WO2023216841A1 - 一种洗涤剂盒及衣物洗涤装置 - Google Patents

一种洗涤剂盒及衣物洗涤装置 Download PDF

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Publication number
WO2023216841A1
WO2023216841A1 PCT/CN2023/089716 CN2023089716W WO2023216841A1 WO 2023216841 A1 WO2023216841 A1 WO 2023216841A1 CN 2023089716 W CN2023089716 W CN 2023089716W WO 2023216841 A1 WO2023216841 A1 WO 2023216841A1
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WO
WIPO (PCT)
Prior art keywords
flow channel
water
main body
component
channel
Prior art date
Application number
PCT/CN2023/089716
Other languages
English (en)
French (fr)
Inventor
王美静
类成山
周炳衡
孙云朋
张纯锋
Original Assignee
重庆海尔滚筒洗衣机有限公司
海尔智家股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 重庆海尔滚筒洗衣机有限公司, 海尔智家股份有限公司 filed Critical 重庆海尔滚筒洗衣机有限公司
Publication of WO2023216841A1 publication Critical patent/WO2023216841A1/zh

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Classifications

    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/02—Devices for adding soap or other washing agents

Definitions

  • the invention belongs to the field of clothing treatment device equipment, and specifically relates to a detergent box for a clothes treatment device and an improvement in the structure of the corresponding clothes washing device.
  • a laundry treatment device refers to a device capable of performing washing, drying, or washing or drying of laundry and the like.
  • the clothes processing device can only perform washing or drying functions, or can perform washing and drying functions together.
  • existing clothes processing devices are divided into front-loading type or top-loading type.
  • it is divided into a vertical type in which a pulsator or a washing tank rotates and a horizontal type in which a drum rotates.
  • Representative clothing processing devices are drum washing machines and pulsator washing machines.
  • a detergent box that can be pulled out and arranged on the clothes processing device is usually provided.
  • a lid and a box body are provided to cooperate.
  • a water flow channel is formed between the box body and the water flow channel.
  • a plurality of water flow inlets arranged along its circumferential direction are provided on the water flow channel to introduce the water flow into the box body to flush and dissolve the detergent.
  • the water flow passes through multiple inlets in the middle. Diverting the flow will cause the impact pressure of the water flow to be small, and the water flow may stop flowing forward at the middle position of the flow. Eventually, the detergent in the washing chamber cannot be fully dissolved and rinsed.
  • the present invention proposes a new type of detergent box, which is provided with a single water flow channel and only one spray component at the end, and the water flow is directly
  • the impact flow to the spray component ensures the water pressure of the water flow in the water flow channel, so that it can fully dissolve and flush the detergent in the washing container.
  • the present invention adopts the following technical solutions to achieve it:
  • a detergent box includes:
  • Box components include:
  • the main component is arranged in the housing, and a washing accommodation cavity is formed around the housing;
  • the box cover assembly is assembled on the main body component and is surrounded by the main body component to form:
  • a water flow channel is provided on one side of the washing accommodating cavity and extends along the length direction of the washing accommodating cavity;
  • a spray component is assembled on the main body component, and the spray component includes:
  • the spray main part has a water flow introduction channel formed in the spray main part and is connected to one end of the water flow channel away from the drainage cavity;
  • a scattering part located below the water flow introduction channel, used to introduce the water flow into the channel and disperse the water flow so that it scatters and splashes around;
  • the notch portion corresponds to the position of the scattering portion, so that the water flow that impacts on the heat dissipation portion and is dispersed can be ejected outward through it.
  • a connecting portion is provided at the top position of the spray main body for connecting to the main body component
  • Barriers are provided at both sides of the bottom of the spray main body to block the water flow sprayed from the notch to both sides and allow it to be blocked and reflected before being sprayed to both sides away from the notch. ;
  • a splash-proof shielding part is connected to the connecting part and extends downward from the connecting part to the blocking part.
  • the scattering part is an arc-shaped scattering curved surface formed on the spray main body part or an inclined scattering slope arranged obliquely on the spray main body part.
  • a connecting structure is provided between the spray main body and the main body component, and the connecting structure includes:
  • the locking structure includes a first locking part provided on the connecting part and a second locking part provided on the main body component;
  • the locking piece is locked in the first locking part and the second locking part
  • the clamping structure includes a clamping groove formed on the spray main body and a clamping protrusion formed on the main body component.
  • a drainage cavity connected to an external drainage pipe is formed in the casing, and a first accommodation cavity is formed in the main body component; a flow guide cavity is formed between the main body component and the casing, and the The diversion cavity is connected with the first accommodation cavity and the drainage cavity;
  • the water guide channel is arranged around the first accommodation cavity, and a plurality of water inlet water guide parts arranged around the first accommodation cavity are formed on the water guide channel to guide the water in the water guide channel from the periphery of the first accommodation cavity to in the first containing cavity.
  • the first accommodation cavity includes:
  • a first detergent chamber and a second detergent chamber arranged sequentially along the length direction of the main body part, the first detergent chamber and the second detergent chamber being arranged in parallel with the washing accommodating chamber;
  • the lid assembly includes a first lid component, and the water guide channel includes:
  • a first water guide channel is formed between the main body part and the first lid part and is arranged around the first detergent chamber;
  • a second water guide channel is formed between the main body part and the first lid part and is arranged around the second detergent chamber;
  • a water flow channel is formed between the main body part and the first lid part and is arranged on one side of the washing accommodating cavity.
  • a first flow channel formed by a first annular water-conducting rib is formed on the main body component, and a first matching flow channel formed by a second annular water-conducting rib is provided on the first lid component, so The first flow channel and the first matching flow channel are butted to form the first water guide channel;
  • a second flow channel is formed on the main body component and extends along one side of the first detergent chamber to a side of the second detergent chamber, and the second flow channel has an outlet;
  • the third flow channel includes an inlet part, and the inlet part and the outlet part are connected. At least one of the third flow channels is connected to the outlet part.
  • the water inlet water guide portion connected to the second detergent chamber is formed on the three flow channels;
  • the first lid component is provided with a second matching flow channel that is docked with the second flow channel and a third matching flow channel that is docked with the third flow channel;
  • the second mating flow channel and the second mating flow channel are butt matched to form the first butt flow channel, and the third flow channel is correspondingly butt matched with the third mating flow channel to form the second butt flow channel.
  • the first butt flow channel and the second butt flow channel are The second water guiding channel is formed.
  • a fourth flow channel is provided on one side of the washing accommodating cavity on the main body component, and a fourth matching flow channel is formed on the first lid component to dock with the fourth flow channel.
  • the fourth flow channel The water flow channel is formed by docking with the fourth matching flow channel.
  • the box cover assembly further includes:
  • the second box cover component is located above the countertop and is sealingly connected to the countertop;
  • the first lid part has a first putting opening
  • the second lid part has a second putting opening
  • the main part has a placing opening
  • the first delivery port and the second delivery port both correspond to the position of the placement port.
  • the contours of the first delivery port and the placement port are adapted.
  • the second delivery port is arranged close to the area where the spray component is located and its corresponding length is less than The first delivery port.
  • a clothes washing device includes a detergent box recorded in the above technical solution.
  • the water flow channel when installed, the water flow channel is directly formed at one side of the washing accommodating cavity between the box cover assembly and the main body component, and multiple water inlets are not provided on the water flow channel. , but set a spray component at the end of the water flow channel away from the drainage cavity, so that when the water enters the inside of the water flow channel, the water pressure will not be reduced because it has to be diverted to multiple water inlets. It can maintain a high water pressure, and when it is finally sprayed outward through the spray component at the end, it can also maintain a high water pressure and spray out to the inner wall of the shell, ensuring the impact of the sprayed water flow.
  • the structure of the spray component in this embodiment can also make the water flow spray to the inner wall of the housing over a larger area, thereby ensuring the flushing and dissolving effect of the detergent located in the washing accommodating cavity.
  • Figure 1 is a schematic structural diagram of a detergent box assembled on a countertop in an embodiment of the present invention
  • Figure 2 is a schematic structural diagram of the detergent box in an embodiment of the present invention.
  • Figure 3 is a schematic structural diagram of the connection between the water guide channel on the detergent box and the external water inlet pipe in the embodiment of the present invention
  • Figure 4 is a schematic structural diagram of the outer shell of the detergent box in the embodiment of the present invention.
  • Figure 5 is a schematic structural diagram 2 of the outer shell of the detergent box in the embodiment of the present invention.
  • Figure 6 is a schematic structural diagram of the main component of the detergent box in the embodiment of the present invention.
  • Figure 7 is a schematic structural diagram 2 of the main component of the detergent box in the embodiment of the present invention.
  • Figure 8 is a schematic structural diagram of the cooperation between the main part of the detergent box and the spray part in the embodiment of the invention.
  • Figure 9 is a schematic structural diagram of the spray component of the detergent box according to the embodiment of the present invention.
  • Figure 10 is a schematic diagram 2 of the structure of the spray component of the detergent box according to the embodiment of the present invention.
  • Figure 11 is a schematic structural diagram of the first lid component of the detergent box in the embodiment of the present invention.
  • Figure 12 is a schematic structural diagram 2 of the first lid component of the detergent box in the embodiment of the present invention.
  • Figure 13 is a cross-sectional view of the detergent box in an embodiment of the present invention.
  • Figure 14 is a partial enlarged view of B in Figure 13;
  • FIG. 15 is a partial enlarged view of C in FIG. 14 .
  • the shell 100 the first cavity 110; the second cavity 120; the drainage cavity 130;
  • Main body component 200 Main body component 200; first accommodation chamber 210; first detergent chamber 211; second detergent chamber 212;
  • Body part 250 placement opening 251; annular water-retaining flange 252;
  • Lid assembly 500 first lid part 510; second lid part 520;
  • Water guide channel 600 First flow channel 610; first water inlet gap 611; first annular water guide rib 612;
  • second flow channel 630 outlet 631; third water guide rib 632;
  • the third matching flow channel 660 The third matching flow channel 660;
  • Siphon cap 700 table 800; annular protrusion 810; annular seal 900;
  • the terms “upper”, “lower”, “left”, “right”, “vertical”, “horizontal”, “inner”, “outer”, etc. indicate the direction or position.
  • the terms of relationship are based on the orientation or positional relationship shown in the drawings. This is only for convenience of description and does not indicate or imply that the device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as Limitations on the invention.
  • the terms “first” and “second” are used for descriptive purposes only and are not to be understood as indicating or implying relative importance.
  • the present invention proposes an embodiment of a detergent box, including:
  • Box assembly the box assembly includes:
  • Housing 100 a drainage cavity 130 connected to an external drainage pipe is formed in the housing 100;
  • the housing 100 specifically includes: a housing body on which a first cavity 110 and a second cavity 120 are recessed;
  • the first cavity 110 and the second cavity 120 are arranged side by side along the length direction of the shell body. Specifically, a partition component is provided in the shell body to divide the shell body into the first cavity 110 and the second cavity 120 .
  • the drainage cavity 130 is arranged transversely along the width direction of the shell body. It is arranged perpendicularly to the first cavity 110 and the second cavity 120 and is connected with the first cavity 110 and the second cavity 120.
  • the drainage cavity 130 is connected with the external drainage pipe. , used to drain water outward.
  • multiple sets of stiffening rib plates are provided on the side wall outside the shell 100, and the multiple sets of stiffening rib plates are arranged along the circumferential direction of the shell 100.
  • the main body component 200 is arranged in the housing 100. A certain distance is maintained between each side wall of the main body component 200 and each side wall of the housing 100. A first accommodation cavity 210 is formed in the main body component 200.
  • the main component 200 includes a body part 250, and the body part 250 is a body support plate.
  • the first accommodation cavity 210 is formed by a downward recess on the body part 250;
  • a placement opening 251 is opened on the body part 250, and the placement opening 251 is arranged side by side with the first accommodation cavity 210.
  • the placement opening 251 is a square placement opening 251, which is opened along the length and width directions of the body part 250.
  • annular water-blocking flange 252 arranged around the body part 250 and extending upward from the body part 250.
  • a support member 220 is provided on one side of the placement opening 251, and the support member 220 extends downward from the body portion 250.
  • the support component 220 is a support plate, and its width is similar to the width of the placement opening 251.
  • the first accommodation chamber 210 includes a first detergent chamber 211 and a second detergent chamber 212.
  • a flow guide cavity is formed between the main body component 200 and the housing 100, and the flow guide cavity is connected with the first accommodation cavity 210 and the drainage cavity 130;
  • the first detergent chamber 211 and the second detergent chamber 212 are located in the first chamber 110, and the first detergent chamber 211 and the second detergent chamber 212 are in contact with the first detergent chamber 211 and the second detergent chamber 212. There is a gap between the cavities 110 , and a flow guide cavity is formed between the first detergent cavity 211 , the second detergent cavity 212 and the first cavity 110 .
  • the diversion chamber and the drainage chamber 130 are connected.
  • a siphon cap 700 is provided in both the first detergent chamber 211 and the second detergent chamber 212.
  • bleach can be placed in the first detergent chamber 211 and softener can be placed in the second detergent chamber 212.
  • water flow enters the first detergent chamber 211 and the second detergent chamber.
  • the bleach located in the first detergent chamber 211 and the softener in the second detergent chamber 212 are diluted, and then sucked into the guide through the siphon cap 700 located in each detergent chamber. In the cavity, it flows into the drainage cavity 130 connected with the guide cavity after passing through the guide cavity, and is finally discharged into the drum of the clothes processing device for washing operations.
  • the placement opening 251 of the main body component 200 corresponds to the position of the second cavity 120. After the main body component 200 is assembled on the housing 100, the washing accommodating cavity 300 having the placement opening 251 as an opening is formed by the main body component 200 and the housing 100. , the washing accommodating cavity 300 and the drainage cavity 130 are connected.
  • the washing accommodating cavity 300 is larger in size and is located side by side with the first detergent cavity 211 and the second detergent cavity 212, and can be used to place washing powder or laundry liquid.
  • the housing 100 and the main component 200 are assembled, the housing 100 is placed on the outside of the main component 200, and the top of the main component 200 is buckled on the housing 100.
  • a mutually matching snap component is provided between the main component 200 and the housing 100.
  • a snap groove can be provided on the housing 100, and a snap protrusion can be provided on the housing 100, so that the snap protrusion and the snap snap can be used.
  • the grooves fit together to secure the two.
  • multiple groups of engaging grooves and engaging protrusions may be provided, arranged along the circumferential direction between the main component 200 and the housing 100.
  • a first connection boss is provided on the housing 100
  • a second connection boss is provided on the main part 200.
  • the first connection boss and the second connection boss are provided on the main body part 200.
  • the connection bosses are butt-jointed.
  • the main body component 200, the housing 100 and the laundry treatment device are locked and fixed by locking screws passing through the first connection boss and the second connection boss.
  • the top surface of the housing 100 and the bottom surface of the main part 200 are provided with protruding rib assemblies that can cooperate with each other.
  • a sealing groove arranged along the circumferential direction of the housing 100 and the main component 200 is formed around the raised rib assembly, and a sealing strip is installed in the sealing groove to ensure the sealing between the two.
  • the box cover assembly 500 is assembled on the main body part 200. Between the main body part 200 and the box cover assembly 500, a circumferential structure is formed along the first accommodating cavity 210 and the washing accommodating cavity 300 and can separate the water flow.
  • the water guide channel 600 introduced into the first accommodation cavity 210 is provided with a water inlet water guide part for introducing the water in the water guide channel 600 into the first accommodation cavity 210 .
  • the main component 200 and the housing 100 are sleeved, matched and fixed, so that a plurality of first containing cavities 210 for placing detergents can be formed between the two. and a washing accommodating cavity 300, and are provided with corresponding diversion chambers and drainage chambers 130 to introduce diluted detergent into the clothes processing device, thereby realizing the arrangement of multiple detergent placing cavities and realizing large capacity and variety. Customized settings can meet the user's needs for placing different types of detergents.
  • a water guide channel 600 is provided between the main body part 200 and the box cover assembly 500, and the water guide channel 600 surrounds the first accommodation cavity 210 and is in the guide channel.
  • the water channel 600 is provided with a water inlet guide portion, which can directly introduce the water flow into the corresponding accommodation cavity through the water guide channel 600, which not only avoids water leakage, but also because the water guide channel 600 surrounds the corresponding container.
  • the water inlet and water guide part is also arranged around the first accommodating cavity 210. Through the water inlet and water guide part, the water flow in the water guide channel 600 can be introduced into the first container along the periphery of the first accommodating cavity 210.
  • the way in which water is introduced from the periphery of the accommodating cavity can enable the water flow to flush the detergent from multiple directions, and the detergent can be washed away. Rinsing is cleaner and dilutes the detergent located inside better.
  • a water flow channel is also formed around the lid assembly and the main body part, and the water flow channel is arranged in the washing container.
  • One side of the cavity is arranged extending along the length direction of the washing accommodation cavity.
  • the water flow channel can be set on the left or right side of the main component, and there are no specific restrictions here.
  • the spray component is assembled on the main component, and the spray component includes:
  • the spray main body part 911 has a water flow introduction channel 912 formed in the spray main body part 911, which is connected with the end of the water flow channel away from the drainage cavity;
  • the scattering part 913 located below the water flow introduction channel 912 is used to introduce the water flow into the channel and disperse the water flow to scatter and splash around;
  • the notch 914 corresponds to the position of the scattering part 913.
  • the notch 914 is provided toward the inner wall of the housing, so that the water flow that impacts on the scattering part 913 and is diverged can be ejected outward through it.
  • the notch 914 is an annular notch opened on the main part of the sprayer 911, and is opposite to the scattering part 913, so that the water flow scattered and sprayed by the scattering part 913 flows outward.
  • the water flow introduction channel 912 is a cylindrical channel formed in the spray main body 911, which is arranged vertically to guide the water flow in the water flow channel downward.
  • an insertion hole is provided on the main component that runs through its bottom wall, and an annular insertion protrusion is provided around the insertion hole.
  • a step is formed correspondingly in the water flow introduction channel 912.
  • the annular insertion protrusion is inserted into the water flow introduction channel 912 and the bottom thereof rests on the step to achieve docking with the water flow introduction channel 912.
  • the scattering part 913 is an arc-shaped scattering curved surface formed on the spray main body part 911 or an inclined scattering slope arranged obliquely on the spray main part 911.
  • the scattering part 913 is arranged below the water flow introduction channel 912.
  • the water flowing in from the water flow introduction channel 912 will directly impact the scattering part 913 located below it. After being blocked by the heat dissipation part, it will pass through the notch under the action of the scattering part 913. 914 splashes outward, and through the blocking effect of the scattering part 913, the impact force of the water flow is greater and the water flow will be dispersed and splashed around.
  • the splash area is larger, and it can better impact the washing machine located on the shell wall. agent.
  • the water flow channel when installed, the water flow channel is directly formed at one side of the washing accommodating cavity between the box cover assembly and the main body component, and multiple water inlets are not provided on the water flow channel. , but set a spray component at the end of the water flow channel away from the drainage cavity, so that when the water enters the inside of the water flow channel, the water pressure will not be reduced because it has to be diverted to multiple water inlets. It can maintain a high water pressure, and when it is finally sprayed outward through the spray component at the end, it can also maintain a high water pressure and spray out to the inner wall of the shell, ensuring the impact of the sprayed water flow.
  • the structure of the spray component in this embodiment can also make the water flow spray to the inner wall of the housing over a larger area, thereby ensuring the flushing and dissolving effect of the detergent located in the washing accommodating cavity.
  • a connecting portion 915 is provided at the top of the spray main body 911 to connect to the main body component.
  • the connecting portion 915 is a connecting arm, which is symmetrically arranged on the top of the spray main portion 911 at both sides.
  • Barrier portions 916 are provided at both sides of the bottom of the shower main body 911 to block the water flow sprayed from the notch 914 to both sides and to deflect and reflect the water flow away from the notch 914 . Spray out from both sides;
  • the baffle portion 916 is a baffle plate that extends from both sides of the spray main body 911 to both sides.
  • the blocking plate Through the blocking plate, the water flow sprayed out through the notch 914 can be prevented from flowing directly downward. Through the blocking of the blocking plate, the water flow that wants to flow downward can be blocked, and then reflected again on the blocking plate before impact. To the inner walls of the casing at both sides, the impact area of the water flow on the inner wall of the casing is increased, further improving the flushing and dissolving effect on the side walls of the washing accommodating cavity and the detergent inside the washing accommodating cavity.
  • the splash-proof shielding part 917 is connected to the connecting part 915 and extends downward from the connecting part 915 to the blocking part 916.
  • the splash-proof shielding part 917 is a splash-proof shielding plate, which can also resist the splashing water flow. After being blocked by the splash-proof shielding part 917, the water flow is reflected and sprayed onto the side wall of the housing opposite to its position, or enters the barrier. At the setting portion 916, it is further reflected and splashed to the side wall of the casing.
  • a connecting structure is provided between the spray main body and the main body component, and the connecting structure includes:
  • the locking structure includes a first locking part provided on the connecting part 915 and a second locking part provided on the main body component;
  • the first locking part is a first locking threaded hole
  • the second locking part is a second locking threaded hole
  • the locking piece is locked in the first locking part and the second locking part; the locking piece is a locking screw.
  • the connecting part 915 and the main component can be locked and fixed by locking screws.
  • the clamping structure includes a clamping groove 918 formed on the spray main body 911 and a clamping protrusion formed on the main body component.
  • the distance between the spray component and the inner wall of the housing is set within the range of 1-3mm, which can ensure better water flow impact pressure and water flow splashing effect, and can ensure better flushing and washing of the detergent. dissolving effect.
  • the installation method of the water inlet guide part along the first accommodation cavity 210 includes:
  • the water inlet water guide part is arranged along one of the sides of the first accommodation cavity 210;
  • the water inlet water guide part is provided along two opposite sides of the first accommodation cavity 210;
  • the water inlet water guide part is arranged along the circumferential direction of the first accommodation cavity 210 .
  • the lid assembly 500 includes:
  • the first lid part 510 and the second lid part 520 are used to be assembled and fixed on the table 800 .
  • the first lid part 510 is provided below the table 800.
  • An opening area is provided on the table 800, and a folding connection edge is formed around the opening area.
  • the first lid component 510 is provided below the folding connection edge, and the second lid component 520 is provided above the folding connection edge.
  • the second lid part 520 is provided with screw posts. The screws pass through the threaded holes on the first lid part 510 at the bottom and the threaded holes on the folded connection flange, and then are screwed to the screw posts of the second lid part 520. within to achieve fixed connection between the three.
  • the first lid part has a first putting opening
  • the second lid part has a second putting opening
  • the first put-in port and the second put-in port both correspond to the position of the placement port.
  • the first put-in port and the placement port are contoured.
  • the second put-in port is arranged close to the area where the spray component 910 is located and its corresponding length smaller than the first injection port.
  • the second putting opening of the second lid part 520 is set smaller than the first lid part 510 and is centrally arranged in an area close to the spray part 910, so that the user can put the detergent as close to the spray part as possible when putting in the detergent.
  • the position of shower part 910 is to ensure that the detergent is fully dissolved.
  • An annular embedded portion is formed on the first lid component 510;
  • the sealing component 530 is provided between the first lid component 510 and the table 800, and includes:
  • the sealing body is inserted into the annular embedded part
  • the abutment leg portion 540 extends outward from the sealing body and abuts against the side wall of the annular embedded portion;
  • the supporting leg part 540 is a supporting leg, which is provided on the sealing body in an incline from bottom to upward.
  • a deformation part 550 provided on the top of the sealing body, which protrudes from the annular embedded part and has a hollow deformation cavity formed inside, which can deform after being pressed to seal the table top 800 and the first lid component. 510.
  • the annular embedding part is an annular embedding groove, which is arranged along the circumferential direction of the first lid component 510.
  • the annular mounting groove is provided with an annular opening facing the table 800.
  • the annular mounting groove includes an annular bottom wall and annular side walls provided on both sides of the annular bottom wall.
  • the annular opening faces the annular bottom wall.
  • the first lid part 510 can be square or circular, and is made of plastic parts. During molding, the annular embedded part is directly integrally formed with the first lid part 510.
  • the sealing component 530 is arranged between the first lid component 510 and the table 800. In order to cooperate with the annular embedded part, the sealing component 530 is also arranged in an annular shape.
  • the sealing component 530 is made of rubber and is directly formed in one piece during molding.
  • the sealing body includes a pressing portion and a vertical portion.
  • the pressing part is arranged on the top surface of the vertical part.
  • the vertical part is a vertical bar, and the maximum width of the vertical part is less than the distance between the two annular side walls of the annular embedding groove, so that the sealing body can be quickly assembled into the annular embedding part.
  • the pressing part is a pressing bar, and its maximum width is greater than the maximum width of the vertical part and greater than the width of the two annular side walls.
  • the vertical part is inserted into the annular embedding groove, and the pressing part accordingly blocks the annular opening between the two annular side walls for sealing.
  • the first sealing component 530 further includes abutting legs 540 extending outwardly from the sealing body, which abut against the annular insert. on the side wall of the installation part.
  • a plurality of outwardly extending abutment legs 540 are provided on both sides of the sealing body. After the sealing body is inserted into the annular embedded part, the abutment legs 540 arranged obliquely on both sides of the sealing body can be used to abut against the sealing body. On the side walls on both sides of the annular embedding groove, since the supporting feet 540 are arranged at an angle, when they are assembled in the annular embedding groove, they will abut against the inner side walls of the annular embedding groove, which can effectively This prevents the sealing component 530 from falling or falling off from the first lid component 510 after being assembled into the first lid component 510 .
  • the included angle between the supporting foot portion 540 and the sealing body is 45-60 degrees.
  • the shape of the deformation cavity can be rhombus, rectangle or ellipse, etc. After being pressed, it can be flattened and the contact area with the table 800 becomes larger.
  • the deformation part 550 is disposed above the pressing part. Since a deformation cavity is formed inside the deformation part 550, when the table 800 and the first lid part 510 are assembled, the parts located between the table 800 and the first lid part 510 can be pressed by the table 800. A deformation cavity on the deformation portion 550 between the lid components 510 .
  • the hollow deformation cavity can provide a compression space when installing the table 800. During installation, it is easier to press the sealing component 530 into the annular embedding groove of the first lid component 510. Press and secure.
  • the deformation cavity in this embodiment is hollow, when it is subjected to the pressure of the table 800, the entire deformation portion 550 will be flattened, changing from a three-dimensional deformation portion 550 to a flat surface, thereby increasing the size of the entire deformation portion 550. area, thereby increasing the contact area between the countertop 800 and the first lid part 510, thereby enhancing the sealing effect between the countertop 800 and the first lid part 510, effectively avoiding water vapor in the detergent box The situation of running out from the table 800 occurs.
  • the second lid part 520 is disposed above the table 800.
  • the second lid part 520 includes a second lid body and a flip lid body that is rotatably connected to the second lid body.
  • a sealing structure is provided between the table 800 and the table 800 .
  • a recessed cavity is formed inwardly on the top surface of the second box lid, and a rotating shaft is provided on the bottom wall of the recessed cavity.
  • the flipping cover is arranged in the recessed cavity and is rotatably connected to the rotating shaft. It can open or close the placement opening by flipping and rotating. .
  • the sealing structure includes:
  • the annular seal 900 is embedded in the annular groove.
  • the annular seal 900 is an annular sealing strip.
  • annular protrusion 810 is provided on the table 800, and the annular protrusion 810 abuts the bottom of the annular seal 900.
  • It also includes a stopper arranged in the annular groove, the stopper is arranged along the circumferential direction of the annular embedding groove, the height of the stopper is less than the height of the side wall of the annular groove, and in the annular groove When the seal 900 is installed in place, the stop portion abuts against the annular seal 900 .
  • the annular seal 900 on the second box lid body is pressed and fixed by the annular protrusion 810 on the table top 800 to realize the sealing between the second box cover body and the table top 800. Sealed connection.
  • the stop portion is a support protrusion arranged in the annular groove, which extends from the top wall of the annular groove to the annular installation opening.
  • the stop portion and the annular protrusion 810 are arranged oppositely.
  • the annular seal 900 After the annular seal 900 is assembled into the annular groove, it is subjected to the downward resisting force of the stopper in the annular groove, and at the same time, it is also resisted by the annular protrusion 810 located on the table 800, so The two forces are the same in magnitude and in opposite directions. Through the force of the stopper part and the annular protruding part 810, it can be ensured that the annular seal 900 can be firmly connected to the table 800 and the second box lid body. Contact fit and good sealing effect.
  • the first lid component 510 is buckled on the main body component 200, and the water guide channel 600 is formed around the first lid component 510 and the main body component 200.
  • the water diversion channel 600 includes:
  • the first water guide channel is arranged around the first detergent chamber 211;
  • the second water-guiding channel is arranged around the second detergent chamber 212;
  • a first flow channel 610 formed by a first annular water-conducting rib 612 is formed on the main body part 200
  • a first flow channel 610 formed by a second annular water-conducting rib 621 is provided on the first lid part 510 .
  • the matching flow channel 620 the first flow channel 610 and the first matching flow channel 620 are butt-jointed to form the first water guiding channel 600.
  • first annular water-conducting ribs 612 there are two first annular water-conducting ribs 612, both of which extend upward from the top wall of the main body 200 and are arranged circumferentially along the first detergent chamber 211. Between the two first annular water-conducting ribs 612, A first flow channel 610 is formed therebetween, and two second annular water-conducting ribs 621 are provided, extending downward from the bottom of the first lid component 510. A first matching is formed between the two second annular water-conducting ribs 621.
  • the flow channel 620, the first matching flow channel 620 and the first flow channel 610 have the same shape, and the two can achieve complete matching and docking.
  • the water inlet and water guide part is provided on the side wall of the first flow channel 610 close to the first detergent chamber 211.
  • the water inlet and water guide part is a first water inlet notch 611.
  • the first water inlet notch 611 is provided with There are multiple first water inlet gaps 611, and the distance between adjacent first water inlet gaps 611 is equal.
  • first water inlet gaps 611 can be provided on the two opposite side walls of the first flow channel 610, so that the water flow can quickly enter the first detergent chamber 211.
  • the first flow channel 610 is also provided with a drainage hole penetrating the bottom wall of the first flow channel 610.
  • the drainage hole connects the first flow channel 610 and the diversion cavity to realize rapid drainage of the water in the first flow channel 610 and prevent the first flow channel 610 from being blocked. There is standing water in the tank.
  • a water-guiding rib group 622 is provided on the side wall of the second annular water-guiding rib 621.
  • Each group includes 2 water-guiding rib plates, and the 2 water-guiding rib plates are connected with the first water-guiding rib plate.
  • a water inlet gap 611 has a corresponding position and is used to introduce water in the first water guide channel 600 to the first water inlet gap 611 .
  • the second flow channel 630 is formed on the main body component 200 and extends along one side of the first detergent chamber 211 to the side of the second detergent chamber 212.
  • the second flow channel 630 Having an exit part 631;
  • the second flow channel 630 is formed by two third water guide ribs 632 and is surrounded by the main body 200 located on the third water guide ribs 632 .
  • the third water guide ribs 632 extend along one side of the first detergent chamber 211 to the first detergent cavity 211 .
  • the third flow channel 650 includes an inlet part, and the inlet part and the outlet part 631 are connected. At least one of the third flow channels 650 is connected to the outlet part 631 .
  • the water inlet water guide portion communicated with the second detergent chamber 212 is formed on the three flow channels 650 .
  • the water inlet guide part is a second water inlet notch 653.
  • the first lid component 510 is provided with a second matching flow channel 640 that is docked with the second flow channel 630 and a third matching flow channel 660 that is docked with the third flow channel;
  • the second mating flow channel 640 and the second flow channel 630 are butt-fitted to form a first butt-fitting flow channel, and the third flow channel 650 is butt-fitted with the third matching flow channel 660 to form a second butt-joining flow channel.
  • Two butt flow channels form the second water guiding channel.
  • a fourth water guide rib 651 is provided around the second detergent chamber 212, and one of the third flow channels 650 is formed between the inner third water guide rib 632 and the fourth water guide rib 651;
  • the fifth water-conducting rib 652 is arranged opposite to the third water-conducting rib 632 and is located on one side of the second washing cavity.
  • Another third flow channel 650 is formed between the fifth water-conducting rib 652 and the fourth water-conducting rib 651 .
  • the second fitting flow channel 640 and the third fitting flow channel 660 located on the first lid component 510 are also formed by raised ribs, and the raised ribs are arranged in the same manner as those on the main body component 200 to achieve matching.
  • the water-dividing protrusion is provided on the fourth water-guiding rib 651, opposite to the outlet portion 631, and is used to divert the water in the second flow channel 630 to the third flow channel 650.
  • a fourth flow channel 670 arranged around the washing accommodating cavity 300 is formed on the main body part 200 , and a fourth matching flow channel 680 is formed on the first lid part 510 to dock with the fourth flow channel 670 .
  • the fourth flow channel 670 and the fourth matching flow channel 680 are butted to form the water flow channel 600.
  • a sixth water-conducting rib 671 is provided on the main body part 200, and corresponding ribs are also arranged on the first lid part 510.
  • the first water diversion channel, the second water diversion channel and the third water diversion channel are respectively provided with water inlets to facilitate the insertion of water pipes and transport the water flow to the corresponding water diversion channels.
  • four water inlet pipes are provided, which are respectively a first water inlet pipe, a second water inlet pipe, a third water inlet pipe and a fourth water inlet pipe.
  • the first water inlet pipe is inserted into the third water inlet pipe.
  • the second water inlet pipe is inserted into the water inlet of the second water diversion channel, and the third water inlet pipe and the fourth water inlet pipe are correspondingly inserted into the water inlet of the water flow channel 600. To ensure the water pressure of the water flow channel 600.
  • a gap is provided between the support member 220 and the bottom wall of the washing accommodating cavity 300, and a plurality of blocking members 230 are provided in the gap, and between the plurality of blocking members 230 A guide channel 240 is formed to guide the water flow in the washing accommodating cavity 300 into the drainage cavity 130 .
  • the blocking part 230 is a blocking plate or blocking block.
  • the guide channel 240 between adjacent blocking parts 230 can prevent the water flow from the washing chamber 300 from flowing into the drainage chamber 130 rapidly, thereby preventing the washing chamber from flowing into the drain chamber 130 .
  • the detergent in the cavity 300 is quickly flushed into the inside of the clothes processing device before it is completely melted.
  • the blocking member 230 can also prevent the detergent that is poured into the washing accommodating cavity 300 from being contained in the detergent. Foreign objects are blocked to a certain extent to prevent foreign objects from entering the clothing processing device.

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Detail Structures Of Washing Machines And Dryers (AREA)

Abstract

一种洗涤剂盒及衣物洗涤装置，洗涤剂盒包括有：盒体组件，壳体（100）；主体部件（200），设置在壳体（100）内，和壳体（100）围设形成有洗涤容置腔（300）；盒盖组件（500），装配在所述主体部件（200）上，与主体部件（200）围设形成有：水流通道，设置在所述洗涤容置腔（300）的一侧；喷淋部件，装配在主体部件（200）上，喷淋部件包括有：喷淋主体部（911），在所述喷淋主体部（911）内形成有水流引入通道（912），与水流通道远离排水腔（130）的一端连通；以及位于所述水流引入通道（912）下方的散射部（913），用以将水流引入通道（912）中水流打散使其向四周散射喷溅；缺口部（914），与散射部（913）位置对应。洗涤剂盒设置单一水流通道并设位于端部的喷淋部件，可使得水流直接冲击流动到喷淋部件处，使得对洗涤容置腔（300）中的洗涤剂溶解冲洗更充分。

Description

一种洗涤剂盒及衣物洗涤装置 技术领域
本发明属于衣物处理装置设备领域，具体涉及一种用于衣物处理装置的洗涤剂盒及相应的衣物洗涤装置结构的改进。
 背景技术
 通常，衣物处理装置是指能够执行衣物等的洗涤、烘干或者洗涤或烘干的装置。其中，衣物处理装置可以只执行洗涤或烘干功能，或者可以一同执行洗涤和烘干功能。
 根据衣物的取出方向，现有的衣物处理装置分为前方投入式或顶部投入式。此外，根据进行洗涤的方式，分为波轮或洗涤槽进行旋转的垂直式和滚筒进行旋转的水平式。
 代表性的衣物处理装置为滚筒洗衣机和波轮洗衣机。
 为实现对衣物洗涤时洗涤剂的存放，通常会设置有可抽拉布置在衣物处理装置上的洗涤剂盒，现有洗涤剂盒在设置时，会设置盒盖和盒体配合，在盒盖和盒体之间形成水流通道，在水流通道上开设多个沿其周向布置的水流入口，将水流导入到盒体内，对洗涤剂进行冲洗溶解，此种结构由于水流中间流经过多个口进行分流，会使得水流冲击压力小，水流有可能会流动中间位置处就停止向前流动，最终导致洗涤腔中的洗涤剂不能被充分溶解冲洗干净。
 发明内容
 本发明针对现有技术中的衣物处理装置的洗涤剂盒存在的上述技术问题，提出一种新型的洗涤剂盒，其设置单一水流通道，且只设置一个位于端部的喷淋部件，水流直接冲击流动到喷淋部件处，保证了水流在水流通道内的水压，使得其能够对洗涤容置腔中的洗涤剂进行充分溶解冲洗。
 为实现上述发明目的，本发明采用下述技术方案予以实现：
一种洗涤剂盒，包括有：
盒体组件，包括有：
壳体；
主体部件，设置在所述壳体内，和所述壳体围设形成有洗涤容置腔；
盒盖组件，装配在所述主体部件上，与主体部件围设形成有：
水流通道，设置在所述洗涤容置腔的一侧，沿洗涤容置腔长度方向延伸布置；
喷淋部件，装配在所述主体部件上，所述喷淋部件包括有：
喷淋主体部，在所述喷淋主体部内形成有水流引入通道，与所述水流通道远离排水腔的一端连通；
以及位于所述水流引入通道下方的散射部，用以将水流导入通道中水流打散使其向四周散射喷溅；
缺口部，与所述散射部位置对应，以使得冲击在散热部上被发散的水流通过其向外喷出。
 在本申请的一些实施例中，所述喷淋主体部顶部位置处设置有用以和所述主体部件连接的连接部；
在喷淋主体部的底部两侧位置处设置有档设部，用以将从缺口部喷出到两侧的水流进行遮挡并使其被抵挡反射后向远离所述缺口部的两侧喷出；
防溅遮挡部，其连接在所述连接部上，并从连接部向下延伸至所述档设部处。
 在本申请的一些实施例中，所述散射部为形成在喷淋主体部上的弧形散射曲面或倾斜布置在喷淋主体部上的倾斜散射斜面。
 在本申请的一些实施例中，所述喷淋主体和所述主体部件之间设置有相互连接配合的连接结构，所述连接结构包括有：
锁紧结构，包括有设置在所述连接部的第一锁紧部和设在所述主体部件上的第二锁紧部；
锁紧件，锁紧在第一锁紧部和第二锁紧部内；
卡设结构，所述卡设结构包括有形成在所述喷淋主体上的卡槽以及形成在所述主体部件上的卡凸。
 在本申请的一些实施例中，在壳体内形成有和外部排水管连通的排水腔,在主体部件内形成有第一容置腔；在主体部件和壳体之间形成导流腔，所述导流腔与所述第一容置腔和排水腔连通； 
导水流道，环绕第一容置腔布置，在导水流道上形成有多个环绕第一容置腔设置的进水导水部，以将导水流道中的水从第一容置腔周边导入到的第一容置腔内。
 在本申请的一些实施例中，所述第一容置腔包括有：
沿主体部件长度方向依次布置的第一洗涤剂腔和第二洗涤剂腔，所述第一洗涤剂腔和所述第二洗涤剂腔与所述洗涤容置腔并行设置；
盒盖组件包括有第一盒盖部件，所述导水流道包括有：
第一导水流道，形成在主体部件和第一盒盖部件之间，环绕所述第一洗涤剂腔设置；
第二导水流道，形成在主体部件和第一盒盖部件之间，环绕所述第二洗涤剂腔设置；
水流通道，形成在主体部件和第一盒盖部件之间，布置在所述洗涤容置腔一侧。
 在本申请的一些实施例中，主体部件上形成有第一环形导水筋形成的第一流道，第一盒盖部件上设置有由第二环形导水筋形成的第一配合流道，所述第一流道和第一配合流道对接形成所述第一导水流道；
第二流道，形成在所述主体部件上，沿所述第一洗涤剂腔的一侧边延伸到第二洗涤剂腔侧边处，所述第二流道具有出口部；
第三流道，设置有2条，分别布置在所述第二洗涤剂腔两侧，所述第三流道包括有入口部，所述入口部和所述出口部连通，至少在其中一个第三流道上形成有和所述第二洗涤剂腔连通的所述进水导水部；
在所述所述第一盒盖部件上设置有与所述第二流道对接的第二配合流道和与三流道对接配合的第三配合流道；
第二配合流道和第二流道对接配合形成第一对接流道，第三流道相应和第三配合流道对接配合形成第二对接流道，第一对接流道和第二对接流道形成所述第二导水流道。
 在本申请的一些实施例中，包括有：
在主体部件上位于所述洗涤容置腔的一侧设有第四流道，在第一盒盖部件上形成有与所述第四流道对接配合的第四配合流道，第四流道和第四配合流道对接形成所述水流通道。
 在本申请的一些实施例中，盒盖组件还包括有：
第二盒盖部件，第二盒盖部件位于台面上方并与台面密封连接；
第一盒盖部件上具有第一投放口，第二盒盖部件具有第二投放口，在主体部件上形成有放置口；
第一投放口和第二投放口均与放置口位置对应，第一投放口和所述放置口轮廓适配，第二投放口布置在靠近所述喷淋部件所在区域处且其对应的长度小于所述第一投放口。
 一种衣物洗涤装置，包括有上述技术方案记载的洗涤剂盒。
 与现有技术相比，本发明的优点和积极效果是：
本实施例中的洗涤剂盒结构，在设置时，水流通道为直接形成在盒盖组件和主体部件之间的洗涤容置腔的一侧位置处，且在水流通道上未设置多个水流入口，而是在水流通道端部远离排水腔一侧设置一个喷淋部件，这样水流在进入到水流通道内部时，不会因为要分流到多个水流入口处水压被降低，水流在水流通道中能够保持较高的水压，并且其最终通过端部的喷淋部件向外喷出时也能够保持较高的水压向外喷出到壳体的内侧壁上，保证了喷出水流的冲击压力，同时本实施例中的喷淋部件结构，还可以使得水流更大面积的喷淋到壳体的内壁上，进而保证了位于洗涤容置腔中的洗涤剂的冲洗和溶解效果。
 结合附图阅读本发明的具体实施方式后，本发明的其他特点和优点将变得更加清楚。
 附图说明
 为了更清楚地说明本发明实施例中的技术方案，下面将对实施例中所需要使用的附图作一简单地介绍，显而易见地，下面描述中的附图是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。
 图1 为本发明实施例中洗涤剂盒装配在台面上的结构示意图；
图2为本发明实施例中洗涤剂盒的结构示意图；
图3为本发明实施例中洗涤剂盒上的导水流道和外部进水管连接的结构示意图；
图4为本发明实施例中洗涤剂盒的外壳的结构示意图一；
图5为本发明实施例中洗涤剂盒的外壳的结构示意图二；
图6为本发明实施例中洗涤剂盒的主体部件的结构示意图一；
图7为本发明实施例中洗涤剂盒的主体部件的结构示意图二；
图8为发明实施例中洗涤剂盒主体部件和喷淋部件配合的结构示意图；
图9为本发明实施例洗涤剂盒的喷淋部件的结构示意图一；
图10为本发明实施例洗涤剂盒的喷淋部件的结构示意图二；
图11为本发明实施例中洗涤剂盒的第一盒盖部件的结构示意图一；
图12为本发明实施例中洗涤剂盒的第一盒盖部件的结构示意图二；
图13为本发明实施例中洗涤剂盒的剖视图；
图14为图13的B处局部放大图；
图15为图14的C处局部放大图。
 其中，壳体100；第一腔体110；第二腔体120；排水腔130； 
主体部件200；第一容置腔210；第一洗涤剂腔211；第二洗涤剂腔212；
支撑部件220；挡设部件230；导向通道240；
本体部250；放置口251；环形挡水翻边252；
洗涤容置腔300；
盒盖组件500；第一盒盖部件510；第二盒盖部件520；
密封部件530；
抵靠支脚部540；形变部550；
导水流道600；第一流道610；第一进水缺口611；第一环形导水筋612；
第一配合流道620；第二环形导水筋621；导水筋板组622；
第二流道630；出口部631；第三导水筋632；
第二配合流道640；
第三流道650；第四导水筋651；第二进水缺口653；
第三配合流道660；
第四流道670；第六导水筋671；第四配合流道680； 
虹吸帽700；台面800；环形凸起部810； 环形密封件900；
喷淋主体部911；水流引入通道912；散射部913；缺口部914；
连接部915 ；档设部916；防溅遮挡部917；卡槽918。
 实施方式
 为了使本发明的目的、技术方案及优点更加清楚明白，以下将结合附图和实施例，对本发明作进一步详细说明。
 需要说明的是，在本发明的描述中，术语“上”、“下”、“左”、“右”、“竖”、“横”、“内”、“外”等指示的方向或位置关系的术语是基于附图所示的方向或位置关系，这仅仅是为了便于描述，而不是指示或暗示所述装置或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。此外，术语“第一”、“第二”仅用于描述目的，而不能理解为指示或暗示相对重要性。
 本发明提出一种洗涤剂盒的实施例，包括有：
盒体组件，所述盒体组件包括有：
壳体100，在壳体100内形成有和外部排水管连通的排水腔130；
壳体100具体包括有：壳本体，在所述壳本体上内凹形成有第一腔体110和第二腔体120；
第一腔体110和第二腔体120沿壳本体长度方向并排设置，具体的，在壳本体内设置有隔断部件，以将壳本体分割为第一腔体110和第二腔体120。
 排水腔130，沿壳本体宽度方向横向布置，其垂直第一腔体110和第二腔体120设置并与第一腔体110和第二腔体120连通，排水腔130与外部的排水管连通，用以将水流向外排出。
 为增强壳体100强度，在壳体100外侧的侧壁上还设置有多组加强筋板，多组加强筋板沿壳体100的周向布置。
 主体部件200，设置在所述壳体100内，主体部件200的各个侧壁和壳体100的各个侧壁之间保持一定间距，在主体部件200内形成有第一容置腔210。
 主体部件200包括有本体部250，本体部250为本体支撑板。
 本体部250上向下凹陷形成的第一容置腔210；
以及开设在本体部250上的放置口251，放置口251与第一容置腔210并排设置。
 在本申请的一些实施例中，放置口251为方形放置口251，其沿本体部250长度和宽度方向开设。
 在本体部250周圈还设置有沿本体部250周向布置的环形挡水翻边252，其从本体部250上向上延伸形成。
 放置口251的一侧设置有支撑部件220，支撑部件220从本体部250向下延伸形成。
 支撑部件220为支撑板，其宽度和放置口251宽度相近。
 第一容置腔210包括有第一洗涤剂腔211和第二洗涤剂腔212。
 导流腔，形成在主体部件200和壳体100之间，所述导流腔与所述第一容置腔210和排水腔130连通；
在壳体100和主体部件200安装固定完成后，第一洗涤剂腔211和第二洗涤剂腔212位于第一腔体110内，第一洗涤剂腔211和第二洗涤剂腔212与第一腔体110之间具有间距，在第一洗涤剂腔211、第二洗涤剂腔212与第一腔体110之间形成有导流腔。
 导流腔和排水腔130连通。
 为使得进入到第一洗涤剂腔211和第二洗涤剂腔212中被稀释的洗衣液能够进入到导流腔内并进入到排水腔130中。
 在第一洗涤剂腔211和第二洗涤剂腔212中均设置有虹吸帽700。
 在一些实施例中，在第一洗涤剂腔211中可放置漂白剂，在第二洗涤剂腔212中可放置柔顺剂，在使用时，水流进入到第一洗涤剂腔211和第二洗涤剂腔212中后将位于第一洗涤剂腔211中的漂白剂以及第第二洗涤剂腔212中的柔顺剂进行稀释，然后通过位于每个洗涤剂腔中的虹吸帽700将其吸入到导流腔中，通过导流腔后流入到与导流腔连通的排水腔130内，最终排入到衣物处理装置的滚筒内部进行洗涤作业。
 主体部件200的放置口251和第二腔体120位置对应，在主体部件200装配在壳体100上后通过主体部件200和壳体100围设形成具有放置口251作为开口的洗涤容置腔300，洗涤容置腔300和排水腔130连通。
 洗涤容置腔300的尺寸较大，与第一洗涤剂腔211和第二洗涤剂腔212并排，其可用以放置洗衣粉或洗衣液。
 在洗涤容置腔300通过放置口251倒入洗衣粉，然后通过进入到洗涤容置腔300中的水流对洗衣粉进行稀释后直接排入到排水腔130中，然后进入到排水管道，到达衣物处理装置内部。
 壳体100和主体部件200装配时，壳体100套设在主体部件200的外侧，主体部件200顶部扣设在所述壳体100上。
 在主体部件200和壳体100之间设置有相互配合的卡扣组件，在设置时，可在壳体100上设置卡设槽，在壳体100上设卡凸，以通过卡凸和卡设槽配合将两者卡紧固定。
 在设置时，卡设槽和卡凸可设置多组，沿主体部件200和壳体100之间的周向布置。
 为实现壳体100和主体部件200与衣物处理装置设备的连接，在壳体100上设置第一连接凸台，在主体部件200上设有第二连接凸台，第一连接凸台和第二连接凸台对接，在连接时，通过锁紧螺钉穿过第一连接凸台和第二连接凸台以将主体部件200、壳体100和衣物处理装置进行锁紧固定。
 为保证壳体100和主体部件200扣合在一起连接的密封性，防止水流外漏的情况发生，在壳体100的顶面和主体部件200底面上设置有可相互配合的凸起筋条组件，通过凸起筋条组件围设形成有沿壳体100和主体部件200周向布置的密封槽，在密封槽内装配有密封条，以保证两者之间的密封性。
 盒盖组件500，装配在所述主体部件200上，在主体部件200和盒盖组件500之间围设形成有沿第一容置腔210和洗涤容置腔300环绕布置的并可将水流分别导入到第一容置腔210的导水流道600，在导水流道600上设置有将导水流道600中的水导入到第一容置腔210内的进水导水部。
 本实施例中的洗涤剂盒，在设置时，通过主体部件200和壳体100套设配合并固定的方式，使得在两者之间可形成有多个放置洗涤剂的第一容置腔210和洗涤容置腔300，并设置有相应的导流腔和排水腔130可将稀释后的洗涤剂导入到衣物处理装置内，实现了多个洗涤剂放置腔的设置，实现了大容量和多样化设置，可满足用户放置不同种类的洗涤剂的使用需求。
 并且，本实施例中的洗涤剂盒在设置时，在主体部件200和盒盖组件500之间设置导水流道600，且导水流道600环绕在第一容置腔210周圈，并在导水流道600上设进水导水部，可将水流直接通过导水流道600导入到相应的容置腔内，不仅避免了水流泄流的情况发生，而且由于导水流道600为环绕相应的容置腔设置，进水导水部也为环绕第一容置腔210设置，通过进水导水部可将位于导水流道600中的水流导入沿第一容置腔210周边导入到第一容置腔210内部，以使得水流最终能够从容置腔周边均匀的流入到相应的容置腔内，从容置腔周边进水的方式可使得水流能够从多个方向对洗涤剂进行冲洗，对洗涤剂冲洗更加干净且对位于内部的洗涤剂稀释效果更好。
 为保证尺寸较大的洗涤容置腔中的洗涤剂的冲洗以及溶解效果，本实施例在设置时，还通过盒盖组件和主体部件围设形成水流通道，水流通道设置在所述洗涤容置腔的一侧，沿洗涤容置腔长度方向延伸布置。
  在具体设置时，水流通道可设置在主体部件的左侧边或右侧边位置处均可，在此不做具体限制。
 喷淋部件，装配在所述主体部件上，所述喷淋部件包括有：
喷淋主体部911，在所述喷淋主体部911内形成有水流引入通道912，与所述水流通道远离排水腔的一端连通；
以及位于所述水流引入通道912下方的散射部913，用以将水流导入通道中水流打散使其向四周散射喷溅；
缺口部914，与所述散射部913位置对应，所述缺口部914朝向所述壳体的内侧壁设置，以使得冲击在散射部913上被发散的水流通过其向外喷出。
 缺口部914为开设在喷淋主体部911上的环形缺口，与散射部913位置相对，以将经过散射部913打散喷溅的水流向外流出。
 在本申请的一些实施例中，水流引入通道912为形成在喷淋主体部911内的圆柱形通道，其竖向布置，用以将水流通道中水流向下导出。
  为实现和主体部件之间的对接配合，在设置时，在主体部件上设贯穿其底壁的插装孔，在插装孔周圈设置环形插装凸起。
 在水流引入通道912内对应的形成有台阶，所述环形插装凸起插装在所述水流引入通道912内底部抵靠在所述台阶上以实现和水流引入通道912之间的对接。
 在本申请的一些实施例中，所述散射部913为形成在喷淋主体部911上的弧形散射曲面或倾斜布置在喷淋主体部911上的倾斜散射斜面。
 散射部913布置在水流引入通道912下方，从水流引入通道912中流入的水流会直接冲击到位于其下方的散射部913上，被散热部抵挡后，会在散射部913作用下通过通过缺口部914向外喷溅，通过散射部913的抵挡作用后，水流冲击力更大且会使得水流被分散向四周进行喷溅，喷溅面积更大，能够更好的冲击位于壳体壁上的洗涤剂。
 本实施例中的洗涤剂盒结构，在设置时，水流通道为直接形成在盒盖组件和主体部件之间的洗涤容置腔的一侧位置处，且在水流通道上未设置多个水流入口，而是在水流通道端部远离排水腔一侧设置一个喷淋部件，这样水流在进入到水流通道内部时，不会因为要分流到多个水流入口处水压被降低，水流在水流通道中能够保持较高的水压，并且其最终通过端部的喷淋部件向外喷出时也能够保持较高的水压向外喷出到壳体的内侧壁上，保证了喷出水流的冲击压力，同时本实施例中的喷淋部件结构，还可以使得水流更大面积的喷淋到壳体的内壁上，进而保证了位于洗涤容置腔中的洗涤剂的冲洗和溶解效果。
 在本申请的一些实施例中，所述喷淋主体部911顶部位置处设置有用以和所述主体部件连接的连接部915，连接部915为连接臂，其对称布置在喷淋主体部911的两侧位置处。
 在喷淋主体部911的底部两侧位置处设置有档设部916，用以将从缺口部914喷出到两侧的水流进行遮挡并使其被抵挡反射后向远离所述缺口部914的两侧喷出；
档设部916为档设板，其从喷淋主体部911两侧向两侧处延伸。
 通过档设板，可避免通过缺口部914喷淋出的水流直接向下方流出，通过档设板的遮挡，可使得要向下流动的水流被阻挡，然后在档设板上被再次反射后冲击到两侧位置处的壳体的内侧壁上，加大了水流对壳体内壁的冲击面积，进一步提高了对洗涤容置腔侧壁以及洗涤容置腔内部的洗涤剂的冲洗和溶解效果。
 防溅遮挡部917，其连接在所述连接部915上，并从连接部915向下延伸至所述档设部916处。
 防溅遮挡部917为防溅遮挡板，其也能够对喷溅的水流进行抵挡，通过其遮挡后，水流被反射，喷射到和其位置相对侧的壳体的侧壁上，或者进入到档设部916处，进一步被反射喷溅到壳体侧壁处。
 在本申请的一些实施例中，所述喷淋主体和所述主体部件之间设置有相互连接配合的连接结构，所述连接结构包括有：
锁紧结构，包括有设置在所述连接部915的第一锁紧部和设在所述主体部件上的第二锁紧部；
第一锁紧部为第一锁紧螺纹孔，第二锁紧部为第二锁紧螺纹孔。
 锁紧件，锁紧在第一锁紧部和第二锁紧部内；锁紧件为锁紧螺钉。
 在连接时，可将连接部915和主体部件通过锁紧螺钉锁紧固定。
 卡设结构，所述卡设结构包括有形成在所述喷淋主体部911上的卡槽918以及形成在所述主体部件上的卡凸。
 在本申请的一些实施例中，所述喷淋部件与所述主体部件内壁之间具有间距，所述间距为1-3mm。
 本实施例中将喷淋部件和壳体的内侧壁之间间距设置在1-3mm范围内，可保证较好的水流冲击压力以及水流喷溅效果，能够保证对洗涤剂的较好的冲洗和溶解效果。
 在设置时，进水导水部沿第一容置腔210的设置方式包括有：
进水导水部沿第一容置腔210的其中一个侧边布置；
或者进水导水部沿第一容置腔210两相对的侧边设置；
或者进水导水部为沿第一容置腔210的周向方向布置。
 在本申请的一些实施例中，盒盖组件500包括有：
第一盒盖部件510和第二盒盖部件520，其用以装配固定在台面800上。
 第一盒盖部件510设置在台面800下方。
 台面800上开设有开口区，在开口区周圈形成有翻折连接边，第一盒盖部件510设在翻折连接边下方，第二盒盖部件520设在翻折连接边上方，在第二盒盖部件520上设有螺钉柱，螺钉穿过底部的第一盒盖部件510上的螺纹孔、翻折连接翻边上的螺纹孔后旋拧固定在第二盒盖部件520的螺钉柱内，以实现三者之间的连接固定。
 第一盒盖部件上具有第一投放口，第二盒盖部件具有第二投放口，
第一投放口和第二投放口均与放置口位置对应，第一投放口和所述放置口轮廓适配，第二投放口布置在靠近所述喷淋部件910所在区域处且其对应的长度小于所述第一投放口。
 将第二盒盖部件520的第二投放口设置成小于第一盒盖部件510，且集中布置在靠近喷淋部件910的区域处，以使得用户在进行投放洗涤剂时尽量的投放到靠近喷淋部件910位置处，以保证对洗涤剂进行充分的溶解。
 在所述第一盒盖部件510上形成有环形嵌装部；
密封部件530，设置在所述第一盒盖部件510和台面800之间，包括有：
密封本体，插装在所述环形嵌装部内；
从所述密封本体上向外延伸形成的抵靠支脚部540，其抵靠在环形嵌装部的侧壁上；
抵靠支脚部540为抵靠支脚，其从下向上倾斜设置在密封本体上。
 以及设置在所述密封本体顶部的形变部550，其凸出所述环形嵌装部设置，内部形成有中空的形变腔体，能够在受压后发生形变以密封台面800和第一盒盖部件510。
 环形嵌装部为环形嵌装槽，沿第一盒盖部件510的周向方向布置。
 环形嵌装槽上开设有朝向所述台面800的环形开口，环形嵌装槽包括有环形底壁和设置在所述环形底壁两侧的环形侧壁。
 环形开口朝向环形底壁。
 第一盒盖部件510可以为方形或圆形等均可，材质为塑性件，在成型时，环形嵌装部直接和第一盒盖部件510一体成型。
 密封部件530，设置在所述第一盒盖部件510和台面800之间，为实现与环形嵌装部的配合，密封部件530也设置为环形。
 为满足密封和安装的使用需求，密封部件530选用橡胶材质，其成型时为直接一体成型。
 在本申请的一些实施例中，密封本体包括有压设部和竖直部。
 压设部设置在所述竖直部的顶面。
 竖直部为竖直条，竖直部的最大宽度小于环形嵌装槽的2个环形侧壁之间的间距，以便于密封本体能够快速的装配到环形嵌装部内。
 压设部为压设条，其最大宽度大于竖直部的最大宽度且大于2个环形侧壁的宽度。
 在装配时，竖直部插入到环形嵌装槽内部，压设部则相应的封堵2个环形侧壁之间的环形开口位置处，以进行密封。
 为实现密封部件530和第一盒盖部件510之间的牢固密封固定，第一密封部件530还包括有从所述密封本体上向外延伸形成的抵靠支脚部540，其抵靠在环形嵌装部的侧壁上。
 密封本体两侧处设置有多个向外延伸的抵靠支脚部540，在密封本体插装在环形嵌装部内部后，可通过倾斜布置在密封本体两侧的抵靠支脚部540抵靠在环形嵌装槽两侧的侧壁上，由于抵靠支脚部540为倾斜布置，其装配在环形嵌装槽内时，会与环形嵌装槽的内侧壁产生的抵靠作用，这样可有效的避免密封部件530装配到第一盒盖部件510内后从第一盒盖部件510中掉落或脱落的情况发生。
 抵靠支脚部540和密封本体之间的夹角角度为45-60度。
 形变腔体形状可以为菱形、长方形或椭圆形等均可，在受压后，其能够被压平并与台面800的接触面积变大。
 具体的，形变部550设置在压设部的上方，由于形变部550内部形成有形变腔体，在对台面800和第一盒盖部件510装配时，可通过台面800压设位于台面800和第一盒盖部件510之间的形变部550上的形变腔体。
 由于形变腔体内部为中空，在进行台面800安装时，中空的形变腔体可提供压缩空间，在安装时，更容易将密封部件530按压到第一盒盖部件510的环形嵌装槽内部进行压紧固定。
 并且，由于本实施例中的形变腔体为中空，当其受到台面800的压力作用后，会使得整个形变部550被压平，从立体形变部550变为平面，增大了整个形变部550的面积，进而增大了台面800和第一盒盖部件510之间的接触面积，进而增强了台面800和第一盒盖部件510之间的密封效果，有效的避免了洗涤剂盒中的水汽从台面800向外跑出的情况发生。
 第二盒盖部件520设置在台面800上方，第二盒盖部件520包括有第二盒盖体和转动连接在所述第二盒盖体上的翻转盖体，在所述第二盒盖体和所述台面800之间设置有密封结构。
 在第二盒盖体顶面上内凹形成有凹陷腔，在凹陷腔底壁上设置有转轴，翻转盖体设置在凹陷腔内，转动连接在转轴上，能够通过翻转转动打开或闭合放置开口。
 所述密封结构包括有：
开设在所述第二盒盖体周圈的环形槽；
环形密封件900，嵌装在所述环形槽内。环形密封件900为环形密封条。
 设置在所述台面800上的环形凸起部810，所述环形凸起部810抵靠在所述环形密封件900的底部。
 还包括有设置在所述环形槽内的止挡部，所述止挡部沿所述环形嵌装槽的周向布置，所述止挡部高度小于所述环形槽的侧壁高度，在环形密封件900安装到位时，所述止挡部抵靠在所述环形密封件900上。
 在台面800和第二盒盖体连接固定后，第二盒盖体上的环形密封件900被台面800上环形凸起部810压紧固定，以实现第二盒盖体和台面800之间的密封连接。
 止挡部为设置在环形槽内的支撑凸起，其从环形槽的顶壁向环形安装口处延伸形成，止挡部和环形凸起部810相对设置。
 在环形密封件900装配到环形槽内后，其受到环形槽内的止挡部的向下的抵靠力作用，同时，还受到位于台面800上的环形凸起部810的抵靠作用，所受到的2个作用力大小相同、方向相反，通过止挡部和环形凸起部810两个件的作用力作用，可保证环形密封件900能够和台面800以及第二盒盖体之间牢固的接触配合，密封效果好。
 具体的，第一盒盖部件510扣设在主体部件200上，与主体部件200之间围设形成有所述导水流道600。
 在本申请的一些实施例中，导水流道600包括有：
第一导水流道，第一导水流道环绕第一洗涤剂腔211设置；
第二导水流道，第二导水流道环绕第二洗涤剂腔212设置；
在本申请的一些实施例中，主体部件200上形成有第一环形导水筋612形成的第一流道610，第一盒盖部件510上设置有由第二环形导水筋621形成的第一配合流道620，所述第一流道610和第一配合流道620对接形成第一导水流道600。
 具体的，第一环形导水筋612，设置有2条，均从主体部件200顶壁上向上延伸形成，沿第一洗涤剂腔211周向布置，在2个第一环形导水筋612之间形成有第一流道610，第二环形导水筋621，设置有2个，从第一盒盖部件510底部向下延伸形成，2个第二环形导水筋621之间形成有第一配合流道620，第一配合流道620和第一流道610形状相同，两者可实现完全的匹配对接。 
 在靠近第一洗涤剂腔211的第一流道610侧壁上设有所述进水导水部，所述进水导水部为第一进水缺口611，所述第一进水缺口611设置有多个，相邻的第一进水缺口611之间距相等。
 为实现快速进水，可在第一流道610两位置相对的侧壁上均设置第一进水缺口611，可使得水流能够快速进入到第一洗涤剂腔211内。
 在第一流道610上还开设有贯穿第一流道610底壁的排水孔，排水孔连通第一流道610和导流腔，以实现对第一流道610中水流的快速排水，防止第一流道610中存储有积水。
 为实现对第一导水流道中水流的导向，在第二环形导水筋621侧壁上设置有导水筋板组622，每组包括2块导水筋板，2块导水筋板与第一进水缺口611位置对应，用以将第一导水流道600中水导入到第一进水缺口611处。
 在本申请的一些实施例中，第二流道630，形成在主体部件200上，沿第一洗涤剂腔211的一侧边延伸到第二洗涤剂腔212侧边处，第二流道630具有出口部631；
第二流道630由2条第三导水筋632、位于第三导水筋632的主体部件200围设形成，第三导水筋632沿第一洗涤剂腔211的一侧边延伸到第二洗涤剂腔212侧边处； 
第三流道650，设置有2条，分别布置在第二洗涤剂腔212两侧，第三流道650包括有入口部，所述入口部和所述出口部631连通，至少在其中一个第三流道650上形成有和第二洗涤剂腔212连通的所述进水导水部。
 进水导水部为第二进水缺口653，第二进水缺口653可设置多个，沿第二洗涤剂腔212长度方向等间距设置。
 在所述第一盒盖部件510上设置有与所述第二流道630对接的第二配合流道640和与第三流道对接配合的第三配合流道660；
第二配合流道640和第二流道630对接配合形成第一对接流道，第三流道650相应和第三配合流道660对接配合形成第二对接流道，第一对接流道和第二对接流道形成所述第二导水流道。
 水流进入时，先进入到第一对接流道，从第一对接流道出口部631流出后进入到两侧的第二对接流道，从两侧第二对接流道上的第二进水缺口651流入到第二洗涤剂容置腔内对洗涤剂进行稀释。
 具体的，在第二洗涤剂腔212周圈设置有第四导水筋651，在内侧第三导水筋632和第四导水筋651之间形成其中一条第三流道650；
第五导水筋652，与第三导水筋632相对设置，且位于第二洗涤腔腔体一侧，其与第四导水筋651之间形成另一条第三流道650。
 位于第一盒盖部件510上的第二配合流道640和第三配合流道660上也通过凸起筋形成，凸起筋的设置方式与主体部件200上的设置方式相同，以实现匹配。 
 分水凸起部，设置在第四导水筋651上，与所述出口部631位置相对，用以将第二流道630中水流分流到第三流道650内。
 在主体部件200上形成有环绕洗涤容置腔300周圈设置的第四流道670，在第一盒盖部件510上形成有与所述第四流道670对接配合的第四配合流道680，第四流道670和第四配合流道680对接形成所述水流通道600。
 具体的，在主体部件200上设置有第六导水筋671，在第一盒盖部件510上也对应布置相应筋条。
 在第一导水流道、第二导水流道和第三导水流道上均相应的设置有水流入口部，以便于水管插入，将水流输送到相应的导水流道内。
 在本申请的一些实施例中，设置有4根进水管，其分别为第一进水管、第二进水管、第三进水管和第四进水管，在连接时，第一进水管插入到第一导水流道的水流入口部处，第二进水管插入到第二导水流道的水流入口部处，第三进水管和第四进水管则相应的插入到水流通道600的水流入口部处，以保证水流通道600的水压。
 通过将多个导水流道600分别连接多个不同的进水管的方式可实现在不同的腔体中可根据相应的洗涤剂使用需求相应的通入冷水或热水，以满足不同洗涤剂溶解需求，提高整个衣物处理装置的洗涤效果。
 在本申请的一些实施例中，在支撑部件220和洗涤容置腔300的底壁之间设置有间隙，在所述间隙内设置有多个挡设部件230，多个挡设部件230之间形成有用以将洗涤容置腔300中的水流导入到排水腔130中的导向通道240。
 挡设部件230为挡设板或挡设块，通过相邻的挡设部件230之间的导向通道240能够避免从洗涤容置腔300中的水流急速的流入到排水腔130内，避免洗涤容置腔300中的洗涤剂还没有完全融化就被快速的冲流到衣物处理装置内部的情况发生，同时，挡设部件230还能够对倒入到洗涤容置腔300中的洗涤剂中存在的异物进行一定的遮挡，防止异物进入衣物处理装置。
 以上实施例仅用以说明本发明的技术方案，而非对其进行限制；尽管参照前述实施例对本发明进行了详细的说明，对于本领域的普通技术人员来说，依然可以对前述实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换；而这些修改或替换，并不使相应技术方案的本质脱离本发明所要求保护的技术方案的精神和范围。

Claims (10)

  1. 一种洗涤剂盒，其特征在于，包括有：
    盒体组件，包括有：
    壳体；
    主体部件，设置在所述壳体内，和所述壳体围设形成有洗涤容置腔；
    盒盖组件，装配在所述主体部件上，与主体部件围设形成有：
    水流通道，设置在所述洗涤容置腔的一侧，沿洗涤容置腔长度方向延伸布置；
    喷淋部件，装配在所述主体部件上，所述喷淋部件包括有：
    喷淋主体部，在所述喷淋主体部内形成有水流引入通道，与所述水流通道远离排水腔的一端连通；
    以及位于所述水流引入通道下方的散射部，用以将水流导入通道中水流打散使其向四周散射喷溅；
    缺口部，与所述散射部位置对应，以使得冲击在散射部上被发散的水流通过其向外喷出。
  2.  根据权利要求1所述的洗涤剂盒，其特征在于，所述喷淋主体部顶部位置处设置有用以和所述主体部件连接的连接部；
    在喷淋主体部的底部两侧位置处设置有档设部，用以将从缺口部喷出到两侧的水流进行遮挡并使其被抵挡反射后向远离所述缺口部的两侧喷出；
    防溅遮挡部，其连接在所述连接部上，并从连接部向下延伸至所述档设部处。
  3.  根据权利要求1所述的洗涤剂盒，其特征在于，所述散射部为形成在喷淋主体部上的弧形散射曲面或倾斜布置在喷淋主体部上的倾斜散射斜面。
  4.  根据权利要求2所述的洗涤剂盒，其特征在于，所述喷淋主体和所述主体部件之间设置有相互连接配合的连接结构，所述连接结构包括有：
    锁紧结构，包括有设置在所述连接部的第一锁紧部和设在所述主体部件上的第二锁紧部；
    锁紧件，锁紧在第一锁紧部和第二锁紧部内；
    卡设结构，所述卡设结构包括有形成在所述喷淋主体上的卡槽以及形成在所述主体部件上的卡凸。
  5.  根据权利要求1所述的洗涤剂盒，其特征在于， 
    在壳体内形成有和外部排水管连通的排水腔,在主体部件内形成有第一容置腔,在主体部件和壳体之间形成导流腔，所述导流腔与所述第一容置腔和排水腔连通； 
    导水流道，环绕第一容置腔布置，在导水流道上形成有多个环绕第一容置腔设置的进水导水部，以将导水流道中的水从第一容置腔周边导入到的第一容置腔内。
  6.  根据权利要求5所述的洗涤剂盒，其特征在于，所述第一容置腔包括有：
    沿主体部件长度方向依次布置的第一洗涤剂腔和第二洗涤剂腔，所述第一洗涤剂腔和所述第二洗涤剂腔与所述洗涤容置腔并行设置；
    盒盖组件包括有第一盒盖部件，所述导水流道包括有：
    第一导水流道，形成在主体部件和第一盒盖部件之间，环绕所述第一洗涤剂腔设置；
    第二导水流道，形成在主体部件和第一盒盖部件之间，环绕所述第二洗涤剂腔设置；
    水流通道，形成在主体部件和第一盒盖部件之间，布置在所述洗涤容置腔一侧。
  7.  根据权利要求6所述的洗涤剂盒，其特征在于，主体部件上形成有第一环形导水筋形成的第一流道，第一盒盖部件上设置有由第二环形导水筋形成的第一配合流道，所述第一流道和第一配合流道对接形成所述第一导水流道；
    第二流道，形成在所述主体部件上，沿所述第一洗涤剂腔的一侧边延伸到第二洗涤剂腔侧边处，所述第二流道具有出口部；
    第三流道，设置有2条，分别布置在所述第二洗涤剂腔两侧，所述第三流道包括有入口部，所述入口部和所述出口部连通，至少在其中一个第三流道上形成有和所述第二洗涤剂腔连通的所述进水导水部；
    在所述所述第一盒盖部件上设置有与所述第二流道对接的第二配合流道和与三流道对接配合的第三配合流道；
    第二配合流道和第二流道对接配合形成第一对接流道，第三流道相应和第三配合流道对接配合形成第二对接流道，第一对接流道和第二对接流道形成所述第二导水流道。
  8.  根据权利要求7所述的洗涤剂盒，其特征在于， 
    在所述主体部件上位于所述洗涤容置腔的一侧设有第四流道，在第一盒盖部件上形成有与所述第四流道对接配合的第四配合流道，第四流道和第四配合流道对接形成所述水流通道。
  9.  根据权利要求6所述的洗涤剂盒，其特征在于，盒盖组件还包括有：
    第二盒盖部件，第二盒盖部件位于台面上方并与台面密封连接；
    第一盒盖部件上具有第一投放口，第二盒盖部件具有第二投放口，在主体部件上形成有放置口；
    第一投放口和第二投放口均与放置口位置对应，第一投放口和所述放置口轮廓适配，第二投放口布置在靠近所述喷淋部件所在区域处且其对应的长度小于所述第一投放口。
  10.  一种衣物洗涤装置，其特征在于，包括权利要求1-9任一项所述的洗涤剂盒。
PCT/CN2023/089716 2022-05-07 2023-04-21 一种洗涤剂盒及衣物洗涤装置 WO2023216841A1 (zh)

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