneration chamber, the Regeneration control part be used for control the soft water chamber with it is described soft Change the connection between regeneration chamber and block, wherein, enter on the body formed with the soft water for being respectively communicated with the soft water chamber both sides Mouthful and soft water outlet, be also formed with connecting the regeneration water inlet of the softening regeneration chamber, the regeneration water inlet on the body It is connected with the recycled water crossing.

Water tank type dish-washing machine according to embodiments of the present invention, the regeneration water route that water softener is completed using respirator are intake, pipe Road link cost is low.

In certain embodiments, the soft water chamber and the softening regeneration chamber horizontal Tile are set, the soft water entrance and The regeneration water inlet is located at the top of the soft water chamber side by side, and the soft water outlet is located at the top of the body.

In certain embodiments, limit recycled water in the body to take part in Taoism, the recycled water is taken part in Taoism including vertical section, ring Around section and it is passed through section, the vertical section is located at the outside of the soft water chamber and vertically extending, and the top of the vertical section is described Water inlet is regenerated, the circular section is directed away from the soft water entrance from the bottom of the vertical section along the perisporium of the soft water chamber Direction extension, it is described be passed through section be connected with the circular section and connect it is described soften regenerate chamber.

In certain embodiments, the bottom wall for being passed through section is concordant with the bottom wall of the softening regeneration chamber, described to be passed through section Top with it is described softening regenerate chamber cut-off, it is described be passed through section direction it is described softening regeneration chamber side wall be provided with multiple water flowings Hole, the bottom water flowing for being passed through section and regenerating chamber to the softening in the horizontal direction.

In certain embodiments, limit recycled water in the body to engage in this profession, the recycled water is engaged in this profession vertically arranged and position Between the soft water chamber and the softening regeneration chamber, the top that the recycled water is engaged in this profession connects with the softening regeneration chamber, institute State the bottom that recycled water is engaged in this profession to connect with the soft water chamber, the Regeneration control part is control valve, and the valve element of the control valve At least a portion intercept the recycled water and engage in this profession.

In certain embodiments, the outside on the body positioned at the soft water chamber is provided with into aquaporin, and the soft water enters Mouthful by it is described enter aquaporin connect the bottom of the soft water chamber.

In certain embodiments, it is described enter aquaporin include：Segmental arc and vertical section, the segmental arc is along the soft water chamber Perisporium be directed away from the direction extension of the regeneration water inlet, the vertical section prolongs straight down from the end of the segmental arc Stretch, the vertical section is located between the soft water chamber and the softening regeneration chamber, and the bottom of the vertical section connects the soft water Chamber, the bottom that the recycled water is engaged in this profession are connected with the vertical section, and the Regeneration control part is used to control the recycled water to engage in this profession Connection between the vertical section disconnected is cut.

In certain embodiments, the bottom that the recycled water is engaged in this profession is communicated with the break-make mouth of the vertical section, it is described again The bottom wall that unboiled water is engaged in this profession is provided with groove corresponding with the break-make mouth.

In certain embodiments, the recycled water engage in this profession and it is described enter aquaporin between side wall be provided with break-make pipe, institute The mouth of pipe for stating break-make pipe forms the break-make mouth, and the valve element of the control valve is engaged with the break-make pipe；The recycled water goes out Road and it is described enter aquaporin between side wall be provided with fixing pipe, the fixing pipe is set around tube channel, the tube channel Tube wall be provided with breach with connect it is described enter aquaporin.

In certain embodiments, intake antrum is limited in the housing of the respirator, the intake antrum includes intake tunnel And backwater channel, the backwater channel includes the major loop being connected and the water storage cavity, one end of the intake tunnel are provided with Water inlet, the other end of the intake tunnel connect the water storage cavity, and the major loop has main water route mouth, when the water storage cavity The water overflowed after interior water is full flows towards the main water route.

The additional aspect and advantage of the present invention will be set forth in part in the description, and will partly become from the following description Obtain substantially, or recognized by the practice of the present invention.

Brief description of the drawings

The above-mentioned and/or additional aspect and advantage of the present invention will become in the description from combination accompanying drawings below to embodiment Substantially and it is readily appreciated that, wherein：

Fig. 1 is that the overall structure for washing cell body, respirator and water softener of water tank type dish-washing machine of the embodiment of the present invention is three-dimensional Figure.

Fig. 2 is the washing cell body of water tank type dish-washing machine of the embodiment of the present invention and the overall structure stereogram of water softener.

Fig. 3 is the washing cell body of water tank type dish-washing machine of the embodiment of the present invention and the lateral partial structurtes sectional view of water softener.

Fig. 4 is the overall structure stereogram of water softener of the embodiment of the present invention.

Fig. 5 is the decomposing schematic representation of water softener of the embodiment of the present invention.

Fig. 6 is the schematic cross-sectional view in a direction of water softener of the embodiment of the present invention.

Fig. 7 is the schematic cross-sectional view in another direction of water softener of the embodiment of the present invention.

Fig. 8 is the partial schematic sectional view of water softener of the embodiment of the present invention.

Fig. 9 is the schematic cross-sectional view in another direction of water softener of the embodiment of the present invention.

Figure 10 is the schematic cross-sectional view in another direction of water softener of the embodiment of the present invention.

Figure 11 is the washing cell body of water tank type dish-washing machine of the embodiment of the present invention and the exploded perspective view of respirator.

Figure 12 is the schematic cross-sectional view of respirator of the embodiment of the present invention.

Figure 13 is the flow direction schematic diagram of the respirator of the embodiment of the present invention, water softener during soft water.

Figure 14 is the flow direction schematic diagram of the respirator of the embodiment of the present invention, water softener during recycled water.

Reference：

Water tank type dish-washing machine 1000,

Respirator 100, box body 101；Lid 102；

Drainage channel 1；Wastewater inlet 11；Outlet of sewer 12；Drainage ventilation mouth 13；Check valve 14；

Intake antrum 2；Water inlet 21；Delivery port 22；Main water route mouth 221；Recycled water crossing 222；Water inlet blow vent 24；

Intake tunnel 25；Rising passway section 251；Bent passage section 252；Rotating channel section 253；Flowmeter 254；

Backwater channel 26；Major loop 261；Water storage cavity 262；Separate muscle 263；Gap 264；

Air chamber 3；Pneumostome 31；Cold plate 311；Connected entrance 32；

First lead segment 301；Second lead segment 302；Arcuation gusset 303；Dowel 304；Condensate tank(trap) 305；3rd guiding Section 306；4th lead segment 307；Condense baffle plate 309；

Water softener 400,

Body 410, upper lid 401, lower cover 402, structure 403, adapter 404, soft water entrance 411, soft water outlet 412, again Unboiled water entrance 413, plus salt mouth 414,

Soft water chamber 420, water passage 421, water outlet cushion chamber 422, water outlet buffer board 423, upper convex portion 424, enter water buffering Chamber 425, enter water buffer board 426, lower convex portion 427,

Softening regeneration chamber 430,

Recycled water take part in Taoism 440, vertical section 441, around section 442, be passed through section 443, main branch 4431, branch 4432, limbers 444th, the second straight hole section 4441, second cone section 4442,

Recycled water engage in this profession 450, treatment hole 451, the first straight hole section 4511, first cone section 4512, break-make mouth 452, groove 453rd, tube channel 454, fixing pipe 455, breach 4551,

Enter aquaporin-4 60, segmental arc 461, vertical section 462,

Regeneration control part 470, valve element 471, valve body 472, valve seal 473,

Salt deficiency detection means 480, float 481, magnetic absorption member 482, detection circuit board 483, tongue tube 484, the first paster 4841st, the second paster 4842,

Float cavity 491, assembly cavity 492, fitting recess 493, guiding rib 494,

Wash cell body 600, tank blow vent 602, installing port 603,

Sealing installation structure 700, installation nut 710 plus salt lid 720, sealing gasket 730, convex tendon 731

Embodiment

Embodiments of the invention are described below in detail, the example of embodiment is shown in the drawings, wherein identical from beginning to end Or similar label represents same or similar element or the element with same or like function.Retouched below with reference to accompanying drawing The embodiment stated is exemplary, is only used for explaining the present invention, and is not considered as limiting the invention.

In the description of the invention, it is to be understood that term " " center ", " vertical ", " length ", " thickness ", " height ", The orientation of instruction such as " on ", " under ", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " axial direction ", " radial direction ", " circumference " or Position relationship is based on orientation shown in the drawings or position relationship, is for only for ease of the description present invention and simplifies description, without It is instruction or implies that signified device or element there must be specific orientation, with specific azimuth configuration and operation, therefore not It is understood that as limitation of the present invention.In addition, define " first ", the feature of " second " can express or implicitly include one Individual or more this feature.In the description of the invention, unless otherwise indicated, " multiple " be meant that two or two with On.

In the description of the invention, it is necessary to illustrate, unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected；Can To be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, Ke Yishi The connection of two element internals.For the ordinary skill in the art, with concrete condition above-mentioned term can be understood at this Concrete meaning in invention.

The concrete structure of water tank type dish-washing machine 1000 according to embodiments of the present invention is described below with reference to Fig. 1-Figure 14.

Water tank type dish-washing machine 1000 according to embodiments of the present invention, as shown in figure 1, including washing cell body 600, respirator 100 and water softener 400, wash and the unlimited scrubbing space in top is limited in cell body 600, it is empty that apparatus to be cleaned is positioned over washing It is interior to be cleaned.

As Figure 4-Figure 6, water softener 400 includes body 410 and Regeneration control part 470, is limited in body 410 mutually The soft water chamber 420 and softening regeneration chamber 430 of connection, Regeneration control part 470 are used to control soft water chamber 420 and softening regeneration chamber 430 Between connection and block, formed with the soft water entrance 411 and soft water outlet for being respectively communicated with the both sides of soft water chamber 420 on body 410 412, be also formed with body 410 connection softening regeneration chamber 430 regeneration water inlet 413 and plus salt mouth 414, soft water entrance 411 It is used to be passed through water with regeneration water inlet 413, soft water outlet 412 is connected with washing cell body 600, adds salt mouth 414 to be used for softening Regenerate and regenerant salt is added in chamber 430.

Flow direction has two lines in water softener 400：One route is, water can flow into soft water from soft water entrance 411 Chamber 420, softens in soft water chamber 420, and the water after softening is discharged from soft water outlet 412 again；Another route is, water can be from regeneration Water inlet 413 flows into softening regeneration chamber 430, and absorbing salt in softening regeneration chamber 430 forms salt solution, and salt solution is flowed into soft water chamber again In 420, final salt solution is discharged from soft water outlet 412.After softening regeneration chamber 430 inner salt consumes to a certain degree, then from Jia Yankou Compensation regeneration salt at 414.

Need to illustrate when, people's daily water consumption is typically derived from running water, and Cl, Ca, Mg plasma in running water Content it is higher, with the daily apparatus of originally water washing, Cl, Ca, Mg plasma remained on daily apparatus is more, is easily used Person directly takes in.

In the embodiment of the present invention, in soft water chamber 420 can with potting resin or other can absorb Cl, Ca, Mg plasma Soft water thing, softening, which is regenerated in chamber 430, can fill regenerant salt, facilitate the preferred edible salt of regenerant salt (mainly to include for purchase here NaCl).Certainly, regenerant salt can also be the material that other can wash away Cl, Ca, Mg plasma on soft water thing, not be restricted here.

Specifically, when washing cell body 600 needs to use water, running water enters soft water chamber 420 by soft water entrance 411, soft Soft water thing in water cavity 420 absorbs Cl, Ca, Mg plasma in water, and the softened water after absorption flows into sink by soft water outlet 412 Body 600, i.e., in soft water chamber 420 effect of soft water thing in by running water Cl, Ca, Mg plasma reject.

When Cl, Ca, Mg plasma of soft water thing absorption tend to saturation, the suction-operated of soft water thing can reduce, and now need Soft water thing is reduced.Running water is entered in softening regeneration chamber 430 with shape by the regeneration water inlet 413 of water softener 400 Into salt solution, when soft water thing adsorption capacity reduces, controllable Regeneration control part 470 is opened, and makes soft water chamber 420 and softening regeneration chamber 430 connections, softening regenerate salt solution in chamber 430 and entered in soft water chamber 420, and salt solution flows into and reduction treatment is carried out in soft water chamber 420, extensive The softening power of multiple resin, the salt solution of reduction treatment are discharged at soft water outlet 412 again.When that need not be reduced, then Raw control piece 470 is closed, and makes to block between soft water chamber 420 and softening regeneration chamber 430, soft water chamber 420 can carry out soft water operation.

In the embodiment having, soft water entrance 411 and regeneration water inlet 413 are same entrance, and water softener 400 enters in soft water Triple valve is set at mouth 411, a flowing in regeneration chamber 430 towards soft water chamber 420 and is softened with the water that control flows into.And have Embodiment in, soft water entrance 411 and regeneration water inlet 413 are two entrances independently on water softener 400, so saving Triple valve, advantageously reduce cost and simplify structure.In addition, there was only this control of Regeneration control part 470 on water softener 400 Part, overall control are very simple.And in the description below, with soft water entrance 411 and regeneration water inlet 413 for water softener 400 On illustrate exemplified by two entrances independently.

Specifically, as shown in Fig. 6 and Fig. 4, soft water chamber 420 and softening regeneration chamber 430 horizontal Tile are set, soft water entrance 411 are located at the top of soft water chamber 420 with regeneration water inlet 413 side by side, and soft water outlet 412 is located at the top of body 410.So arrange Cloth, it is distributed compared to soft water chamber 420 and softening regeneration chamber about 430, structure is more reasonable.

Specifically, if soft water chamber 420 and softening regeneration chamber are distributed about 430, when soft water chamber 420 regenerates positioned at softening The top of chamber 430, salt solution, which automatically flows into, when Regeneration control part 470 is opened, in softening regeneration chamber 430 consumes resistance in soft water chamber 420 Power is excessive；When softening regeneration chamber 430 be located above soft water chamber 420, it is long to need to flow through route for current during softened water, took It is long.

In Fig. 4-Fig. 6, soft water chamber 420 is formed as vertically extending cylindrical cavity, and softening regeneration chamber 430 is substantially Be formed as strip chamber wide at the top and narrow at the bottom.

Water softener 400 according to embodiments of the present invention, by setting interconnected soft water chamber in the inner chamber of water softener 400 420 regenerate chamber 430 with softening, allow sofening treatment process and reduction treatment process respectively in soft water chamber 420 and softening regeneration Carried out in chamber 430, ensure the normal work of water softener 400.The structure of the water softener 400 is simple, compact, rationally distributed, favorably It is high in the division for realizing difference in functionality region, use reliability.

In certain embodiments, as shown in figure 5, body 410 includes upper lid 401, lower cover 402 and structure 403, upper lid 401 and lower cover 402 be respectively provided at the top and bottom of structure 403, can so be easy to processing to form each inside of body 410 Passage.Wherein, the outward flange of upper lid 401 is formed with the upper overturning for extending downwardly and being docked with the upper end of structure 403, lower cover 402 Outward flange formed with the lower flange for upwardly extending and being docked with the lower end of structure 403.

In certain embodiments, as shown in fig. 6, setting water outlet cushion chamber 422 in the top of soft water chamber 420 in body 410, Water cushion chamber 425 is set into the lower section of soft water chamber 420, soft water outlet 412 connects with water outlet cushion chamber 422, soft water entrance 411 Connected with softening regeneration chamber 430 with entering water cushion chamber 425, wherein, soft water chamber 420 and it is separated between entering between water cushion chamber 425 Enter water buffer board 426, between soft water chamber 420 and water outlet cushion chamber 422 between be separated with water outlet buffer board 423, enter the He of water buffer board 426 Water passage 421 is equipped with water outlet buffer board 423.

As shown in figure 5 and figure 7, enter water buffer board 426 and water outlet buffer board 423 it is at least one be provided with a plurality of fine crack with Grid is formed, every fine crack is a part for water passage 421, and the width of fine crack is less than the diameter of resin particle.Alternatively, Fine crack width reaches 0.1-1.5mm, and the cell structure so set is easy to cross water and prevent resin particle from spilling.

Specifically, water outlet buffer board 423 and to enter water buffer board 426 be circular slab, a plurality of fine crack circumferentially surrounds soft water The axis arrangement of chamber 420, can make liquid evenly into soft water chamber 420, so as to ensure that running water can be equably soft Change, salt solution can equably wash resin particle.The arrangement mode of certain fine crack is not limited to the axle circumferentially around soft water chamber 420 Line is arranged, and can also be other irregular arrangement modes.

Specifically, when entering water buffer board 426 and being provided with fine crack, as shown in fig. 6, fine crack is towards entering the side of water cushion chamber 425 Width be more than width of the fine crack towards the side of soft water chamber 420.Thus, it can both ensure that liquid entered soft water chamber 420 quickly It is interior, it can prevent resin particle from spilling again.More specifically, in figure 6, enter water cushion chamber 425 to the direction of soft water chamber 420, The width of fine crack is first gradually reduced, and keeps constant afterwards.

Specifically, when water outlet buffer board 423 is provided with fine crack, as shown in fig. 6, fine crack is towards water outlet cushion chamber 422 1 The width of side is more than width of the fine crack towards the side of soft water chamber 420.Thus, it can both ensure that liquid left soft water chamber quickly 420, it can prevent resin particle from spilling again.More specifically, in figure 6, on water outlet cushion chamber 422 to the direction of soft water chamber 420, The width of fine crack is first gradually reduced, and keeps constant afterwards.

Further, as shown in fig. 6, the center section for entering water buffer board 426 is formed down lower convex portion 427, water buffering is entered Water passage 421 on plate 426 is located on lower convex portion 427.Soft water entrance 411 and softening regeneration chamber 430 are connected and delayed entering water The circumferential position of chamber 425 is rushed, when entering water from soft water entrance 411 or softening regeneration chamber 430, current are led lower convex portion 427 Passed through to drainage is lower around a circle, current from the radially downward flowing underneath of convex portion 427 in periphery, then current into water buffer board Water passage 421 on 426 flows up.The current being provided with beneficial to water inlet soft water chamber 420 of lower convex portion 427 can be in circumference It is upper uniform.

As shown in fig. 6, the center section of water outlet buffer board 423 is upwardly formed upper convex portion 424, on water outlet buffer board 423 Water passage 421 is located in upper convex portion 424.Soft water outlet 412 connects the circumferential position in water outlet cushion chamber 422, when current from When soft water chamber 420 flows out, current flow after touching top radially toward peripheral direction, then come together at soft water outlet 412 and discharge. Being provided with during beneficial to water outlet for upper convex portion 424 is equably flowed to the whole circle peripheral direction of water outlet cushion chamber 422, is advantageous to steady Current.

Specifically, as shown in fig. 7, every fine crack is extended along the radial direction of soft water chamber 420.So fine crack is prolonged It is consistent with current flow direction to stretch direction, so as to advantageously reduce flow resistance, can increase by fine crack disengaging soft water chamber 420 Amount of liquid, so as to improve the washing speed of the softening rate of running water or salt solution to resin particle.

In certain embodiments, as shown in Figure 4 and Figure 5, recycled water is also defined in body 410 and takes part in Taoism 440, recycled water enters Road 440 is located at the outside of soft water chamber 420, and recycled water is taken part in Taoism 440 extends to softening regeneration chamber 430 from regeneration water inlet 413, and even The bottom of softening regeneration chamber 430 is passed to, when such recycled water enters water, current flow from the top down, it is ensured that flowing is smooth, avoids Countercurrently.And because what is held in softening regeneration chamber 430 is regenerant salt or salt solution, undissolved salt is larger easily heavy because of density Bottom, therefore the water flowed into softening regeneration chamber 430 flows from bottom to top, then is beneficial to fully dissolving regenerant salt.

Specifically, the 440 first vertically extending bottom walls to body 410 as shown in figure 4, recycled water is taken part in Taoism, then along body After 410 bottom wall bypasses soft water chamber 420, re-extend to softening and regenerate chamber 430.So recycled water is set to take part in Taoism 440, in body 410 processing when recycled water take part in Taoism 440 easily shaping.

Specifically, as shown in Fig. 4, Fig. 5 and Fig. 7, recycled water is taken part in Taoism and 440 includes vertical section 441, around section 442 and being passed through Section 443, vertical section 441 be located at the outside of soft water chamber 420 and vertically extending, the top of vertical section 441 to regenerate water inlet 413, The direction for being directed away from soft water entrance 411 along the perisporium of soft water chamber 420 from the bottom of vertical section 441 around section 442 extends, and is passed through Section 443 around section 442 with being connected and connecting softening regeneration chamber 430.

Wherein, vertical section 441 extends in same vertical face, surround section 442 and is passed through section 443 and prolongs in same level Stretch, such setting is easy to simplify shell structure, convenient processing.

Further, as shown in Figure 7 and Figure 8, recycled water take part in Taoism 440 direction softening regeneration chamber 430 side wall be provided with Multiple limbers 444, limbers 444, which is located at, to be passed through on the perisporium of section 443.Recycled water takes part in Taoism 440 only by multiple limbers 444 Connected with softening regeneration chamber 430, can so avoid in softening regeneration chamber 430 regenerant salt from flowing into recycled water and take part in Taoism 440.Namely Say, the setting of limbers 444 can cross water but being capable of leakproof salt.

Specifically, as shown in figure 5, limbers 444 is formed as vertically extending fine crack.

Specifically, as shown in figure 8, limbers 444 is being more than direction towards take part in Taoism 440 area of passage of one end of recycled water The area of passage of one end of softening regeneration chamber 430.So, then there is certain guide effect to the water of inflow, but to regenerant salt Then can well it intercept.

Specifically, as shown in figure 8, limbers 444 includes：Second straight hole section 4441 and the second cone section 4442, the second straight hole The neighbouring softening regeneration chambers 430 of section 4441 are set, and the second cone section 4442 is taken part in Taoism 440 settings towards recycled water, in current circulating direction On, the area of passage of the second cone section 4442 is gradually reduced.Wherein, the area of passage of the second straight hole section 4441 in water (flow) direction not Become, and the second cone section 4442 forms the shape of funnel.The setting of second straight hole section 4441, ensure the narrower part in limbers 444 With certain thickness, it is unlikely to deform and broadens under water impact.And the shape that the second cone section 4442 is arranged to funnel is then beneficial to add Work shapes, and current are accelerated during inflow, makes the current of inflow softening regeneration chamber 430 have certain impact power, beneficial to punching Dissipate the regenerant salt sunk to the bottom.

In certain embodiments, as shown in fig. 7, being passed through section 443 includes prolonging along the bottom edge of softening regeneration chamber 430 The main branch 4431 stretched, it is passed through the bottom center region that section 443 also includes being connected and extending to softening regeneration chamber 430 with main branch 4431 Branch 4432.

Wherein, the bottom edge that main branch 4431 is regenerated to chamber 430 along softening extends, and can make main branch 4431 and softening regeneration chamber 430 share common sidewalls, be advantageous to simplify structure and difficulty of processing.And the setting of branch 4432, then current can be enable to be flowed into The intermediate region of softening regeneration chamber 430.Using the setting of main branch 4431 and branch 4432, the water of inflow is regenerated into chamber in softening 430 bottom even distribution, be advantageous to make brine strength in softening regeneration chamber 430 balanced.

Specifically, as shown in figure 4, the side wall for being passed through the direction softening regeneration chamber 430 of section 443 is provided with multiple limbers 444, and it is equipped with limbers 444 in main branch 4431 and the side wall of branch 4432.

Specifically, as shown in figures 4 and 9, the bottom of main branch 4431 and branch 4432 and the bottom of softening regeneration chamber 430 are put down Together, main branch 4431 and the top of branch 4432 separate with softening regeneration chamber 430, that is to say, that limbers 444 is located at main branch 4431 and branch 4432 side wall on, current pour in the horizontal direction softening regeneration chamber 430 in, be advantageous to current softening regenerate Flowed up again after the bottom of chamber 430 is uniform.And the recycled water poured in the horizontal direction, the regeneration sunk to the bottom can be impacted Salt, be advantageous to regenerant salt and fully dissolve.

In certain embodiments, as shown in figs. 5 and 9, recycled water is limited in body 410 and engages in this profession 450, recycled water is engaged in this profession 450 one end connects with soft water chamber 420, recycled water engage in this profession 450 the other end and softening regeneration chamber 430 connect.

Specifically, as shown in figure 5, recycled water engage in this profession 450 it is vertically arranged and positioned at soft water chamber 420 and softening regeneration chamber 430 Between, recycled water engages in this profession 450 top and softening regeneration chamber 430 connects, and recycled water engages in this profession 450 bottom and soft water chamber 420 connects It is logical.So when Regeneration control part 470 is opened, using Action of Gravity Field the salt solution automatic stream in softening regeneration chamber 430 can be made soft Water cavity 420.

Specifically, the filter being communicated with as shown in figure 9, recycled water is engaged in this profession in the side wall of 450 direction softening regeneration chamber 430 Water hole 451, it can be understood as, recycled water is engaged in this profession to be separated between 450 and softening regeneration chamber 430 by side wall, and the side wall is provided with Treatment hole 451, salt solution are only capable of flowing from treatment hole 451 towards soft water chamber 420.It can so avoid regenerating in softening regeneration chamber 430 Salt flows into soft water chamber 420, and the setting for the treatment of hole 451 can cross salt solution but being capable of leakproof salt.

Specifically, as shown in figure 9, treatment hole 451 is being more than direction towards engage in this profession 450 area of passage of one end of recycled water The area of passage of one end of softening regeneration chamber 430.So on the premise of leakproof salt, ensure that the water outlet of salt solution is more smooth.By In treatment hole 451 towards recycled water engage in this profession 450 one end area of passage it is big, flow rate of water flow slows down, and current can be avoided too drastic Wash away regenerant salt.

More specifically, as shown in figure 9, treatment hole 451 includes：First straight hole section 4511 and the first cone section 4512, first is straight The neighbouring softening regeneration chamber 430 of hole section 4511 is set, and the first cone section 4512 is engaged in this profession 450 settings towards recycled water, in current circulation side Upwards, the area of passage of the first cone section 4512 gradually increases, and the first cone section 4512 is formed as the shape of funnel.First straight hole section 4511 setting, ensure that the narrower part for the treatment of hole 451 has certain thickness, be unlikely to deform and broaden under water impact.And the The shape that one cone section 4512 is arranged to funnel is then beneficial to shape, and current are slack-off during inflow, and the flow of water slows down.

In fig.9, treatment hole 451 be arranged on recycled water engage in this profession 450 top, treatment hole 451 is multiple vertically extending Elongated hole, so as to ensure excessively stream flow.By treatment hole 451 be arranged on recycled water engage in this profession 450 top, undissolved regeneration can be avoided Salt flows out at treatment hole 451.

In certain embodiments, as shown in figure 5, the outside on body 410 positioned at soft water chamber 420 is provided with into aquaporin-4 60, Soft water entrance 411 connects the bottom of soft water chamber 420 by entering aquaporin-4 60.

Specifically, as shown in figure 5, entering aquaporin-4 60 includes：Segmental arc 461 and vertical section 462, one end of segmental arc 461 Soft water entrance 411 is formed, perisporium of the segmental arc 461 along soft water chamber 420 is directed away from regenerating the direction extension of water inlet 413, erected Straight section 462 extends straight down from the end of segmental arc 461, vertical section 462 be located at soft water chamber 420 and softening regeneration chamber 430 it Between, the bottom connection soft water chamber 420 of vertical section 462.Wherein, segmental arc 461 is located in same level, and vertical section 462 is same Extend in one vertical face, so set and be easy to simplify shell structure, convenient processing.

Further, as shown in figure 5, enter the vertical section 462 of aquaporin-4 60 and recycled water engage in this profession it is 450 adjacent and set side by side Put, recycled water is engaged in this profession 450 to be connected by entering aquaporin-4 60 with soft water chamber 420.Can so reduce recycled water engage in this profession 450 length Degree, simplify structure.

In certain embodiments, as shown in figure 9, Regeneration control part 470 is control valve, Regeneration control part 470 is used to control Enter the connection between aquaporin-4 60 and softening regeneration chamber 430 or block, specifically, control valve is used to control recycled water to engage in this profession 450 with entering the connection of aquaporin-4 60 with blocking.In fig.9, at least a portion of the valve element 471 of control valve can intercept recycled water Engage in this profession 450.

Specifically, control valve is located between soft water chamber 420 and softening regeneration chamber 430, and control valve is arranged on into aquaporin-4 60 Lateral wall on.In this way, will soften the control section that connects between regeneration chamber 430 and soft water chamber 420 concentrates on the two it Between, channel wall shares, and can simplify structure.

Specifically, as shown in figure 9, recycled water is engaged in this profession, 450 bottom is communicated with break-make mouth 452 into aquaporin-4 60, control The valve element 471 of valve processed is movably located at break-make mouth 452.

Further, a part for break-make mouth 452 be located at recycled water engage in this profession 450 bottom wall lower section, recycled water engages in this profession 450 Bottom wall be downwardly concaved to form groove 453, the corresponding break-make mouth 452 of groove 453 positioned at recycled water engage in this profession 450 bottom wall below Part is set, and the section of groove 453 forms semicircle, and one end end face of the remote break-make mouth 452 of groove 453 forms hemisphere face. Such setting, be advantageous to recycled water and engage in this profession 450 from bottom circulation, avoid hydrops.

Alternatively, break-make mouth 452 and groove 453 are cut and are integrally formed by drill, and thus, processing is very easy to.

Further, as shown in figure 9, recycled water engage in this profession 450 and the side wall that enters between aquaporin-4 60 be provided with break-make pipe 454, the mouth of pipe of break-make pipe 454 forms above-mentioned break-make mouth 452.Prolong in the direction that break-make pipe 454 is directed away from softening regeneration chamber 430 Stretch, the valve element 471 of Regeneration control part 470 is engaged with tube channel 454.The setting of break-make pipe 454, Regeneration control part 470 can be made Valve element 471 need not set long, reduce the overall dimensions of Regeneration control part 470.In addition, after break-make pipe 454 is set, body axle It can be grown to size, when recycled water blocks, ensure that body can fully contact sealing with valve element 471.

Alternatively, as shown in figure 9, recycled water engage in this profession 450 and the tube wall that enters between aquaporin-4 60 be provided with fixing pipe 455, Fixing pipe 455 is set around tube channel 454, and the tube wall of tube channel 454 is provided with breach 4551 to connect into aquaporin-4 60.This Sample, when Regeneration control part 470 is opened, valve element 471 opens tube channel 454.The salt solution that recycled water is engaged in this profession in 450 is downwardly towards recessed Groove 453, flow to break-make mouth 452.The salt solution for flowing into break-make mouth 452 enters fixing pipe 455 from tube channel 454, then from breach 4551 flow into aquaporin-4 60, are finally flowed to from the bottom for entering aquaporin-4 60 into water cushion chamber 425, then flow to soft water chamber 420.

Specifically, as shown in figure 9, Regeneration control part 470 also includes valve body 472, valve element 471 is movably arranged at valve body 472, the end of valve element 471 is stretched out out of valve body 472.

Advantageously, as shown in figure 9, fixing pipe 455 is passed through into aquaporin-4 60, and stretched out from the lateral wall for entering aquaporin-4 60 To the outside of water softener 400, the buckle of Regeneration control part 470 is fixed in fixing pipe 455.Alternatively, valve body 472 and fixing pipe Valve seal 473 is provided between 455, so as to improve sealing.

In certain embodiments, as shown in Figure 10, water softener 400 also includes salt deficiency detection means 480, salt deficiency detection means 480 be used for detect softening regeneration chamber 430 in whether salt deficiency.

Specifically, salt deficiency detection means 480 is connected and can detected in softening regeneration chamber 430 with softening regeneration chamber 430 The surplus of regenerant salt, judges plus whether salt mouth 414 needs to add regenerant salt, and salt deficiency detection means 480 is electrically connected with the controller, and is controlled Device processed controls alarm set according to the feedback information of salt deficiency detection means 480, issues the user with prompting message, reminds user to pass through Salt mouth 414 is added to add salt into softening regeneration chamber 430.Controller is also electrically connected with Regeneration control part 470, and Regeneration control part 470 is controlled The circulation of preparation, regeneration current.

Thus, by setting salt deficiency detection means 480 and Regeneration control part 470 on water softener 400, and controller is passed through Control, the automaticity of the addition of the regenerant salt of water softener 400 and stream of regenerant water reduction work is improved, not only ensure that water softener 400 normal operation, prevent from influenceing the normal work of water softener 400 because softening regeneration chamber 430 lacks regenerant salt, also simplify soft The control operation of hydrophone 400, reduce user's operation.

Specifically, as shown in figure 9, salt deficiency detection means 480 includes：Float 481, magnetic absorption member 482, detection circuit board 483 With tongue tube 484, float 481 is swum in salting liquid, and magnetic absorption member 482 is located on float 481.Detection circuit board 483 is located at this On body 410, tongue tube 484 is located at the outside of float cavity 491, and tongue tube 484 is provided with the first paster 4841 and the second paster 4842, the first paster 4841 is polarity paster, first paster 4841 and the second paster 4842 in the suction less than of magnetic absorption member 482 Disconnect, when the suction of magnetic absorption member 482 is enough, the first paster 4841 fits with the second paster 4842, the first paster 4841 and the Two pasters 4842 electrically connect with detection circuit board 483 respectively.

When salt abundance, the density of float 481 is less than salting liquid, and float 481 floats over solution surface.The float 481 floated Upper magnetic absorption member 482 and tongue tube 484 are closer to the distance, and magnetic absorption member 482 attracts the first paster 4841, the first paster 4841 towards second Paster 4842 is in closure state close to fitting, tongue tube 484.After first paster 4841 and the fitting of the second paster 4842, detection Circuit turn-on on circuit board 483, send the enough information of salt amount.

When salt deficiency, the density of float 481 is more than salting liquid, and float 481 is sunken to bottom.Magnetic absorption member on the float 481 sunk to the bottom 482 is distant with tongue tube 484, and magnetic absorption member 482 is not enough to attract the first paster 4841, and the first paster 4841 departs from the second patch Piece 4842, i.e. tongue tube 484 are in released state, detect circuit on circuit board 483 and disconnect, send the information of salt amount deficiency.

Water tank type dish-washing machine 1000 has control panel, and control panel is used for the information that display controller is sent.Work as detection After circuit board 483 sends salt deficiency information towards controller, controller is passed the information on to control panel, salt deficiency on control panel Lamp flashes, and represents salt deficiency.After detection circuit board 483 sends salt deficiency information towards controller, controller is passed the information on to control On panel processed, salt deficiency lamp flashes on control panel, represents salt deficiency.

Specifically, as shown in figure 9, also defining the float cavity 491 connected with softening regeneration chamber 430, float in body 410 481 are located in float cavity 491, outer edge of the float cavity 491 positioned at softening regeneration chamber 430.Specifically, the bottom of float cavity 491 Wall regenerates the bottom wall of chamber 430 higher than softening, and the concentration of the salt so detected avoids softening regeneration chamber closer to upper strata concentration The undissolved influence accuracy of detection of 430 bottom salt.

Alternatively, tongue tube 484 be located at detection circuit board 483 on, be so provided with beneficial to shorten detection circuit board 483 with Path length between tongue tube 484, and tongue tube 484 with detection the synchronous movement of circuit board 483, avoid tongue tube 484 with The separated of detection circuit board 483 causes detection to be failed.

Further, as shown in Fig. 9 and Fig. 4, the part perisporium of float cavity 491 towards float cavity 491 internal recess with Assembly cavity 492 is formed, circuit board is located in assembly cavity 492, so protects detection circuit board 483 and tongue tube by assembly cavity 492 484, make the detection circuit board 483 that is not easy to collide with dismounting of water softener 400 cause to damage.

Specifically, as shown in figure 9, the opposing sidewalls of assembly cavity 492 are provided with fitting recess 493, the phase of circuit board 483 is detected Both ends are stuck in fitting recess 493.So setting is very easy to the installation of detection circuit board 483, and detects circuit board 483 are not easy to rock.

More specifically, as shown in figure 4, at least side of assembly cavity 492 is opened wide, i.e., assembly cavity 492 connects from unlimited side Outside, fitting recess 493 penetrate towards assembly cavity 492 from unlimited side.So just directly circuit board 483 can will be detected from outside Insert into fitting recess 493, it is very convenient, and be also beneficial to radiate.

Alternatively, detect circuit board 483 and tongue tube 484 is sealed by plastic sealing pack.

Alternatively, as shown in Figure 10, float 481 is vertically arranged columnar member, takes small volume.

Alternatively, as shown in figure 5, the inwall of float cavity 491 is provided with guiding rib 494, floated when so lifting float 481 Son 481 will not be viscous on the inwall of float cavity 491, thus can improve the sensitivity of the detection of float 481.In Figure 5, float cavity 491 are formed as rectangular cavity, guiding rib 494 are respectively equipped with four side walls of float cavity 491, each guiding rib 494 is vertically Direction extends.

Advantageously, magnetic part is the magnet being coated in float 481, and the cost of such magnetic absorption member 482 is relatively low.Certainly, magnetic Inhale part 482 and can also be miscellaneous part, be not construed as limiting here.

Further, float cavity 491 is set adjacent to the connectivity part of soft water chamber 420 and softening regeneration chamber 430, such salt deficiency inspection Survey device 480 to be substantially all between soft water chamber 420 and softening regeneration chamber 430, can so make full use of the He of soft water chamber 420 The channel space of setting between softening regeneration chamber 430, improves overall compactness.

In certain embodiments, as shown in figure 12, air chamber 3 and intake antrum 2 are limited on the housing of respirator 100, it is empty Air cavity 3 is provided with the pneumostome 31 with atmosphere, and air chamber 3 is provided with the connected entrance 32 connected with washing cell body 600, intake antrum 2 Including the intake tunnel 25 and backwater channel 26 to communicate with each other.

As shown in figure 12, intake tunnel 25 includes：Rising passway section 251, bent passage section 252 and rotating channel section 253. The lower end of rising passway section 251 is provided with water inlet 21, and water inlet 21 is used for the external water source for connecting dish-washing machine, such as water inlet 21 It is directly connected to running water.

Bent passage section 252 is formed as curved shape protruding upward, one end and the rising passway section of bent passage section 252 251 upper end connection, rotating channel section 253 are disposed side by side on the lower section of bent passage section 252, one end of rotating channel section 253 Connected with the other end of bent passage section 252, the other end of rotating channel section 253 connects with backwater channel 26, rotating channel section 253 are provided with the water inlet blow vent 24 connected with air chamber 3.

Specifically, washing cell body 600 is provided with tank blow vent 602, and air chamber 3 has connected entrance on respirator 100 32, the face tank blow vent 602 of connected entrance 32, which is set, to be fixed, so as to balance the pressure difference between washing cell body 600 and air, It is possible thereby to avoid causing to wash in cell body 600 when the temperature in washing cell body 600 changes or carried out drying course etc. Pressure is excessive, ensures the safe and reliable operation of the washing dish-washing machine of cell body 600.

In the embodiment, the water inlet process of the washing dish-washing machine of cell body 600 is：Water is entered in intake antrum 2 by water inlet 21 Afterwards, entered by soft water entrance 411 in soft water chamber 420, be discharged into after softening in soft water chamber 420 in sink body 600 for Tableware in washing cell body 600 is washed, when the softening performance of the softening resin in soft water chamber 420 reduces, intake antrum 2 Interior water is entered in softening regeneration chamber 430 to provide recycled water for softening regeneration chamber 430 by delivery port 22, is passed through softening regeneration Recycled water in chamber 430 enters soft water chamber 420 after forming regenerative brine, by softener resin reducing/regenerating.

In one embodiment, as shown in figure 12, it is provided with backwater channel 26 and separates muscle 263 so that backwater channel 26 to be separated Into major loop 261 and water storage cavity 262, major loop 261 is provided with main water route mouth 221, and water storage cavity 262 is provided with recycled water crossing 222。

As shown in Fig. 1 and Figure 13, soft water entrance 411 is connected with main water route mouth 221, and as shown in Fig. 1 and Figure 14, recycled water enters Mouth 413 is connected with recycled water crossing 222.After i.e. water is entered in intake tunnel 25 by water inlet 21, the He of major loop 261 is branched to In water storage cavity 262, entered into the water in major loop 261 by main water route mouth 221 in the soft water chamber 420 of water softener 400 and carried out Softening, the softening for entering water softener 400 by recycled water crossing 222 into the water in water storage cavity 262 are regenerated in chamber 430.

Alternatively, major loop 261 and water storage cavity 262 communicate with each other, so that the water in intake tunnel 25 can be more preferable Ground distributes.As shown in figure 12, separate muscle 263 to be upwardly extended by the bottom wall of backwater channel 26, the upper end and backwater for separating muscle 263 lead to Communicated with each other, that is, led back by the gap 264 formed with gap 264, major loop 261 and water storage cavity 262 between the roof in road 26 Water in road 261 can be entered in water storage cavity 262 by the gap 264, and similarly, the water of water storage cavity 262 can also be by this Gap 264 enters in major loop 261, and respirator 100 is simple in construction, convenient processing.

In addition, as shown in figure 12, flowmeter 254 can be provided with intake tunnel 25, in detection intake tunnel 25 Flow of inlet water, so as to measure in real time by water inlet 21 enter intake antrum 2 in water.

Specifically, on current circulating direction, the rotating channel section 253 of the water inlet upstream end of blow vent 24 becomes narrow gradually, and enters Rotating channel section 253 at the downstream of water blow vent 24 gradually broadens, and such current are when flowing through at water blow vent 24, current tool Have a larger flow velocity and can be easily across water inlet blow vent 24.

Specifically, as shown in Figure 12 and Fig. 1, the side wall of air chamber 3 includes the first lead segment for tilting extension from the bottom to top 301 and the second lead segment 302 for vertically extending, the upper end of the first lead segment 301 and the lower end phase of the second lead segment 302 Even, the upper end of the second lead segment 302 is extended into water blow vent 24, and the air in air chamber 3 can be in the He of the first lead segment 301 Smoothly flow direction water inlet blow vent 24, and being entered by blow vent 24 of intaking in intake antrum 2 under the guiding of second lead segment 302, by The pressure difference in intake antrum 2 can be better balanced in this.

In some embodiments of the invention, as shown in Figure 12, condensation muscle is provided with air chamber 3, thus washs cell body Vapor in 600 is contacted and the muscle that is condensed is cold with the condensation muscle in air chamber 3 by the air inlet chamber 3 of connected entrance 32 Water droplet is congealed into, water droplet is pooled to the bottom of air chamber 3 under gravity, when the water level in air chamber 3 reaches the institute of connected entrance 32 In height, the water in air chamber 3 will be flow back into by connected entrance 32 in washing cell body 600.

Preferably, as shown in Figure 12, condensation muscle includes arcuation gusset 303, and arcuation gusset 303 is circumferential around connected entrance 32 Part setting so that the vapor in washing cell body 600 is directly connect with arcuation gusset 303 when flowing to connected entrance 32 Touch and be condensed into water droplet, so that the vapor in air inlet chamber 3 can preferably be condensed.

Further, as shown in Figure 12, arcuation gusset 303 includes multiple, and at least the one of two neighboring arcuation gusset 303 Part being radially arranged side by side in connected entrance 32, two neighboring arcuation gusset 303 is connected by dowel 304, with two Condensate tank(trap) 305 is formed between arcuation gusset 303 and dowel 304, it is possible thereby to increase the condensation area of condensation muscle, improves air The condensation efficiency of vapor in chamber 3.

In one embodiment of the invention, as shown in Figure 12, connected entrance 32 is set adjacent to the bottom wall of air chamber 3, by This is easy to the water for collecting in the bottom of air chamber 3 to be flow back into by connected entrance 32 in washing cell body 600.Preferably, such as institute in Figure 12 Show, the bottom wall of air chamber 3 includes the 3rd lead segment 306 and the 4th lead segment 307, wherein the 3rd lead segment 306 from the front to the back to Lower to tilt extension, the 4th lead segment 307 tilts down extension, the lower end of the 3rd lead segment 306 and the 4th lead segment from the front to the back 307 lower end is connected, and the connection intersection point of the 3rd lead segment 306 and the 4th lead segment 307 is located at the vertical center of connected entrance 32 On line, so that the water in air chamber 3 is collected to air chamber 3 under the guiding of the 3rd lead segment 306 and the 4th lead segment 307 Bottom, the water in air chamber 3 preferably assembled, and the water being easy in air chamber 3 is discharged in time.

Further, as shown in Figure 12, the condensation baffle plate of the extension of connected entrance 32 is provided with the side wall of air chamber 3 309, so that the water vapour in air inlet chamber 3 can be condensed preferably.Preferably, can be with the side wall of air chamber 3 Provided with multiple condensation baffle plates 309 being spaced apart from each other, so that the condensation efficiency of vapor further improves.

Preferably, as shown in Figure 12, pneumostome 31 is set adjacent to the roof of air chamber 3, and connected entrance 32 is adjacent to air chamber 3 Bottom wall set, it is possible thereby to extend flow path of the water vapour in air chamber 3, water vapour can be by more in air chamber 3 Condense well.Further, as shown in Figure 12, the lower section of pneumostome 31 is provided with cold plate 311, so that in air chamber 3 The water vapour not being condensed inside is collided when draining into 31 position of pneumostome with cold plate 311, and water vapour is further condensed, thus The water vapour in air chamber 3 can be further avoided to be discharged by pneumostome 31.

In certain embodiments, as shown in figure 12, drainage channel 1 leads to provided with wastewater inlet 11, outlet of sewer 12 and draining Gas port 13, wherein wastewater inlet 11 connect with washing cell body 600, and outlet of sewer 12 is suitable to and water passage, drainage ventilation mouth 13 and atmosphere.Washing the dish-washing machine of cell body 600 drainage procedure be：Caused wash water passes through dirt in washing cell body 600 Water inlet 11 enters in drainage channel 1, is then drained into by outlet of sewer 12 in sewer, so as to realize that washing cell body 600 is washed The drainage procedure of bowl machine.

When stopping drainage procedure, negative pressure will be formed in the Upstream section of drainage channel 1 so that the row with water passage The water being detained in the tract of aquaporin 1 has the trend to be flowed back by siphon, due to drainage ventilation mouth 13 and atmosphere, greatly Air in gas can be entered in drainage channel 1 by drainage ventilation mouth 13, to balance the pressure difference in drainage channel 1, the row of preventing There is siphonage in aquaporin 1, thus it can be prevented that the current after draining in drainage channel 1 are back to the washing dish-washing machine of cell body 600 Washing cell body 600 in, ensure drainage channel 1 in be detained water smoothly discharge.

In one embodiment of the invention, as shown in Figure 12, it is provided between drainage ventilation mouth 13 and air chamber 3 by sky Check valve 14 of the air cavity 3 towards the direction one-way ventilating of drainage ventilation mouth 13.In the drainage procedure of the washing dish-washing machine of cell body 600, Wash cell body 600 in sewage will by wastewater inlet 11 enter drainage channel 1 in, now the pressure in drainage channel 1 compared with Greatly, check valve 14 is closed under hydraulic pressure effect, and the sewage in drainage channel 1 will not be entered by drainage ventilation mouth 13 In air chamber 3；After drainage procedure stops, there is negative pressure in drainage channel 1, i.e., now the pressure in air chamber 3 is more than draining Pressure in passage 1, check valve 14 are automatically opened up under differential pressure action, and now the air in air chamber 3 can be led to by draining Gas port 13 enters in drainage channel 1, to balance the pressure difference in drainage channel 1, so as to prevent that siphon is produced in drainage channel 1 to be showed As.Alternatively, as shown in figure 12, drainage channel 1 is formed as the bend pipe of inverse u shape, it is possible thereby to preferably avoid drainage channel 1 Interior generation siphonage.

In certain embodiments, as shown in figure 11, the housing of respirator 100 includes：Box body 101 and it is covered on box body 101 On lid 102, drainage channel 1, intake antrum 2 and air chamber 3 are limited between box body 101 and lid 102.

Alternatively, can be to be welded to connect between box body 101 and lid 102 so that box body 101 and lid 102 it Between the good airproof performance that connects.Preferably, housing can be integrally formed by blow molding process, simple production process and production efficiency It is high.

In certain embodiments, as shown in figure 1, respirator 100 and water softener 400 are respectively positioned on the outside of washing cell body 600, Respirator 100 is located at the top of water softener 400, and main water route mouth 221 and recycled water crossing 222 are located at the bottom of respirator 100, soft Water inlet 411 and regeneration water inlet 413 are located at the top of water softener 400.It can so be intake, water storage, connected using respirator 100 Circuit is short.Because hookup wire is short out, circuit will not turn into the added burden of respirator 100 and water softener 400, avoid leading because overweight Cause to drop from washing cell body 600, reliability is strengthened.In addition, the connection between respirator 100 and water softener 400 can prop up each other Support.

Specifically, as shown in Fig. 1-Fig. 2, Figure 12-Figure 14, major loop 261 and water storage cavity 262 are arranged side by side, soft water entrance 411 and regeneration water inlet 413 be arranged side by side, 221 pairs of soft water entrance 411 and main water route mouth inserts connection, regeneration water inlet 413 with again Unboiled water crossing 222 is to inserting connection.In this way, length of pipe can be shortened to greatest extent.

Specifically, respirator 100 is located on the perisporium of washing cell body 600, and water softener 400 is located at the bottom of washing cell body 600 On wall.So installation is very small to the overall occupancy volume of water tank type dish-washing machine 1000.

In fig. 1 and 2, washing cell body 600 is square cell body, and respirator 100 is located at the right side wall of washing cell body 600 On.Water softener 400 is located on the bottom wall of washing cell body 600 and neighbouring right side is set, the soft water entrance 411 of water softener 400 and again Unboiled water entrance 413 is set up, and just from washing cell body 600 bottom wall on the right side of stretch out, and with the main water of the bottom of respirator 100 Crossing 221 and recycled water crossing 222 are docked.Such mounting means, dish-washing machine entire area is smaller, and pipeline is short, easy to connect.

Specifically, as shown in figure 3, the bottom wall of washing cell body 600 is provided with installing port 603, salt mouth 414 is added to be located at body 410 top and face installing port 603 is set.

Specifically, the cell body water inlet (not shown) that soft water outlet 412 is communicated with the bottom wall of cell body 600 is washed.

Further, as shown in Figure 3 and Figure 4, water softener 400 includes the adapter 404 being located on body 410, adapter 404 The mouth of pipe forms plus salt mouth 414, adapter 404 are extend into sink body from installing port 603.

In certain embodiments, as shown in figure 3, water tank type dish-washing machine 1000 also includes sealing installation structure 700, sealing peace Assembling structure 700 includes：Nut 710 is installed and adds salt lid 720, installation nut 710 is in washing cell body 600 and is enclosed on adapter outside On 404, screw thread between nut 710 and adapter 404 is installed and coordinated so that water softener 400 to be fixed on to the bottom of washing cell body 600.Add Salt lid 720 is covered on the mouth of pipe of adapter 404, adds salt mouth 414 for sealing.

Sealing installation structure 700 also includes：Sealing gasket 730, sealing gasket 730 are folded in body 410 and wash cell body 600 Between bottom wall.Wash and sealing gasket 730 be set between cell body 600 and water softener 400, further ensure washing cell body 600 with it is soft The sealing of the junction of hydrophone 400, prevent washings gap between installing port 603 and adapter 404 from spilling.

Specifically, sealing gasket 730 is annular and is enclosed on outside in adapter 404.It is so easy for installation, and sealing gasket 730 It is not easy to come off from water softener 400.

Specifically, the surface of sealing gasket 730 is provided with convex tendon 731, and alternatively, convex tendon 731 is located at the direction sheet of sealing gasket 730 On the surface of body 410, or convex tendon 731 is located on the surface of the bottom wall of the direction washing cell body 600 of sealing gasket 730, Huo Zhemi Packing 730 is equipped with convex tendon 731 on the surface towards body 410 and the bottom wall for washing cell body 600.

It is understood that sealing gasket 730 is arranged between water softener 400 and the bottom wall for washing cell body 600, when screwing Nut 710 is installed, sealing gasket 730 can be pressed between water softener 400 and the bottom wall for washing cell body 600, enhance sealing The sealing of pad 730.

To sum up, in Fig. 1-Figure 14 embodiment, water softener 400 softens waterway structure：During Normal Wash, respirator 100 Water storage cavity 262 when overflowing, the control regeneration of Regeneration control part 470 water route is closed, main water route water inlet.In respirator 100, backwater leads to The water of the major loop 261 in road 26 enters the soft water entrance 411 of water softener 400 from main water route mouth 221, and water is from the bottom of soft water chamber 420 Into softening through soft water chamber 420, softened water exits into washing cell body 600 from the top of soft water chamber 420 again.During water inlet, Understand some water to remain in the water storage cavity 262 of respirator 100, it is standby as recycled water.

Water softener 400 regenerates waterway structure：When the soft water chamber 420 of water softener 400 needs regeneration, from respirator 100 Water in water storage cavity 262 enters the regeneration water inlet 413 of water softener 400 by recycled water crossing 222, and Regeneration control part 470 is beaten Open, the connection of regeneration water route, after recycled water enters the dissolving salt of water softener 400, enter back into soft water chamber 420 so that resin recovers softening The ability of water.This process would generally open water intaking valve, into 1L water.This part water be used for wash away reduction displacement after calcium and magnesium from Son, into after washing cell body 600, it is expelled directly out.

In the description of this specification, the description of reference term " embodiment ", " example " etc. mean to combine the embodiment or Specific features, structure, material or the feature of example description are contained at least one embodiment or example of the present invention.At this In specification, identical embodiment or example are not necessarily referring to the schematic representation of above-mentioned term.Moreover, description is specific Feature, structure, material or feature can combine in an appropriate manner in any one or more embodiments or example.

Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that：Not In the case of departing from the principle and objective of the present invention a variety of change, modification, replacement and modification can be carried out to these embodiments, this The scope of invention is limited by claim and its equivalent.

Claims (10)

1. A kind of 1. water tank type dish-washing machine, it is characterised in that including：

   Respirator, water storage cavity is limited in the housing of the respirator, the water storage cavity has recycled water crossing；

   Water softener, the water softener include body and Regeneration control part, limited in the body interconnected soft water chamber and Softening regeneration chamber, the connection and block that the Regeneration control part is used to control between the soft water chamber and the softening regeneration chamber, Wherein, on the body formed with the soft water entrance and soft water outlet for being respectively communicated with the soft water chamber both sides, on the body also Formed with the regeneration water inlet for connecting the softening regeneration chamber, the regeneration water inlet is connected with the recycled water crossing.
2. 2. water tank type dish-washing machine according to claim 1, it is characterised in that the soft water chamber and the softening regeneration chamber water It is flat to be arranged side by side, the soft water entrance and the top for regenerating water inlet and being located at the soft water chamber side by side, the soft water outlet Positioned at the top of the body.
3. 3. water tank type dish-washing machine according to claim 2, it is characterised in that limit recycled water in the body and take part in Taoism, The recycled water takes part in Taoism including vertical section, around section and is passed through section, and the vertical section be located at the outside of the soft water chamber and vertically Extension, the top of the vertical section are the regeneration water inlet, and the circular section is from the bottom of the vertical section along the soft water The perisporium of chamber is directed away from the direction extension of the soft water entrance, and the section that is passed through is connected with the circular section and connected described soft Change regeneration chamber.
4. 4. water tank type dish-washing machine according to claim 3, it is characterised in that the bottom wall for being passed through section softens again with described The bottom wall of raw chamber is concordant, and the top for being passed through section regenerates chamber cut-off, the direction softening for being passed through section with the softening The side wall of regeneration chamber is provided with multiple limbers, the bottom water flowing for being passed through section and regenerating chamber to the softening in the horizontal direction.
5. 5. water tank type dish-washing machine according to claim 2, it is characterised in that limit recycled water in the body and engage in this profession, The recycled water is engaged in this profession vertically arranged and is located between the soft water chamber and the softening regeneration chamber, the top that the recycled water is engaged in this profession End connects with the softening regeneration chamber, and the bottom that the recycled water is engaged in this profession connects with the soft water chamber, and the Regeneration control part is Control valve, and at least a portion of the valve element of the control valve is intercepted the recycled water and engaged in this profession.
6. 6. water tank type dish-washing machine according to claim 5, it is characterised in that positioned at the outer of the soft water chamber on the body Side is provided with into aquaporin, the soft water entrance by it is described enter aquaporin connect the bottom of the soft water chamber.
7. 7. water tank type dish-washing machine according to claim 6, it is characterised in that it is described enter aquaporin include：Segmental arc and perpendicular Straight section, perisporium of the segmental arc along the soft water chamber are directed away from the direction extension of the regeneration water inlet, the vertical section Extending straight down from the end of the segmental arc, the vertical section is located between the soft water chamber and the softening regeneration chamber, The bottom of the vertical section connects the soft water chamber, and the bottom that the recycled water is engaged in this profession is connected with the vertical section, the regeneration Control piece is used to controlling the recycled water to engage in this profession connection between the vertical section or disconnected cutting.
8. 8. water tank type dish-washing machine according to claim 7, it is characterised in that the bottom that the recycled water is engaged in this profession is communicated with The break-make mouth of the vertical section, the bottom wall that the recycled water is engaged in this profession are provided with groove corresponding with the break-make mouth.
9. 9. water tank type dish-washing machine according to claim 8, it is characterised in that the recycled water engage in this profession with it is described enter aquaporin Between side wall be provided with break-make pipe, the mouth of pipe of the break-make pipe forms the break-make mouth, the valve element of the control valve with it is described Break-make pipe is engaged；

   The recycled water engage in this profession and it is described enter aquaporin between side wall be provided with fixing pipe, the fixing pipe is set around tube channel Put, the tube wall of the tube channel be provided with breach with connect it is described enter aquaporin.
10. 10. the water tank type dish-washing machine according to any one of claim 1-9, it is characterised in that the housing of the respirator Intake antrum is inside limited, the intake antrum includes intake tunnel and backwater channel, and the master that the backwater channel includes being connected returns Road and the water storage cavity, one end of the intake tunnel are provided with water inlet, and the other end of the intake tunnel connects the water storage Chamber, the major loop have main water route mouth, and the water overflowed after water is full in the water storage cavity flows towards the main water route.