CN205024471U - Washing machine water treatment facilities and washing machine with water purification function - Google Patents
Washing machine water treatment facilities and washing machine with water purification function Download PDFInfo
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- CN205024471U CN205024471U CN201520700242.1U CN201520700242U CN205024471U CN 205024471 U CN205024471 U CN 205024471U CN 201520700242 U CN201520700242 U CN 201520700242U CN 205024471 U CN205024471 U CN 205024471U
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Abstract
The utility model discloses a washing machine water treatment facilities of water purification function belongs to the household electrical appliances field, has solved the problem that impurity such as prior art normal water chinese railway, chlorine made the clothes wash poorer and poorer, and the technical scheme who solves this problem purifies water through washing machine water treatment facilities, and washing machine water treatment facilities has first inlet opening, filters passageway and first apopore, filter in the passageway along water flow direction and be equipped with level filtering chamber and second grade filter chamber in proper order, first inlet opening and level filtering chamber intercommunication, level filtering chamber and second grade filter chamber intercommunication, second grade filter chamber and first apopore intercommunication, the level filtering chamber is arranged in adsorbing the impurity of intaking, and the second grade filter chamber is used for holding back the impurity from the aquatic of level filtering chamber outflow. Additionally, the utility model also provides a be equipped with the washing machine that the aforesaid has the washing machine water treatment facilities of water purification function, guarantee to intake pollutants such as having got rid of aquatic iron, chlorine before the laundry that emits into washing machine.
Description
Technical field
The utility model relates to household electrical appliances, and particularly a kind of have the washing machine water treating apparatus of water purification function and be provided with the washing machine of this washing machine water treating apparatus.
Background technology
Traditional washing machine does not have the function of purification of water quality, but at present along with the deterioration of environment, the water quality of running water worse and worse.Iron ion wherein in water can form iron rust, and is deposited on fabric; Another factor of iron impact washing is, it has catalytic action to the decomposition of bleaching agent chlorine drift (as clorox) and oxygen bleaching (as hydrogen peroxide), in bleaching process, the existence of iron ion, accelerate the decomposition of oxidant, as iron ion skewness, cause the local vigorous reaction on fabric, then fabric can be made damaged.Washings also have a not too attractive impurity, that is exactly chlorine, most cities running water all adopts chlorine to carry out bleaching, sterilizing, and the dosage of chlorine is excessive sometimes, then water has significantly pungent chlorine taste, Long-Time Service is containing the tap water fabric of effective chlorine, also can cause fabric burnt hair, jaundice, and have damage to fabric, to fabric, hygroscopicity also will be caused to decline, and flexibility is deteriorated.
Summary of the invention
The object that the utility model will reach just is to provide a kind of washing machine water treating apparatus with water purification function.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of washing machine water treating apparatus with water purification function, described washing machine water treating apparatus has the first inlet opening, filtration channel and the first apopore, single filter chamber and cascade filtration chamber is provided with successively along water (flow) direction in described filtration channel, described first inlet opening is communicated with described single filter chamber, described single filter chamber is communicated with described cascade filtration chamber, described cascade filtration chamber is communicated with described first apopore, described single filter chamber is for adsorbing the impurity in water inlet, described cascade filtration chamber is for retaining from the impurity the water of described single filter chamber outflow.Water inlet is successively through the first inlet opening, single filter chamber, cascade filtration chamber and the first apopore, be discharged to the miscellaneous part of washing machine again, such as detergent box, because the glide path of water inlet is unique, can ensure that water inlet successively flows through single filter chamber and cascade filtration chamber, the iron rust in water inlet effectively can be adsorbed in single filter chamber, the impurity such as silt and chlorine residue, when water inlet flows into single filter chamber, filter medium is wherein subject to impact and is formed with powder, the powder of filter medium is along with water inlet inflow cascade filtration chamber, cascade filtration chamber is not only used for retaining the solia particle that can not be filtered by single filter chamber in water, also be used for retaining the powder of filter medium, thus ensure the pollutant eliminated before the miscellaneous part entering washing machine in water of intaking, structure is simple, use also very convenient, user need not make any operation.
As preferred scheme, described washing machine water treating apparatus comprises interior cartridge module, described interior cartridge module comprises top cylinder and doffing, described doffing is fixedly connected on bottom described top cylinder, described top cylinder has top cylinder chamber, described doffing has doffing chamber, described single filter chamber is described top cylinder chamber, described cascade filtration chamber is described doffing chamber, dividing plate is provided with between described top cylinder chamber and described doffing chamber, described dividing plate is provided with the 3rd apopore, and described top cylinder chamber is communicated with described doffing chamber by described 3rd apopore.Dividing plate be arranged so that interior cartridge module is formed with top cylinder chamber and doffing chamber, top cylinder chamber for filling accumulation medium, such as active carbon, doffing chamber is for installing porous solid, such as filter membrane, two kinds of filter mediums separate by dividing plate, avoid mutually hindering between two kinds of filter mediums.
Preferred scheme further, described top cylinder and described doffing are by rotary buckle anatomical connectivity, described rotary buckle structure comprises projection and groove, described groove has for described snag axis to the axial extension snapped in and the circumferential extensions snapped in for described protruding circumference, described axial extension is communicated with described circumferential extensions, and in described projection and described groove, wherein one is located on described top cylinder, another one is located on described doffing.Realize removably connecting by rotary buckle structure between top cylinder and doffing, installation and removal are convenient.
As preferred scheme, described washing machine water treating apparatus comprises outer barrel component, described interior cartridge module is fixedly connected on the inside of described outer barrel component, described first inlet opening and described first apopore are located in described outer barrel component, described top cylinder has the second inlet opening, described doffing has intercommunicating pore and the second apopore, described first inlet opening is communicated with described second inlet opening by described intercommunicating pore, described second inlet opening is communicated with described top cylinder chamber, described second apopore is communicated with described first apopore, water flows into from described first inlet opening, successively through described intercommunicating pore, described second inlet opening, described top cylinder chamber, described 3rd apopore, described doffing chamber and described second apopore, flow out from described first apopore.Interior cartridge module is used for the installation of filter medium, and outer barrel component is used for installation and the protection of interior cartridge module.
Preferred scheme further, described outer barrel component comprises urceolus and enclosing cover, the open top of described urceolus, and described enclosing cover is detachably connected on the top of described urceolus, and described enclosing cover is connected to described enclosing cover after on described urceolus and coordinates with described inner core component sealing.In convenient, the installation of cartridge module, prevents the water in interior cartridge module from overflowing from the top of interior cartridge module, guarantees that the glide path into water is unique.
As preferred scheme, described outer barrel component is provided with water inlet pipe and outlet pipe, described first inlet opening is the pore of described water inlet pipe, described first apopore is the pore of described outlet pipe, the lower prop be tightly connected with described water inlet pipe is provided with in described doffing, be provided with the column body be tightly connected with described lower prop in described top cylinder, described second inlet opening is located in described column body, and described intercommunicating pore is located on described lower prop.For the situation of intaking bottom washing machine water treating apparatus, structure is simple, easy for installation.
Preferred scheme further, the open top of described top cylinder, described interior cartridge module comprises the uncovered inner cap of capping, described inner cap and described top cylinder are sealed and matched, the upper end of described inner cap is provided with the second cannelure, the first sealing ring is provided with in described second cannelure, the limit rib stretched in described second cannelure is covered with outside described, described limit rib is connected on described first sealing ring, container cavity is formed between described inner cap and described enclosing cover, described column body is upward through described inner cap and stretches in described container cavity, described second inlet opening is communicated with described container cavity, cover in described and be provided with the 3rd inlet opening, described container cavity is communicated with described top cylinder chamber by described 3rd inlet opening.Inner cap can prevent filter medium from pouring out from top cylinder, and inner cap and top cylinder are sealed and matched and being sealed and matched of inner cap and enclosing cover ensure that the glide path into water is unique, intake from the second inlet opening and flow into container cavity, then enter top cylinder chamber through the 3rd inlet opening.
As preferred scheme, described second apopore is located on the sidewall of described doffing, the madial wall of described doffing is provided with the filter membrane covered by described second apopore, the outer bottom of described top cylinder is provided with locating slot, the inner bottom surface of described doffing is provided with lower locating slot, and the upper end of described filter membrane is positioned in described upper locating slot, lower end is positioned in described lower locating slot.Upper locating slot and lower locating slot are for locating filter membrane, filter membrane is attached on doffing madial wall the second apopore is covered, thus water could be flowed out from the second apopore after membrane filtration after filtration, the water outlet of doffing sidewall, increase water-outlet area, improve filter efficiency, also avoid impurity buildups plug filter film fenestra.
As preferred scheme, described outer barrel component is fixedly connected with protective cover, described protective cover is provided with intake antrum and water chamber, described water inlet pipe is inserted in described protective cover and is communicated with described intake antrum, described outlet pipe is inserted in described protective cover and is communicated with described water chamber, described water inlet pipe and described outlet pipe are respectively equipped with the limiting section radially outward stretched out, and described limiting section abuts with described protective cover.Facilitate the installation of water inlet pipe and outlet pipe to locate, avoid water inlet pipe and outlet pipe to damage.
In addition, the utility model additionally provides a kind of washing machine, comprise control block, water system, detergent box and steel ladle, described control block is provided with the washing machine water treating apparatus with water purification function described in above-mentioned arbitrary technical scheme, described water system is connected with described first inlet opening, and described first apopore is connected with described detergent box and/or described steel ladle.Water system, to the water inlet of washing machine water treating apparatus, is intake remove the impurity such as iron rust, silt and chlorine residue in washing machine water treating apparatus after and is entered detergent box and/or steel ladle, improves laundry quality.
After adopting technique scheme, the utility model tool has the following advantages: water inlet is successively through the first inlet opening, single filter chamber, cascade filtration chamber and the first apopore, be discharged to the miscellaneous part of washing machine again, such as detergent box, because the glide path of water inlet is unique, can ensure that water inlet successively flows through single filter chamber and cascade filtration chamber, the iron rust in water inlet effectively can be adsorbed in single filter chamber, the impurity such as silt and chlorine residue, when water inlet flows into single filter chamber, filter medium is wherein subject to impact and is formed with powder, the powder of filter medium is along with water inlet inflow cascade filtration chamber, cascade filtration chamber is not only used for retaining the solia particle that can not be filtered by single filter chamber in water, also be used for retaining the powder of filter medium, thus ensure the pollutant eliminated before the miscellaneous part entering washing machine in water of intaking, structure is simple, use also very convenient, user need not make any operation.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the scheme of installation of washing machine water treating apparatus in the utility model;
Fig. 2 is the axial sectional view of washing machine water treating apparatus in Fig. 1;
Fig. 3 is the disassembly diagram of washing machine water treating apparatus in Fig. 1;
Fig. 4 is the cut-away view in Fig. 3 after the assembling of inner cap, top cylinder, filter membrane and doffing;
Fig. 5 is the axonometric drawing of inner cap in Fig. 4;
Fig. 6 is the axonometric drawing of top cylinder in Fig. 4;
Fig. 7 is the axonometric drawing of doffing in Fig. 4.
Detailed description of the invention
Embodiment one:
As shown in Figures 1 to 4, present embodiments provide a kind of washing machine water treating apparatus B with water purification function, comprise interior cartridge module and outer barrel component, interior cartridge module is fixedly connected on outer barrel component inside, outer barrel component has the first inlet opening 230, first apopore 240 and urceolus chamber 20, interior cartridge module has the second inlet opening 140, second apopore 120 and inner core chamber 10, first inlet opening 230 is communicated with the second inlet opening 140, second inlet opening 140 is communicated with inner core chamber 10, inner core chamber 10 is communicated with the second apopore 120, second apopore 120 is communicated with the first apopore 240, water inlet successively flows through the first inlet opening 230, second inlet opening 140, inner core chamber 10, second apopore 120 and the first apopore 240, inner core chamber 10 is filtration channel, single filter chamber and cascade filtration chamber is provided with successively along water (flow) direction in inner core chamber 10, single filter chamber is for adsorbing the impurity in water inlet, cascade filtration chamber is for retaining from the impurity the water of described single filter chamber outflow.Usually in single filter chamber, single filter medium 4 is filled during actual use, cascade filtration medium 5 is installed in cascade filtration chamber, single filter medium 4 is accumulation medium, such as active carbon, mainly iron rust in absorption water inlet, the impurity such as silt and chlorine residue, cascade filtration medium 5 is braided material or porous solid, such as filter membrane, impurity from the water that single filter chamber is flowed out mainly single filter medium 4 is impacted the solia particle that can not be filtered by single filter chamber in the powder and water inlet formed by water inlet, filter membrane mainly retains this partial impurities, finally guarantee in the water inlet after washing machine water treating apparatus B process without iron rust, silt, the impurity such as chlorine residue and single filter medium 4 powder.
The structure of first composition graphs 1 to Fig. 3 to outer barrel component is described, outer barrel component comprises urceolus 21 and enclosing cover 22, the open top of urceolus 21, enclosing cover 22 is detachably connected on the top of urceolus 21, such as, be threaded, buckle connection etc., like this, enclosing cover 22 is dismantled and rear interior cartridge module is put into urceolus 21, then enclosing cover 22 is installed back on urceolus 21, can realize the installation of interior cartridge module and outer barrel component, easy to operate, also can carry out the replacing of interior cartridge module after inner core component failures.In order to avoid water overflows between enclosing cover 22 and urceolus 21, enclosing cover 22 is installed to after on urceolus 21 and urceolus 21 is sealed and matched, enclosing cover 22 is provided with the 3rd cannelure 222, the 3rd sealing ring 33 is provided with in 3rd cannelure 222, the top of urceolus 21 withstands on the 3rd sealing ring 33, the 3rd cannelure 222 and the 3rd sealing ring 33 can certainly be located on the upper end of urceolus 21.Washing machine water treating apparatus B is subject to the restriction of surrounding structure when installing, the mode of water inlet, bottom water outlet bottom usual employing, water inlet pipe 23 and outlet pipe 24 are arranged on the diapire of urceolus 21, the position of certain water inlet pipe 23 and outlet pipe 24 can change according to actual conditions, the modes such as such as bottom water inlet, top water outlet or top water inlet, bottom water outlet.The diapire that water inlet pipe 23 and outlet pipe 24 are inserted into urceolus 21 is sealed and matched with urceolus 21, the outer wall of water inlet pipe 23 is provided with the first cannelure 231, the first sealing ring 31 is provided with in first cannelure 231, lateral wall and the urceolus 21 of the first sealing ring 31 are fitted, can certainly the first cannelure 231 and the first sealing ring 31 be located on urceolus 21, being sealed and matched with reference to water inlet pipe 23 and urceolus 21 that be sealed and matched of outlet pipe 24 and urceolus 21, first inlet opening 230 is the pore of water inlet pipe 23, first apopore 240 is the pore of outlet pipe 24, certain water inlet pipe 23 and outlet pipe 24 also can be one-body molded with urceolus 21.
In order to realize the protection to water inlet pipe 23 and outlet pipe 24, outer barrel component is fixedly connected with protective cover 6, protective cover 6 is connected with urceolus 2 by screw, the outer bottom of protective cover 6 and urceolus 2 is respectively equipped with the screw hole 63 for mounting screw, protective cover 6 is provided with intake antrum 61 and water chamber 62, water inlet pipe 23 is inserted in protective cover 6 and is communicated with intake antrum 61, outlet pipe 24 is inserted in protective cover 6 and is communicated with water chamber 62, water inlet pipe 23 and outlet pipe 24 are respectively equipped with the location division 64 of radially outward stretching out, location division 64 abuts with protective cover 6, location division 64 realizes protective cover 6 and water inlet pipe 23 with coordinating of screw, the firm installation of outlet pipe 24.In addition, because the glide path of intaking in washing machine water treating apparatus B is unique, so washing machine water treating apparatus B seal is very good, but can cause forming draught head between washing machine water treating apparatus B and external component, in order to address this problem, urceolus is provided with passage 71, is fitted with steam hose 7 in passage 71.
Then the structure of interior cartridge module is seen from Fig. 2 to Fig. 4, because single filter medium 4 piles up, and cascade filtration medium 5 with fenestra, water is filtered, impurities in water is retained, when single filter medium 4 and cascade filtration medium 5 are located in same filter chamber, single filter medium 4 can block the fenestra of cascade filtration medium 5, hinder the filtration of water, so arrange single filter chamber and two, the cascade filtration chamber filter chamber separated in interior cartridge module, single filter medium 4 is filled in single filter chamber, cascade filtration medium 5 is installed in cascade filtration chamber, in the present embodiment, interior cartridge module comprises top cylinder 11, doffing 12 and inner cap 13, the open top of top cylinder 11, inner cap 13 capping is uncovered, doffing 12 is fixedly connected on the bottom of top cylinder 11, certain top cylinder 11 and doffing 12 also can be integrated formed structures, top cylinder 11 has top cylinder chamber 101, doffing 12 has doffing chamber 102, single filter chamber is top cylinder chamber 101, cascade filtration chamber is doffing chamber 102, dividing plate 17 is provided with between top cylinder chamber 101 and doffing chamber 102, dividing plate 17 is located on top cylinder 11, certain dividing plate 17 also can be located on doffing 12, dividing plate 17 is provided with the 3rd apopore 110, top cylinder chamber 101 is communicated with doffing chamber 102 by the 3rd apopore 110, the aperture of the 3rd apopore 110 is less than the particle diameter of active carbon, like this, single filter medium 4 is intercepted water inlet in top cylinder 11 by dividing plate 17 and flows into doffing chamber 102 after flowing through the 3rd apopore 110 by deadweight downwards by top cylinder chamber 101.The shape of the 3rd apopore 110 is except circular hole, outside the regular shapes such as square hole, also can be as shown in Figure 4, be set to circular arc strip, and arrange from the bottom center of dividing plate 17 to circumferential edge, because the diameter of circular hole must be less than the particle diameter of single filter medium 4, and the width of circular arc strip is less than the particle diameter of single filter medium 4, length is not requirement but, so on identical area (bottom surface of dividing plate 17), compare borehole structure, the water-outlet area of the 3rd apopore 110 of circular arc list structure can do more, easier water outlet, and processing number of times reduces, processing technology is also relatively simpler.
The lower prop 141 be tightly connected with water inlet pipe 23 is provided with in doffing 12, the column body 142 be tightly connected with lower prop 141 is provided with in top cylinder 11, second inlet opening 140 is located in column body 142, column body 142 is run through along the axis of column body 142 in second inlet opening 140, the port of export of certain second inlet opening 140 also can be located on the sidewall of column body 142, and the upper end closed of column body 142, lower prop 141 is provided with the intercommunicating pore 143 be communicated with the second inlet opening 140 the first inlet opening 230, and intercommunicating pore 143 is arranged with reference to the second inlet opening 140.The concrete structure that water inlet pipe 23 and lower prop 141 are tightly connected is, the top of water inlet pipe 23 is inserted in intercommunicating pore 143, also can be that the bottom of lower prop 141 is inserted in the first inlet opening 230, being sealed and matched with reference to water inlet pipe 23 and urceolus 21 that be sealed and matched of water inlet pipe 23 and lower prop 141, lower prop 141 is tightly connected with column body 142, and direct reference water inlet pipe 23 is tightly connected with lower prop 141, such setting achieves bottom water inlet, ensure that the glide path into water is unique, also achieve the location of interior cartridge module.Because interior cartridge module relative water inlet pipe 23 radial direction easily causes the damage of both junctions when rocking, so the lateral wall of interior cartridge module is provided with positioning bar 112, in the present embodiment, positioning bar 112 is located on the lateral wall of top cylinder 11, positioning bar 112 is connected on the madial wall of urceolus 2, strengthens the circumferential stability of interior cartridge module with this.
Container cavity 103 is formed between inner cap 13 and enclosing cover 22, column body 142 is upward through inner cap 13 and stretches in container cavity 103, inner cap 13 is provided with the 3rd inlet opening 130, 3rd inlet opening 130 is arranged with reference to the 3rd apopore 110, see Fig. 5, container cavity 103 is communicated with top cylinder chamber 101 by the 3rd inlet opening 130, such water flows out from the second inlet opening 140, flow to container cavity 103, enter in top cylinder chamber 101 through the 3rd inlet opening 130 again, while inner cap 13 prevents single filter medium 4 from dropping out ensure column 14 all the time higher than single filter medium 4 to make full use of single filter medium 4, certain column body 142 also can not pass inner cap 13, only part primary filter medium 4 may higher than column body 142 or similar high with column body 142, the part that against outer barrel component in this part single filter medium 4 just fully can not adsorb the impurity in water inlet, single filter medium 4 can not be fully used, utilization rate is lower.In order to avoid the water in container cavity 103 flows out between interior cartridge module and enclosing cover 22, enclosing cover 11 is connected to enclosing cover 22 after on urceolus 21 and coordinates with inner core component sealing, encapsulation process can be carried out respectively to enclosing cover 22 and inner cap 13, top cylinder 11 and inner cap 13 and enclosing cover 22 and top cylinder 11, encapsulation process is carried out both can certainly selecting wherein, only can also carry out encapsulation process to enclosing cover 22 and top cylinder 11, the present embodiment has carried out encapsulation process to enclosing cover 22 and inner cap 13 and top cylinder 11 and inner cap 13.
The upper surface of inner cap 13 is provided with the second cannelure 131, the second sealing ring 32 is provided with in second cannelure 131, enclosing cover 22 is provided with the limit rib 221 stretched in the second cannelure 131, limit rib 221 is against on the second sealing ring 32, limit rib 221 also can not stretch in the second cannelure 131, even also can cancel the setting of limit rib 221, only need ensure that enclosing cover 22 is installed to enclosing cover 22 and the second sealing ring 32 after on urceolus 21 and fits, while realizing sealing, also internal cartridge module has carried out axial location, can also the second cannelure 131 and the second sealing ring 32 be arranged on enclosing cover 22, and limit rib 221 is arranged on inner cap 13, top cylinder 11 and inner cap 13 can adopt welding to realize being sealed and matched, also can arrange with reference to water inlet pipe 23 and being sealed and matched of urceolus 21, the present embodiment adopts the former.
Shown in composition graphs 6 and Fig. 7, doffing 12 is fixedly connected on bottom top cylinder 11 by rotary buckle structure, rotary buckle structure comprises the projection 15 be located on doffing 12 madial wall and the groove 16 be located on top cylinder 11 lateral wall, groove 16 has the axial extension 161 axially snapped in for protruding 15 and the circumferential extensions 162 snapped in for protruding 15 circumferences, axial extension 161 is arranged and formation opening down along the lower limb of top cylinder 11, the lower limb of circumferential extensions 162 is higher than the lower limb of top cylinder 11, part on top cylinder 11 between circumferential extensions 162 and the lower limb of top cylinder 11 is limiting section 163, axial extension 161 is communicated with circumferential extensions 162, during installation, top cylinder 11 is inserted in doffing 12 and makes protruding 15 to snap in axial extension 161 by the first axis along interior cartridge module, making doffing 12 rotate relative to top cylinder 11 again makes protruding 15 to snap in circumferential extensions 162, projection 15 and the limiting section 163 spacing connection realizing top cylinder 11 and doffing 12 mutually.In addition, also can be that on protruding 15 lateral walls being arranged on doffing 12, groove 16 is arranged on the madial wall of top cylinder 11, can also be protruding 15 be arranged on top cylinder 11 that groove 16 is arranged on doffing 12.Certain doffing 12 is threaded with also can adopting between top cylinder 11.
Second apopore 120 is arranged on the sidewall of doffing 12, in order to improve filter efficiency, the sidewall of doffing 12 is latticed, second apopore 120 is the mesh on doffing 12 sidewall, to guarantee when second apopore 120 is set that the water yield of the second apopore 120 is not less than the inflow of the second inlet opening 140, the fenestral fabric of doffing 12 sidewall makes doffing 12 inconvenience directly be connected with outlet pipe 24 in addition, so leave gap (urceolus chamber 20) between doffing 12 and urceolus 21, doffing chamber 102 is communicated with urceolus chamber 20 by the second apopore 120, water flows into outlet pipe 24 again after the second apopore 120 flows to urceolus chamber 20.Second apopore 120 covers by the madial wall that cascade filtration medium 5 is arranged on doffing 12, the outer bottom of top cylinder 11 is provided with locating slot 113, the inner bottom surface of doffing 12 is provided with lower locating slot 121, the upper end of cascade filtration medium 5 is positioned in locating slot 113, lower end is positioned in lower locating slot 121, thus could flow out from the second apopore 120 after making water filter cascade filtration medium 5.Above-mentioned second apopore 120 also can be arranged on the diapire of doffing 12, cascade filtration medium 5 covers on the diapire of doffing 12, for which, the fenestra of cascade filtration medium 5 can be blocked downwards after being deposited by single filter medium 4 powder that cascade filtration medium 5 is trapped in doffing chamber 102, affect the outflow of water.In addition, cascade filtration medium 5 also can be arranged on the outer wall of doffing 12, but installs loaded down with trivial details, and cascade filtration medium 5 is fragile.In addition, because when the outer bottom of doffing 12 contacts with the inner bottom surface of urceolus 21 or gap is very little, water easily infiltrates and is trapped in gap between the two, of long duration easily cause bacteria breed, so the outer bottom of doffing 12 is provided with leg 122.
Water purification route is entered as follows in the present embodiment, water flows into from the first inlet opening 230, through intercommunicating pore 143, second inlet opening 140, container cavity 103 and the 3rd inlet opening 130, flow into top cylinder chamber 101, iron rust in water inlet is adsorbed through single filter medium 4, the impurity such as silt and chlorine residue, then through the 3rd apopore 110, flow into doffing chamber 102, cascade filtration medium 5 powder in cascade filtration medium 5 trap water, then urceolus chamber 20 is flowed into from the second apopore 120, finally flow out from the first apopore 240, enter water purification route unique, ensure that water inlet can fully purify.
In above-described embodiment, as long as the height of column body 142 and top cylinder 11 is enough, the setting of inner cap 13 can be cancelled, equally, as long as the height of urceolus 21 is enough, also can cancel the setting of enclosing cover 22.And except vertically picking and placeing interior cartridge module, also can tilt to pick and place interior cartridge module in relative level direction, or level picks and places interior cartridge module.
Embodiment two:
As shown in Figure 1 to Figure 3, the present embodiment provides a kind of washing machine, comprise control block, water system A, detergent box C and steel ladle (not shown in FIG.), control block is provided with the washing machine water treating apparatus B with water purification function in above-described embodiment, general control seat is positioned between urceolus 2 and protective cover 6, screw realizes urceolus 2 after completing assembling through protective cover 6 and urceolus 2, control block and this three of protective cover 6 are fastenedly connected, water system A is connected with first inlet opening 230 of washing machine water treating apparatus B, first apopore 240 of washing machine water treating apparatus B is connected with detergent box C, in the present embodiment, water system A is connected with water inlet pipe 23 by water supply hose 8, water supply hose 8 is communicated with intake antrum 61 through protective cover 6, detergent box C is connected with outlet pipe 24 by delivery hose 9, delivery hose 9 is communicated with water chamber 62 through protective cover 6, in addition, steam hose 7 is connected with between urceolus 21 and detergent box C.In addition, first apopore 240 of washing machine water treating apparatus B also can be connected with steel ladle, and directly to steel ladle water inlet, first apopore 240 of washing machine water treating apparatus B also can be connected with detergent box C, steel ladle simultaneously.
Except above preferred embodiment, the utility model also has other embodiment, those skilled in the art can make various change and distortion according to the utility model, only otherwise depart from spirit of the present utility model, all should belong to the scope defined in the utility model claims.
Claims (10)
1. one kind has the washing machine water treating apparatus of water purification function, described washing machine water treating apparatus has the first inlet opening, filtration channel and the first apopore, it is characterized in that: in described filtration channel, be provided with single filter chamber and cascade filtration chamber successively along water (flow) direction, described first inlet opening is communicated with described single filter chamber, described single filter chamber is communicated with described cascade filtration chamber, described cascade filtration chamber is communicated with described first apopore, described single filter chamber is for adsorbing the impurity in water inlet, described cascade filtration chamber is for retaining from the impurity the water of described single filter chamber outflow.
2. the washing machine water treating apparatus with water purification function according to claim 1, it is characterized in that: described washing machine water treating apparatus comprises interior cartridge module, described interior cartridge module comprises top cylinder and doffing, described doffing is fixedly connected on bottom described top cylinder, described top cylinder has top cylinder chamber, described doffing has doffing chamber, described single filter chamber is described top cylinder chamber, described cascade filtration chamber is described doffing chamber, dividing plate is provided with between described top cylinder chamber and described doffing chamber, described dividing plate is provided with the 3rd apopore, described top cylinder chamber is communicated with described doffing chamber by described 3rd apopore.
3. the washing machine water treating apparatus with water purification function according to claim 2, it is characterized in that: described top cylinder and described doffing are by rotary buckle anatomical connectivity, described rotary buckle structure comprises projection and groove, described groove has for described snag axis to the axial extension snapped in and the circumferential extensions snapped in for described protruding circumference, described axial extension is communicated with described circumferential extensions, and in described projection and described groove, wherein one is located on described top cylinder, another one is located on described doffing.
4. the washing machine water treating apparatus with water purification function according to Claims 2 or 3, it is characterized in that: described washing machine water treating apparatus comprises outer barrel component, described interior cartridge module is fixedly connected on the inside of described outer barrel component, described first inlet opening and described first apopore are located in described outer barrel component, described top cylinder has the second inlet opening, described doffing has intercommunicating pore and the second apopore, described first inlet opening is communicated with described second inlet opening by described intercommunicating pore, described second inlet opening is communicated with described top cylinder chamber, described second apopore is communicated with described first apopore, water flows into from described first inlet opening, successively through described intercommunicating pore, described second inlet opening, described top cylinder chamber, described 3rd apopore, described doffing chamber and described second apopore, flow out from described first apopore.
5. the washing machine water treating apparatus with water purification function according to claim 4, it is characterized in that: described outer barrel component comprises urceolus and enclosing cover, the open top of described urceolus, described enclosing cover is detachably connected on the top of described urceolus, and described enclosing cover is connected to described enclosing cover after on described urceolus and coordinates with described inner core component sealing.
6. the washing machine water treating apparatus with water purification function according to claim 4, it is characterized in that: described outer barrel component is provided with water inlet pipe and outlet pipe, described first inlet opening is the pore of described water inlet pipe, described first apopore is the pore of described outlet pipe, the lower prop be tightly connected with described water inlet pipe is provided with in described doffing, the column body be tightly connected with described lower prop is provided with in described top cylinder, described second inlet opening is located in described column body, and described intercommunicating pore is located on described lower prop.
7. the washing machine water treating apparatus with water purification function according to claim 6, it is characterized in that: the open top of described top cylinder, described interior cartridge module comprises the uncovered inner cap of capping, described inner cap and described top cylinder are sealed and matched, the upper end of described inner cap is provided with the second cannelure, the first sealing ring is provided with in described second cannelure, the limit rib stretched in described second cannelure is covered with outside described, described limit rib is connected on described first sealing ring, container cavity is formed between described inner cap and described enclosing cover, described column body is upward through described inner cap and stretches in described container cavity, described second inlet opening is communicated with described container cavity, cover in described and be provided with the 3rd inlet opening, described container cavity is communicated with described top cylinder chamber by described 3rd inlet opening.
8. the washing machine water treating apparatus with water purification function according to claim 4, it is characterized in that: described second apopore is located on the sidewall of described doffing, the madial wall of described doffing is provided with the filter membrane covered by described second apopore, the outer bottom of described top cylinder is provided with locating slot, the inner bottom surface of described doffing is provided with lower locating slot, and the upper end of described filter membrane is positioned in described upper locating slot, lower end is positioned in described lower locating slot.
9. the washing machine water treating apparatus with water purification function according to claim 6, it is characterized in that: described outer barrel component is fixedly connected with protective cover, described protective cover is provided with intake antrum and water chamber, described water inlet pipe is inserted in described protective cover and is communicated with described intake antrum, described outlet pipe is inserted in described protective cover and is communicated with described water chamber, described water inlet pipe and described outlet pipe are respectively equipped with the limiting section radially outward stretched out, and described limiting section abuts with described protective cover.
10. a washing machine, comprise control block, water system, detergent box and steel ladle, it is characterized in that: described control block is provided with the arbitrary described washing machine water treating apparatus with water purification function of claim 1 to 9, described water system is connected with described first inlet opening, and described first apopore is connected with described detergent box and/or described steel ladle.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520700242.1U CN205024471U (en) | 2015-09-10 | 2015-09-10 | Washing machine water treatment facilities and washing machine with water purification function |
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| CN201520700242.1U CN205024471U (en) | 2015-09-10 | 2015-09-10 | Washing machine water treatment facilities and washing machine with water purification function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017185989A1 (en) * | 2016-04-26 | 2017-11-02 | 青岛海尔洗衣机有限公司 | Add-on water treatment device and washing machine including same |
| CN108570828A (en) * | 2017-03-08 | 2018-09-25 | 青岛海尔滚筒洗衣机有限公司 | A kind of water sink and washing machine |
-
2015
- 2015-09-10 CN CN201520700242.1U patent/CN205024471U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017185989A1 (en) * | 2016-04-26 | 2017-11-02 | 青岛海尔洗衣机有限公司 | Add-on water treatment device and washing machine including same |
| CN107313215A (en) * | 2016-04-26 | 2017-11-03 | 青岛海尔洗衣机有限公司 | It is a kind of to carry additionally the water treatment facilities that uses and the washing machine with this device |
| CN107313215B (en) * | 2016-04-26 | 2019-11-05 | 青岛海尔洗衣机有限公司 | It is a kind of to carry additionally the water treatment facilities used and the washing machine with this device |
| CN108570828A (en) * | 2017-03-08 | 2018-09-25 | 青岛海尔滚筒洗衣机有限公司 | A kind of water sink and washing machine |
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Effective date of registration: 20210121 Address after: 310018 No.2, Songqiao street, Hangzhou Economic and Technological Development Zone, Hangzhou City, Zhejiang Province Patentee after: PANASONIC HOME APPLIANCES (CHINA) Co.,Ltd. Patentee after: Hangzhou Matsushita Household Appliances Co.,Ltd. Address before: 310018 3-A, No. 6 Songqiao Street, Hangzhou Economic and Technological Development Zone, Zhejiang Province Patentee before: PANASONIC HOME APPLIANCES R&D CENTER (HANGZHOU) Co.,Ltd. Patentee before: Hangzhou Matsushita Household Appliances Co.,Ltd. |