WO2023184643A1 - 衣物处理装置的内筒及衣物处理装置 - Google Patents

衣物处理装置的内筒及衣物处理装置 Download PDF

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Publication number
WO2023184643A1
WO2023184643A1 PCT/CN2022/090707 CN2022090707W WO2023184643A1 WO 2023184643 A1 WO2023184643 A1 WO 2023184643A1 CN 2022090707 W CN2022090707 W CN 2022090707W WO 2023184643 A1 WO2023184643 A1 WO 2023184643A1
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WO
WIPO (PCT)
Prior art keywords
drainage
barrel
water
area
treatment device
Prior art date
Application number
PCT/CN2022/090707
Other languages
English (en)
French (fr)
Inventor
薛二鹏
李事成
林光芳
苗雨来
王嘉
高弘锡
Original Assignee
无锡小天鹅电器有限公司
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
Priority claimed from CN202210346383.2A external-priority patent/CN114541106A/zh
Priority claimed from CN202220765352.6U external-priority patent/CN217052759U/zh
Application filed by 无锡小天鹅电器有限公司 filed Critical 无锡小天鹅电器有限公司
Publication of WO2023184643A1 publication Critical patent/WO2023184643A1/zh

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    • 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 
    • D06F39/08—Liquid supply or discharge arrangements
    • 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 
    • D06F39/12—Casings; Tubs
    • 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
    • D06F58/00—Domestic laundry dryers
    • D06F58/20—General details of domestic laundry dryers 

Definitions

  • the present application relates to the technical field of clothing treatment, specifically to an inner cylinder of a clothing treatment device and a clothing treatment device.
  • the inner cylinder of the existing clothes treatment device usually has multiple drainage holes on the body of the inner cylinder.
  • the multiple drainage holes can drain the inner cylinder, The water in the tube is drained, but the drainage efficiency is low.
  • the edge of the drainage hole will scratch the clothes, causing wear and tear on the clothes and reducing the user experience.
  • this application proposes an inner cylinder of a clothes treatment device, which is convenient for drainage and has high drainage efficiency. At the same time, it can also prevent the drainage holes from directly contacting the clothes and causing wear and tear on the clothes, thereby improving the user experience.
  • the present application also aims to propose a laundry treatment device having the above-mentioned inner cylinder.
  • the inner cylinder of the clothes processing device includes: a cylinder body, the cylinder body includes a cylinder body and a cylinder bottom, the cylinder body has a first drainage area; a lifting rib, the lifting rib is provided on the The inner side of the barrel body covers the first drainage area, and a plurality of first drainage holes arranged at intervals are provided at the position of the first drainage area covered by the lifting ribs, wherein, in the first drainage area , the arrangement density of the first drainage holes close to the bottom of the tube is greater than the arrangement density of the first drainage holes close to the tube mouth.
  • lifting ribs are provided on the inside of the cylinder body to cover the first drainage area, so as to achieve the purpose of covering a plurality of first drainage holes.
  • the lifting ribs can be used to lift the clothes.
  • the lifting ribs can also be used to cover the first drainage hole. In this way, during the process of processing clothes by the clothes processing device, the first drainage hole can be prevented from directly contacting the clothes and causing wear and tear on the clothes, thereby improving the user experience and in the first place.
  • the arrangement density of the first drainage holes near the bottom of the tube is set to be greater than the arrangement density of the first drainage holes near the tube mouth, so as to increase the number of first drainage holes near the bottom of the tube, so that the density of the first drainage holes in the tube body is close to the bottom of the tube.
  • the water at the bottom of the tube can be quickly discharged through the plurality of first drainage holes, thereby improving drainage efficiency.
  • the arrangement density of the first drainage holes gradually increases in the direction from the barrel mouth to the barrel bottom.
  • At least a part of the first drainage holes are arranged at intervals along the axial direction of the barrel body, and two adjacent ones are arranged in a direction from the barrel mouth to the barrel bottom.
  • the distance between the first drainage holes gradually decreases.
  • the first drainage area is provided with a plurality of drainage hole groups, each of the drainage hole groups includes a plurality of the first drainage holes arranged at intervals along the axial direction of the barrel; The drainage hole groups are arranged at intervals along the circumferential direction of the barrel.
  • a plurality of the first drainage holes in two adjacent drainage hole groups are staggered in the axial direction of the barrel.
  • the radial size of the barrel body gradually increases from the barrel mouth to the barrel bottom.
  • a water flow channel is provided between the lifting rib itself or between the lifting rib and the barrel body, and the first drainage hole is connected to the inner cavity of the barrel body through the water flow channel.
  • a plurality of water openings are provided at the bottom of at least one side wall of the lifting rib, and the water openings cooperate with the barrel body to form the water flow channel, wherein each of the water openings is connected to at least one of the water openings. Corresponds to the position of the first drainage hole.
  • the first drainage areas include multiple first drainage areas, and the plurality of first drainage areas are arranged at intervals along the circumference of the barrel.
  • the barrel body is provided with a plurality of lifting ribs, each of the lifting ribs extends along the axial direction of the barrel body and can cover one of the first drainage areas on the barrel body.
  • the inner peripheral wall of the barrel has a rubbing area, and the rubbing area and the first drainage area are arranged in the circumferential direction of the barrel, wherein the rubbing area is provided with a plurality of rubbing convex parts.
  • a plurality of the kneading convex parts are arranged at intervals in the circumferential direction of the barrel, and each of the kneading convex parts forms a curve.
  • the kneading area is a non-porous area.
  • a flow guide channel is formed between two adjacent rubbing convex portions, and one end of at least a part of the flow guide channel faces the first drainage area.
  • the barrel also has a second drainage area, and the second drainage area and the kneading area are arranged in the axial direction of the barrel and are provided close to the bottom of the barrel, wherein the second drainage area
  • the drainage area includes a plurality of second drainage holes in a normally open state, and the plurality of second drainage holes are arranged at intervals along the circumference of the barrel.
  • a laundry treatment device includes: an outer tub; and an inner drum according to the aforementioned laundry treatment device, the inner drum being rotatably provided in the outer tub.
  • the clothes treatment device of the embodiment of the present application by using the inner cylinder of the clothes treatment device, during the process of clothes treatment, the stains on the clothes and the water flow in the inner cylinder can be discharged through the plurality of first drainage holes, and at the same time It ensures that stains and water near the bottom of the drum can be discharged quickly and accurately to achieve the purpose of treating clothes, and effectively improves the drainage efficiency of the clothes treatment device. It can also effectively reduce the wear and tear caused by the clothes treatment device when processing clothes. Improve user experience.
  • Figure 1 is a schematic three-dimensional structural diagram of an inner cylinder in some embodiments of the present application.
  • Figure 2 is a partial structural diagram of the inner cylinder of some embodiments of the present application.
  • Figure 3 is a partial structural schematic diagram of the inner cylinder of some other embodiments of the present application.
  • Figure 4 is a schematic three-dimensional structural diagram of a lifting rib in some embodiments of the present application.
  • Figure 5 is a cross-sectional view of the inner cylinder of some embodiments of the present application.
  • Figure 6 is a partial enlarged view of area I in Figure 5.
  • Figure 7 is a front view of a lifting rib according to some embodiments of the present application.
  • Figure 8 is a cross-sectional view of a lifting rib according to some embodiments of the present application.
  • Figure 9 is a schematic block diagram of a laundry treatment device according to some embodiments of the present application.
  • Tube body 100. Tube body; 110. Tube bottom; 120. Tube body;
  • Second drainage area 1221. Second drainage hole;
  • the first side wall 211.
  • the first water inlet 212.
  • the first water retaining part 214.
  • Second side wall 221. Second water inlet; 222. Second water retaining portion;
  • the first diversion channel 3211. The first diversion section; 3212. The second diversion section;
  • the inner cylinder 1000 of the laundry treatment device includes: a cylinder body 100 and a lifting rib 200 .
  • the barrel body 100 includes a barrel body 120 and a barrel bottom 110 .
  • the barrel body 120 has a first drainage area 121 .
  • the first drainage area 121 is mainly used to facilitate the arrangement of the first drainage holes 1231, thereby facilitating drainage when the inner barrel 1000 subsequently processes clothes.
  • the lifting ribs 200 are disposed inside the barrel 120 and cover the first drainage area 121 .
  • a plurality of first drainage holes 1231 are arranged at intervals in the position of the first drainage area 121 covered by the lifting ribs 200 .
  • the first drainage hole 1231 is mainly used to realize the connection between the inner cylinder 1000 and the external flow path to ensure that the water in the inner cylinder 1000 can be smoothly discharged through the first drainage hole 1231 to achieve the purpose of processing clothes.
  • this application is provided with A plurality of first drainage holes 1231 are arranged at intervals.
  • the plurality of first drainage holes 1231 are arranged at intervals to cooperate with drainage to improve drainage efficiency, achieve the purpose of completely draining washing water and dirt, and improve the laundry processing capacity of the inner barrel 1000.
  • the lifting ribs 200 are used to shield the first drainage holes 1231.
  • users are prevented from directly observing the first drainage in the first drainage area 121.
  • hole 1231 to improve the aesthetics of the inner cylinder 1000; on the other hand, during the process of clothes processing, it can be ensured that the first drainage hole 1231 will not directly contact the clothes, thereby avoiding the hole edge of the first drainage hole 1231 from wearing the clothes, so as to effectively Solve the problem of clothing wear and tear, greatly reducing the wear rate of clothing and improving user experience.
  • the lifting ribs 200 are arranged inside the barrel body 120. During the washing process of the clothes processing device, as the barrel body 100 rotates, the lifting ribs 200 can drive the clothes to rotate. On the one hand, the lifting ribs 200 can lift the clothes. The clothes with a certain height fall back under the action of gravity, thereby realizing the up and down beating of the clothes and the flipping of the clothes to achieve the purpose of processing the clothes; on the other hand, the lifting ribs 200 can be used to increase the number of clothes and the inner cylinder
  • the contact area of 1000 allows the clothes close to the lifting ribs 200 to rub against each other to produce a kneading effect, thereby improving the clothes processing capacity of the inner cylinder 1000 and improving the user experience.
  • the lifting ribs 200 of the present application can not only improve the clothes processing capacity of the inner cylinder 1000 but also improve the aesthetics of the inner cylinder 1000. At the same time, it can also prevent the edge of the first drainage hole 1231 from wearing clothes, so there is no need to install another Other structural components that cover the first drainage hole 1231 not only simplify the structure of the inner cylinder 1000, but also reduce the production cost of the inner cylinder 1000.
  • the arrangement density of the first drainage holes 1231 near the barrel bottom 110 is greater than the arrangement density of the first drainage holes 1231 near the barrel mouth 140 .
  • first drainage holes 1231 are provided near the barrel bottom 110 and near the barrel mouth 140.
  • the number of first drainage holes 1231 arranged near the barrel bottom 110 is greater than that near the barrel mouth 140.
  • the number of first drainage holes 1231 is arranged, so that the arrangement density of the first drainage holes 1231 close to the barrel bottom 110 is greater than the arrangement density of the first drainage holes 1231 close to the barrel mouth 140, so that the arrangement density of the first drainage holes 1231 close to the barrel mouth 140 can be achieved.
  • a larger number of first drainage holes 1231 are provided at the bottom of the barrel 110 , while a smaller number of first drainage holes 1231 are provided near the barrel mouth 140 .
  • a larger number of first drainage holes 1231 can be provided near the cylinder bottom 110, so that the water in the cylinder body 100 close to the cylinder bottom 110 can be
  • the rapid discharge makes the drainage of the inner cylinder 1000 more convenient, and also improves the drainage efficiency, so that the washing water and dirt in the inner cylinder 1000 can be smoothly and completely discharged, improving the drainage effect.
  • the cooperation of a larger number of first drainage holes 1231 can greatly improve the quality of dehydration to reduce the moisture content of the clothes, thereby improving the user experience.
  • first drainage holes 1231 When a smaller number of first drainage holes 1231 is provided near the barrel mouth 140, the number of first drainage holes 1231 decreases. Correspondingly, the structural strength at the positions corresponding to the smaller number of first drainage holes 1231 will increase with the increase in the number of first drainage holes 1231. The height is increased, that is, the structural strength of the barrel body 120 near the barrel mouth 140 of this application is higher.
  • the structural strength of the cylinder body 120 can also be ensured, so that the structural strength of the inner cylinder 1000 can be guaranteed. To extend the service life of the inner cylinder 1000.
  • the inner barrel 1000 of the laundry treatment device of the present application sets the arrangement density of the first drainage holes 1231 near the barrel bottom 110 to be larger than the first drainage holes 1231 near the barrel mouth 140
  • the arrangement density not only ensures that the first drainage holes 1231 are provided near the bottom 110 and the mouth 140 of the tube, but also allows a larger number of first drainage holes 1231 to be provided near the bottom 110 of the tube. , to improve the drainage efficiency and drainage effect of the inner cylinder 1000.
  • the present application also arranges a plurality of first drainage holes 1231 at the positions covered by the lifting ribs 200 to ensure that the first drainage holes 1231 are not blocked when the clothes processing device processes clothes. It will be in direct contact with the clothes, thereby preventing the first drainage hole 1231 from drawing or scratching the clothes, thereby improving the user experience.
  • this application adopts the above setting (in the first drainage area 121, the arrangement density of the first drainage holes 1231 close to the barrel bottom 110 is set to be greater than the arrangement density of the first drainage holes 1231 close to the barrel mouth 140 ), especially when the inner cylinder 1000 is tilted relative to the horizontal direction so that the lowest point of the cylinder bottom 110 is lower than the lowest point of the cylinder mouth 140, or when the inner cylinder 1000 is formed into a tapered cylinder such that the lowest point of the cylinder bottom 110 is lower than The effect is most obvious when the barrel mouth 140 is at its lowest point.
  • the barrel body 120 is provided with a plurality of clamping holes, and a plurality of hooks 230 are respectively provided on both sides of the lifting rib 200.
  • the plurality of hooks 230 are clamped in a one-to-one correspondence with the plurality of clamping holes.
  • the snap-fit connection method allows the lifting ribs 200 to be fixedly arranged on the barrel body 120, which not only ensures the stability of the lifting ribs 200 relative to the barrel body 120, but also facilitates the cooperation between the lifting ribs 200 and the barrel body 120, reducing the cost.
  • the assembly of the inner cylinder 1000 is difficult and makes the structure of the inner cylinder 1000 simple.
  • the cooperation between the hook 230 and the hole makes the lifting rib 200 and the barrel body 120 form a detachable connection, that is, the lifting rib 200 and the barrel body 120 can be completely disassembled, which facilitates the replacement or disassembly of the lifting rib 200.
  • connection method between the lifting rib 200 and the barrel body 120 is not limited to the snap fit between the hook 230 and the locking hole, and can also be other connection methods, such as: the lifting rib 200
  • a plurality of first connection holes are provided on both sides.
  • the barrel 120 is provided with a plurality of second connection holes that match the first connection holes.
  • the second connection holes are formed as internally threaded holes, and bolts pass through the first connection holes.
  • the hole is fixedly connected in the second connection hole to realize the detachable connection between the lifting rib 200 and the barrel body 120; alternatively, the barrel body 120 is provided with multiple slots, and multiple buckles are provided on both sides of the lifting rib 200. Multiple buckles are plugged and matched with multiple slots in a one-to-one correspondence, and the detachable connection between the lifting rib 200 and the barrel body 120 can also be realized.
  • the arrangement density of the first drainage holes 1231 gradually increases in the direction from the barrel mouth 140 to the barrel bottom 110 . That is to say, the number of the first drainage holes 1231 gradually increases in the direction from the barrel mouth 140 to the barrel bottom 110 .
  • This arrangement ensures that the arrangement density of the first drainage holes 1231 near the barrel bottom 110 can be greater than that near the barrel mouth 140 While the arrangement density of the first drainage holes 1231 is high, a larger number of first drainage holes 1231 can be provided in the direction from the barrel mouth 140 to the barrel bottom 110 , that is, more first drainage holes 1231 can be provided in the first drainage area 121 A larger number of first drainage holes 1231 and a larger number of first drainage holes 1231 cooperate with drainage to improve the drainage capacity of the inner cylinder 1000, thereby improving drainage efficiency.
  • the plurality of first drainage holes 1231 are spaced apart along the axial direction of the barrel 120 . Such an arrangement ensures that the first drainage holes 1231 are provided in the direction from the barrel mouth 140 to the barrel bottom 110. At the same time, the plurality of first drainage holes 1231 can cooperate to drain the water at different positions in the axial direction of the barrel body 120, thereby improving the Drainage efficiency.
  • the distance between two adjacent first drainage holes 1231 gradually decreases in the direction from the barrel mouth 140 to the barrel bottom 110 .
  • the number of the first drainage holes 1231 will increase accordingly, that is, the arrangement density of the first drainage holes 1231 will increase. large, thereby ensuring that the arrangement density of the first drainage holes 1231 in the direction from the barrel mouth 140 to the barrel bottom 110 can gradually increase, that is, ensuring that the arrangement density of the first drainage holes 1231 near the barrel bottom 110 can be greater than that near the barrel mouth 140
  • the arrangement density of the first drainage holes 1231 is to improve the drainage efficiency of the inner cylinder 1000.
  • the first drainage area 121 is provided with multiple drainage hole groups 123 , and each drainage hole group 123 includes a plurality of axially spaced holes along the barrel body 120 .
  • a first drainage hole 1231 is arranged.
  • the cooperation of the plurality of drainage hole groups 123 can make the arrangement of the plurality of first drainage holes 1231 in the first drainage area 121 more uniform, so as to improve the aesthetics of the first drainage area 121 and at the same time reduce the appearance of the first drainage holes 1231. manufacturing difficulty.
  • the cooperation of multiple drainage hole groups 123 can also increase the number of first drainage holes 1231 on the barrel 120, thereby further improving the drainage capacity of the inner barrel 1000 and improving drainage efficiency.
  • multiple drainage hole groups 123 are arranged at intervals along the circumferential direction of the barrel 120 .
  • the water flow at multiple locations in the inner cylinder 1000 can be discharged simultaneously through the first drainage hole 1231, especially the water flow at different positions in the circumferential direction of the cylinder body 120 can be discharged at the same time, so as to further improve the drainage efficiency, especially when using During the dehydration process of the inner cylinder 1000, the cooperation of multiple drainage hole groups 123 can greatly improve the dehydration quality and reduce the moisture content of the clothes.
  • a plurality of first drainage holes 1231 in two adjacent drainage hole groups 123 are staggered in the axial direction of the barrel 120 .
  • the axial staggered arrangement here can be understood as that in the axial direction of the barrel body 120, the spacing between the two adjacent first drainage holes 1231 in the two adjacent drainage hole groups 123 and the barrel bottom 110 is different. .
  • the plurality of first drainage holes 1231 in the first drainage area 121 can be located at different positions of the barrel body 120 no matter in the axial direction of the barrel body 120 or in the circumferential direction of the barrel body 120.
  • many The cooperation of two first drainage holes 1231 can simultaneously drain water located at different positions of the barrel 120, making drainage of the inner barrel 1000 more convenient and improving drainage efficiency.
  • the other drainage hole group when the distance between the rearmost first drainage hole 1231 of one drainage hole group 123 and the bottom of the tube 110 is H, the other drainage hole group
  • the distance between the rearmost first drainage hole 1231 of 123 and the bottom of the tube 110 can be set to 2H, so that when the distance between the plurality of first drainage holes 1231 in each drainage hole group 123 gradually increases to a certain value, That is, the plurality of first drainage holes 1231 in two adjacent drainage hole groups 123 can be arranged staggered to improve drainage efficiency.
  • first drainage holes 1231 are provided near the bottom of the barrel 110 and a plurality of first drainage holes 1231 in two adjacent drainage hole groups 123 are arranged on the axis of the barrel body 120
  • the staggered arrangement can maximize the drainage efficiency and drainage effect of the inner cylinder 1000, thereby improving the effectiveness of the inner cylinder 1000 in processing clothes.
  • a plurality of first drainage holes 1231 in two adjacent drainage hole groups 123 are arranged facing each other in the axial direction of the barrel 120 .
  • the axially facing arrangement here can be understood as the distance between the two adjacent first drainage holes 1231 in two adjacent drainage hole groups 123 and the cylinder bottom 110 in the axial direction of the cylinder body 120 same.
  • Such an arrangement can reduce the difficulty of laying out the plurality of first drainage holes 1231 and improve the layout efficiency of the plurality of first drainage holes 1231.
  • the plurality of first drainage holes 1231 arranged facing each other in the axial direction of the barrel 120 can make the first drainage holes 1231 more efficient.
  • the plurality of first drainage holes 1231 in a drainage area 121 are arranged relatively evenly to improve the aesthetics of the first drainage area 121, thereby improving the aesthetics of the inner cylinder 1000.
  • the radial size of the barrel 120 gradually increases from the barrel mouth 140 to the barrel bottom 110 . That is to say, the radial size of the barrel mouth 140 is smaller than the radial size of the barrel bottom 110.
  • the barrel body 120 is connected between the barrel mouth 140 and the barrel bottom 110. In this way, when the barrel body 120 is arranged parallel to the horizontal plane, the barrel body 120 can be The overall structure is tilted relative to the horizontal plane, so that the lowest end of the barrel bottom 110 is lower than the lowest end of the barrel mouth 140 .
  • the water flow in the inner cylinder 1000 will flow in the direction of the cylinder bottom 110. Since this application provides a large number of first drainage holes 1231 near the cylinder bottom 110, In this way, the water in the inner cylinder 1000 can be guided to the first drainage hole 1231 and discharged through the plurality of first drainage holes 1231, thereby improving the drainage efficiency of the inner cylinder 1000 and ensuring the uniformity of water in the inner cylinder 1000. Can be drained quickly to improve drainage effect.
  • this application creatively sets the radial size of the barrel 120 and sets the number and location of the first drainage holes 1231.
  • the radial size cooperation between the first drainage holes 1231 and the barrel 120 can maximize rapid drainage. , and ensure that the water in the inner cylinder 1000 can be discharged quickly, which not only improves the drainage efficiency, but also improves the drainage quality, so that the inner cylinder 1000 of the present application has better drainage quality and improves user experience.
  • the volume of the inner barrel 1000 can also be increased, so that the inner barrel 1000 can handle more clothes at one time and improve the user experience.
  • the first drainage hole 1231 is in a normally open state to communicate with the inner and outer sides of the barrel body 100 . This ensures that the first drainage hole 1231 can always connect the inner and outer sides of the barrel body 100, which can not only improve the drainage efficiency, but also completely discharge the washing water and dirt in the inner barrel 1000, thereby improving the drainage effect and thereby improving the clothes holding capacity of the inner barrel 1000. processing power.
  • the structure of the inner cylinder 1000 can be simple and easy to control.
  • the lifting rib 200 itself is provided with a water flow channel, and the first drainage hole 1231 is connected to the inner cavity of the barrel body 100 through the water flow channel.
  • the water flow channel is used to avoid the water flow flowing toward the first drainage hole 1231, and at the same time, it can also guide the flow of the water flow to ensure that the water in the inner cavity of the barrel body 100 can be smoothly discharged through the first drainage hole 1231, thereby achieving the purpose of dehydration. .
  • multiple water inlets are formed on the lifting rib 200 , and the multiple water inlets are formed as inlets of the water channels to connect the water channels and the inner cavity of the barrel body 100 , thereby achieving communication between the first drainage hole 1231 and the barrel body 100 In this way, the water in the inner cavity of the barrel body 100 can be smoothly discharged through the first drainage hole 1231.
  • the diameter of the water inlet formed on the lifting rib 200 can be set to be smaller.
  • multiple water inlets can be provided on the lifting rib 200.
  • multiple water inlets with smaller diameters can improve the clothes processing
  • the dehydration capability of the inner cylinder 1000 of the device can also prevent the edge of the water inlet from scratching the clothes.
  • the distance between the water flow channel and the barrel body 120 can be increased, so that during the washing process, the water flow in the inner barrel 1000 can flow out more slowly.
  • a higher water level is maintained in the inner cylinder 1000, which can save water consumption in the inner cylinder 1000, thereby achieving water conservation.
  • the above settings can also prevent water from flowing between the inner cylinder 1000 and the outer bucket, so that the inner cylinder 1000 can The dirt and bacteria between the outer barrel and the outer barrel will not flow into the inner barrel 1000 along with the water flow channel, thereby achieving a healthy washing effect.
  • the water flow channel is not limited to being provided on the structure of the lifting rib 200.
  • a water flow channel may also be provided between the lifting rib 200 and the barrel body 120.
  • the first drainage hole 1231 passes through the water flow channel and the barrel body 100.
  • the inner lumen is connected. In this way, the water flow in the inner cavity of the barrel body 100 can flow to the first drainage hole 1231 through the water flow channel between the lifting rib 200 and the barrel body 120, and then be discharged through the first drainage hole 1231 to achieve the purpose of dehydration, and the above-mentioned
  • the water flow channel can also guide the flow of water to further improve drainage efficiency.
  • part of the structure of the lifting rib 200 can be spaced apart from the barrel body 120 to provide a water flow channel between the lifting rib 200 and the barrel body 120 , thereby facilitating the realization of the first drainage hole 1231 and the inner cavity of the barrel body 100 . Connected.
  • a plurality of water openings 240 are provided at the bottom of at least one side wall of the lifting rib 200.
  • the water openings 240 are located between the side walls of the lifting rib 200 and between the barrel bodies 120 to form a water flow channel between the lifting ribs 200 and the barrel body 120. That is to say, the water inlet 240 cooperates with the barrel body 120 to form a water flow channel, thereby realizing the first drainage hole 1231 and the inside of the barrel body 100. cavity communication.
  • the plurality of water openings 240 can be arranged at intervals at the bottom of the side walls of the lifting rib 200, and the cooperation of the multiple water openings 240 can increase the water flow channel.
  • the water passing area ensures that the water in the inner cavity of the barrel body 100 can quickly flow into the water flow channel and be quickly discharged through the first drainage hole 1231 to improve drainage efficiency.
  • the side walls of the lifting ribs 200 between two adjacent water inlets 240 can be used to connect the lifting ribs 200 to the inside of the barrel body 120 , thereby realizing the connection between the lifting ribs 200 and the barrel body 100 .
  • Fixed connection by arranging multiple water inlets 240 at intervals, the side walls of the lifting ribs 200 between two adjacent water inlets 240 can be used to connect the lifting ribs 200 to the inside of the barrel body 120 , thereby realizing the connection between the lifting ribs 200 and the barrel body 100 . Fixed connection.
  • multiple water inlets 240 are provided at intervals along the length direction of the lifting rib 200 , and multiple water inlets 240 are provided on opposite sides of the width direction of the lifting rib 200 .
  • the multiple water inlets 240 can cooperate to guide water located at different positions in the length direction of the barrel body 120 to the first drainage hole 1231, that is, It is ensured that water at different positions in the length direction of the barrel 120 can be directed to the first drainage hole 1231 at the same time and discharged through the first drainage hole 1231 to further improve drainage efficiency.
  • the multiple water inlets 240 here can cooperate to guide the water in the inner cavity of the barrel 120 located on both sides of the width of the lifting rib 200.
  • the first drainage hole 1231 it can also be understood that by providing multiple water openings 240 on opposite sides of the lifting rib 200 in the width direction, the multiple water openings 240 are used to drain the water at different positions in the circumferential direction of the barrel body 120. Water is simultaneously directed to the first drainage hole 1231 and discharged through the first drainage hole 1231, which ensures that water at different positions in the circumferential direction of the barrel 120 can be discharged at the same time to further improve drainage efficiency.
  • a plurality of water inlets 240 spaced along the length direction of the lifting rib 200 are provided to discharge water at different positions in the axial direction of the barrel 120 at the same time;
  • a plurality of water inlets 240 are provided on the opposite sides of the barrel 120 for simultaneously draining water at different positions in the circumferential direction of the barrel 120, thereby ensuring that water at multiple positions in the axial direction and circumferential direction of the barrel 120 can be discharged simultaneously. Drainage to maximize the drainage efficiency of the inner cylinder 1000, especially when the inner cylinder 1000 is performing a dehydration process, it can minimize the moisture content on the clothes and improve the user experience.
  • each water outlet 240 corresponds to at least one first drainage hole 1231. That is to say, the water flow channel provided between the lifting rib 200 and the barrel body 120 can correspond to the position of at least one first drainage hole 1231.
  • the position correspondence mentioned here can be understood as, in the axial direction of the barrel body 120, the water flow channel The channel is arranged directly opposite to at least one first drainage hole 1231, so that the water flow channel can directly guide the water in the inner cavity of the barrel 120 to the first drainage hole 1231, and then discharge it through the first drainage hole 1231, so as to improve Drainage efficiency of inner cylinder 1000.
  • the water inlets 240 located on opposite sides of the width direction of the lifting rib 200 are staggered to prevent water from entering the area covered by the lifting rib 200 from one side of the width of the lifting rib 200 from the other side of the width of the lifting rib 200 .
  • One side is discharged, that is, it is ensured that the water entering the area covered by the lifting rib 200 from the water outlet 240 can be smoothly discharged through the first drainage hole 1231.
  • the lifting rib 200 has a first side wall 210 and a second side wall 220 that are oppositely arranged in its width direction, and the first side wall 210 has a plurality of first water openings 211, The second side wall 220 has a plurality of second water openings 221, and a plurality of first water openings 211 and a plurality of second water openings 221 are staggered.
  • the staggered arrangement of the plurality of first water inlets 211 and the plurality of second water inlets 221 mentioned here can be understood as the projection of one of the first water inlets 211 on the first side wall 210 on the second side wall 220 is located between two adjacent second water inlets 221.
  • the projection of one of the second water inlets 221 on the second side wall 220 on the first side wall 210 is located between the two adjacent first water inlets 211. space, so that the plurality of first water inlets 211 and the plurality of second water inlets 221 are staggered.
  • a plurality of water openings 240 are provided on opposite sides of the lifting rib 200 in the width direction, wherein the plurality of first water openings 211 on the first side wall 210 are used to connect the openings 240 located in the width direction of the lifting rib 200 .
  • the water on one side of the direction is directed to the first drainage hole 1231, and the plurality of second water openings 221 on the second side wall 220 are used to guide the water on the other side of the width direction of the lifting rib 200 to the first drainage hole 1231.
  • the first drainage hole 1231 is to ensure that the water located on opposite sides of the lifting rib 200 in the width direction can be guided to the first drainage hole 1231 through the water outlet 240, and then discharged through the first drainage hole 1231 to achieve drainage. the goal of.
  • the first side wall 210 also has a first water blocking part 212 located between two adjacent first water openings 211 , and the second water opening 221 faces the first water blocking part 212 set up. That is to say, the first side wall 210 is not only provided with the first water inlet 211, but also is provided with a first water blocking portion 212, so that part of the water flowing from the second water inlet 221 to the area covered by the lifting rib 200 will Under the action of inertia, it directly acts on the first water blocking part 212.
  • the first water blocking part 212 is used to resist the flow of water and prevent water from flowing into the barrel 120 through the lifting ribs 200, so that it flows to the lifting All water in the area covered by the ribs 200 can flow out through the first drainage hole 1231 to achieve the purpose of drainage and improve the drainage efficiency of the inner cylinder 1000.
  • the second side wall 220 also has a second water blocking part 222 located between two adjacent second water openings 221 , and the first water opening 211 faces the second water blocking part 222 set up.
  • the first water inlet 211 and the second water retaining part 222 are arranged in cooperation, so that part of the water flowing from the first water inlet 211 to the area covered by the lifting rib 200 will directly act on the second water retaining part 222 under the action of inertia.
  • the second water blocking part 222 is used to resist the flow of water and prevent water from flowing into the barrel 120 through the lifting ribs 200. In this way, all water flowing into the area covered by the lifting ribs 200 can pass through the second water blocking part 222.
  • a drainage hole 1231 flows out to achieve the purpose of drainage and improve the drainage efficiency of the inner cylinder 1000.
  • the first water blocking part 212 is provided on the first side wall 210
  • the second water blocking part 222 is provided on the second side wall 220
  • the first water inlet 211 is facing the second water blocking part.
  • 222 is set, and the second water inlet 221 is arranged directly opposite the first water retaining portion 212, thereby realizing a staggered arrangement of a plurality of first water inlets 211 and a plurality of second water inlets 221, that is, achieving relative positions in the width direction of the lifting rib 200.
  • the water openings 240 on both sides are staggered to ensure that water entering the area covered by the lifting ribs 200 through the first water opening 211 and the second water opening 221 can be discharged through the first drainage holes 1231 to improve drainage efficiency.
  • the dotted line part in Figure 4 shows the flow path of part of the water entering the area covered by the lifting rib 200 under the action of inertia. It can be clearly seen from the dotted line part that the water enters from the first water inlet 211 to the lifting rib 200 Part of the water in the covered area acts on the second water blocking part 222, and part of the water that enters from the second water inlet 221 to the area covered by the lifting rib 200 acts on the first water blocking part 212 to avoid entering. Part of the water in the area covered by the lifting ribs 200 flows toward the inner cavity of the barrel body 100 .
  • the outer surface of the side wall of the lifting rib 200 is provided with a blocking member 260 , and the blocking member 260 is used to block the water inlet 240 .
  • the blocking member 260 avoids the edge of the water outlet 240 from scratching the clothes when the inner barrel 1000 handles the clothes, thereby reducing the wear and tear of the inner barrel 1000 on the clothes; on the other hand, it avoids the user from visually observing the water outlet 240, thereby enhancing the inner barrel 1000
  • the visual beauty is to improve the aesthetics of the inner cylinder 1000.
  • the shielding member 260 is provided on a side of the water outlet 240 away from the barrel body 120 .
  • the shielding member 260 can be arranged away from the barrel body 120, and at the same time, the water inlet 240 can be located between the barrel body 120 and the shielding member 260, so that the shielding member 260 This effectively blocks the water outlet 240, thereby preventing the user from directly observing the water outlet 240 of the lifting rib 200, thereby improving the aesthetics of the inner cylinder 1000.
  • a gap between the shielding member 260 and the barrel body 120 to connect the water inlet 240 and the inner cavity of the barrel body 100 is mainly used to avoid the water outlet 240 and prevent the blocking member 260 or the barrel body 120 from directly blocking the water outlet 240 and causing the water outlet 240 to be unable to communicate with the first drainage hole 1231 and the inner cavity of the barrel body 100. That is to say, by connecting A gap is provided between the shielding member 260 and the barrel body 120 to ensure that the water inlet 240 can normally communicate with the first drainage hole 1231 and the inner cavity of the barrel body 100, thereby ensuring that the water in the inner cavity of the barrel body 100 can smoothly flow to the first drainage hole. hole 1231.
  • this gap can also guide the flow of water in the inner cavity of the barrel body 100, ensuring that the water in the inner cavity of the barrel body 100 can smoothly flow to the water outlet 240, and finally flow through the water outlet 240. to the first drainage hole 1231 to facilitate drainage through the first drainage hole 1231.
  • one end of the shielding member 260 is connected to the side wall of the lifting rib 200 , and the other end of the shielding member 260 extends in a direction away from the side wall of the lifting rib 200 .
  • the lifting rib 200 is used to support the shielding member 260 to improve the structural stability of the shielding member 260, and at the same time, the other end of the shielding member 260 is directed away from the lifting rib 200.
  • the direction of the side wall is extended to ensure that the blocking member 260 can effectively block the water inlet 240, thereby improving the aesthetics of the inner barrel 1000.
  • the shielding member 260 is formed as an annular shielding rib, and the annular shielding rib is sleeved on the outer peripheral wall of the lifting rib 200 .
  • the annular shielding rib is used to shield the water outlet 240, which can also effectively prevent the user from observing the water outlet 240, thereby improving the aesthetics of the inner cylinder 1000.
  • the end of the annular shielding rib can be connected to the outer peripheral wall of the lifting rib 200 by bonding or snapping to realize the annular shielding rib.
  • the fixed connection with the lifting rib 200 improves the position stability of the annular shielding rib and ensures that the annular shielding rib can effectively shield the water inlet 240.
  • the annular shielding ribs can also be integrally formed on the lifting ribs 200 to reduce the difficulty of assembling the annular shielding ribs and the lifting ribs 200 while ensuring the connection strength of the annular shielding ribs and the lifting ribs 200 to ensure the annular shape.
  • the blocking ribs can be stably connected to the lifting ribs 200 .
  • the ends of the annular shielding ribs away from the lifting ribs 200 are smoothed to prevent the ends of the annular shielding ribs from scratching the clothes, thereby reducing the wear caused by the inner tube 1000 to the clothes.
  • a water flow channel is provided between the lifting rib 200 and the barrel body 120, so that the surface of the lifting rib 200 can be made into a non-porous structure, which not only simplifies the processing process of the lifting rib 200, but also reduces the cost. It is difficult to manufacture and can further reduce the wear of the inner cylinder 1000 on clothes.
  • the first drainage areas 121 include multiple first drainage areas 121 , and the multiple first drainage areas 121 are arranged at intervals along the circumference of the barrel 120 . Since each first drainage area 121 is provided with a plurality of drainage hole groups 123 and each drainage hole group 123 includes a plurality of first drainage holes 1231, such an arrangement can increase the number of first drainage holes on the barrel body 120. The number of 1231, thereby increasing the drainage capacity of the inner cylinder 1000 and improving the drainage efficiency.
  • the present application arranges multiple first drainage areas 121 at intervals along the circumferential direction of the barrel 120 so that the water flow in multiple locations within the inner barrel 1000 can be discharged simultaneously through the first drainage holes 1231 to further improve drainage efficiency.
  • the cooperation of the plurality of first drainage holes 1231 can greatly improve the quality of dehydration and reduce the moisture content of the clothes.
  • the barrel body 120 is provided with three first drainage areas 121 , the three first drainage areas 121 are evenly distributed on the barrel body 120 , and the three first drainage areas 121 are used to drain all the water in the inner barrel 1000 . , achieve the purpose of dehydration and improve dehydration efficiency.
  • first drainage areas 121 are not limited to being provided. Those skilled in the art can also set more first drainage areas 121 according to the actual drainage requirements and the volume of the inner cylinder 1000. For example: four first drainage areas 121 are set up, five first drainage areas 121 are set up, etc.
  • first drainage areas 121 As the number of first drainage areas 121 increases, the structural strength of the barrel 120 will decrease accordingly. Therefore, setting three first drainage areas 121 can not only improve the drainage efficiency, but also effectively improve the strength of the barrel 120 Structural strength, thereby extending the service life of the inner cylinder 1000.
  • the barrel body 120 is provided with a plurality of lifting ribs 200 .
  • the plurality of lifting ribs 200 are used to cooperate with the plurality of first drainage areas 121 on the barrel body 120, and each lifting rib 200 covers a first drainage area 121 on the barrel body 120, thereby ensuring that each first drainage area Lifting ribs 200 are provided on the areas 121 to prevent the edge of the first drainage hole 1231 from wearing clothes, thereby effectively solving the problem of clothes wear.
  • the multiple lifting ribs 200 cooperate to further increase the contact area between the inner tube 1000 and the clothes, thereby improving the cleanliness of the clothes processing.
  • the cylinder body 120 is provided with three lifting ribs 200 , and the three lifting ribs 200 are evenly distributed on the inner wall of the inner cylinder 1000 to respectively shield the three first drainage areas 121 .
  • the lifting ribs 200 will rotate together with the inner tube 1000.
  • the lifting ribs 200 can lift the clothes. 200 continues to rotate, the clothes will break away from the lifting ribs 200 under the action of gravity and fall freely to hit the rolling water or other clothes.
  • the purpose of cleaning the clothes is achieved, and the washing effect of the clothes treatment device is improved.
  • the number of lifting ribs 200 is not limited to the above three.
  • the number of lifting ribs 200 can also be four, five, etc., mainly to ensure that the number of lifting ribs 200 can match the number of the first drainage area.
  • the lifting ribs 200 can effectively cover the first drainage hole 1231.
  • each lifting rib 200 extends along the axial direction of the barrel body 100 .
  • it ensures that each lifting rib 200 can completely cover a first drainage area 121, and avoids the exposure of the first drainage holes 1231 arranged at axial intervals along the barrel body 120, so as to solve the problem of clothing wear.
  • Problem ensure that the lifting ribs 200 can effectively drive the clothes to turn over and increase the contact area between the inner cylinder 1000 and the clothes, so as to achieve the effect of processing the clothes and improve the cleanliness of the clothes.
  • the inner peripheral wall of the barrel 120 has a kneading area 300 .
  • the kneading area 300 can provide greater frictional resistance to the clothes when the inner barrel 1000 processes the clothes, so that the barrel 120 itself has a rubbing effect, thereby making the clothes treated cleaner and improving the user experience.
  • the kneading area 300 and the first drainage area 121 are arranged in the circumferential direction of the barrel 120 . Since the cylinder body 120 has a larger area in the circumferential direction, such an arrangement can maximize the setting of a larger rubbing area 300 and the first drainage area 121. On the one hand, the cleaning effect of the inner cylinder 1000 can be improved; Drainage efficiency.
  • the kneading areas 300 and the first drainage areas 121 are alternately arranged in the circumferential direction of the barrel 120 . That is to say, when the kneading area 300 is provided on the barrel body 120, the first drainage area 121 is not provided. Correspondingly, when the first drainage area 121 is provided on the barrel body 120, the kneading area 300 is not provided, because The lifting ribs 200 of this application need to cover the first drainage area 121.
  • the kneading area 300 and the lifting ribs 200 can be alternately arranged in the circumferential direction of the barrel 120 (as shown in Figure 5) to avoid the lifting ribs.
  • the above arrangement can also avoid opening the first drainage hole 1231 in the kneading area 300, making the layout of the first drainage hole 1231 simpler and more convenient.
  • the clothes processing capacity of the inner barrel 1000 can be further improved.
  • the kneading area 300 is provided with a plurality of kneading convex portions 310 .
  • the plurality of kneading convex portions 310 are spaced apart in the circumferential direction of the barrel 120 , and each kneading convex portion 310 forms a curve.
  • the kneading convex portions 310 can contact with the clothes and rub against each other to produce a kneading effect, thereby improving the ability of the inner cylinder 1000 to handle clothes.
  • the cooperation of multiple kneading convex portions 310 can increase the number of the kneading areas 300 and the clothes. The contact area of the inner cylinder 1000 is thereby further improved.
  • the present application sets the kneading convex part 310 in a curved shape, which on the one hand ensures that the clothes can rotate normally in the barrel body 100 to achieve the purpose of cleaning the clothes; on the other hand, it can also increase the aesthetics of the kneading convex part 310, thus Increase the aesthetics of the interior of the inner cylinder 1000.
  • the kneading area 300 is a non-porous area. Because during the process of the inner cylinder 1000 processing clothes, the kneading area 300 will directly contact the clothes. By setting the kneading area 300 as a non-porous area, the kneading area 300 can be prevented from wearing and scratching the clothes, that is, the inner cylinder 1000 can be prevented from being processed by the clothes. The wear and tear caused to clothing during time, thereby improving user experience.
  • a guide channel 320 is formed between two adjacent rubbing convex portions 310 , and at least one end of a portion of the guide channel 320 faces the first drainage area 121 .
  • the diversion channel 320 can guide the flow of water in the barrel 120 to ensure that the water can flow in a predetermined direction.
  • the diversion channel 320 can guide water to the first drainage area 121.
  • the water is discharged through the first drainage hole 1231 in the first drainage area 121, thereby achieving the purpose of dehydration and improving drainage efficiency.
  • one end of the partial flow guide channel 320 faces the first drainage hole 1231, and the flow guide channel 320 directly guides the water flow to the first drainage hole 1231 to further improve drainage efficiency.
  • the present application forms the flow guide channel 320 through its own structure (the kneading convex portion 310) on the barrel body 120, so that there is no need to install other flow guides, thereby further simplifying the structure of the inner barrel 1000.
  • the barrel 120 also has a second drainage area 122.
  • the second drainage area 122 and the kneading area 300 are arranged in the axial direction of the barrel 120, and the second drainage area 122 is provided close to the barrel bottom 110. .
  • the second drainage area 122 includes a plurality of second drainage holes 1221 in a normally open state.
  • a plurality of second drainage holes 1221 in a normally open state are provided close to the bottom 110 of the cylinder, because during the installation process of the lifting ribs 200, in order to avoid the close distance between the lifting ribs 200 and the bottom 110 of the cylinder.
  • the lifting ribs 200 and the tube bottom 110 are spaced apart and leave a long distance.
  • the distance between the rear end of the lifting ribs 200 and the tube bottom 110 is set to be greater than 10 mm, so as to ensure that the clothes will not get stuck.
  • a second drainage hole 1221 is provided close to the bottom of the cylinder 110.
  • the second drainage hole 1221 is used to discharge water that cannot be discharged by the first drainage hole 1231, thereby improving the drainage effect of the inner cylinder 1000.
  • the second drainage hole 1221 matches the structural shape of the barrel 120 , which can maximize rapid drainage, thereby improving drainage efficiency and drainage quality.
  • the present application uses the first drainage hole 1231 in the first drainage area 121 and the second drainage hole 1221 in the second drainage area 122 to cooperate for drainage, which can greatly improve the dewatering quality and reduce the moisture content of the clothes. .
  • a plurality of second drainage holes 1221 are provided at intervals along the circumference of the barrel 120 .
  • the plurality of second drainage holes 1221 are used to drain the water near the bottom 110 of the inner cylinder 1000 to achieve the purpose of treating clothes.
  • the plurality of second drainage holes 1221 are used to cooperate with drainage to improve drainage efficiency.
  • the second drainage hole 1221 is in a normally open state to communicate with the inner and outer sides of the barrel body 100.
  • the structure of the inner cylinder 1000 is simple and easy to control.
  • the guide channel 320 can guide part of the water in the barrel body 100 to the second drainage area 122. At this time, the water is discharged through the second drainage hole 1221 in the second drainage area 122 to achieve dehydration. purpose and improve drainage efficiency.
  • one end of the partial flow guide channel 320 faces the second drainage hole 1221 .
  • the diversion channel 320 can directly guide the water flow to the second drainage hole 1221 and directly discharge it through the second drainage hole 1221, further improving the drainage efficiency.
  • a part of the plurality of guide channels 320 is a first guide channel 321 , one end of the first guide channel 321 extends toward the second drainage area 122 , and the first guide channel 321 The other end extends toward the direction of barrel mouth 140.
  • the first diversion channel 321 can guide the water located at the barrel mouth 140 to the second drainage area 122, and then discharge it through the second drainage hole 1221 in the second drainage area 122 to achieve the purpose of drainage.
  • the first guide channel 321 includes a first guide section 3211 and a second guide section 3212.
  • One end of the first guide section 3211 extends toward the second drainage area 122, and the second guide section 3211 extends towards the second drainage area 122.
  • One end of the flow section 3212 extends toward the barrel mouth 140 , and the other end of the first flow guide section 3211 is connected to the other end of the second flow guide section 3212 .
  • the water at the mouth 140 can enter the second guide section 3212 and flow along the extension direction of the second guide section 3212.
  • the other end of the second guide section 3212 is connected to the second guide section 3212.
  • the other end of the first guide section 3211 is connected, so that the water in the second guide section 3212 can smoothly flow to the first guide section 3211, and then flow along the extension direction of the first guide section 3211. And flows to the second drainage area 122, and finally the water is discharged through the second drainage hole 1221 in the second drainage area 122, so as to achieve the purpose of using the second drainage hole 1221 for drainage.
  • the bending direction of the first flow guide section 3211 is opposite to the bending direction of the second flow guide section 3212 .
  • the opposite ends of the interconnected first guide section 3211 and the second guide section 3212 can extend towards the second drainage area 122 and the barrel mouth 140 respectively, thereby realizing the use of the first guide section 3211 and the second guide section 3211 Section 3212 guides the water flow at the mouth 140 to the second drainage area 122 .
  • the above arrangement can also increase the aesthetics of the first flow guide channel 321, thereby increasing the aesthetics of the kneading area 300 in the inner cylinder 1000.
  • a part of the plurality of guide channels 320 is a second guide channel 322 , one end of the second guide channel 322 extends toward the barrel mouth 140 , and the other end of the second guide channel 322 extends toward the first drainage area 121 .
  • the second guide channel 322 can guide part of the water at the barrel mouth 140 to the first drainage area 121, and then use the first drainage hole 1231 in the first drainage area 121 to drain the water. , achieve the purpose of dehydration and improve drainage efficiency.
  • a part of the plurality of flow guide channels 320 is a second flow guide channel 322 , one end of the second flow guide channel 322 extends toward the barrel bottom 110 , and the other end of the second flow guide channel 322 Extending towards the first drainage area 121.
  • the second guide channel 322 can guide part of the water located at the first drainage area 121 to the bottom of the barrel 110, and then drain the water through the second drainage area 122 located at the bottom of the barrel 110. , so that the first drainage area 122 and the second drainage area 121 cooperate in drainage to achieve the purpose of dehydration and improve drainage efficiency.
  • the rubbing area 300 is provided on the inner peripheral wall of the barrel body 120.
  • the rubbing area 300 forms a plurality of guide channels 320, and a part of the guide channels 320 can guide the water in the barrel body 100 to the first drainage area. 121.
  • Another part of the diversion channel 320 can guide the water in the barrel body 100 to the second drainage area 122, thereby realizing the drainage of water at different positions in the barrel body 100 to improve the drainage efficiency of the inner barrel 1000.
  • part of the structure of the barrel bottom 110 extends toward the inner cavity of the barrel body 120 to cover the second drainage area 122 .
  • the coverage mentioned here can be understood as that the cylinder bottom 110 is provided with a second drainage area 122 within the projection range of the circumferential surface where the cylinder body 120 is located, so that the cylinder bottom 110 is used to cover the second drainage area 122, that is,
  • By covering the second drainage hole 1221 it can be ensured that the second drainage hole 1221 will not directly contact the clothes during the process of clothes processing, thereby preventing the edge of the second drainage hole 1221 from wearing clothes, thereby effectively solving the problem of clothes wear and tear.
  • the wear rate of clothing is greatly reduced, improving user experience.
  • a water passage 150 is formed between the outer peripheral wall of the barrel bottom 110 and the barrel body 120 .
  • the water passage 150 communicates with the second drainage hole 1221 and the inner cavity of the barrel body 120 .
  • the water passage 150 here is mainly used to avoid the water flow flowing towards the second drainage hole 1221, and can also guide the flow of water to ensure that the water in the inner cavity of the barrel body 100 can be smoothly discharged through the second drainage hole 1221. Thereby achieving the purpose of dehydration.
  • the arrow in FIG. 6 shows the direction in which the water in the inner cavity of the barrel body 100 flows toward the second drainage hole 1221 through the water passage 150 .
  • first drainage hole 1231 and the second drainage hole 1221 of the present application are shielded by structural members (lifting ribs 200 and cylinder bottom 110) and the kneading area 300 is set into a non-porous structure, so that the inner cylinder 1000 is similar to A non-porous structure is formed to improve the aesthetics of the inner cylinder 1000, and at the same time, it can prevent the inner cylinder 1000 from scratching clothes, thereby improving user experience.
  • a third drainage hole (not shown in the figure) can also be provided at a position not covered by the lifting rib 200 and the bottom of the tube 110, for example: a third drainage hole is provided in the kneading area 300, To further increase the number of drainage holes on the inner cylinder 1000, thereby increasing the drainage efficiency of the inner cylinder 1000.
  • features defined as “first”, “second”, and “third” may explicitly or implicitly include one or more of these features, and are used to distinguish the described features, without distinction in order. , regardless of severity.
  • the inner cylinder 1000 can be made of stainless steel.
  • the stainless steel cylinder can enhance the strength and rigidity of the inner cylinder 1000, thereby extending the service life of the inner cylinder 1000 of the clothes treatment device.
  • the stainless steel cylinder has a metallic texture and is suitable for use with
  • the rubbing convex portion 310 on the inner cylinder 1000 can enhance the visual beauty of the inner cylinder 1000.
  • the inner cylinder 1000 of the laundry treatment device includes a cylinder body 100 and a lifting rib 200 .
  • the barrel body 100 includes a barrel body 120 and a barrel bottom 110.
  • the radial size of the barrel body 120 gradually increases from the barrel mouth 140 to the barrel bottom 110.
  • the barrel body 120 has three first drainage areas 121, second drainage areas 122 and Three rubbing areas 300, the rubbing area 300 and the first drainage area 121 are arranged in the circumferential direction of the barrel 120, the second drainage area 122 and the rubbing area 300 are arranged in the axial direction of the barrel 120 and the second drainage area 122 is close to
  • the cylinder bottom 110 is set.
  • the lifting ribs 200 are arranged inside the barrel 120 and cover the first drainage area 121.
  • Four drainage hole groups 123 are provided at the first drainage area 121 covered by the lifting ribs 200.
  • Each drainage hole group 123 includes a plurality of drainage holes.
  • the arrangement density of the first drainage holes 1231 is greater than the arrangement density of the first drainage holes 1231 close to the barrel mouth 140 .
  • a water flow channel is provided between the lifting rib 200 and the barrel body 120, and the first drainage hole 1231 is connected to the inner cavity of the barrel body 100 through the water flow channel.
  • the kneading area 300 is provided with a plurality of kneading convex portions 310.
  • the plurality of kneading convex portions 310 are spaced apart in the circumferential direction of the barrel 120.
  • Each kneading convex portion 310 forms a curve, and a guide is formed between two adjacent kneading convex portions 310.
  • In the flow channel 320 at least one end of a part of the flow guide channel 320 faces the first drainage area 121, and at least one end of the other part of the flow guide channel 320 faces the second drainage area 122.
  • the second drainage area 122 includes a plurality of second drainage holes 1221 in a normally open state.
  • the plurality of second drainage holes 1221 are spaced apart along the circumferential direction of the barrel 120 .
  • a laundry treatment device includes an outer tub and an inner tub 1000 .
  • the inner cylinder 1000 is the inner cylinder 1000 of the aforementioned clothes treatment device.
  • the structure of the inner cylinder 1000 will not be described in detail here.
  • the inner cylinder 1000 is rotatably arranged in the outer tub.
  • the inner cylinder 1000 can drive the clothes to rotate during the rotation relative to the outer bucket, so as to achieve the purpose of processing the clothes and ensure that the clothes are rotated.
  • the first drainage hole 1231 and the second drainage hole 1221 will not be contacted during the process to avoid scratches or wear on the clothes.
  • the aforementioned inner cylinder 1000 is provided with a large number of first drainage holes near the bottom 110 of the cylinder. 1231.
  • the cooperation of the plurality of first drainage holes 1231 can ensure that the water of the clothes processing device can be discharged quickly, thereby improving the drainage effect of the clothes processing device, so as to improve the drainage effect, achieve the purpose of dehydration, and reduce the moisture content on the clothes, improving user experience.
  • first drain hole 1231 and the second drain hole 1221 of the present application are both set to a normally open state, during the process of cleaning clothes in the clothes processing device, since there is an outer tub outside the inner barrel 1000, When the space between the inner barrel 1000 and the outer barrel is filled with water, the water in the inner barrel 1000 will not be discharged through the first drainage hole 1231 and the second drainage hole 1221. At this time, the water in the inner barrel 1000 can be used to wash the clothes.
  • Drainage holes 1221 discharge to achieve the purpose of dehydration.
  • the clothes processing device of the present application can be a drum washing machine, that is, the inner drum 1000 of the present application can be applied to a drum washing machine. Of course, it can also be applied to clothes dryers and pulsator washing machines currently on the market. If the inner drum 1000 When used in a clothes dryer, the dehydration efficiency of the clothes dryer can be improved. If the inner drum 1000 is used in a pulsator washing machine or a drum washing machine, the washing and dehydration efficiency of the pulsator washing machine or a roller washing machine can be improved.
  • connection should be understood in a broad sense.
  • connection or integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be an internal connection between two components.
  • connection or integral connection
  • connection or integral connection
  • connection can be a mechanical connection or an electrical connection
  • it can be a direct connection or an indirect connection through an intermediate medium
  • it can be an internal connection between two components.
  • specific meanings of the above terms in this application can be understood on a case-by-case basis.
  • Figures 2 and 3 respectively show four rows of drainage hole groups 123 for the purpose of illustration. However, after reading the above technical solution, ordinary technicians can obviously understand that this solution can be applied to two rows, three rows, and five rows. In the technical solution of one or more rows of drainage hole groups 123, this also falls within the protection scope of this application.
  • the inner cylinder 1000 of the laundry treatment device according to the embodiment of the present application and other components of the laundry treatment device, such as the rotation process and control process of the inner cylinder 1000, are all known to those of ordinary skill in the art and will not be described in detail here.

Abstract

一种衣物处理装置(2000)的内筒(1000)及衣物处理装置，内筒包括筒本体(100)和提升筋(200)，筒本体包括筒身(120)，筒身有第一排水区(121)，提升筋覆盖第一排水区，提升筋覆盖位置有多个第一排水孔(1231)，靠近筒底的第一排水孔排布密度大于靠近筒口(140)的第一排水孔排布密度。

Description

衣物处理装置的内筒及衣物处理装置
相关申请的交叉引用
本申请基于申请号为202210346383.2、申请日为2022年03月31日的中国专利申请“衣物处理装置的内筒及衣物处理装置”以及申请号为202220765352.6、申请日为2022年03月31日的中国专利申请“衣物处理装置的内筒及衣物处理装置”提出，并要求上述中国专利申请的优先权，上述中国专利申请的全部内容在此引入本申请作为参考。
技术领域
本申请涉及衣物处理技术领域，具体是涉及一种衣物处理装置的内筒及衣物处理装置。
背景技术
现有的衣物处理装置的内筒，为了确保内筒中的水能够顺利排出，通常在内筒的筒身上开设多个排水孔，但是，在现有技术方案中，虽然多个排水孔可将内筒中的水排出，但排水效率较低，同时在衣物处理装置进行处理衣物的过程中，还会出现排水孔的孔沿刮伤衣物的现象，对衣物造成磨损，降低用户体验。
发明内容
为此，本申请提出一种衣物处理装置的内筒，所述内筒排水方便、排水效率高，同时还可避免排水孔直接接触衣物而对衣物造成磨损，提升用户体验。
本申请还旨在提出一种具有上述内筒的衣物处理装置。
根据本申请实施例的衣物处理装置的内筒，包括：筒本体，所述筒本体包括筒身和筒底，所述筒身具有第一排水区；提升筋，所述提升筋设于所述筒身的内侧并覆盖所述第一排水区，所述提升筋所覆盖的所述第一排水区的位置上设有多个间隔布置的第一排水孔，其中，在所述第一排水区中，靠近所述筒底的所述第一排水孔的排布密度大于靠近筒口的所述第一排水孔的排布密度。
根据本申请实施例的衣物处理装置的内筒，通过在筒身的内侧设置提升筋覆盖第一排水区，以达到覆盖多个第一排水孔的目的，如此设置，即可利用提升筋提升衣物处理的效果，还可利用提升筋遮蔽第一排水孔，这样在衣物处理装置处理衣物的过程中，即可避免第一排水孔直接接触衣物而对衣物造成磨损，提升用户体验，且在第一排水区中，将靠近筒底的第一排水孔的排布密度设置成大于靠近筒口的第一排水孔的排布密度，以增加靠近筒底的第一排水孔的数量，这样筒本体中靠近筒底的水即可通过较多个第一排水孔快速排出，从而提升排水效率。
可选地，从所述筒口到所述筒底的方向上，所述第一排水孔的排布密度逐渐增大。
可选地，在多个所述第一排水孔中，至少一部分所述第一排水孔沿所述筒身的轴向间隔设置，从所述筒口到所述筒底的方向上，相邻两个所述第一排水孔之间的间距逐渐 减小。
可选地，所述第一排水区设有多个排水孔组，每个所述排水孔组均包括多个沿所述筒身的轴向间隔布置的所述第一排水孔；多个所述排水孔组沿所述筒身的周向间隔设置。
可选地，相邻两个所述排水孔组中的多个所述第一排水孔在所述筒身的轴向交错设置。
可选地，所述筒身的径向尺寸从所述筒口到所述筒底的方向逐渐增大。
可选地，所述提升筋自身或者所述提升筋与所述筒身之间设有水流通道，所述第一排水孔通过所述水流通道与所述筒本体的内腔连通。
可选地，所述提升筋的至少一个侧壁底部设有多个过水口，所述过水口与所述筒身配合以形成所述水流通道，其中，每个所述过水口与至少一个所述第一排水孔位置对应。
可选地，所述第一排水区包括多个，多个所述第一排水区沿所述筒身的周向间隔设置。
可选地，所述筒身设置有多个所述提升筋，每个所述提升筋沿所述筒本体的轴向延伸且可覆盖所述筒身上的一个所述第一排水区。
可选地，所述筒身的内周壁具有揉搓区，所述揉搓区和所述第一排水区在所述筒身的周向排布，其中，所述揉搓区设有多个揉搓凸部，多个所述揉搓凸部在所述筒身的周向上间隔设置，每个所述揉搓凸部形成曲线形。
可选地，所述揉搓区为无孔区域。
可选地，相邻两个所述揉搓凸部之间形成导流通道，至少一部分所述导流通道的一端正对所述第一排水区。
可选地，所述筒身还具有第二排水区，所述第二排水区和所述揉搓区在所述筒身的轴向排布且靠近所述筒底设置，其中，所述第二排水区包括多个处于常开状态的第二排水孔，多个所述第二排水孔沿所述筒身的周向间隔设置。
根据本申请实施例的衣物处理装置，包括：外桶；根据前述的衣物处理装置的内筒，所述内筒可转动地设在所述外桶内。
根据本申请实施例的衣物处理装置，通过采用前述的衣物处理装置的内筒，这样在衣物处理的过程中，衣物上的污渍以及内筒中的水流即可通过多个第一排水孔排出，同时保证靠近筒底的污渍和水能够快速、准确地排出，达到处理衣物的目的，并有效提升衣物处理装置的排水效率，同时还能有效减小衣物处理装置在处理衣物时对衣物造成的磨损，提升用户体验。
本申请的附加方面和优点将在下面的描述中变得明显，或通过本申请的实践了解到。
附图说明
本申请的上述和/或附加的方面和优点从结合下面附图对实施例的描述中将变得明显和容易理解，其中：
图1为本申请一些实施例的内筒的立体结构示意图。
图2为本申请一些实施例的内筒的部分结构示意图。
图3为本申请另一些实施例的内筒的部分结构示意图。
图4为本申请一些实施例的提升筋的立体结构示意图。
图5为本申请一些实施例的内筒的剖视图。
图6为图5中区域Ⅰ的局部放大图。
图7为本申请一些实施例的提升筋的主视图。
图8为本申请一些实施例的提升筋的剖视图。
图9为本申请一些实施例的衣物处理装置的示意框图。
附图标记：
1000、内筒；
100、筒本体；110、筒底；120、筒身；
121、第一排水区；123、排水孔组；1231、第一排水孔；
122、第二排水区；1221、第二排水孔；
140、筒口；150、过水通道；
200、提升筋；
210、第一侧壁；211、第一过水口；212、第一挡水部；
220、第二侧壁；221、第二过水口；222、第二挡水部；
230、卡勾；240、过水口；260、遮挡件；
300、揉搓区；310、揉搓凸部；320、导流通道；
321、第一导流通道；3211、第一导流段；3212、第二导流段；
322、第二导流通道；
2000、衣物处理装置。
具体实施方式
下面详细描述本申请的实施例，所述实施例的示例在附图中示出，其中自始至终相同或类似的标号表示相同或类似的元件或具有相同或类似功能的元件。下面通过参考附图描述的实施例是示例性的，仅用于解释本申请，而不能理解为对本申请的限制。
在本申请的描述中，需要理解的是，术语“上”、“下”、“前”、“后”、“左”、“右”、“水平”、“顶”、“底”、“内”、“外”、“轴向”、“径向”、“周向”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本申请和简化描述，而不是指示或暗示所指的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申请的限制。
下面参考说明书附图描述本申请实施例的衣物处理装置的内筒1000。
如图1所示，根据本申请实施例的衣物处理装置的内筒1000包括：筒本体100和提升筋200。
筒本体100包括筒身120和筒底110，筒身120具有第一排水区121。第一排水区121主要用于方便布设第一排水孔1231，从而便于后续内筒1000处理衣物时进行排水。
提升筋200设于筒身120的内侧并覆盖第一排水区121，提升筋200所覆盖的第一排水区121的位置上设有多个间隔布置的第一排水孔1231。
第一排水孔1231主要用于实现内筒1000与外部流路的连通，确保内筒1000内的水可顺利通过第一排水孔1231排出，达到对衣物进行处理的目的，同时，本申请设置有多个间隔设置的第一排水孔1231，多个间隔设置的第一排水孔1231配合排水，以提高排水效率，同时达到彻底排掉洗涤水及污垢的目的，提高内筒1000的衣物处理能力。
此外，通过在提升筋200所覆盖的区域内设置第一排水孔1231，以实现利用提升筋200遮蔽第一排水孔1231，一方面，避免用户直接观察到第一排水区121内的第一排水孔1231，提升内筒1000的美观度；另一方面，在衣物处理的过程中，可确保第一排水孔1231不会直接接触衣物，从而避免第一排水孔1231的孔沿磨损衣物，以有效解决衣物磨损的问题，使衣物的磨损率大大降低，提升用户体验。
需要说明的是，将提升筋200设于筒身120的内侧，衣物处理装置在洗涤过程中，随着筒本体100的转动，提升筋200可以带动衣物转动，一方面可通过提升筋200提升衣物的高度，具有一定高度的衣物在重力作用下回落，从而实现对衣物的上下摔打以及实现对衣物的翻转，达到对衣物进行处理的目的；另一方面，可通过提升筋200增加衣物与内筒1000的接触面积，使得靠近提升筋200的衣物能够与提升筋200互相摩擦产生揉搓作用，从而提高内筒1000的衣物处理能力，提升用户体验。
也就是说，本申请的提升筋200不仅可提高内筒1000的衣物处理能力还可提升内筒1000的美观度，同时还可避免第一排水孔1231的孔沿磨损衣物，这样就无需再设置其他遮蔽第一排水孔1231的结构件，在使内筒1000的结构简单的同时，还可降低内筒1000的生产成本。
如图2所示，在第一排水区121中，靠近筒底110的第一排水孔1231的排布密度大于靠近筒口140的第一排水孔1231的排布密度。这里是指，本申请靠近筒底110的位置处以及靠近筒口140的位置处均设置有第一排水孔1231，同时，靠近筒底110的第一排水孔1231的排布数量多于靠近筒口140的第一排水孔1231的排布数量，从而使得靠近筒底110的第一排水孔1231的排布密度大于靠近筒口140的第一排水孔1231的排布密度，这样可使得在单位面积内靠近筒底110的位置处设置较多数量的第一排水孔1231，同时在靠近筒口140的位置处设置较少数量的第一排水孔1231。
根据本申请实施例的衣物处理装置的内筒1000，通过上述设置可在靠近筒底110的位置处设置较多数量的第一排水孔1231，这样筒本体100内靠近筒底110的水即可快速排出，使得内筒1000的排水更加方便，同时还可提升排水效率，这样内筒1000内的洗涤水及污垢即可顺利且彻底地排出，提高排水效果。特别当在利用内筒1000进行脱水的过程中，数量较多的多个第一排水孔1231配合可极大地提升脱水质量，以降低衣物上的含水率，从而提升用户体验。
而在靠近筒口140的位置处设置较少数量的第一排水孔1231，第一排水孔1231的 数量减少，相应地该较少数量第一排水孔1231对应的位置处的结构强度就会随着增高，也就是本申请在靠近筒口140处的筒身120的结构强度较高。
也就是说，通过上述设置，在保证内筒1000内的洗涤水及污垢能够快速且顺利地排出的同时，还可保证筒身120的结构强度，从而使得内筒1000的结构强度能够得到保证，以延长内筒1000的使用寿命。
可以理解的是，相比于现有技术，本申请的衣物处理装置的内筒1000通过将靠近筒底110的第一排水孔1231的排布密度设置成大于靠近筒口140的第一排水孔1231的排布密度，在确保靠近筒底110处以及靠近筒口140处均设置有第一排水孔1231的同时，还可使得在靠近筒底110的位置处能够设置较多数量的第一排水孔1231，以提升内筒1000排水效率以及排水效果，同时，本申请还将多个第一排水孔1231设置在提升筋200所覆盖的位置上，确保衣物处理装置在处理衣物时第一排水孔1231不会直接与衣物接触，从而避免第一排水孔1231拉丝或划破衣物，以提升用户体验。
需要说明的是，本申请通过采用上述设置(在第一排水区121中将靠近筒底110的第一排水孔1231的排布密度设置成大于靠近筒口140的第一排水孔1231的排布密度)，特别当内筒1000相对于水平方向倾斜设置使得筒底110的最低点低于筒口140的最低点时，或者是，当内筒1000形成为锥形筒使得筒底110的最低点低于筒口140的最低点时所产生的效果最为明显。
在本申请的描述中，除非另有说明，“多个”的含义是两个或两个以上。
可选地，如图8所示，筒身120设有多个卡孔，提升筋200的两侧分别设有多个卡勾230，多个卡勾230与多个卡孔一一对应地卡接配合。采用卡接配合的连接方式可使提升筋200固定设置在筒身120上，在确保提升筋200相对于筒身120位置稳定的同时，还可使得提升筋200与筒身120的配合方便，降低内筒1000的装配难度，并使得内筒1000的结构简单。且卡勾230与卡孔的配合使得提升筋200与筒身120形成可拆卸连接，即提升筋200与筒身120可以完全拆卸开，便于更换或拆卸提升筋200。
当然，在其他的一些示例中，提升筋200和筒身120的连接方式也不限于是上述的卡勾230与卡孔的卡接配合，也可以为其他的连接方式，例如：提升筋200的两侧分别设有多个第一连接孔，筒身120上设有多个与第一连接孔相配合的第二连接孔，其中第二连接孔形成为内螺纹孔，螺栓穿过第一连接孔固定连接在第二连接孔中，以实现提升筋200与筒身120的可拆卸连接；或者，筒身120设有多个插槽，提升筋200的两侧分别设有多个插扣，多个插扣与多个插槽一一对应地插接配合，也可实现提升筋200与筒身120的可拆卸连接。
在本申请的一些实施例中，如图2和图3所示，从筒口140到筒底110的方向上，第一排水孔1231的排布密度逐渐增大。也就是说，从筒口140到筒底110的方向上，第一排水孔1231的排布数量逐渐增多，如此设置在确保靠近筒底110的第一排水孔1231的排布密度能够大于靠近筒口140的第一排水孔1231的排布密度的同时，还可使得从筒口140到筒底110的方向上能够设置较多数量的第一排水孔1231，也就是第一排水区121内能够设置较多数量的第一排水孔1231，较多数量的第一排水孔1231配合 排水以提高内筒1000的排水能力，从而提升排水效率。
在本申请的一些实施例中，如图2和图3所示，在多个第一排水孔1231中，至少一部分第一排水孔1231沿筒身120的轴向间隔设置。如此设置，确保从筒口140到筒底110的方向上均设置有第一排水孔1231，同时多个第一排水孔1231配合可将位于筒身120轴向上的不同位置处的水流排出，提升排水效率。
可选地，如图2和图3所示，从筒口140到筒底110的方向上，相邻两个第一排水孔1231之间的间距逐渐减小。在同一面积的区域内，相邻两个第一排水孔1231之间的间距小，相应地第一排水孔1231的布设数量就会增加，也就是第一排水孔1231的排布密度就会增大，从而保证从筒口140到筒底110的方向上第一排水孔1231的排布密度能够逐渐增大，也就是保证靠近筒底110的第一排水孔1231的排布密度能够大于靠近筒口140的第一排水孔1231的排布密度，以提升内筒1000的排水效率。
在本申请的一些实施例中，结合图1和图2所示，第一排水区121设有多个排水孔组123，每个排水孔组123均包括多个沿筒身120的轴向间隔布置的第一排水孔1231。多个排水孔组123配合可使得第一排水区121内的多个第一排水孔1231的排布位置能够较为均匀，以提升第一排水区121的美观度，同时降低第一排水孔1231的制造难度，此外，多个排水孔组123配合还可增加筒身120上的第一排水孔1231的数量，从而进一步提高内筒1000的排水能力，提升排水效率。
可选地，结合图1和图2所示，多个排水孔组123沿筒身120的周向间隔设置。使得位于内筒1000内的多处的水流均可通过第一排水孔1231同时排出，特别是使得位于筒身120周向上的不同位置处的水流能够同时排出，以进一步提升排水效率，尤其在利用内筒1000进行脱水的过程中，多个排水孔组123配合可极大地提升脱水质量，以降低衣物上的含水率。
可选地，如图2所示，相邻两个排水孔组123中的多个第一排水孔1231在筒身120的轴向交错设置。其中，这里的轴向交错设置可以理解为，在筒身120的轴向上，相邻两个排水孔组123中相邻设置的两个第一排水孔1231与筒底110之间的间距不同。这样即可使得第一排水区121内的多个第一排水孔1231无论在筒身120的轴向上还是在筒身120的周向上均可位于筒身120的不同位置处，如此设置，多个第一排水孔1231配合即可同时将位于筒身120不同位置处的水排出，使得内筒1000的排水更加方便，同时提升排水效率。
在具体的一些示例中，在相邻的两个排水孔组123中，当其中一个排水孔组123的最后侧的第一排水孔1231距离筒底110的间距为H时，另一个排水孔组123的最后侧的第一排水孔1231距离筒底110的间距可以设置为2H，这样当每个排水孔组123中的多个第一排水孔1231之间的间距呈一定值逐渐增大时，即可实现相邻两个排水孔组123中的多个第一排水孔1231交错设置，以提升排水效率。
也就是说，本申请通过在靠近筒底110的位置处设置较多数量的第一排水孔1231以及将相邻两个排水孔组123中的多个第一排水孔1231在筒身120的轴向交错设置，可最大化提升内筒1000的排水效率和排水效果，从而提升内筒1000处理衣物的效果。
可选地，如图3所示，相邻两个排水孔组123中的多个第一排水孔1231在筒身120的轴向正对设置。其中，这里的轴向正对设置可以理解为，在筒身120的轴向上，相邻两个排水孔组123中相邻设置的两个第一排水孔1231与筒底110之间的间距相同。如此设置可降低布设多个第一排水孔1231的难度，提升多个第一排水孔1231的布置效率，同时，在筒身120的轴向正对设置的多个第一排水孔1231可使得第一排水区121内的多个第一排水孔1231布设的较为均匀，以提升第一排水区121的美观度，从而提升内筒1000的美观度。
在本申请的一些实施例中，如图5所示，筒身120的径向尺寸从筒口140到筒底110的方向逐渐增大。也就是说，筒口140的径向尺寸小于筒底110的径向尺寸，将筒身120连接于筒口140和筒底110之间，这样当筒身120平行于水平面设置时，可实现筒身120的整体结构相对于水平面倾斜设置，且使得筒底110的最低端低于筒口140的最低端。
通过上述设置，在排水的过程中，由于重力的原因，内筒1000内的水流会朝向筒底110的方向流动，由于本申请在靠近筒底110处设置较多数量的第一排水孔1231，这样即可实现将内筒1000内的水导流至第一排水孔1231处，并通过多个第一排水孔1231排出，从而提高内筒1000的排水效率，并保证内筒1000内的水均可快速排出，以提高排水效果。
也就是说，本申请通过创造性设置筒身120的径向尺寸以及设置第一排水孔1231的布设数量和布设位置，第一排水孔1231和筒身120的径向尺寸配合可最大化实现快速排水，且保证内筒1000内的水均可快速排出，在提升排水效率的同时还可提高排水质量，从而使得本申请的内筒1000排水质量较好，提升用户体验。
此外，通过上述设置筒身120的径向尺寸还可增加内筒1000的容积，使得内筒1000可一次性处理较多的衣物，提升用户体验。
可选地，第一排水孔1231处于常开状态以连通筒本体100的内外两侧。以保证第一排水孔1231能够始终连通筒本体100的内外两侧，既可以提高排水效率，又可以将内筒1000内的洗涤水及污垢彻底排出，提高排水效果，进而提高内筒1000的衣物处理能力。
此外，通过设置处于常开状态的第一排水孔1231，这样就无需在第一排水孔1231处设置密封第一排水孔1231的密封件，在降低本申请内筒1000生产成本、降低生产制造难度的同时还可使得内筒1000的结构简单，便于控制。
在本申请的一些实施例中，提升筋200自身设有水流通道，第一排水孔1231通过水流通道与筒本体100的内腔连通。水流通道用于避让朝向第一排水孔1231流动的水流，同时还可对水流的流动起导向作用，确保筒本体100内腔中的水能够通过第一排水孔1231顺利排出，从而达到脱水的目的。
在一些示例中，提升筋200上形成有多个水流入口，多个水流入口形成为水流通道的入口以连通水流通道和筒本体100的内腔，从而实现连通第一排水孔1231与筒本体100的内腔，这样筒本体100内腔中的水即可通过第一排水孔1231顺利排出。
可选地，提升筋200上形成的水流入口的口径可设置地较小，如此设置，即可在提升筋200上设置多个水流入口，同时，多个口径较小的水流入口可提高衣物处理装置的内筒1000的脱水能力，还可以避免水流入口的边沿将衣物划伤。
需要说明的是，通过在提升筋200自身结构上设有水流通道，这样就无需在提升筋200和筒身120之间设有水流通道，从而使得提升筋200可紧密贴合在筒身120上，以提高提升筋200的位置稳定性，从而有效提升衣物处理的清洁度。
此外，通过在提升筋200的自身结构上设有水流通道，可增加水流通道与筒身120之间的距离，这样在洗涤衣物的过程中，内筒1000内的水流即可较慢的流出，从而使得内筒1000内保持较高的水位，这样就可以节省内筒1000的用水量，从而达到节水的作用，且上述设置还可实现内筒1000与外桶不串水，使内筒1000和外桶之间的污垢细菌不会随水流通道流入内筒1000内，从而达到健康洗涤的效果。
在另一些示例中，不限于在提升筋200的自身结构上设置水流通道，也可以在提升筋200与筒身120之间设有水流通道，第一排水孔1231通过水流通道与筒本体100的内腔连通。这样筒本体100内腔内的水流即可通过提升筋200与筒身120之间的水流通道流动至第一排水孔1231处，随后再通过第一排水孔1231排出，达到脱水的目的，且上述水流通道也可对水流的流动起导向作用，进一步提高排水效率。
在一些示例中，可将提升筋200的部分结构与筒身120间隔设置以实现在提升筋200与筒身120之间设置水流通道，从而便于实现第一排水孔1231与筒本体100内腔的连通。
具体地，如图4所示，提升筋200的至少一个侧壁底部设置有多个过水口240，当提升筋200设于筒身120的内侧时，过水口240位于提升筋200的侧壁与筒身120之间以实现在提升筋200与筒身120之间形成水流通道，也就是说，过水口240与筒身120配合以形成水流通道，从而实现第一排水孔1231与筒本体100内腔的连通。
需要说明的是，通过在提升筋200的至少一个侧壁底部设置多个过水口240，多个过水口240可间隔设置在提升筋200的侧壁底部，多个过水口240配合可增加水流通道的过水面积，从而保证筒本体100内腔中的水能够快速流动至水流通道内，并快速通过第一排水孔1231排出，以提高排水效率。此外，将多个过水口240间隔设置可利用相邻两个过水口240之间的提升筋200的侧壁将提升筋200连接在筒身120的内侧，从而实现提升筋200和筒本体100的固定连接。
在具体的示例中，如图4和图8所示，多个过水口240沿提升筋200的长度方向间隔设置，且提升筋200的宽度方向的相对两侧均设置有多个过水口240。其中，通过在提升筋200的长度方向上设置多个过水口240，多个过水口240配合能够将位于筒身120长度方向上不同位置处的水导流至第一排水孔1231处，也就是保证筒身120长度方向上不同位置处的水均能够同时导流至第一排水孔1231处并通过第一排水孔1231排出，以进一步提高排水效率。
此外，通过在提升筋200的宽度方向的相对两侧均设置多个过水口240，这里的多个过水口240配合可将位于提升筋200宽度两侧的筒身120内腔中的水导流至第一排水 孔1231处，也可以理解为，通过在提升筋200宽度方向的相对两侧上设置多个过水口240，多个过水口240配合用于将位于筒身120周向上不同位置处的水同时导流至第一排水孔1231处并通过第一排水孔1231排出，也就是保证筒身120周向上不同位置处的水均能够同时排出，以进一步提高排水效率。
综上可知，本申请通过设置多个沿提升筋200的长度方向间隔设置的过水口240，用于将位于筒身120轴向上不同位置处的水同时排出；通过在提升筋200的宽度方向的相对两侧上设置有多个过水口240，用于将位于筒身120周向上不同位置处的水同时排出，由此保证筒身120轴向上以及周向上多处位置的水均能够同时排出，以最大化提高内筒1000的排水效率，尤其是在内筒1000在进行脱水程序时，可最大化减小衣物上的含水量，提升用户体验。
可选地，每个过水口240与至少一个第一排水孔1231位置对应。也就是提升筋200与筒身120之间设有的水流通道可与至少一个第一排水孔1231位置对应，其中，这里所说的位置对应可以理解为，在筒身120的轴向上，水流通道至少与一个第一排水孔1231正对设置，这样水流通道即可将筒身120内腔中的水直接导流至第一排水孔1231处，随后再通过第一排水孔1231排出，以提高内筒1000的排水效率。
可选地，位于提升筋200宽度方向的相对两侧上的过水口240交错设置，以避免从提升筋200宽度的一侧进入提升筋200所覆盖的区域内的水从提升筋200宽度的另一侧排出，也就是保证从过水口240进入提升筋200所覆盖的区域内的水能够顺利通过第一排水孔1231排出。
在具体的示例中，如图4所示，提升筋200具有在其宽度方向上相对设置的第一侧壁210和第二侧壁220，第一侧壁210具有多个第一过水口211，第二侧壁220具有多个第二过水口221，多个第一过水口211和多个第二过水口221交错设置。其中，这里所说的多个第一过水口211和多个第二过水口221交错设置可以理解为，第一侧壁210上的其中一个第一过水口211在第二侧壁220上的投影位于相邻两个第二过水口221之间，相应地，第二侧壁220上的其中一个第二过水口221在第一侧壁210上的投影位于相邻两个第一过水口211之间，从而使得多个第一过水口211和多个第二过水口221交错设置。通过上述设置以实现在提升筋200的宽度方向的相对两侧均设置有多个过水口240，其中，第一侧壁210上的多个第一过水口211配合用于将位于提升筋200宽度方向其中一侧上的水导流至第一排水孔1231处，第二侧壁220上的多个第二过水口221配合用于将位于提升筋200宽度方向另一侧上的水导流至第一排水孔1231处，也就是保证位于提升筋200宽度方向相对两侧上的水能够通过过水口240导流至第一排水孔1231处，随后再利用第一排水孔1231排出，以达到排水的目的。
可选地，如图4所示，第一侧壁210还具有位于相邻两个第一过水口211之间的第一挡水部212，第二过水口221正对第一挡水部212设置。也就是说，第一侧壁210上不仅设置有第一过水口211，还设置有第一挡水部212，这样从第二过水口221流至提升筋200所覆盖的区域内的部分水会在惯性的作用下直接作用在第一挡水部212上，第一挡水部212用于对水的流动起抵挡作用，避免水通过提升筋200再流至筒身120内， 这样流至提升筋200所覆盖的区域内的水即可全部通过第一排水孔1231流出，以达到排水的目的，并提高内筒1000的排水效率。
可选地，如图4所示，第二侧壁220还具有位于相邻两个第二过水口221之间的第二挡水部222，第一过水口211正对第二挡水部222设置。第一过水口211和第二挡水部222配合设置，这样从第一过水口211流至提升筋200所覆盖的区域内的部分水会在惯性的作用下直接作用在第二挡水部222上，第二挡水部222用于对水的流动起抵挡作用，避免水通过提升筋200再流至筒身120内，这样流至提升筋200所覆盖的区域内的水即可全部通过第一排水孔1231流出，以达到排水的目的，并提高内筒1000的排水效率。
也就是说，本申请通过第一侧壁210上设置第一挡水部212，在第二侧壁220上设置第二挡水部222，且将第一过水口211正对第二挡水部222设置，第二过水口221正对第一挡水部212设置，从而实现多个第一过水口211和多个第二过水口221的交错设置，也就是实现位于提升筋200宽度方向的相对两侧上的过水口240交错设置，从而确保通过第一过水口211和第二过水口221进入提升筋200所覆盖的区域内的水能够通过第一排水孔1231排出，以提高排水效率。
其中，图4中虚线部分示出了在惯性作用下，部分水进入提升筋200所覆盖的区域内的流动路径，由该虚线部分可清楚得知，从第一过水口211进入至提升筋200所覆盖的区域内的部分水作用在第二挡水部222上，从第二过水口221进入至提升筋200所覆盖的区域内的部分水作用在第一挡水部212上，以避免进入至提升筋200所覆盖的区域内的部分水朝向筒本体100的内腔流动。
可选地，如图7和图8所示，提升筋200的侧壁外表面设有遮挡件260，遮挡件260用于遮挡过水口240。一方面避免在内筒1000处理衣物时，过水口240的口沿刮坏衣物，从而减少内筒1000对衣物的磨损；另一方面，避免用户直观地观察到过水口240，以增强内筒1000的视觉美感，也就是提高内筒1000的美观度。
可选地，遮挡件260的至少一部分设置在过水口240的远离筒身120的一侧。通过上述设置，当将提升筋200设置在筒身120的内侧后，可使得遮挡件260远离筒身120设置，同时使得过水口240能够位于筒身120与遮挡件260之间，这样遮挡件260即可有效遮蔽过水口240，从而避免用户直接观察到提升筋200的过水口240，以提高内筒1000的美观度。
可选地，遮挡件260与筒身120之间具有间隙，以连通过水口240和筒本体100的内腔。该间隙主要用于避让过水口240，避免遮挡件260或筒身120直接封堵过水口240而导致过水口240无法连通第一排水孔1231和筒本体100的内腔，也就是说，通过将遮挡件260与筒身120之间设置间隙，以确保过水口240能够正常连通第一排水孔1231和筒本体100的内腔，从而确保筒本体100内腔中的水能够顺利流至第一排水孔1231处，同时，该间隙还可对筒本体100内腔中的水的流动起导向作用，确保筒本体100内腔中的水能够顺利流动至过水口240处，最后再通过过水口240流至第一排水孔1231处，方便通过第一排水孔1231进行排水。
可选地，如图8所示，遮挡件260的一端连接提升筋200的侧壁，遮挡件260的另一端朝向远离提升筋200的侧壁的方向延伸。通过将遮挡件260的一端连接在提升筋200的侧壁，提升筋200用于支撑遮挡件260，以提高遮挡件260的结构稳定性，同时将遮挡件260的另一端朝向远离提升筋200的侧壁的方向延伸，以确保遮挡件260能够有效遮挡过水口240，从而提升内筒1000的美观度。
可选地，遮挡件260形成为环形遮挡筋，环形遮挡筋套设在提升筋200的外周壁。以实现遮挡件260与提升筋200的配合连接，此时利用环形遮挡筋对过水口240进行遮挡，也可有效避免用户观察到过水口240，以提高内筒1000的美观度。
可选地，将环形遮挡筋套设在提升筋200的外周壁上后，环形遮挡筋的端部可通过粘接或卡接的方式连接在提升筋200的外周壁上，以实现环形遮挡筋与提升筋200的固定连接，从而提高环形遮挡筋的位置稳定性，确保环形遮挡筋能够有效遮蔽过水口240。
当然，在另一些示例中，环形遮挡筋也可一体成型在提升筋200上，以降低环形遮挡筋与提升筋200的装配难度，同时保证了环形遮挡筋与提升筋200的连接强度，确保环形遮挡筋能够稳定连接在提升筋200上。
可选地，环形遮挡筋远离提升筋200的端部做光滑处理，以避免环形遮挡筋的端部刮伤衣物，从而减小内筒1000对衣物造成的磨损。
需要说明的是，本申请通过在提升筋200和筒身120之间设有水流通道，这样就可以将提升筋200的表面做成无孔结构，不仅简化了提升筋200的加工工序，降低了制造难度，而且可以进一步减小内筒1000对衣物的磨损。
在本申请的一些实施例中，第一排水区121包括多个，多个第一排水区121沿筒身120的周向间隔设置。因每个第一排水区121的位置上均设有多个排水孔组123且每个排水孔组123均包括多个第一排水孔1231，如此设置可增加筒身120上的第一排水孔1231的数量，从而提高内筒1000的排水能力，提升排水效率。
同时，本申请将多个第一排水区121沿筒身120的周向间隔设置，使得位于内筒1000内的多处的水流均可通过第一排水孔1231同时排出，以进一步提升排水效率，尤其在利用内筒1000进行脱水的过程中，多个第一排水孔1231配合可极大地提升脱水质量，以降低衣物上的含水率。
可选地，筒身120设有三个第一排水区121，三个第一排水区121均匀分布在筒身120上，三个第一排水区121配合用于将内筒1000内的水流均排出，达到脱水的目的，并提高脱水效率。
当然，在其他的一些示例中，不限于只设置上述的三个第一排水区121，本领域的技术人员也可根据实际排水需求以及内筒1000的体积设置更多个第一排水区121，如：设置四个第一排水区121、设置五个第一排水区121等。
需要说明的是，第一排水区121的数量增加相应地筒身120的结构强度会随之降低，因此，设置三个第一排水区121，在提高排水效率的同时还可有效提高筒身120的结构强度，从而延长内筒1000的使用寿命。
可选地，筒身120设置有多个提升筋200。多个提升筋200一方面用于和筒身120 上的多个第一排水区121配合，将每个提升筋200覆盖筒身120上的一个第一排水区121，从而确保每个第一排水区121上均设置有提升筋200，避免第一排水孔1231的孔沿磨损衣物，以有效解决衣物磨损的问题。
此外，通过设置多个提升筋200，多个提升筋200配合用于进一步增加内筒1000与衣物的接触面积，提高衣物处理的清洁度。
在一些具体示例中，筒身120设置有三个提升筋200，三个提升筋200均匀分布在内筒1000的内壁上以分别遮蔽三个第一排水区121。当衣物处理装置处于运行状态下，提升筋200会随着内筒1000一起转动，在提升筋200由较低位置转动至较高位置的过程中，提升筋200可将衣物提起，随着提升筋200的继续转动，衣物在重力的作用下将会脱离提升筋200并自由下落，以摔打在翻滚的水流或其他衣物上。由此，达到清洗衣物的目的，并提高衣物处理装置的洗涤效果。
当然，在其他的一些示例中，提升筋200的数量也不限于上述的三个，提升筋200的数量也可以是四个、五个等，主要确保提升筋200的数量能够与第一排水区121的数量对应，提升筋200能够有效遮蔽第一排水孔1231即可。
可选地，如图1和图5所示，每个提升筋200沿筒本体100的轴向延伸。以增加提升筋200的面积，一方面确保每个提升筋200均可完全覆盖一个第一排水区121，避免沿筒身120的轴向间隔设置的第一排水孔1231外露，以解决衣物磨损的问题；另一方面，确保提升筋200能够有效带动衣物翻转并增加内筒1000与衣物的接触面积，达到对衣物进行处理的效果，并提高衣物处理的清洁度。
在本申请的一些实施例中，如图1和图5所示，筒身120的内周壁具有揉搓区300。该揉搓区300可在内筒1000处理衣物时给予衣物更大的摩擦阻力，使得筒身120自身具有揉搓作用，从而使得衣物处理地更加干净，提升用户体验。
可选地，如图1所示，揉搓区300和第一排水区121在筒身120的周向排布。因筒身120在周向上的面积较大，如此设置，可最大程度上设置较大面积的揉搓区300和第一排水区121，一方面提升内筒1000的清洗效果，另一方面还可提高排水效率。
可选地，如图1所示，揉搓区300和第一排水区121在筒身120的周向上交替排布。也就是说，当筒身120上设有揉搓区300时，不设置第一排水区121，相应地，当筒身120上设有第一排水区121时，也就不设置揉搓区300，因本申请的提升筋200需要覆盖在第一排水区121上，通过上述设置可实现揉搓区300和提升筋200在筒身120的周向上交替排布(如图5所示)，以避免提升筋200遮挡揉搓区300，从而使得揉搓区300可最大程度地给予衣物摩擦阻力，以提升衣物清洗质量。同时，上述设置还可避免在揉搓区300内开设第一排水孔1231，使得第一排水孔1231的布设更加简单、方便。
同时，通过将揉搓区300和提升筋200在筒身120的周向上交替排布，揉搓区300和提升筋200相互配合揉搓衣物，可进一步提升内筒1000的衣物处理能力。
可选地，如图1所示，揉搓区300设有多个揉搓凸部310，多个揉搓凸部310在筒身120的周向上间隔设置，每个揉搓凸部310形成曲线形。在处理衣物的过程中，揉搓凸部310可与衣物接触并与衣物互相摩擦产生揉搓作用，从而提高内筒1000处理衣物 的能力，同时，多个揉搓凸部310配合可增加揉搓区300与衣物的接触面积，从而进一步提高内筒1000的衣物处理能力。
此外，本申请将揉搓凸部310设置成曲线形，一方面确保衣物在筒本体100中能够正常转动，以达到清洗衣物的目的；另一方面，还可增加揉搓凸部310的美观度，从而增加内筒1000内部的美观度。
可选地，揉搓区300为无孔区域。因在内筒1000处理衣物的过程中，揉搓区300会直接接触衣物，通过将揉搓区300设置成无孔区域，可避免揉搓区300磨损、刮伤衣物，也就是避免内筒1000在处理衣物时对衣物造成的磨损，从而提升用户体验。
可选地，如图1所示，相邻两个揉搓凸部310之间形成导流通道320，至少一部分导流通道320的一端正对第一排水区121。在排水的过程中，导流通道320可对筒身120内的水的流动起导向作用，确保水能够沿既定方向进行流动，同时，因部分导流通道320的一端正对第一排水区121，这样导流通道320即可将水导流至第一排水区121，此时通过第一排水区121内的第一排水孔1231将水排出，达到脱水的目的，并提高排水效率。
可选地，部分导流通道320的一端正对第一排水孔1231，导流通道320直接将水流导流至第一排水孔1231处，以进一步提高排水效率。
由此可知，本申请通过筒身120上的自身结构(揉搓凸部310)形成导流通道320，这样就无需再设置其他的导流件，以进一步使得内筒1000的结构简单。
可选地，如图1所示，筒身120还具有第二排水区122，第二排水区122和揉搓区300在筒身120的轴向排布且第二排水区122靠近筒底110设置。以合理化利用筒身120的空间，确保第一排水区121、第二排水区122和揉搓区300均可设置在筒身120上。
可选地，如图1和图2所示，第二排水区122包括多个处于常开状态的第二排水孔1221。这里也可以理解为，多个处于常开状态的第二排水孔1221靠近筒底110设置，因在提升筋200设置的过程中，为了避免提升筋200和筒底110之间间距较近而夹持衣物，通常将提升筋200与筒底110间隔设置且留有较长一段距离，例如，将提升筋200的后端与筒底110之间的间距设置成大于10mm，从而保证衣物不会卡在提升筋200和筒底110之间，也就是保证在内筒1000转动的过程中，衣物能够正常在内筒1000中移动，以达到清洗衣物的目的。但是，通过上述设置就会导致第一排水区121中的第一排水孔1231与筒底110间隔设置，从而导致第一排水孔1231与筒底110之间的水无法正常排出，因此，本申请设置靠近筒底110的第二排水孔1221，第二排水孔1221用于将第一排水孔1231无法排出的水排出，从而提高内筒1000的排水效果。
此外，由于本申请的筒身120的径向尺寸从筒口140到筒底110的方向逐渐增大，通过设置上述的第二排水孔1221，第二排水孔1221和筒身120的自身结构形状配合，可最大化实现快速排水，从而提升排水效率以及提高排水质量。
也就是说，本申请利用第一排水区121内的第一排水孔1231和第二排水区122内的第二排水孔1221配合进行排水，可极大地提升脱水质量，以降低衣物上的含水率。
可选地，结合图1和图2所示，多个第二排水孔1221沿筒身120的周向间隔设置。 多个第二排水孔1221配合用于将内筒1000中靠近筒底110处的水排出，达到对衣物进行处理的目的，同时，多个第二排水孔1221配合排水可提高排水效率。
可选地，第二排水孔1221处于常开状态以连通筒本体100的内外两侧，如此设置，就无需在第二排水孔1221处设置密封件，以进一步降低内筒1000的生产成本，同时使得内筒1000的结构简单，便于控制。
可选地，结合图1和图2所示，至少一部分导流通道320的一端正对第二排水区122。在排水的过程中，导流通道320可将筒本体100内的部分水导流至第二排水区122，此时通过第二排水区122内的第二排水孔1221将水排出，达到脱水的目的，并提高排水效率。
可选地，结合图1和图2所示，部分导流通道320的一端正对第二排水孔1221。这样导流通道320即可将水流直接导流至第二排水孔1221处，直接通过第二排水孔1221排出，进一步提高排水效率。
在具体的示例中，如图5所示，多个导流通道320的一部分为第一导流通道321，第一导流通道321的一端朝第二排水区122延伸，第一导流通道321的另一端朝筒口140的方向延伸。这样第一导流通道321即可将位于筒口140处的水导流至第二排水区122处，随后再通过第二排水区122内的第二排水孔1221排出，以达到排水的目的。
可选地，如图5所示，第一导流通道321包括第一导流段3211和第二导流段3212，第一导流段3211的一端朝第二排水区122延伸，第二导流段3212的一端朝筒口140的方向延伸，第一导流段3211的另一端和第二导流段3212的另一端连通。这样处于筒口140处的水即可进入第二导流段3212内，并沿着第二导流段3212的延伸方向进行流动，在流动的过程中，因第二导流段3212的另一端与第一导流段3211的另一端连通，这样位于第二导流段3212内的水即可顺利流动至第一导流段3211，随后再沿着第一导流段3211的延伸方向进行流动，并流动至第二排水区122，最后再通过第二排水区122内的第二排水孔1221将水排出，以达到利用第二排水孔1221排水的目的。
可选地，如图5所示，第一导流段3211的弯曲方向与第二导流段3212的弯曲方向相反。确保相互连接的第一导流段3211和第二导流段3212的相对两端能够分别朝向第二排水区122和筒口140的方向延伸，从而实现利用第一导流段3211和第二导流段3212将位于筒口140处的水流导流至第二排水区122处。此外，通过上述设置还可增加第一导流通道321的美观度，从而增加内筒1000中揉搓区300的美观度。
可选地，多个导流通道320的一部分为第二导流通道322，第二导流通道322的一端朝筒口140延伸，第二导流通道322的另一端朝第一排水区121延伸。这样在排水的过程中第二导流通道322即可将处于筒口140处的部分水导流至第一排水区121处，随后在利用第一排水区121内的第一排水孔1231将水排出，达到脱水的目的，并提高排水效率。
在一些示例中，如图5所示，多个导流通道320的一部分为第二导流通道322，第二导流通道322的一端朝筒底110延伸，第二导流通道322的另一端朝第一排水区121延伸。这样在排水的过程中第二导流通道322即可将位于第一排水区121处的部分水导 流至筒底110处，随后再通过位于筒底110处的第二排水区122将水排出，这样第一排水区122和第二排水区121配合排水，以达到脱水的目的，并提高排水效率。
也就是说，本申请通过在筒身120的内周壁设置揉搓区300，揉搓区300形成多个导流通道320，一部分导流通道320可将筒本体100内的水导流至第一排水区121，另一部分导流通道320可将筒本体100内的水导流至第二排水区122，从而实现将筒本体100内不同位置处的水导出，以提升内筒1000的排水效率。
可选地，结合图5和图6所示，筒底110的部分结构朝向筒身120的内腔延伸以覆盖第二排水区122。其中，这里所说的覆盖可以理解为，筒底110在筒身120所在的圆周面的投影范围内设置有第二排水区122，以此实现利用筒底110覆盖第二排水区122，也就是实现覆盖第二排水孔1221，在衣物处理的过程中，可确保第二排水孔1221不会直接接触衣物，从而避免第二排水孔1221的孔沿磨损衣物，以有效解决衣物磨损的问题，使衣物的磨损率大大降低，提升用户体验。
可选地，如图6所示，筒底110的外周壁与筒身120之间形成过水通道150，过水通道150连通第二排水孔1221和筒身120的内腔。这里的过水通道150主要用于避让朝向第二排水孔1221流动的水流，同时还可对水流的流动起导向作用，确保筒本体100内腔中的水能够通过第二排水孔1221顺利排出，从而达到脱水的目的。其中图6中的箭头示出了筒本体100内腔中的水通过过水通道150朝向第二排水孔1221流动的方向。
综上可知，本申请的第一排水孔1231和第二排水孔1221均通过结构件(提升筋200和筒底110)进行遮蔽以及将揉搓区300设置成无孔结构，使得内筒1000类似于形成无孔结构，以提升内筒1000的美观度，同时还可避免内筒1000划伤衣物，以提升用户体验。
当然，在其他的一些示例中，也可以在提升筋200和筒底110未遮蔽的位置处设置第三排水孔(图中未示出)，例如：在揉搓区300内设置第三排水孔，以进一步增加内筒1000上的排水孔的数量，从而增加内筒1000的排水效率。
在本申请的描述中，限定有“第一”、“第二”、“第三”的特征可以明示或者隐含地包括一个或者更多个该特征，用于区别描述特征，无顺序之分，无轻重之分。
在本申请具体的实施例中，内筒1000可选用不锈钢筒，不锈钢筒可增强内筒1000的强度和刚度，从而延长衣物处理装置的内筒1000的使用寿命，且不锈钢筒具有金属质感，搭配内筒1000上的揉搓凸部310，可增强内筒1000的视觉美感。
下面结合附图描述本申请的衣物处理装置的内筒1000的一个具体实施例。
如图1和图5所示，衣物处理装置的内筒1000包括筒本体100和提升筋200。筒本体100包括筒身120和筒底110，筒身120的径向尺寸从筒口140到筒底110的方向逐渐增大，筒身120具有三个第一排水区121、第二排水区122和三个揉搓区300，揉搓区300和第一排水区121在筒身120的周向排布，第二排水区122和揉搓区300在筒身120的轴向排布且第二排水区122靠近筒底110设置。
提升筋200设于筒身120的内侧并覆盖第一排水区121，提升筋200所覆盖的第一排水区121的位置上设有四个排水孔组123，每个排水孔组123均包括多个沿筒身120 的轴向间隔布置的第一排水孔1231且多个排水孔组123沿筒身120的周向间隔设置，其中，从筒口140到筒底110的方向上，靠近筒底110的第一排水孔1231的排布密度大于靠近筒口140的第一排水孔1231的排布密度。
提升筋200与筒身120之间设有水流通道，第一排水孔1231通过水流通道与筒本体100的内腔连通。
揉搓区300设有多个揉搓凸部310，多个揉搓凸部310在筒身120的周向上间隔设置，每个揉搓凸部310形成曲线形，相邻两个揉搓凸部310之间形成导流通道320，至少一部分导流通道320的一端正对第一排水区121，至少另一部分导流通道320的一端正对第二排水区122。
第二排水区122包括多个处于常开状态的第二排水孔1221，多个第二排水孔1221沿筒身120的周向间隔设置。
下面结合附图描述本申请实施例的衣物处理装置。
根据本申请实施例的衣物处理装置包括：外桶和内筒1000。
其中，内筒1000为前述的衣物处理装置的内筒1000，内筒1000的结构在此不做赘述，内筒1000可转动地设在外桶内。
根据本申请实施例的衣物处理装置，通过采用前述的内筒1000，内筒1000在相对于外桶转动的过程中可带动衣物旋转，以达到对衣物进行处理的目的，并保证衣物在旋转的过程中不会接触第一排水孔1231和第二排水孔1221，避免对衣物造成刮伤或磨损等，同时前述的内筒1000在靠近筒底110的位置处设置较多数量的第一排水孔1231，多个第一排水孔1231配合可确保衣物处理装置的水能够快速排出，从而提升衣物处理装置的排水效果，以提高排水效果，达到脱水的目的，并降低衣物上的含水率，提升用户体验。
需要说明的是，虽然本申请的第一排水孔1231和第二排水孔1221均设置为常开状态，但在衣物处理装置清洗衣物的过程中，因内筒1000的外侧还设有外桶，当内筒1000和外桶之间充满水时，内筒1000中的水将不会通过第一排水孔1231和第二排水孔1221排出，此时即可利用内筒1000中的水清洗衣物，当衣物清洗完成需要脱水时，此时将外桶的出水口打开，使得内筒1000和外桶之间的水能够排出，进而确保内筒1000中的水能够通过第一排水孔1231和第二排水孔1221排出，以达到脱水的目的。
本申请的衣物处理装置可以是滚筒洗衣机，也就是本申请的内筒1000可应用在滚筒洗衣机上，当然，还可以应用于目前市场上的干衣机、波轮洗衣机中，若该内筒1000应用在干衣机上时，可以提高该干衣机的脱水效率，若该内筒1000应用在波轮洗衣机或滚筒洗衣机上时，可以提高该波轮洗衣机或滚动洗衣机的洗涤、脱水效率。
在本申请的描述中，需要说明的是，除非另有明确的规定和限定，术语“安装”、“相连”、“连接”应做广义理解，例如，可以是固定连接，也可以是可拆卸连接，或一体地连接；可以是机械连接，也可以是电连接；可以是直接相连，也可以通过中间媒介间接相连，可以是两个元件内部的连通。对于本领域的普通技术人员而言，可以具体情况理解上述术语在本申请中的具体含义。
图2和图3中分别显示了四列排水孔组123用于示例说明的目的，但是普通技术人员在阅读了上面的技术方案之后、显然可以理解将该方案应用到两列、三列、五列或者更多列排水孔组123的技术方案中，这也落入本申请的保护范围之内。
根据本申请实施例的衣物处理装置的内筒1000及衣物处理装置的其他构成例如内筒1000的转动过程及控制过程对于本领域普通技术人员而言都是已知的，这里不再详细描述。
在本说明书的描述中，参考术语“实施例”、“示例”等的描述意指结合该实施例或示例描述的具体特征、结构、材料或者特点包含于本申请的至少一个实施例或示例中。在本说明书中，对上述术语的示意性表述不一定指的是相同的实施例或示例。而且，描述的具体特征、结构、材料或者特点可以在任何的一个或多个实施例或示例中以合适的方式结合。
尽管已经示出和描述了本申请的实施例，本领域的普通技术人员可以理解：在不脱离本申请的原理和宗旨的情况下可以对这些实施例进行多种变化、修改、替换和变型，本申请的范围由权利要求及其等同物限定。

Claims (15)

  1. 一种衣物处理装置的内筒，其中，包括：
    筒本体，所述筒本体包括筒身和筒底，所述筒身具有第一排水区；
    提升筋，所述提升筋设于所述筒身的内侧并覆盖所述第一排水区，所述提升筋所覆盖的所述第一排水区的位置上设有多个间隔布置的第一排水孔，
    其中，在所述第一排水区中，靠近所述筒底的所述第一排水孔的排布密度大于靠近筒口的所述第一排水孔的排布密度。
  2. 根据权利要求1所述的衣物处理装置的内筒，其中，从所述筒口到所述筒底的方向上，所述第一排水孔的排布密度逐渐增大。
  3. 根据权利要求1或2所述的衣物处理装置的内筒，其中，在多个所述第一排水孔中，至少一部分所述第一排水孔沿所述筒身的轴向间隔设置，从所述筒口到所述筒底的方向上，相邻两个所述第一排水孔之间的间距逐渐减小。
  4. 根据权利要求1-3中任一项所述的衣物处理装置的内筒，其中，所述第一排水区设有多个排水孔组，每个所述排水孔组均包括多个沿所述筒身的轴向间隔布置的所述第一排水孔；多个所述排水孔组沿所述筒身的周向间隔设置。
  5. 根据权利要求4所述的衣物处理装置的内筒，其中，相邻两个所述排水孔组中的多个所述第一排水孔在所述筒身的轴向交错设置。
  6. 根据权利要求1-5中任一项所述的衣物处理装置的内筒，其中，所述筒身的径向尺寸从所述筒口到所述筒底的方向逐渐增大。
  7. 根据权利要求1-6中任一项所述的衣物处理装置的内筒，其中，所述提升筋自身或者所述提升筋与所述筒身之间设有水流通道，所述第一排水孔通过所述水流通道与所述筒本体的内腔连通。
  8. 根据权利要求7所述的衣物处理装置的内筒，其中，所述提升筋的至少一个侧壁底部设有多个过水口，所述过水口与所述筒身配合以形成所述水流通道，
    其中，每个所述过水口与至少一个所述第一排水孔位置对应。
  9. 根据权利要求1-8中任一项所述的衣物处理装置的内筒，其中，所述第一排水区包括多个，多个所述第一排水区沿所述筒身的周向间隔设置。
  10. 根据权利要求1-9中任一项所述的衣物处理装置的内筒，其中，所述筒身设置有多个所述提升筋，每个所述提升筋沿所述筒本体的轴向延伸且可覆盖所述筒身上的一个所述第一排水区。
  11. 根据权利要求1-10中任一项所述的衣物处理装置的内筒，其中，所述筒身的内周 壁具有揉搓区，所述揉搓区和所述第一排水区在所述筒身的周向排布，
    其中，所述揉搓区设有多个揉搓凸部，多个所述揉搓凸部在所述筒身的周向上间隔设置，每个所述揉搓凸部形成曲线形。
  12. 根据权利要求11所述的衣物处理装置的内筒，其中，所述揉搓区为无孔区域。
  13. 根据权利要求11或12所述的衣物处理装置的内筒，其中，相邻两个所述揉搓凸部之间形成导流通道，至少一部分所述导流通道的一端正对所述第一排水区。
  14. 根据权利要求11-13中任一项所述的衣物处理装置的内筒，其中，所述筒身还具有第二排水区，所述第二排水区和所述揉搓区在所述筒身的轴向排布且靠近所述筒底设置，
    其中，所述第二排水区包括多个处于常开状态的第二排水孔，多个所述第二排水孔沿所述筒身的周向间隔设置。
  15. 一种衣物处理装置，其中，包括：
    外桶；
    根据权利要求1-14中任一项所述的衣物处理装置的内筒，所述内筒可转动地设在所述外桶内。
PCT/CN2022/090707 2022-03-31 2022-04-29 衣物处理装置的内筒及衣物处理装置 WO2023184643A1 (zh)

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JP2002095891A (ja) * 2001-08-10 2002-04-02 Sanyo Electric Co Ltd 二槽式洗濯機
JP2013074964A (ja) * 2011-09-30 2013-04-25 Hitachi Appliances Inc 電気洗濯機
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