CN205134025U - Detergent cartridge assembly and washing machine - Google Patents
Detergent cartridge assembly and washing machine Download PDFInfo
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- CN205134025U CN205134025U CN201520668869.3U CN201520668869U CN205134025U CN 205134025 U CN205134025 U CN 205134025U CN 201520668869 U CN201520668869 U CN 201520668869U CN 205134025 U CN205134025 U CN 205134025U
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Abstract
The utility model discloses a detergent cartridge assembly and washing machine, this detergent cartridge assembly include the box body subassembly, and the box body subassembly is formed with water inlet, first intake chamber, puts in the first cavity of detergent, and first intake chamber and water inlet intercommunication, first intake chamber have the first water conservancy diversion hole in the leading -in first cavity of the circumference inner wall of following first cavity with intaking of water inlet, first liquid outlet has been seted up on the locular wall of first cavity. The utility model discloses a to wait to get into interior detergent of washing machine washtub and water fully dilution, misce bene to can improve washing performance.
Description
Technical field
The utility model relates to washing machine field, particularly relates to a kind of box component for washing agent and washing machine.
Background technology
At present, the interpolation of washing machine detergent is mainly by manually directly putting into washtub.But the addition manner of this washing agent is easy to cause the washing agent entered in tub of washing machine can not spread evenly, particularly Solid detergent is easily piled into block and is wrapped in clothing, and occurs the situation that washing agent local concentration is too high.Like this, the too high position of detergent concentration easily occurs that clothing is corroded, bleaching etc. damages clothing phenomenon, and the lower position of detergent concentration occurs the situation that spot is residual finally seriously reducing the clean result of washing machine.
Utility model content
Main purpose of the present utility model is to provide a kind of box component for washing agent, is intended to realize the washing agent in tub of washing machine to be entered to mix with water, improves clean result.
For achieving the above object, the utility model provides a kind of box component for washing agent, this box component for washing agent comprises box component, described box component is formed with the first chamber of water inlet, the first intake chamber, putting detergent, described first intake chamber is communicated with described water inlet, and described first intake chamber has the water inlet of described water inlet along the first pod apertures in described first chamber of inner circumferential wall importing of described first chamber; The locular wall of described first chamber offers the first liquid outlet.
Preferably, described first chamber is for throwing in Solid detergent; Described box component is also formed with the second chamber, the second intake chamber, water outlet chamber and siphon pipe for throwing in liquid detergent, described second intake chamber is communicated with described water inlet, and described second intake chamber has the water inlet of described water inlet along the second pod apertures in described second chamber of inner circumferential wall importing of described second chamber; Described siphon pipe is located in described second chamber, and described siphonal water inlet end is positioned at the bottom of described second chamber, described siphonal water side and described water outlet chamber; Described water outlet chamber also by described first liquid outlet and described first chamber, the locular wall of described water outlet chamber offers the second liquid outlet.
Preferably, described box component comprises upper cartridge body, middle box body, lower box body, described middle box body is formed with described first chamber and the second chamber, and described first chamber and the second chamber have the dispensing port being opened in described middle box body top, to throw in corresponding Solid detergent and liquid detergent; Described upper cartridge body is located at the top of described middle box body, and described lower box body is located at the bottom of described middle box body; Described upper cartridge body coordinates with described middle box body and forms described first intake chamber and the second intake chamber, described lower box body coordinates with described middle box body and forms described water outlet chamber, described first liquid outlet is located on described middle box body, and described second liquid outlet is located on described lower box body; The position of the corresponding dispensing port of described first chamber of described upper cartridge body and the dispensing port of the second chamber is provided with the opening mated with described dispensing port size.
Preferably, the top of described middle box body is provided with lower seal muscle, the first annular muscle, the second annular muscle, the dispensing port of the first chamber described in described first annular muscle ring is arranged, the dispensing port of the second chamber described in described second annular muscle ring is arranged, and described first annular muscle and the second annular muscle are positioned at described lower seal muscle; The position of the corresponding described lower seal muscle of described upper cartridge body is provided with the upper sealed muscle be tightly connected with described lower seal muscle, described upper cartridge body is also provided with arrange ringwise first turn over water muscle and second and turn over water muscle; Described first turns over water muscle inserts between described lower seal muscle and the first annular muscle, surrounds described first intake chamber to coordinate with described upper cartridge body, middle box body, lower seal muscle, upper sealed muscle and the first annular muscle; Described first turns between water muscle and described first annular muscle and forms described first pod apertures; Described second turns over water muscle inserts between described lower seal muscle and the second annular muscle, surrounds described second intake chamber to coordinate with described upper cartridge body, middle box body, lower seal muscle, upper sealed muscle and the second annular muscle; Described second turns between water muscle and described second annular muscle and forms described second pod apertures.
Preferably, the top of described middle box body is provided with the 3rd annular muscle, the 4th annular muscle, described 3rd annular muscle is located at described lower seal muscle and described first and is turned between water muscle, and described 3rd annular muscle and described first turns over water muscle and coordinates the first cannelure being formed and be communicated with described first intake chamber and described first pod apertures; The height of projection of described 3rd annular muscle on described middle box body top is higher than the height of projection of described first annular muscle on described middle box body top, the described upper cartridge body and the lobe terminus of described 3rd annular muscle is not conflicted, to make described 3rd annular muscle and to form the connected entrance being communicated with described first intake chamber for described first cannelure between described upper cartridge body, described first turns over the connected entrance being formed between water muscle with described middle box body and be communicated with described first pod apertures for described first cannelure; Described 4th annular muscle is located at described upper sealed muscle and described second and is turned between water muscle, and described 4th annular muscle and described second turns over water muscle and coordinates the second cannelure being formed and be communicated with described second intake chamber and described second pod apertures; The height of projection of described 4th annular muscle on described middle box body top is higher than the height of projection of described second annular muscle on described middle box body top, the described upper cartridge body and the lobe terminus of described 4th annular muscle is not conflicted, to make described 4th annular muscle and to form the connected entrance being communicated with described second intake chamber for described second cannelure between described upper cartridge body, described second turns over the connected entrance being formed between water muscle with described middle box body and be communicated with described second pod apertures for described second cannelure.
Preferably, described siphon pipe comprises the fixed part be connected and fixed with described middle box body, the sleeve part be suspended in described second chamber, and the body be arranged in described second chamber, the first end that the bottom that described body has described second chamber is connected and fixed and the second end stretched in described sleeve part, the first end of described body and described water outlet chamber, to form described siphonal water side, the end of described sleeve near the bottom of described second chamber, to form described siphonal water inlet end.
Preferably, the sidewall of described second chamber is provided with the overfall being communicated with described water outlet chamber, the relative position distance between the bottom of described overfall and described second chamber is greater than the relative position distance between the second end of described body and the bottom of described second chamber.
Preferably, described middle box body is provided with the first flow-stopping plate, on described upper cartridge body, the position of corresponding described first flow-stopping plate is provided with the second flow-stopping plate, when described upper cartridge body is located on described middle box body, described first flow-stopping plate and described second flow-stopping plate connect as one, and are in the side of described water inlet towards described second intake chamber.
Preferably, the bottom of described water outlet chamber is provided with multiple flow distribution plate, described in each, flow distribution plate is spaced apart, forms the splitter box of the second liquid outlet of water outlet chamber described in the current deflecting for being flowed out by the delivery port of the delivery port of described first chamber or described second chamber described in adjacent two between flow distribution plate.
The utility model also provides a kind of washing machine, and this washing machine comprises box component for washing agent as above; This box component for washing agent comprises box component, described box component is formed with the first chamber of water inlet, the first intake chamber, putting detergent, described first intake chamber is communicated with described water inlet, and described first intake chamber has the water inlet of described water inlet along the first pod apertures in described first chamber of inner circumferential wall importing of described first chamber; The locular wall of described first chamber offers the first liquid outlet.
The utility model is by a kind of box component for washing agent of design, this box component for washing agent comprises box component, this box component is formed with the first chamber of water inlet, the first intake chamber, putting detergent, wherein, first intake chamber is communicated with described water inlet, and the first intake chamber has the water inlet of described water inlet along the first pod apertures in described first chamber of inner circumferential wall importing of described first chamber; The locular wall of the first chamber offers the first liquid outlet, when being installed on washing machine, the first liquid outlet of this box component for washing agent is towards the wash bucket of washing machine; When operating, current flow into the first intake chamber from water inlet, and through the first pod apertures, the inner circumferential wall of the current of intake chamber along the first chamber is imported in described first chamber, when current flow out from the first pod apertures, the surrounding sidewall of the first chamber is rinsed, and the washing agent in the first chamber is fully dissolved in the water, so, mix with water when just making washing agent in the washtub entering washing machine, thus when washing, improve clean result, and after having washed, washing agent also can not remain in clothing.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model box component for washing agent one embodiment;
Fig. 2 is the cross-sectional view along A1-A1 in Fig. 1;
Fig. 3 is the enlarged drawing of local B in Fig. 2;
Another visual angle figure that Fig. 4 is the box component for washing agent shown in Fig. 1;
Fig. 5 is the cross-sectional view along A2-A2 in Fig. 4;
Fig. 6 is the structural representation of box body middle in the box component for washing agent shown in Fig. 1;
Fig. 7 is the cross-sectional view along A3-A3 in Fig. 6;
Fig. 8 is the structural representation of upper cartridge body in the box component for washing agent shown in Fig. 1;
Another visual angle figure that Fig. 9 is the upper cartridge body shown in Fig. 7;
Figure 10 is the cross-sectional view along A4-A4 in Fig. 8;
Figure 11 is the structural representation of lower box body in the box component for washing agent shown in Fig. 1;
Figure 12 is the cross-sectional view along A5-A5 in Figure 11.
Drawing reference numeral illustrates:
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Be described further with regard to the technical solution of the utility model below in conjunction with drawings and the specific embodiments.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model provides a kind of box component for washing agent.
Referring to figs. 1 through Fig. 5, in the utility model one embodiment, this box component for washing agent comprises box component 10, described box component 10 is formed with the first chamber 103 of water inlet 101, first intake chamber 102, putting detergent, described first intake chamber 102 is communicated with described water inlet 101, and described first intake chamber 102 has the water inlet of described water inlet 101 along the first pod apertures 104 in described first chamber 103 of inner circumferential wall importing of described first chamber 103; The locular wall of described first chamber 103 offers the first liquid outlet 105.Wherein, water inlet 101 is for connecting the water inlet pipe of washing machine, during work, current flow in the first intake chamber 102 by water inlet pipe from water inlet 101, and fill whole first intake chamber 102, then flow out from the first pod apertures 104, then along the surrounding inwall Continuous Flow of the first chamber 103 to the bottom of the first chamber 103, finally flow out in the washtub of washing machine from the first liquid outlet 105, in this process, each corner washing away the first chamber 103 continuously of current " without dead angle ", avoid washing agent residual in the first chamber 103, and current are when Washing agent, washing agent can be made fully to be dissolved in the water, so, mix with water when just making washing agent in the washtub entering washing machine, thus when washing, improve clean result, and after having washed, washing agent also can not remain in clothing.
In the present embodiment, the first intake chamber 102 is arranged ringwise, can be straight-flanked ring, also can be circular rings.First pod apertures 104 also correspondence ringwise, to make the current of the first intake chamber 102 along the surrounding inwall Continuous Flow of the first chamber 103 to the bottom of the first chamber 103.
Above-mentioned first chamber 103 can be used for throwing in Solid detergent, also can be used for throwing in liquid detergent; Can certainly arrange one respectively for throwing in the chamber of Solid detergent and one for throwing in the chamber of liquid detergent, in a preferred embodiment, described first chamber 103 is for throwing in Solid detergent; Described box component 10 is also formed with the second chamber 201 for throwing in liquid detergent, and corresponding second chamber 201 is configured with the second intake chamber 202, water outlet chamber 203 and siphon pipe 204; Wherein, described second intake chamber 202 is communicated with described water inlet 101, and described second intake chamber 202 has the water inlet of described water inlet 101 along the second pod apertures (figure does not indicate) in described second chamber 201 of inner circumferential wall importing of described second chamber 201; Described siphon pipe 204 is located in described second chamber 201, and the water inlet end of described siphon pipe 204 is positioned at the bottom of described second chamber 201, and the water side of described siphon pipe 204 is communicated with described water outlet chamber 203; Described water outlet chamber 203 is also communicated with described first chamber 103 by the first liquid outlet 105 of described first chamber 103, the locular wall of described water outlet chamber 203 offers the second liquid outlet 205.Wherein, first liquid outlet 105 of the first chamber 103 is positioned in its inner circumferential wall, and the minimum water exit position of the first liquid outlet 105 is concordant with the diapire (bottom) of the first chamber 103, can both discharge with the water in the first chamber 103 and washing agent, wherein the first liquid outlet 105 arranges rectangular mouth, with make the water in the first chamber 103 and washing agent be waterfall type flow to water outlet chamber 203, Solid detergent is diluted again with water, mixes.
Be understandable that, in the preferred embodiment, second chamber 201 adopts the water intake mode same with the first chamber 103, namely realized the water inlet of described water inlet 101 along in described second chamber 201 of inner circumferential wall importing of described second chamber 201 by the second pod apertures, thus the liquid detergent in the second chamber 201 is fully mixed with water, and by siphon pipe 204, the water in second chamber 201 and washing agent are extracted in water outlet chamber 203 after mixing, after water outlet chamber 203 mixes further, flow out in the washtub of washing machine from the second liquid outlet 205 of water outlet chamber 203.Wherein, when the top of the water level in the second chamber 201 higher than siphon pipe 204, produce siphonage, and realize the water in the second chamber 201 and washing agent to extract in water outlet chamber 203.It should be noted that, the embodiment of the second intake chamber 202 and the second pod apertures and the first intake chamber 102 are with the embodiment of the first pod apertures 104 is consistent and the effect reached is also identical, the embodiment that can refer to the first intake chamber 102 and the first pod apertures 104 realizes, and repeats no more herein.
In the preferred embodiment, above-mentioned box component 10 can adopt following embodiment to realize, as Fig. 2, described box component 10 comprises upper cartridge body 10a, middle box body 10b, lower box body 10c, described middle box body 10b is formed with described first chamber 103 and the second chamber 201, described first chamber 103 and the second chamber 201 have the dispensing port being opened in described middle box body 10b top, to throw in corresponding Solid detergent and liquid detergent; Described upper cartridge body 10a is located at the top of described middle box body 10b, and described lower box body 10c is located at the bottom of described middle box body 10b; Described upper cartridge body 10a coordinates with described middle box body 10b and forms described first intake chamber 102 and the second intake chamber 202, described lower box body 10c coordinates with described middle box body 10b and forms described water outlet chamber 203, described first liquid outlet 105 is located on described middle box body 10b, and described second liquid outlet 205 is located on described lower box body 10c; The position of the corresponding dispensing port of described first chamber 103 of described upper cartridge body 10a and the dispensing port of the second chamber 201 is provided with the opening 1001 mated with described dispensing port size, as shown in Figure 8, so that putting detergent.
In this embodiment, as shown in FIG. 6 and 7, the top of described middle box body 10b is provided with the annular muscle 13 of lower seal muscle the 11, first annular muscle 12, second, the dispensing port of the first chamber 103 described in described first annular muscle 12 ring is arranged, the dispensing port of the second chamber 201 described in described second annular muscle 13 ring is arranged, and described first annular muscle 12 and the second annular muscle 13 are positioned at described lower seal muscle 11; The position of the corresponding described lower seal muscle 11 of described upper cartridge body 10a is provided with the upper sealed muscle 21 be tightly connected with described lower seal muscle 11, described upper cartridge body 10a is also provided with arrange ringwise first turn over water muscle 22 and second and turn over water muscle 23; Described first turns over water muscle 22 inserts between described lower seal muscle 11 and the first annular muscle 12, surrounds described first intake chamber 102 to coordinate with described upper cartridge body 10a, middle box body 10b, lower seal muscle 11, upper sealed muscle 21 and the first annular muscle 12; Described first turns between water muscle 22 and described first annular muscle 12 and forms described first pod apertures 104; Described second turns over water muscle 23 inserts between described lower seal muscle 11 and the second annular muscle 13, surrounds described second intake chamber 202 to coordinate with described upper cartridge body 10a, middle box body 10b, lower seal muscle 11, upper sealed muscle 21 and the second annular muscle 13; Described second turns between water muscle 23 and described second annular muscle 13 and forms described second pod apertures.Wherein, upper sealed muscle 21 and lower seal muscle 11 can adopt ultrasonic welding process integrally welded, to realize being tightly connected.The current that current in first intake chamber 102 enter in the first pod apertures 104, second intake chamber 202 from the first crack turned between water muscle 22 and middle box body 10b enter the second pod apertures from the second crack turned between water muscle 23 and middle box body 10b.This embodiment makes the water of the first intake chamber 102 flow out from the first pod apertures 104 by intake pressure, and the water of the second intake chamber 202 is flowed out from the second pod apertures.Wherein, the pore size of the first pod apertures 104 and the second pod apertures determines the water yield.The water yield size of the first pod apertures 104 realizes by specifically arranging the first crack size of turning over water muscle 22 and the first annular muscle 12, the water yield size of the second pod apertures realizes by specifically arranging the second crack size of turning between water muscle 23 and the second annular muscle 13, and when being arranged to suitable size, the current flowed out through the first pod apertures 104 and the second pod apertures can be made to produce spraying effect, and improve the rinse capability to washing agent.
Further, also with reference to Fig. 6 and Fig. 7, corresponding first chamber 103, the top of described middle box body 10b is provided with the 3rd annular muscle 14, described 3rd annular muscle 14 is located at described lower seal muscle 11 and described first and is turned between water muscle 22, and described 3rd annular muscle 14 and described first turns over water muscle 22 and coordinates the first cannelure 301 being formed and be communicated with described first intake chamber 102 and described first pod apertures 104; The height of projection of described 3rd annular muscle 14 on described middle box body 10b top is higher than the height of projection of described first annular muscle 12 on described middle box body 10b top, the described upper cartridge body 10a and the lobe terminus of described 3rd annular muscle 14 is not conflicted, to make described 3rd annular muscle 14 and to form the connected entrance being communicated with described first intake chamber 102 for described first cannelure 301 between described upper cartridge body 10a, described first turns over the connected entrance being formed between water muscle 22 with described middle box body 10b and be communicated with described first pod apertures 104 for described first cannelure 301.Wherein, adjust the size that the 3rd annular muscle 14 and first turns over the first cannelure 301 between water muscle 22, also the water yield of the first pod apertures 104 can be determined, and the 3rd annular muscle 14 turn over water muscle 22 and coordinate with first the length extending the first pod apertures 104, discharge pressure can be increased like this, the current being more prone to make to flow out through the first pod apertures 104 produce spraying effect, and improve developing result.
Same, corresponding second chamber 201, the top of described middle box body 10b is provided with the 4th annular muscle 15,4th annular muscle 15 is located at sealed muscle 21 and second and is turned over embodiment between water muscle 23 and the 3rd annular muscle 14 to be located at lower seal muscle 11 the same with the first embodiment turned between water muscle 22, and the effect reached too, the embodiment that can refer to the 4th annular muscle 15 realizes, and repeats no more herein.
Based on above-described embodiment, further, with reference to Fig. 7 to Figure 10, upper cartridge body 10a is also provided with the first water fender 31 arranged ringwise and the second water fender 32 arranged ringwise, wherein, the first water fender 31 is positioned at described first and turns over water muscle 22, and stretch in described first chamber 103, for the inwall of current deflecting first chamber 103 the second pod apertures sprayed out, what current were concentrated more rinses the inwall of the first chamber 103, reduces the residual of washing agent in the first chamber 103.Wherein, the second water fender 32 is consistent with the embodiment of the first water fender 31, and the effect reached is also identical, repeats no more herein.
Be understandable that, above-mentioned siphon pipe 204 can adopt and realize the fluid discharge in the second chamber 201 to the structure in water outlet chamber 203 arbitrarily, such as, in this preferred embodiment, the following structure of concrete employing realizes: siphon pipe 204 comprises the fixed part 2041 be connected and fixed with described middle box body 10b, be suspended at the sleeve part 2042 in described second chamber 201, and the body 2043 be arranged in described second chamber 201, the first end that the bottom that described body has described second chamber 201 is connected and fixed and the second end stretched in described sleeve part 2042, the first end of described body 2043 is communicated with described water outlet chamber 203, to form the water side of described siphon pipe 204, the end of described sleeve part 2042 is near the bottom of described second chamber 201, to form the water inlet end of described siphon pipe 204.In this embodiment, first rinsed by the inwall of current to the second chamber 201, liquid detergent is fully mixed with water, in the second chamber 201 during second end position of water level higher than body 2043, produce siphonic effect, current enter through the end of sleeve part 2042, and flow to water outlet chamber 203 through the second end of body 2043, first end successively.
Further, the sidewall of described second chamber 201 is provided with the overfall 401 being communicated with described water outlet chamber 203, as shown in Figure 7, the second end that between the bottom of described overfall 401 and described second chamber 201, relative position distance is greater than described body to described second chamber 201 bottom between relative position distance.Should be understood that, when the water intake velocity of the second chamber 201 is greater than the drainage speed of siphon pipe 204, the water level in the second chamber 201 can raise gradually, and the present embodiment can discharge the water in the second chamber 201 in time by arranging overfall 401.
Further, described water inlet 101 place is provided with the flow dividing structure shunted of intaking, described flow dividing structure comprises the second flow-stopping plate 42 be located at and described middle box body 10b be provided with the first flow-stopping plate 41 and be located on described upper cartridge body 10a, after upper cartridge body 10a and middle box body 10b installs, described first flow-stopping plate 41 and the second flow-stopping plate 42 connect as one, and are in the side of described water inlet 101 towards described second intake chamber 202.Understandablely be, Solid detergent comparatively liquid detergent compares and is difficult to be dissolved in the water, therefore, need the more water yield, by the first flow-stopping plate 41 and the second flow-stopping plate 42 are arranged on the side of water inlet 101 towards the second intake chamber 202 in the present embodiment, can make the water inlet of water inlet 101 more be directed to the first intake chamber 102.Wherein, the first flow-stopping plate 41 and the second flow-stopping plate 42 can be straight plate or arc, and when being wherein arc, its arc-shaped concave, can by water inlet major part guiding the first intake chamber 102 towards the side of described water inlet 101.
In this embodiment, described middle box body 10b is also provided with third gear stream plate 43 further, on described upper cartridge body 10a, the position of corresponding described third gear stream plate 43 is provided with fourth gear stream plate 44, after installation, described third gear stream plate 43 and fourth gear stream plate 44 connect as one, and are positioned at described second intake chamber 202 and are close to the side of described first flow-stopping plate 41 or the second flow-stopping plate 42 described water inlet 101 dorsad.It should be noted that, first intake chamber 102 and the second intake chamber 202 have one section of public cell body, second flow-stopping plate 42 is for stopping that a part flows into the current in the second intake chamber 202, to ensure that the water yield of this section of public groove endosome can meet the water requirements of the first chamber 103 and the second chamber 201.
Further, with reference to Figure 11 and Figure 12, the bottom of described water outlet chamber 203 is provided with multiple flow distribution plate 51, described in each, flow distribution plate 51 is spaced apart, forms the splitter box 52 of the delivery port of water outlet chamber 203 described in the current deflecting for being flowed out by the delivery port of the delivery port of described first chamber 103 or described second chamber 201 described in adjacent two between flow distribution plate 51; This splitter box 52 becomes large gradually by the one end near the delivery port of the first chamber 103 or the delivery port of described second chamber 201.In this embodiment, multiple flow distribution plate 51 had both played certain guide functions, can make again to enter to the water in this water outlet chamber 203 and washing agent impact flow distribution plate 51, washing agent is better diluted with water, mixes, and then improve clean result.
Further, composition graphs 4 and Figure 12, realize being connected and fixed by arbitrary mode between middle box body 10b and lower box body 10a, buckle structure is adopted to connect in a preferred embodiment, wherein middle box body 10b is provided with the plate-like piece of side with boss 61, lower box body 10a is provided with button hole 62, when central box body 10b and lower box body 10a installs, by the elastic deformation of plate-like piece, boss 61 is snapped in the button hole 62 of lower box body 10a, connect with both realizations buckle, this structure can be easy for installation and removal.
The utility model also provides a kind of washing machine, and this washing machine comprises above-mentioned box component for washing agent; Be understandable that, owing to employing above-mentioned box component for washing agent in washing machine, therefore, the embodiment of this washing machine comprises whole technical schemes of the whole embodiment of above-mentioned box component for washing agent, and the technique effect reached is also identical, does not repeat them here.
Should be noted that; the technical scheme of each embodiment of the present utility model can be combined with each other; but must be can be embodied as basis with those skilled in the art; when technical scheme combination occur conflicting maybe cannot realize time will be understood that the combination of this technical scheme does not exist, also not the utility model require protection domain within.
These are only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a box component for washing agent, it is characterized in that, comprise box component, described box component is formed with the first chamber of water inlet, the first intake chamber, putting detergent, described first intake chamber is communicated with described water inlet, and described first intake chamber has the water inlet of described water inlet along the first pod apertures in described first chamber of inner circumferential wall importing of described first chamber; The locular wall of described first chamber offers the first liquid outlet.
2. box component for washing agent as claimed in claim 1, it is characterized in that, described first chamber is for throwing in Solid detergent; Described box component is also formed with the second chamber, the second intake chamber, water outlet chamber and siphon pipe for throwing in liquid detergent, described second intake chamber is communicated with described water inlet, and described second intake chamber has the water inlet of described water inlet along the second pod apertures in described second chamber of inner circumferential wall importing of described second chamber; Described siphon pipe is located in described second chamber, and described siphonal water inlet end is positioned at the bottom of described second chamber, described siphonal water side and described water outlet chamber; Described water outlet chamber also by described first liquid outlet and described first chamber, the locular wall of described water outlet chamber offers the second liquid outlet.
3. box component for washing agent as claimed in claim 2, it is characterized in that, described box component comprises upper cartridge body, middle box body, lower box body, described middle box body is formed with described first chamber and the second chamber, described first chamber and the second chamber have the dispensing port being opened in described middle box body top, to throw in corresponding Solid detergent and liquid detergent; Described upper cartridge body is located at the top of described middle box body, and described lower box body is located at the bottom of described middle box body; Described upper cartridge body coordinates with described middle box body and forms described first intake chamber and the second intake chamber, described lower box body coordinates with described middle box body and forms described water outlet chamber, described first liquid outlet is located on described middle box body, and described second liquid outlet is located on described lower box body; The position of the corresponding dispensing port of described first chamber of described upper cartridge body and the dispensing port of the second chamber is provided with the opening mated with described dispensing port size.
4. box component for washing agent as claimed in claim 3, it is characterized in that, the top of described middle box body is provided with lower seal muscle, the first annular muscle, the second annular muscle, the dispensing port of the first chamber described in described first annular muscle ring is arranged, the dispensing port of the second chamber described in described second annular muscle ring is arranged, and described first annular muscle and the second annular muscle are positioned at described lower seal muscle; The position of the corresponding described lower seal muscle of described upper cartridge body is provided with the upper sealed muscle be tightly connected with described lower seal muscle, described upper cartridge body is also provided with arrange ringwise first turn over water muscle and second and turn over water muscle;
Described first turns over water muscle inserts between described lower seal muscle and the first annular muscle, surrounds described first intake chamber to coordinate with described upper cartridge body, middle box body, lower seal muscle, upper sealed muscle and the first annular muscle; Described first turns between water muscle and described first annular muscle and forms described first pod apertures; Described second turns over water muscle inserts between described lower seal muscle and the second annular muscle, surrounds described second intake chamber to coordinate with described upper cartridge body, middle box body, lower seal muscle, upper sealed muscle and the second annular muscle; Described second turns between water muscle and described second annular muscle and forms described second pod apertures.
5. box component for washing agent as claimed in claim 4, it is characterized in that, the top of described middle box body is provided with the 3rd annular muscle, the 4th annular muscle, described 3rd annular muscle is located at described lower seal muscle and described first and is turned between water muscle, and described 3rd annular muscle and described first turns over water muscle and coordinates the first cannelure being formed and be communicated with described first intake chamber and described first pod apertures; The height of projection of described 3rd annular muscle on described middle box body top is higher than the height of projection of described first annular muscle on described middle box body top, the described upper cartridge body and the lobe terminus of described 3rd annular muscle is not conflicted, to make described 3rd annular muscle and to form the connected entrance being communicated with described first intake chamber for described first cannelure between described upper cartridge body, described first turns over the connected entrance being formed between water muscle with described middle box body and be communicated with described first pod apertures for described first cannelure; Described 4th annular muscle is located at described upper sealed muscle and described second and is turned between water muscle, and described 4th annular muscle and described second turns over water muscle and coordinates the second cannelure being formed and be communicated with described second intake chamber and described second pod apertures; The height of projection of described 4th annular muscle on described middle box body top is higher than the height of projection of described second annular muscle on described middle box body top, the described upper cartridge body and the lobe terminus of described 4th annular muscle is not conflicted, to make described 4th annular muscle and to form the connected entrance being communicated with described second intake chamber for described second cannelure between described upper cartridge body, described second turns over the connected entrance being formed between water muscle with described middle box body and be communicated with described second pod apertures for described second cannelure.
6. box component for washing agent as claimed in claim 3, it is characterized in that, described siphon pipe comprises the fixed part be connected and fixed with described middle box body, the sleeve part be suspended in described second chamber, and the body be arranged in described second chamber, the first end that the bottom that described body has described second chamber is connected and fixed and the second end stretched in described sleeve part, the first end of described body and described water outlet chamber, to form described siphonal water side, the end of described sleeve near the bottom of described second chamber, to form described siphonal water inlet end.
7. box component for washing agent as claimed in claim 6, it is characterized in that, the sidewall of described second chamber is provided with the overfall being communicated with described water outlet chamber, the relative position distance between the bottom of described overfall and described second chamber is greater than the relative position distance between the second end of described body and the bottom of described second chamber.
8. box component for washing agent as claimed in claim 3, it is characterized in that, described middle box body is provided with the first flow-stopping plate, on described upper cartridge body, the position of corresponding described first flow-stopping plate is provided with the second flow-stopping plate, when described upper cartridge body is located on described middle box body, described first flow-stopping plate and described second flow-stopping plate connect as one, and are in the side of described water inlet towards described second intake chamber.
9. box component for washing agent as claimed in claim 2, it is characterized in that, the bottom of described water outlet chamber is provided with multiple flow distribution plate, described in each, flow distribution plate is spaced apart, forms the splitter box of the second liquid outlet of water outlet chamber described in the current deflecting for being flowed out by the delivery port of the delivery port of described first chamber or described second chamber described in adjacent two between flow distribution plate.
10. a washing machine, is characterized in that, comprises the box component for washing agent as described in any one of claim 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520668869.3U CN205134025U (en) | 2015-08-31 | 2015-08-31 | Detergent cartridge assembly and washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520668869.3U CN205134025U (en) | 2015-08-31 | 2015-08-31 | Detergent cartridge assembly and washing machine |
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| Publication Number | Publication Date |
|---|---|
| CN205134025U true CN205134025U (en) | 2016-04-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520668869.3U Active CN205134025U (en) | 2015-08-31 | 2015-08-31 | Detergent cartridge assembly and washing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205134025U (en) |
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