WO2023186013A1 - 晾衣机 - Google Patents

晾衣机 Download PDF

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Publication number
WO2023186013A1
WO2023186013A1 PCT/CN2023/085091 CN2023085091W WO2023186013A1 WO 2023186013 A1 WO2023186013 A1 WO 2023186013A1 CN 2023085091 W CN2023085091 W CN 2023085091W WO 2023186013 A1 WO2023186013 A1 WO 2023186013A1
Authority
WO
WIPO (PCT)
Prior art keywords
air
clothes
bracket
air guide
duct
Prior art date
Application number
PCT/CN2023/085091
Other languages
English (en)
French (fr)
Inventor
吴兴杰
张心予
金立鹏
陈建刚
金乐胜
Original Assignee
奥普家居股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN202220775962.4U external-priority patent/CN216998969U/zh
Priority claimed from CN202220746550.8U external-priority patent/CN216998960U/zh
Priority claimed from CN202210339207.6A external-priority patent/CN114606735A/zh
Priority claimed from CN202220749419.7U external-priority patent/CN216998966U/zh
Priority claimed from CN202220775784.5U external-priority patent/CN216998968U/zh
Priority claimed from CN202222014072.4U external-priority patent/CN218322017U/zh
Priority claimed from CN202210910980.3A external-priority patent/CN115354479A/zh
Application filed by 奥普家居股份有限公司 filed Critical 奥普家居股份有限公司
Publication of WO2023186013A1 publication Critical patent/WO2023186013A1/zh

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Classifications

    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00Domestic laundry dryers
    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F59/00Supports adapted to retain the shape of particular articles being dried, e.g. incorporating heating means
    • D06F59/02Supports adapted to retain the shape of particular articles being dried, e.g. incorporating heating means for garments

Definitions

  • the present application relates to the technical field of clothes drying devices, and in particular to a clothes drying machine.
  • Clothes dryers usually rely on a drying module installed on the top panel of the main unit to achieve the drying function.
  • a drying module installed on the top panel of the main unit to achieve the drying function.
  • a fan is installed on the main unit, and ventilation ducts and heating components are installed on the top plate of the main unit to realize the drying function of the clothes dryer.
  • the wind blown by the host machine of the clothes dryer can only be distributed outside the clothes hanger, so that when drying clothes, the outside of the clothes is often dried while the inside of the clothes is difficult to dry, resulting in long drying time and low efficiency.
  • a clothes drying rack is provided.
  • This application provides a clothes dryer, including: a base body provided with an air outlet; and
  • the clothes support assembly is provided with an air duct inside, and the air duct is arranged corresponding to the air outlet.
  • the clothes support assembly has a state close to the air outlet or a state far away from the air outlet.
  • the clothes dryer further includes a frame body, which can be driven toward or away from the base body; and the clothes support assembly is detachably provided on the frame body.
  • the clothes support assembly includes a bracket and a clothes support, the bracket is detachably provided on the frame body, the clothes support is provided on the bracket; the windshield is provided inside the clothes support road.
  • the clothes support is detachably clipped to the bracket.
  • the clothes support assembly includes a bracket and a clothes support.
  • the bracket includes a bracket base.
  • the clothes support includes a clothes support unit and a hook fixed between two ends of the clothes support unit. unit, the hooking unit and the bracket base are detachably connected; the bracket base and the hooking unit respectively include a suspension part and a hooking part, and the position of the clothes support relative to the bracket includes a fixed position and a pre-installed position, the hooking part hooks the hanging part when the clothes support is in the fixed position, and separates from the hanging part when the clothes support is in the pre-installed position.
  • one of the bracket and the clothes support includes a guide portion, and the other of the bracket and the clothes support is slidably adapted to the guide portion, and the guide portion is used to The trajectory of movement of the garment support relative to the bracket between the fixed position and the pre-installed position is defined; the guide portion extends along an arc-shaped trajectory, and the guide portion guides the relationship between the bracket and the garment support A rotational fit is formed; or the guide portion extends along a linear trajectory, and the bracket and the garment support are guided by the guide portion to form a linear sliding fit.
  • the clothes support assembly includes: a clothes support with the air duct inside the clothes support; and a partition assembly located in the air duct to separate the air duct into a plurality of sub-windows. road.
  • the clothes support includes a connecting portion and a bracket portion connected to the connecting portion.
  • the connecting portion is provided with a first cavity
  • the bracket portion is provided with a first air guide duct.
  • the first air guide duct is connected to the first cavity to form the air duct
  • the partition assembly is provided in the first air guide duct to divide the first air guide duct. Multiple wind guide channels are formed.
  • the partition assembly includes a first partition, and the first partition and the inner wall of the bracket portion form two sub-air guide ducts, and/or the partition
  • the sheet assembly includes a plurality of first spacers, the plurality of first spacers are spaced apart, and each two adjacent first spacers and the inner wall of the bracket portion form one of the sub-air guide air ducts.
  • the bracket part includes a side plate and a top plate, and the first partition adjacent to the top plate, the side plate and the top plate surround the As for the sub-air guide duct, the first partition is arranged following the shape of the top plate.
  • the partition assembly further includes at least one second partition, and the second partition is located in the sub-air guide duct to separate the sub-air guide duct.
  • the clothes support component includes: a clothes support, a first air guide duct is provided in the clothes support; and a bracket base, the clothes support is installed on the bracket base, and the bracket base
  • An air supply duct is provided, and the air supply duct has an air inlet end and an air outlet end connected with the first air guide air duct.
  • the air supply duct extends gradually from the air inlet end toward the air outlet end.
  • the bracket base includes a plurality of air distribution ribs provided on the inner wall of the air supply duct, and the plurality of air distribution ribs are arranged at intervals along the circumferential direction of the air supply duct, The inner wall surface of the air supply duct is divided into a plurality of air collecting surfaces.
  • each of the wind gathering surfaces is an arc-shaped surface formed inwardly.
  • the number of the air supply ducts is multiple, and each of the air supply ducts has a square cross-section, and the plurality of air supply ducts are arranged along the length direction of the bracket base. cloth.
  • the garment support assembly further includes a wind dividing block provided in the air supply duct, and the wind dividing block is provided at the air outlet end to separate the air outlet end into multiple Air outlet.
  • the clothes support includes a connecting part and a bracket part connected to the connecting part, a first cavity is opened in the connecting part, and all the supporting parts connected to the first cavity are provided in the bracket part.
  • the first air guide duct is connected with the first cavity and the air supply duct respectively.
  • the bracket includes a bracket base and a connecting rod.
  • the connecting rod is installed on the bracket base.
  • the clothes support is arranged along the length direction of the bracket base and is fixed on the bracket base.
  • the air supply air duct is arranged in one-to-one correspondence with the clothes support, and the air supply air duct is connected with the air supply air duct.
  • the top plate structure includes: the base body; and an air guide plate.
  • the air guide plate and the inner wall of the base body form an air guide channel, and the air guide plate is integrally formed on the base body. Describe the body.
  • the roof structure includes a plurality of air guide plates, and each two adjacent air guide plates and the inner wall of the base form one air guide channel.
  • the top plate structure further includes a guide plate that extends obliquely from the inner wall of the base toward the outlet of the air guide channel.
  • the roof structure further includes a drainage chamber, and the drainage chamber is provided with an air suction port.
  • the air suction port is located in the drainage chamber and is opened on the base body to inhale air through the air suction port.
  • the drainage chamber; the drainage chamber is also provided with an air outlet, and the air outlet faces and/or is connected to the entrance of the air guide channel.
  • a fan device is also included, and the fan device includes: a base body with an air chamber inside; and a fan assembly disposed in the base body, and the fan assembly has an inlet connected to the air cavity. Fan outlet; air guide assembly, including a plurality of air guide plates. The air guide plates are arranged in the base and divide the air cavity into a plurality of air guide channels. The cross-sectional area of each air guide channel is It gradually increases from the inlet of the air cavity toward the outlet of the air cavity.
  • each air guide plate includes a guide part and a turning part.
  • the guide part extends obliquely from the inlet of the air chamber toward the outlet of the air chamber.
  • the turning part is close to the outlet from the guide part. The direction is bent and extended so that the axis where the outlet is located intersects the axis where the inlet is located.
  • the air guide channel includes a first air guide channel and a second air guide channel located inside the first air guide channel, and the cross-sectional area of the inlet of the first air guide channel is smaller than the The cross-sectional area of the inlet of the second air guide channel; the air guide channel also includes a third air guide channel located between the first air guide channel and the second air guide channel; the third air guide channel The cross-sectional area of the inlet of the channel is greater than the cross-sectional area of the inlet of the first air guide channel; and/or the air guide channel includes a plurality of the third air guide channels, and the cross-sectional area along the first air guide channel is In the direction of the passage toward the second air guide passage, the inlet cross-sectional areas of the plurality of third air guide passages gradually become smaller.
  • the clothes dryer further includes a swing leaf, the swing leaf is located at the air outlet, the swing leaf extends along the length direction of the base; and/or the swing leaf includes a plurality of There are two air exhaust outlets, and each of the air exhaust outlets corresponds to an air guide channel.
  • the swing blade is a swing blade with a circular cross-section; and/or, the swing blade at least partially protrudes from the air outlet.
  • Figure 1 is a schematic structural diagram of a clothes dryer according to one or more embodiments.
  • Figure 2 is a schematic structural diagram of a swing leaf disposed at an air outlet according to one or more embodiments.
  • Figure 3 is a schematic structural diagram of a fan assembly according to one or more embodiments.
  • Figure 4 is a schematic structural diagram of a garment support assembly according to one or more embodiments.
  • FIG. 5 is a schematic cross-sectional structural view of the garment support assembly in the embodiment of FIG. 4 .
  • FIG. 6 is a schematic structural diagram of the telescopic component in the embodiment of FIG. 1 in a contracted state.
  • FIG. 7 is a schematic cross-sectional structural view of the telescopic assembly in the embodiment of FIG. 6 .
  • Figure 8 is a schematic structural diagram of a swing blade according to one or more embodiments.
  • Figure 9 is a partial structural diagram of a clothes dryer according to one or more embodiments.
  • Figure 10 is a schematic structural diagram of the garment support detached from the bracket according to one or more embodiments.
  • Figure 11 is a schematic structural diagram of a garment support according to one or more embodiments.
  • Figure 12 is a schematic three-dimensional structural diagram of a clothes dryer according to one or more embodiments.
  • Figure 13 is a schematic structural diagram of a clothes support assembly in a disassembled state according to one or more embodiments.
  • Figure 14 is a partially enlarged schematic view of the clothes support assembly shown in Figure 13 at position A.
  • Figure 15 is a schematic structural diagram of a garment support assembly in a connected state according to one or more embodiments.
  • Figure 16 is a partially enlarged schematic view of the clothes support assembly shown in Figure 15 at position B.
  • Figure 17 is a schematic structural diagram of a clothes support assembly in a disassembled state according to one or more embodiments.
  • Figure 18 is a schematic three-dimensional structural diagram of a stent according to one or more embodiments.
  • Figure 19 is a partial enlarged schematic view of the bracket shown in Figure 18 at position A.
  • Figure 20 is a partial structural diagram of a garment support assembly according to one or more embodiments.
  • Figure 21 is a partially enlarged schematic view of the clothes support assembly shown in Figure 20 at position B.
  • Figure 22 is a partially enlarged schematic view of the clothes support assembly shown in Figure 20 at C.
  • Figure 23 is a schematic structural diagram of a garment support assembly in a disassembled state according to one or more embodiments.
  • Figure 24 is a partially enlarged schematic view of the clothes support assembly shown in Figure 23 at position A.
  • Figure 25 is a schematic structural diagram of the clothes support assembly shown in Figure 23 from another perspective.
  • Figure 26 is a schematic three-dimensional structural diagram of a stent according to one or more embodiments.
  • Figure 27 is a schematic structural diagram of a garment support assembly in a pre-connected state according to one or more embodiments.
  • Figure 28 is a partially enlarged schematic view of the clothes support assembly shown in Figure 27 at S.
  • Figure 29 is a schematic structural diagram of the garment support assembly shown in Figure 27 from another perspective.
  • Figure 30 is a schematic structural diagram of a garment support assembly in a fixed connection state according to one or more embodiments.
  • Figure 31 is a schematic structural diagram of a garment support assembly in a fixed connection state according to one or more embodiments.
  • Figure 32 is a schematic view of the garment support assembly shown in Figure 31 cut along plane A-A.
  • Figure 33 is a partially enlarged schematic view of the clothes support assembly shown in Figure 32 at position B.
  • Fig. 34 is a schematic view of the garment support assembly shown in Fig. 31 cut along the B-B plane shown in Fig. 32.
  • Figure 35 is an exploded schematic diagram of a partial structure of a garment support assembly according to one or more embodiments.
  • Figure 36 is a schematic structural diagram of a garment support assembly according to one or more embodiments.
  • FIG. 37 is a schematic diagram of the embodiment of FIG. 36 with part of the structure omitted.
  • Figure 38 is a schematic structural diagram of a garment support assembly according to one or more embodiments.
  • Fig. 39 is a schematic cross-sectional structural diagram of the embodiment of Fig. 38.
  • Figure 40 is a schematic cross-sectional structural diagram of a garment support assembly according to one or more embodiments.
  • Figure 41 is a schematic structural diagram of the connection of multiple garment support components in the embodiment of Figure 40.
  • Figure 42 is a schematic three-dimensional structural diagram of a garment support assembly according to one or more embodiments.
  • Figure 43 is an enlarged view of point A in Figure 42.
  • Figure 44 is a top view of a garment support assembly according to one or more embodiments.
  • FIG. 45 is a cross-sectional view along line A-A of FIG. 44 .
  • FIG. 46 is a cross-sectional view taken along line B-B of FIG. 44 .
  • Figure 47 is a structural schematic diagram of a roof structure according to one or more embodiments.
  • Figure 48 is a schematic structural diagram of a roof structure from another perspective according to one or more embodiments.
  • Figure 49 is a schematic structural diagram of a base body according to one or more embodiments.
  • Figure 50 is a schematic structural diagram of a fan device according to one or more embodiments.
  • Figure 51 is an exploded structural schematic diagram of a blower assembly according to one or more embodiments.
  • Air guide channel; 3113a first air guide channel; 3113b, second air guide channel; 3113c, third air guide channel; 1212, inlet; 1211, outlet; 33 , air guide component; 3311, guide part; 3312, steering part; 34, heating element; 200, swing blade; 2111, air outlet; 300, fan device; 400, frame; 500, clothes support assembly; 51, bracket ; 1011. Plug-in component; 1012. Limiting component; 1013. Receiver; 511. Bracket seat; 211. Air inlet end; 212. Air outlet end; 110. Main locking member; 111. Lifting body; 1101. Carrying part; 1102. Guide slope; 112. Suspension part; 113. Guide part; 1131. Guide hole; 1132. Wide mouth section; 1133.
  • Receiving groove; 5111 air supply duct; 5111a, wind gathering surface; 5111b, first wind gathering surface; 5111c, second wind gathering surface; 5112, wind dividing ribs; 5113, wind dividing block; 512, connecting rod; 513, rod part ; 5131, protrusion; 514, mating part; 13a, insertion block; 131a, sliding block; 132a, limiting block; 14a, introduction piece; 141a, alignment part; 52, clothes support; 521, air duct; 522, Connection part; 5221, first cavity; 5221a, cavity inlet; 523, bracket part; 5231, first air guide duct; 5231a, cavity outlet; 5231b, sub-air guide duct; 5232, side plate; 5233 , Top plate; 524, spacer; 5241, guide part; 5242, drainage part; 525, slot; 526, groove; 53, movable arm; 531, second cavity; 54, adjustment structure; 55, spacer assembly ; 551.
  • first and second are used for descriptive purposes only and cannot be understood as indicating or implying relative importance or implicitly indicating the quantity of indicated technical features. Therefore, features defined as “first” and “second” may explicitly or implicitly include at least one of these features.
  • “plurality” means at least two, such as two, three, etc., unless otherwise expressly and specifically limited.
  • the first feature being "on” or “below” the second feature may mean that the first feature is in direct contact with the second feature, or the first feature and the second feature are in indirect contact. Contact through intermediaries.
  • the terms “above”, “above” and “above” the first feature of the second feature may mean that the first feature is directly above or diagonally above the second feature, or simply means that the first feature is higher in level than the second feature.
  • "Below”, “below” and “beneath” the first feature of the second feature may mean that the first feature is directly below or diagonally below the second feature, or simply means that the first feature has a smaller horizontal height than the second feature.
  • a clothes dryer 1000 provided by the present application.
  • the clothes dryer 1000 includes a base 11 , a telescopic component 600 , a fan component 32 , a frame 400 and a clothes support component 500 .
  • One end of the telescopic assembly 600 is disposed on the base 11 .
  • the fan assembly 32 is disposed in the base 11 and has an air outlet 102 disposed on the bottom wall of the base 11 .
  • the frame 400 is connected to the other end of the telescopic assembly 600 .
  • the clothes support assembly 500 is arranged on the frame body 400.
  • the clothes support assembly 500 is provided with an air duct 521.
  • the air duct 521 is arranged corresponding to the air outlet 102, so that the telescopic assembly 600 can drive the frame body 400 toward or away from the air outlet. Lift and lower in the direction of 102.
  • the clothes support assembly 500 can realize the two states of being close to the base body 11 and being far away from the base body 11 .
  • the clothes support assembly 500 does not rely on the frame 400 and is directly connected to the telescopic assembly 600 , is controlled by the telescopic assembly 600 to lift and lower to achieve the purpose of approaching the base 11 and moving away from the base 11 .
  • the clothes support assembly 500 can be implemented in other ways.
  • the telescopic assembly 600 After canceling the telescopic assembly 600, it can also be realized by setting a lifting mechanism on the ground, or creating an energy field capable of generating lift under the air outlet 102 of the base 11. Switching between two states of approaching the base 11 and being far away from the base 11 .
  • the fan assembly 32 is provided to generate flowing wind, and the wind is discharged through the air outlet 102 opened in the base 11 so as to dry the clothes.
  • the clothes support assembly 500 with the air duct 521 inside corresponds to the air outlet 102, so that when the user hangs clothes on the clothes support assembly 500, the air duct 521 in the clothes support 52 can guide the wind to the clothes. inside to dry clothes from the inside. It can be understood that the air channel 521 in the clothes support 52 can guide the wind to the inside of the clothes, so as to reduce the energy consumed by the wind flowing in the air, thereby improving the efficiency of drying clothes.
  • the air duct 521 corresponds to the air outlet 102 , which means that the wind discharged from the air outlet 102 can enter the air duct 521 . It can be understood that the air duct 521 can be connected to the air outlet 102 so that all the wind in the air outlet can enter the air duct 521 . The air duct 521 and the air outlet 102 can also be kept at a certain distance, so that part of the wind discharged from the air outlet 102 can enter the air duct 521, and the other part can be directly discharged from the air outlet 102, and the wind discharged directly through the air outlet 102 can Blow to outside of clothing.
  • the clothes dryer 1000 can dry the inner and outer sides of the clothes at the same time to improve the drying efficiency.
  • This application does not impose specific restrictions on the distance between the air duct 521 and the air outlet 102, and can be adaptively selected according to actual needs. It is sufficient that at least part of the wind discharged from the air outlet 102 enters the air duct 521 .
  • the air duct 521 does not face the air outlet 102, and the two are staggered to allow the wind from the air outlet 102 to blow into the air duct 521.
  • the clothes drying base 11 Since the clothes drying base 11 is usually installed on an indoor roof and has a relatively high height, users with limited mobility such as the elderly, children, and disabled people usually need to hold a clothes drying fork to hang the clothes on the clothes drying base.
  • the frame 400 of the machine 1000 is used, but it is difficult for users with limited mobility to dry multiple pieces of clothing or clothing that has a heavy weight due to moisture, causing inconvenience to the user.
  • the rack body 400 can be raised and lowered relative to the base body 11, so that the user can raise and lower the rack body 400.
  • clothes need to be dried they can be
  • the rack body 400 is lowered to a suitable height.
  • the height of the rack body 400 is slightly higher than the user's height. The user only needs to raise his hand to hang the clothes on the rack body 400.
  • the clothes support assembly 500 can follow the frame body 400 to drive the frame body 400 closer or farther away through the telescopic assembly 600.
  • the direction of the air outlet 102 rises and falls.
  • the telescopic component 600 drives the rack body 400 and the clothes support 52 provided on the rack body 400 to lower to a suitable height, and the user can hang the clothes on the clothes support component 500 .
  • the telescopic assembly 600 drives the frame 400 and the clothes support 52 to rise to a preset height, so that the air duct 521 of the clothes support assembly 500 is connected to the air outlet 102 .
  • the clothes dryer 1000 includes a clothes dryer body 1001 for generating drying hot air, and a suspension for connecting the clothes dryer body 1001 and the clothes support assembly 500.
  • the suspension device includes a rectangular main frame and a telescopic assembly 600 connecting the main frame and the clothes dryer body 1001 .
  • the clothes support assembly 500 is fixedly installed on the inner frame of the main frame.
  • the telescopic assembly 600 is a multiple four-link structure connected in series. It changes the distance between the main frame and the clothes support assembly 500 to the clothes dryer body 1001 through telescopic activities, and also can Change the distance from the main frame and the garment support assembly 500 to the ground.
  • the telescopic assembly 600 includes a motor (not shown) and a scissor frame assembly 61.
  • the scissor frame assembly 61 is connected to the output shaft of the motor to drive the contraction of the scissor frame assembly 61 through the motor, thereby realizing the telescopic assembly 600 to drive the contraction of the scissor frame assembly 61.
  • the scissor frame assembly 61 includes a scissor frame and a steel wire rope.
  • the steel wire rope is connected to the output shaft of the motor to drive the steel wire rope to shrink through the motor, thereby realizing the telescopic assembly 600 driving the frame body 400 to lift.
  • the scissor frame assembly 61 can also be replaced by a telescopic shaft to realize the lifting and lowering of the frame body 400 .
  • This application does not limit the specific form of the telescopic assembly 600, as long as the telescopic assembly 600 can drive the frame 400 to rise and fall.
  • the clothes support assembly 500 includes a bracket 51 and a clothes support 52.
  • the bracket 51 is detachably provided on the frame body 400, and the clothes support 52 is provided on the bracket 51.
  • the clothes support 52 is provided with an air duct 521.
  • the clothes support 52 provided on the rack body 400 occupies a certain space of the rack body 400 and affects the placement of other clothes (for example, when only bedding is dried, there is no need to use the clothes support at this time. 52 drying function), poor practicality.
  • the clothes support 52 is integrally formed on the bracket 51 .
  • integrally molding the clothes support 52 to the bracket 51 not only the clothes support 52 and the bracket 51 can be integrally arranged, effectively reducing the assembly time of the clothes support assembly 500 and lowering the production cost, but also compared to connecting through snapping, bonding, etc. , the integral arrangement of the clothes support 52 and the bracket 51 also makes the clothes support assembly 500 have higher strength and is less likely to be damaged.
  • the bracket 51 includes a bracket base 511 and a connecting rod 512 extending from the bracket base 511.
  • the connecting rod 512 is provided on the frame body 400.
  • the bracket base 511 is provided with an air supply duct 5111 opposite to the air outlet 102.
  • There are multiple clothes supports 52 and the plurality of clothes supports 52 are integrally formed on the bracket base 511 along the length direction of the bracket base 511 .
  • the air duct 521 is connected with the air supply air duct 5111 .
  • the air supply ducts 5111 and the clothes supports 52 are arranged in one-to-one correspondence, and the clothes dried on each clothes support 52 can be dried, and the drying effect is good.
  • the air supply duct 5111 provided by the bracket base 511 can be connected to the air duct 521 of the clothes support 52.
  • the air supply duct 5111 of the bracket base 511 corresponds to or is connected to the clothes dryer 1000.
  • the wind in the air duct 521 can be discharged to the inside of the clothes, so that the clothes can be dried inside the clothes.
  • Providing multiple clothes supports 52 can increase the number of clothes hung on the clothes support assembly 500 .
  • the present application does not limit the number of garment stays 52 provided in the garment support assembly 500, which may be one, three, five, seven or other numbers.
  • the clothes support 52 is detachably engaged with the bracket 51 . Because the number of clothes users dry will increase or decrease with seasonal changes. For example, in the hot summer, the user wears less clothes and needs to wash and dry less clothes, so a smaller rack 400 can meet the needs. In the colder autumn and winter seasons, the number of clothes worn by users also increases accordingly. Therefore, the amount of clothes that need to be washed and dried also increases.
  • the bracket 51 can be installed on the rack body 400 as needed, and the clothes support 52 can be removed so that the rack 51 can hang the clothes on the bracket 51 for drying. This can further improve the user's various usage scenarios and have high practicality.
  • the bracket 51 includes a rod portion 513 and a fitting portion 514 extending from an end of the rod portion 513 .
  • the fitting portion 514 is connected to the frame body 400 .
  • the bracket 51 can be detachably installed on the frame body 400 through the fitting portion 514 , thereby realizing expansion of the frame body 400 .
  • the bracket 51 includes two fitting parts 514 , which are respectively provided at both ends of the rod part 513 .
  • the fitting parts 514 are detachably set up on two adjacent ones. 51 brackets. That is, when the user needs to carry a larger number of clothes, the bracket 51 can be directly placed horizontally on the rack body 400.
  • the rod 513 can provide a position for the user to hang the clothes support 52 or directly hang clothes to dry, so as to expand the clothes hanger.
  • the rod portion 513 is provided with one of the slots 525 or the protrusions 5131 , and the garment support 52 is provided with the other of the two.
  • the rod 513 is provided with a latching groove 525 or a protrusion 5131, and the clothes support 52 is provided with a protrusion 5131 or a latching groove 525 correspondingly, so that the engagement between the protrusion 5131 and the latching groove 525 is achieved.
  • the locking slot 525 is provided in the garment support 52
  • the protrusion 5131 is provided in the rod portion 513 .
  • This application does not limit the specific form and specific position of the slot 525 and the protrusion 5131, as long as the slot 525 and the protrusion 5131 can be connected so that the clothes support 52 can be detachably installed on the rod portion 513 of the bracket 51. .
  • the clothes support 52 includes a hollow connecting part 522 and a bracket part 523 connected to the connecting part 522 .
  • a first air guide duct 5231 is provided in the bracket part 523 .
  • the connection part 522 is provided so that the clothes support 52 can adapt to the external structure, and the bracket part 523 is provided to facilitate hanging clothes on the clothes support 52 .
  • the hollow connection part 522 can introduce the wind blown out of the air outlet 102 of the clothes dryer 1000 to the first air guide duct 5231 of the bracket 51, and then through the first guide The air outlet 102 of the air duct 5231 is discharged, so that the clothes support 52 guides the wind from the air outlet 102 into the inside of the clothes.
  • the garment support 52 further includes a plurality of partitions 524 disposed on the inner wall of the bracket portion 523 to divide the air duct 521 into a plurality of first air guide ducts 5231 .
  • the clothes In order to prevent the hot air exported from the air duct 521 from being too concentrated and only drying parts of the clothes, the clothes cannot be dried evenly, and it also leads to the problem that parts such as sleeves cannot be dried.
  • the spacers 524 in the bracket part 523 the air duct 521 is divided into a plurality of first air guide air ducts 5231 .
  • the plurality of first air guide ducts 5231 can evenly separate the wind in the air duct 521, and direct the first air guide ducts 5231 to different positions inside the clothing, such as the sleeves and armpits on both sides of the clothing, thereby controlling the Dry in difficult-to-dry locations.
  • the spacer 524 is integrally formed on the bracket portion 523 .
  • the partition 524 includes a flow guiding portion 5242 and a guide portion 5241.
  • the guide portion 5241 is connected to the flow guiding portion 5242.
  • the guide portion 5241 bends and extends from the flow guiding portion 5242 toward the end of the first air guide duct 5231.
  • the guide part 5242 is provided to gradually flow the wind in the air duct 521 in a direction closer to the end of the first guide air duct 5231, and the guide part 5241 is provided so that the guide part 5241 can guide the wind from the guide part 5242 to the preset direction. position, thereby facilitating the setting of the end position and angle of the first air guide duct 5231.
  • the above-mentioned preset positions can be the armpits and sleeves of clothing. Pointing the end of the first air guide duct 5231 to the armpits and sleeves of clothing, which are difficult-to-dry locations, can effectively improve the drying efficiency.
  • the clothes support 52 has a drying effect on clothes.
  • the clothes support assembly 500 further includes a movable arm 53 and an adjustment structure 54 .
  • the movable arm 53 is movably provided on the bracket portion 523 .
  • the adjustment structure 54 is provided between the movable arm 53 and the bracket part 523 , so that the movable arm 53 has an expanded state and a contracted state relative to the bracket part 523 . Since the shoulder widths of smaller children's clothing and larger adult clothing are different, the movable arm 53 is provided so that the clothing support assembly 500 can be adapted to clothing of different sizes, thereby improving the versatility of the clothing support assembly 500 sex.
  • the adjustment structure 54 By setting the adjustment structure 54 between the movable arm 53 and the bracket part 523, the position and state of the movable arm 53 relative to the bracket part 523 can be adjusted, such as moving the movable arm 53 toward the side away from the bracket seat 511.
  • the movable arm 53 can be in the expanded state by moving a certain distance, and the movable arm 53 can be in the retracted state by moving a certain distance toward the side close to the bracket base 511 .
  • the adjustment structure 54 is a slide rail and a slide groove adapted to the slide rail. One of the slide rail and the slide groove is provided on the movable arm 53 , and the other is provided on the bracket portion 523 .
  • the adjustment structure 54 can also be a hinge structure to rotatably connect the movable arm 53 to the bracket portion 523 .
  • the movable arm 53 is provided with a second cavity 531 , and the second cavity 531 is connected with the air duct 521 .
  • a second cavity 531 is opened through the movable arm 53, and the second cavity 531 is connected to the air duct 521, so that when drying larger-sized clothes, the second cavity 531 can extend to the sleeves of the larger-sized clothes, so that Able to dry sleeves of larger clothing sizes.
  • the garment support assembly 500 includes a separately formed bracket 51 and a garment support 52 .
  • the bracket 51 is fixedly connected to the main frame in a detachable or non-detachable manner, and is detachably connected to the clothes support 52 .
  • the bracket 51 is used to provide an attachment site for the clothes support 52 to be hung and installed, and includes a fixedly connected bracket base 511 and a connecting rod 512 .
  • the bracket base 511 is an internal hollow structure, and the inner hollow area forms an air supply duct.
  • the air supply duct connects the side of the bracket base 511 close to the clothes dryer body 1001 and the side close to the clothes support 52.
  • the bracket base 511 The side close to the clothes support 52 is penetrated by an air supply duct to form an air supply outlet 41 .
  • the connecting rod 512 includes two suspended connecting rods protruding relative to the outside of the bracket seat 511. The two ends of the two suspended connecting rods that are relatively far away from the bracket seat 511 are fixedly connected to the opposite inner frames of the main frame. Optionally, two suspended connecting rods are respectively protruded on opposite sides of the bracket base 511 and extend in opposite directions.
  • the clothes support 52 is used to support clothes, and includes a clothes support unit 52a and a hook unit 52b that are fixedly connected.
  • the clothes support unit 52a includes two clothes hanging support parts that both protrude outward relative to the hook unit 52b.
  • the two ends of the support portion that are relatively far away from the hook unit 52b form two ends of the clothes stay 52 .
  • the two clothes-hanging support parts extend outwardly and protrude in opposite directions relative to the hooking unit 52b, and the hooking unit 52b is located at the middle position of the line connecting the two ends of the clothes support 52.
  • the clothes support unit 52a stretches the clothes by extending into the clothes and directly contacting the clothes.
  • the hooking unit 52b is always exposed to the clothes.
  • the clothes support unit 52a does not necessarily have to extend into the clothes to contact the clothes to stretch the clothes.
  • a plurality of clamps can be provided on the clothes support unit 52a, and the clothes are hung on the clothes support 52 after being clamped by the clamps. .
  • the clothes supporting unit 52a is used to support the clothes, after the clothes are stretched, the hooking unit 52b is exposed to the clothes, so it is easier to form the hooking unit 52b and the bracket seat 511.
  • Fixed adaptation The reason why the bracket base 511 and the hook unit 52b are fixedly adapted is, on the one hand, the need to connect the bracket 51 and the clothes support 52.
  • the clothes support 52 is an internal hollow structure, and its internal hollow area forms the first wind guide.
  • the first air guide air duct penetrates the side of the clothes support 52 close to the bracket 51 to form a cavity inlet 5211a.
  • the first air guide duct can optionally connect the hook unit 52b with one side of the bracket base 511 to form a cavity inlet 5211a.
  • the cavity inlet 5211a is formed. 5211a is connected to and sealingly matched with the air supply outlet 41, and all the hot air in the air supply duct will flow to the first air guide duct.
  • the first air guide duct also penetrates the side of the clothes support 52 away from the bracket 51 and the clothes dryer body 1001 to form a cavity outlet 5231b, and the hot air is directly blown to the clothes through the cavity outlet 5231b.
  • the clothes support 52 is also provided with shoulder air vents 44.
  • the shoulder air vents 44 are located at both ends of the clothes support 52, that is, the two clothes hanging support parts are relatively far away from each other. Hook both ends of the unit 52b.
  • the number of shoulder air outlets 44 is multiple and arranged in a honeycomb shape. Some of the shoulder air outlets 44 are opened toward the bracket 51 , and the other part of the shoulder air outlets 44 are opened toward the outer sides of both ends of the garment support 52 .
  • the arrangement of the shoulder air vents 44 allows a part of the hot air to blow toward the collar, shoulders or waist of the clothing, thereby accelerating drying of the upper part of the clothing.
  • the side of the clothes dryer body 1001 relatively close to the suspension device and the clothes support assembly 500 is the fan outlet 321 of the clothes dryer body 1001.
  • the fan outlet 321 of the clothes dryer body 1001 is connected to the air supply outlet 41 of the bracket base 511 through a ventilation duct. , and then connected to the air supply duct. Ventilation ducts can be formed from soft plastic pipes.
  • the ventilation duct is connected to the air supply duct, when the bracket base 511 and the hook unit 52b are fixedly adapted, the ventilation duct is immediately connected to the first air guide duct.
  • bracket seat 511 which extends along the length direction of the main frame.
  • the air supply duct penetrates the bracket seat 511 to form a plurality of air supply holes arranged at intervals along the length direction of the main frame.
  • the outlet 41 and the plurality of air supply outlets 41 can respectively adapt to and communicate with the cavity inlets 5211a of the plurality of garment supports 52 .
  • the connecting rods 512 and the clothes supports 52 are arranged at intervals along the length direction of the bracket base 511 .
  • the cavity inlets 5211 a of the clothes supports 52 are arranged one by one.
  • multiple air supply outlets 41 are connected.
  • the number of bracket seats 511 may also be multiple, and each bracket seat 511 may have only one air supply outlet 41 connected to the cavity inlet 5211a of a clothes support 52 .
  • the clothes support 52 includes a first flow guide member and a second flow guide member disposed in the first air guide duct, which are respectively located in the two clothes hanging support parts, wherein one end of the first flow guide member extends toward the cavity inlet 5211a, The other end extends toward the cavity outlet 5231b, and tilts toward the end of the clothes hanging support part away from the hooking unit 52b; one end of the second drainage member extends toward the cavity inlet 5211a, and the other end extends toward the cavity outlet 5231b. Extend and approach, and also approach obliquely toward the end of the other clothes-hanging support part where it is located away from the hooking unit 52b.
  • first air guide part and the second air guide part divide the first air guide air duct into a plurality of sub-air ducts, and the cavity outlet 5231b is also separated by the first air guide part and the second air guide part to form a plurality of cavity outlets 5231b.
  • the hot air passing through the cavity inlet 5211a can be divided into a plurality of different hot air tributaries by the first flow guide member and the second flow guide member. These hot air tributaries are discharged from different cavity outlets 5231b respectively, thus expanding the outlet area of the hot air and thereby expanding the The area for hot air drying clothes.
  • the first drainage member includes at least one first drainage plate 62a that is inclined toward one end of the clothes support unit 52a
  • the second drainage member includes at least one second drainage plate that is inclined toward the other end of the clothes support unit 52a.
  • the air guide plate 62b, these first air guide plate 62a and the second air guide plate 62b are radially distributed with the hook unit 52b and the cavity inlet 5211a as the center, so that the hot air tributaries can flow in a radial trend, so that the clothes support 52 moves away from the support. Hot air can be discharged from various positions on one side of the rack 51, thereby improving the effect and efficiency of drying clothes.
  • the bracket base 511 and the hooking unit include a suspension part 112 and a hooking part 222 respectively.
  • the position of the clothes support 52 relative to the bracket 51 includes a fixed position and a pre-installed position.
  • the hooking part 222 is on the clothes support 52
  • the suspension part 112 is hooked when it is in the fixed position, and can be detached from the suspension part 112 when the garment support 52 is in the pre-assembly position.
  • the hooking portion 222 can reach the side of the hanging portion 112 relatively away from the ground, and then be carried on the side of the hanging portion 112 away from the ground, so that the hanging portion 222 can 112 carries the weight of the clothes support 52 and the clothes by carrying the hook portion 222 .
  • the clothes support 52 forms a detachable overlap fit with the bracket 51 at the bottom of the bracket 51.
  • the bottom of the bracket 51 is the position where the bracket 51 is relatively far away from the clothes dryer body 1001.
  • the clothes support 52 overlaps
  • the clothes support 52 is located vertically below the bracket 51 , and at this time, the clothes support 52 is fixed relative to the bracket 51 .
  • the position of the clothes support 52 relative to the bracket 51 includes a pre-installed position and a fixed position.
  • the clothes support 52 When the clothes support 52 is in the pre-installed position, the user can smoothly and unobstructedly detach the clothes support 52 from the bracket 51; when the clothes support 52 is in the fixed position , the clothes support 52 is overlapped and matched with the bracket 51. At this time, the clothes support 52 can hang clothes. In the clothes support assembly 500 shown in Figures 13 and 14, the clothes support 52 and the bracket 51 are separated from each other. At this time, the clothes support 52 can continue to move relatively close to the bracket 51 along the axial direction of the air supply outlet 41 to reach the pre-assembly position; Figure 15-In the clothes support assembly 500 shown in Figure 16, the clothes support 52 is overlapped with the bracket 51.
  • the clothes support 52 is in its fixed position, and at the same time, the two clothes hanging support parts of the clothes support 52 are suspended from the bracket 51.
  • the connecting rods extend in the same direction.
  • the overlapping fit between the hooking part 222 and the hanging part 112 can also be considered as a kind of hooking fit.
  • the bracket base 511 is also provided with a plurality of guide holes 1131.
  • Each of the plurality of guide holes 1131 is an arc-shaped strip hole, and the plurality of guide holes 1131 are evenly distributed in a common circle.
  • the air supply outlet 41 is also circular. And the axis of the air outlet 41 passes through the center of the circle where the plurality of guide holes 1131 are located.
  • the hole wall of each guide hole 1131 includes a first inner hole wall 1139 and a second inner hole wall 1140 that are both arc-shaped. The distance from the first inner hole wall 1139 to the axis of the air supply outlet 41 is greater than the second inner hole wall 1140 The distance to the air supply outlet 41 axis.
  • the bracket 51 also includes a suspension portion 112 fixedly connected to the bracket base 511.
  • the number of the suspension portions 112 corresponds to the number of the guide holes 1131, and they are respectively arranged in each guide hole 1131. Specifically, each The suspension portions 112 protrude relative to the second inner hole wall 1140 of each guide hole 1131 . Alternatively, each suspension portion 112 protrudes directly from the second inner hole wall 1140 of each guide hole 1131 .
  • each guide hole 1131 shows a trend of changing along the circumferential direction of the guide hole 1131, that is, each guide hole 1131 includes a wide mouth section 1132 and a narrow mouth section 1133 that are connected to each other, wherein the wide mouth section 1132 is located between the first inner hole wall 1139 and the second inner hole wall 1140 without the suspension portion 112 , and the narrow mouth section 1133 is located between the first inner hole wall 1139 and the suspension portion 112 .
  • the number of guide holes 1131 is four. It is worth noting that in other embodiments, the number of guide holes 1131 can also be three, two, or more than four, or even one.
  • the guide hole 1131 is a circular hole; in addition, the shape of the guide hole 1131 is not necessarily circular or arc-shaped.
  • the guide hole 1131 can also be in other shapes, or even a linear hole.
  • the air supply outlet 41 and the cavity The shape of the inlet 5211a does not have to be circular; in addition, the guide hole 1131 does not have to be opened around the air supply outlet 41, and can also be opened in other positions of the bracket base 511, or even in the connecting rod 512.
  • the clothes support 52 includes a plurality of hooking parts 222.
  • the cavity entrance 5211a of the hooking unit 52b is relatively close to the bracket 51 and the clothes dryer body 1001 and is circular in shape.
  • the plurality of hooking parts 222 are fixedly protruding in the cavity.
  • the outer edge of the inlet 5211a protrudes toward the bracket 51 and the clothes dryer body 1001 relative to the hook unit 52b.
  • the plurality of hooking portions 222 are evenly distributed in a common circle, and the axis of the cavity inlet 5211a passes through the center of the circle where the plurality of hooking portions 222 are located.
  • the number of hooking parts 222 is also four, corresponding to the number of guide holes 1131 .
  • Each hooking portion 222 includes a hooking platform 2221 fixedly protruding from the hooking unit 52b, and also includes a flange 2253 fixedly connected to an end of the hooking platform 2221 relatively away from the hooking unit 52b.
  • the flange 2253 is bent relative to the hooking platform 2221. Bend toward the axis of the cavity inlet 5211a.
  • the volume of the hooking portion 222 is smaller than the space volume of the wide-mouth section 1132 of the guide hole 1131 , so the hooking portion 222 can extend into the wide-mouth section 1132 smoothly and without hindrance.
  • the hook platform 2221 of the hook part 222 passes through the guide hole 1131, as the user applies external force to the clothes support 52 and/or the bracket 51 and drives the hook part 222 to move along the guide hole 1131, the hook platform 2221 slides into the narrow At the same time, the flange 2253 gradually approaches the hanging portion 112 , and finally the flange 2253 reaches the side of the hanging portion 112 that is relatively far away from the garment support 52 and overlaps the hanging portion 112 . As shown in FIGS. 15 and 16 , at this time, the hanging portion 112 bears the weight of the hook portion 222 and also bears the weight of the entire garment support 52 and the clothing.
  • suspension part 112 the more the number of suspension parts 112 and hook parts 222 is, the smaller the force received by each suspension part 112, so the structure of the suspension part 112 is more stable and less likely to break and fail.
  • the suspension part 112 The increase in the number of hooking portions 222 is at the expense of shortening the length of each guide hole 1131 , thereby reducing the volume of the hooking portion 222 and reducing the movement stroke of the hooking portion 222 in the guide hole 1131 .
  • the hook platform 2221 is fixedly clamped by the suspension portion 112 and the first inner hole wall 1139. At this time, the garment support 52 is in a fixed position.
  • the clothes support assembly 500 needs to be disassembled, the user applies a force in the opposite direction to the clothes support 52 and/or the bracket 51 to drive the hook platform 2221 to leave the narrow mouth section 1133, and the flange 2253 moves synchronously with the hook platform 2221 and leaves the suspension. 112, and finally the hooking part 222 returns to the wide mouth section 1132.
  • the garment support 52 is switched to the pre-installed position again, and then the hooking part 222 only needs to be extracted from the wide mouth section 1132.
  • the first inner hole wall 1139 of the guide hole 1131 and the hooking part 222 are hooked together.
  • the platform 2221 always maintains sliding contact, so the first inner hole wall 1139 forms a guide portion 113 that guides the hook portion 222 to slide along a preset arc-shaped trajectory.
  • the guide portion 113 enables the garment support 52 to be pre-assembled along the arc-shaped trajectory. Switch between bit and fixed bit. Therefore, an adjustable rotational fit is formed between the clothes support 52 and the bracket 51.
  • the rotation center is the center line of the guide portion 113, that is, the axis of the cavity inlet 5211a/air outlet 41, which passes through the guide hole 1131.
  • the user can exert a rotational thrust on the clothes support 52 or the bracket 51 in a screwing operation, so that the disassembly and installation of the clothes support assembly 500 are easier to operate.
  • the garment support 52 and the bracket 51 can also form a linear sliding fit through the planar guide portion 113, as long as the guide portion 113 can be used to guide the hook portion 222 Just slide between the narrow mouth section 1133 and the wide mouth section 1132 to switch the garment support 52 to the pre-installed position or the fixed position.
  • the guide portion 113 is not only obtained through the inner hole wall of the guide hole 1131 , but also can be provided with guide ribs or guide ribs on the hook unit 52 b and/or the bracket seat 511 to obtain the guide portion 113 .
  • the bracket 51 and the garment support 52 are respectively provided with an anti-removal piece 114 and a locking accessory 223, and a detachable fixed connection is formed between the anti-removal piece 114 and the locking accessory 223.
  • the anti-removal component 114 is fixedly connected to the locking accessory 223 .
  • the position of the clothes support 52 relative to the bracket 51 is limited. Even if there is external interference, the clothes support 52 will not easily leave its fixed position and release its overlapping cooperation with the bracket 51 .
  • at least one of the anti-removal component 114 and the locking accessory 223 is movable.
  • the anti-removal component 114 or the locking accessory 223 avoids the other through movement, so that the other party can be separated from it smoothly.
  • the anti-removal component 114 After being separated from the lock attachment 223, the position lock of the clothes support 52 at the fixed position is released, and the user can switch the clothes support 52 to the pre-installed position. It can be seen that the fixed connection between the anti-removal component 114 and the locking accessory 223 has an upper limit of anti-interference, as long as the force exerted by the user on the garment support 52 or the bracket 51 is sufficient to cause the anti-removal component 114 and/or the locking accessory 223 to move.
  • the anti-removal piece 114 is elastically mounted on the bracket 51 , and specifically can be provided on the first inner hole wall 1139 of the guide hole 1131 , so that the anti-removal piece 114 protrudes relative to the first inner hole wall 1139 .
  • the anti-removal part 114 can be made of elastic material. Referring to FIG. 16 , the locking accessory 223 is fixedly connected to the hooking portion 222 . The locking accessory 223 can be disposed on the hooking platform 2221 and protrudes relative to the hooking platform 2221 .
  • the anti-removal member 114 has two forced compression deformation states, which are the first compression state and the second compression state. In the second compression state, the anti-removal member 114 The accumulated elastic force is greater than the accumulated elastic force of the anti-detachment piece 114 in the first compression state.
  • the anti-removal component 114 is in the first compressed state and fixedly abuts the locking accessory 223 . At this time, the anti-removal component 114 and the suspension part 112 jointly clamp the hook platform.
  • the anti-removal part 114 is further compressed by the extrusion and resistance of the locking accessory 223. Thereby switching to the second compression state, at this time, the anti-detachment piece 114 gives way to the locking accessory 223, and at the same time, the hooking part 222 moves to the wide-mouth section 1132, or the hooking part 222 completely enters the narrow-mouth section 1133.
  • the locking part 223 and the hanging part 112 are arranged oppositely, thereby further reducing the narrow mouth section 1133 width size.
  • the locking accessory 223 is fixedly protruding on the side of the hook platform 2221 away from the suspension part 112, and the anti-removal member 114 is provided with a limiting cavity 1144 on the side relatively close to the suspension part 112.
  • the spatial shape of the limiting cavity 1144 is the same as that of the hanging part 112.
  • the shape of the locking accessory 223 is matched, so that a profiling fit can be formed between the anti-removal piece 114 and the locking accessory 223, and the two can be tightly fixed and in interference contact, which is conducive to increasing the anti-removal function.
  • the static friction between the component 114 and the locking component 223 makes it more difficult to separate the two, and can better resist general external interference, especially when the airflow blows the clothes, even if the clothes swing, it will not cause the clothes to stretch. 52 Accidentally separated from the fixed position.
  • the locking accessory 223 can also be configured as a movable structure, and the anti-removal component 114 can be configured as a movable structure.
  • the bracket 51 and the clothes support 52 are respectively provided with a first magnetic part 31a and a second magnetic part 32a.
  • the first magnetic part 31a is installed on the side of the bracket base 511 relatively close to the clothes support 52
  • the second magnetic part 32a is installed on the side of the bracket base 511 relatively close to the clothes support 52.
  • the suction piece 32a is installed on the side of the hook unit 52b relatively close to the bracket 51 and the clothes dryer body 1001.
  • the number of the first magnetic parts 31a and the second magnetic parts 32a is the same. Referring to Figures 13-16, the number of the first magnetic parts 31a is two, and they are evenly distributed around the air supply outlet 41.
  • the second magnetic parts The number of suction members 32a is two, and they are evenly distributed around the cavity inlet 5211a.
  • the first magnetic part 31a and the second magnetic part 32a can attract each other, so that the clothes support 52 and the bracket 51 move relatively close together along the axis of the air supply outlet 41.
  • the clothes support 52 is attracted to the bottom of the bracket 51 through magnetic force, The clothes support 52 is in the pre-assembly position, and then the user applies push force to the clothes support 52 and/or the bracket 51 to cause the first magnetic attraction part 31a and the second magnetic attraction part 32a to move relative to each other along the axial direction of the air supply outlet 41 until the clothes support 52 is in the pre-assembly position.
  • the support 52 is in the fixed position. At this time, the relative positions of the first magnetic component 31a and the second magnetic component 32a are as shown in FIG. 16 .
  • the provision of the first magnetic part 31a and the second magnetic part 32a can make it easier for the clothes support 52 and the bracket 51 to form a pre-connection, and the magnetic attraction force can offset part of the gravity of the clothes support 52 and the clothes, so that the user can more easily Effortlessly extend the hooking portion 222 into the wide section 1132 of the guide hole 1131.
  • the user After the clothes support 52 and the bracket 51 are pre-connected, the user only needs to push the clothes support 52 to further adjust the position of the clothes support 52 relative to the bracket 51.
  • the side of the bracket base 511 facing the clothes support 52 is also provided with a sliding groove 1134.
  • the sliding groove 1134 can be formed by a flange protruding from the bracket base 511.
  • the first magnetic attraction component 31a is disposed at the bottom of the sliding groove 1134, and a sliding fit can be formed between the sliding groove 1134 and the second magnetic attraction component 32a.
  • the second magnetic part 32a can move relatively away from the first magnetic part 31a along the surface of the sliding groove 1134 , until the clothes support 52 is switched to the fixed position; conversely, when the clothes support 52 is in the fixed position, the second magnetic part 32a can also move relatively close to the first magnetic part 31a along the surface of the sliding groove 1134, until the clothes support 52 is in the fixed position. 52 is switched to the pre-installation position again. After the switch to the pre-installation position is completed, the first magnetic part 31a and the second magnetic part 32a are adsorbed and connected to each other again.
  • the clothes support assembly 500 also includes a shielding guide member disposed inside the clothes support 52.
  • the shielding guide member is located in the middle of the line connecting the two ends of the clothes support 52.
  • the two groups of hot air tributaries flow from the shielding guide toward both sides of the two sections of the garment support 52, and pass through multiple hollows. Outflow occurs from the cavity outlet 5231b.
  • the shielding guide includes a first shielding guide plate 51a and a second shielding guide plate 51b, wherein one end of the first shielding guide plate 51a extends toward the cavity inlet 5211a, and the other end extends toward the cavity outlet 5231b, and toward the clothes.
  • One end of the support 52 approaches obliquely, one end of the second shielding guide plate 51b extends toward the cavity inlet 5211a, the other end extends toward the cavity outlet 5231b, and approaches the other end of the garment support 52 obliquely.
  • the first shielding guide plate 51a and the second shielding guide plate 51b are arranged in a figure-eight layout, and the two ends of the shielding guide facing the garment support 52 are the outer and second sides of the first shielding guide plate 51a away from the second shielding guide plate 51b.
  • the shielding guide plate 51b is away from the outer side of the first shielding guide plate 51a.
  • the first drainage member is located between the inner wall surface of one of the clothes hanging support parts and the first shielding guide plate 51a
  • the second drainage member is located between the inner wall surface of the other clothes hanging support part and the second shielding guide plate 51b. Therefore, the third At least one first air guide air duct branch is formed between a shielding guide plate 51a and the inner wall surface of one of the clothes hanging support parts, and at least one first air guide air duct branch is formed between the second shielding guide plate 51b and the inner wall surface of the other clothes hanging support part. Road branch.
  • the clothes support assembly 500 includes a quick disassembly and assembly structure for quick disassembly and installation between the clothes support 52 and the bracket 51.
  • the quick disassembly and assembly structure includes a plug assembly 1011 provided on the clothes support 52,
  • the limiting component 1012 is provided on the bracket 51 .
  • the limiting component 1012 is provided at the bottom of the bracket seat 511, and includes a receiving piece 1013 fixedly arranged relative to the bracket 51, and also includes an anti-falling piece 114 movably set relative to the bearing piece 1013.
  • the receiving piece 1013 is spaced apart from the anti-loosing piece 114.
  • a fixed-sized spacing area is formed between the two, and the size of the spacing area is consistent with the total size of the plug-in component 1011; the plug-in component 1011 is arranged on the hook unit 52b.
  • the hook unit 52b is relatively close to the dryer.
  • One side of the clothes machine body 1001 protrudes outward to form a hollow flange 226. As shown in Figure 17, the hollow flange 226 surrounds a cavity entrance 5211a, and the plug-in component 1011 is fixed on the outer peripheral wall of the hollow flange 226.
  • a sliding fit is formed between the plug-in component 1011 and the limiting component 1012.
  • the plug-in component 1011 can contact and drive the anti-detachment piece 114 to move relative to the bracket 51.
  • the anti-detachment piece 114 is forced to give way to the plug under the force of the plug-in assembly 1011.
  • the connector assembly 1011 moves toward the above-mentioned spacing area until the plug-in assembly 1011 reaches the spacing area between the anti-removal component 114 and the receiving component 1013 . Once the plug component 1011 reaches the separation area, it stops exerting external force on the anti-removal component 114.
  • the anti-removal component 114 moves and resets relative to the bracket 51, and finally clamps the plug component 1011 together with the receiving component 1013 to limit the limiting component 1012. Detach from the above-mentioned separation area.
  • the above process is the process of installation and combination of quick disassembly and assembly structures.
  • the disassembly process of the quick disassembly structure is as follows: first, the user applies external force to at least one of the garment support 52 or the bracket 51. During this process, the interaction force between the plug component 1011 and the anti-removal component 114 increases, and the plug component The interaction force between the component 1011 and the socket 1013 tends to be reduced.
  • the plug-in assembly 1011 When the interaction force between the plug assembly 1011 and the anti-disengagement piece 114 is enough to overcome the resistance force of the anti-disengagement piece 114 to the plug-in assembly 1011, the plug-in assembly 1011 is separated from the receiving member 1013, and the anti-disengagement piece 114 is forced to relative to the bracket 51 moves and allows the plug component 1011 to leave the above-mentioned separation area until the plug component 1011 is completely separated from the separation area. At this time, the limit clamping of the plug component 1011 by the receiving part 1013 and the anti-removal part 114 is released, and the plug connection The component 1011 can be directly separated from the limiting component 1012.
  • the plug component 1011 and the limiting component 1012 slide relatively along the preset disassembly and assembly trajectory. Therefore, each time the quick-disassembly and assembly structure is disassembled, the bracket 51 and the clothes support 52 can be driven to move relative to each other along a determined disassembly and assembly trajectory. The same applies to the installation of the quick-disassembly and assembly structure.
  • the limiting component 1012 is provided with a guide sinking groove 1135.
  • the guide sinking groove 1135 is a circular sinking groove opened on the side of the bracket base 511 relatively close to the hooking unit 52b.
  • the hollow flange 226 of the hook unit 52b and the plug-in component 1011 located on the outer peripheral wall of the hollow flange 226 can be inserted into the guide sink 1135.
  • the guide sink 1135 and the hollow flange 226 and the cavity inlet are connected. 5211a concentric setting.
  • the number of limiting components 1012 is two, and the two limiting components 1012 are symmetrical about the axis center of the guide sink 1135/hollow flange 226.
  • the number of plug-in components 1011 is also two, and both of them are about the guide sink 1135. /The axis of the hollow flange 226 is symmetrical to the center.
  • the guide sink 1135 has a sink bottom wall 1136 facing the hook unit 52b, and also has sink side walls 1137 for circumferentially adapting to the peripheral wall of the hollow flange 226 with the axis of the guide sink 1135 as the center.
  • the bottom wall 1136 of the sink trough and the side wall 1137 of the sink trough form a guide portion 113 that slides with the plug assembly 1011.
  • the guide portion 113 defines a direction for the plug assembly 1011 to face each other along the axis centered on the guide sink 1135/hollow flange 226.
  • the limiting component 1012 slides along an arc-shaped trajectory, so that the user can install or disassemble the clothes support 52 and the bracket 51 by applying torque to the clothes support 52 .
  • the bottom wall 1136 of the sinking groove limits the depth of the plug-in component 1011 extending into the interior of the guide sinking groove 1135 by blocking the plug-in component 1011 and the hollow flange 226 to ensure that the plug-in component 1011 can accurately reach the receiving piece 1013 and the anti-removal piece 114 within the interval between them.
  • the receiving member 1013 and the anti-removal member 114 are both arranged in the guide sink 1135, so the spacing area between them happens to be part of the guide sink 1135, so the process of screwing and installing the garment support assembly 500 is In order to drive the plug-in component 1011 to slide into the separation area, The process of screwing and disassembling the garment support assembly 500 is the process of driving the plug-in assembly 1011 to slide away from the separation area.
  • the guide sinking grooves 1135 can also be provided with multiple guide sinking grooves 1135, and the plurality of guide sinking grooves 1135 are respectively arc-shaped sinking grooves arranged in a co-circle.
  • the guide sinking grooves 1135 can also be provided in the plug-in component 1011; in addition, a guide portion is formed.
  • the method 113 is not limited to providing a sinking groove on the limiting component 1012 or the plug-in component 1011. You can also set a guide slider on the limit component 1012 or the plug-in component 1011 to obtain the guide part 113.
  • the guide part 113 defines The disassembly and assembly trajectory does not have to be an arc-shaped trajectory, but can also be a trajectory of other shapes, such as a straight line segment, as long as a certain disassembly and installation trajectory can be defined by setting the guide portion 113 so that the user can use the same method every time.
  • the operation is to disassemble or install the clothes support assembly 500.
  • the anti-removal piece 114 is elastically movably disposed in the guide sink 1135 .
  • the limiting component 1012 is provided with a receiving groove 118 connected to the guide sinking groove 1135.
  • the anti-removal member 114 includes a stopper 1141 and an elastic member 1142.
  • the elastic member 1142 is located in the receiving groove 118. Both ends of the elastic member 1142
  • the stopper 1141 and the limiting component 1012 are respectively connected, and at least a part of the stopper 1141 is located in the receiving groove 118 .
  • the elastic member 1142 resists the stopper 1141, so that part of the stopper 1141 is located in the guide sink 1135.
  • the elastic member 1142 is compressed and deformed.
  • the stopper 1141 is pushed into the receiving groove 118 by the plug-in assembly 1011.
  • the stopper 1141 no longer blocks the plug-in assembly 1011 from sliding in an arc along the guide portion 113, so it can enter or exit the separation area.
  • the stopper 1141 is provided with an inclined wedge surface 1143.
  • the inclined wedge surface 1143 intersects the expansion and contraction direction of the elastic member 1142.
  • the plug assembly 1011 When the plug assembly 1011 abuts the inclined wedge surface 1143, it will cause the stopper 1141 to compress the elastic member 1142.
  • the anti-removal component 114 can also be directly made of elastic material and directly fixed in the limiting component 1012 .
  • the plug assembly 1011 includes a hooking portion 222 and a pushing portion 2231 that are relatively fixed and spaced on the outer peripheral wall of the hollow flange 226 , wherein the hooking portion 222 is used to fix the abutting member 1013 , and the pushing portion 2231 It is used to movablely contact the anti-removal member 114 so that the anti-removal member 114 allows the push part 2231 to enter or exit the separation area.
  • the hook part 222 is fixedly contacted with the receiving member 1013, the push part 2231 and the anti-removal member 114 are fixed. Abut.
  • Figure 21 shows the relative positional relationship between the limiting component 1012 and the plug-in component 1011 when the plug-in component 1011 extends into the guide sink 1135.
  • the hooking part 222 extends into the gap between the receiving part 1013 and the anti-removal part 114.
  • the pressing portion 2231 is located on the side of the anti-removal member 114 relatively away from the receiving member 1013, and the garment support 52 is in the pre-installed position at this time. Then, torque is applied to the clothes support 52 and the bracket 51 to drive the plug assembly 1011 to slide along the guide portion 113, and the hook portion 222 gradually approaches the receiving member 1013 until the relative positional relationship between the limiting assembly 1012 and the plug assembly 1011 is switched.
  • the garment support 52 is in a fixed position, the hooking part 222 and the pushing part 2231 are both located in the separation area, the hooking part 222 is fixedly in contact with the receiving part 1013, and at the same time the anti-removal part 114 is fixedly in contact with the receiving part 1013.
  • the pressing portion 2231 is relatively far away from the hooking portion 222 and restricts the hooking portion 222 from being separated from the receiving member 1013 .
  • the spaced hooking portions 222 and the pushing portions 2231 significantly reduce the area of the plug assembly 1011 that resists the extrusion prevention piece 114, thus significantly shortening the time that the plug assembly 1011 resists the extrusion prevention piece 114.
  • the time during which the plug assembly 1011 resists and squeezes the anti-removal member 114 is exactly the duration during which the pressing portion 2231 contacts and slides relative to the stopper 1141 .
  • the stopper 1141 is always located between the hooking part 222 and the pushing part 2231, as shown in Figure 21.
  • the pressing part 2231 is provided with a pressing curved surface 2232.
  • the pressing curved surface 2232 may be a cylinder, a sphere, an ellipsoid, etc., and the pressing part 2231 contacts the inclined wedge surface 1143 of the stopper 1141 by pressing the curved surface 2232.
  • the dynamic anti-separation piece 114 is elastically movable, which can further reduce the contact area between the pressing part 2231 and the stopper 1141, forming a line contact or a surface contact between them, thereby reducing the degree of wear and frictional resistance.
  • the receiving member 1013 includes a fixedly connected suspension part 112 and a guide part 113.
  • the guide part 113 is fixedly protruding from the sink bottom wall 1136 of the guide sink 1135.
  • the suspension part 112 is fixedly connected to the guide part 113 and is relatively away from the bottom of the sink.
  • An insertion gap 1138 is formed between one end and the bottom wall 1136 of the sink groove. After the hooking portion 222 extends into the guide sinking groove 1135, it slides along the sinking groove bottom wall 1136 while abutting the sinking groove bottom wall 1136.
  • the hooking portion 222 When the hooking portion 222 extends into the insertion gap 1138, the hooking portion 222 overlaps At the suspension part 112, a hook connection is formed with the suspension part 112, whereby the suspension part 112 can provide vertical upward support force for the hook part 222, so that the receiving part 1013 can bear a larger load, which is suitable for a clothes support. 52 has a positive effect when carrying heavy loads of clothing.
  • the hooking part 222 overlaps the hanging part 112 the hanging part 112 and the bottom wall 1136 of the sinking groove jointly fix the hooking part 222, thereby eliminating the plug-in component 1011 and the limiting component 1012.
  • the shaking gap between them ensures the stability of the clothes support 52 in carrying clothes.
  • the hooking portion 222 only needs to be driven away from the suspension portion 112, so that the plug-in assembly 1011 can be separated from the receiving member 1013.
  • the receiving member 1013 can be brought into contact with the plug-in component 1011 in various ways.
  • the stop portion 115 can be used to abut against the hook portion 222 to limit the stop.
  • Plug assembly 1011 further includes a protruding rib 2222 fixedly connected to the hooking portion 222.
  • the protruding rib 2222 is fixed on the outer peripheral wall of the hollow flange 226.
  • the hanging portion 112 abuts after the hooking portion 222 extends into the insertion gap 1138.
  • the protruding rib 2222 is connected to limit the stop plug assembly 1011.
  • the suspension portion 112 can also be used to contact the protruding rib 2222 and the stopper portion 115 can be used to contact the hook portion 222 to limit and stop the plug-in assembly 1011 .
  • the second embodiment adopts the limiting component 1012, it is disposed on the bracket 51, specifically the bracket seat 511, and the plug-in component 1011 Both are provided on the garment support 52, specifically the structural design of the hollow flange 226 provided on the hook unit 52b.
  • the positions of the limiting component 1012 and the plug-in component 1011 can be interchanged, and are not limited to the above specific solution.
  • the bracket 51 is also provided with a slot 23a.
  • the slot 23a is located at the bottom of the bracket base 511, that is, the bracket base 511 is relatively close to the clothes support 52 and the ground.
  • the clothes support 52 also includes an insertion block 13a.
  • the block 13a is located at a portion of the hooking unit 52b relatively close to the bracket 51 and the clothes dryer body 1001.
  • the slot 23a and the inserting block 13a are respectively fixedly arranged relative to the bracket 51 and the clothes support 52, forming a detachable concave-convex fit between them.
  • the bracket 51 and the clothes support 52 form a concave-convex fit and fixed connection with the plug-in block 13a through the slot 23a. After the concave-convex fit is released, the bracket 51 and the clothes support 52 are separated from each other.
  • the plug-in block 13a includes a sliding block 131a and a limiting block 132a.
  • the sliding block 131a and the limiting block 132a are flanges protruding relative to the outer wall of the hook unit 52b, where the sliding block 131a and the limiting block 132a
  • the number of blocks 131a is two.
  • the two sliding blocks 131a are respectively protruding on both sides of the hooking unit 52b opposite to each other.
  • the limiting block 132a is protruding on the other side of the hooking unit 52b and is not connected to any one of them.
  • the sliding block 131a is located on the same side of the hook unit 52b; the slot 23a includes a guide groove 231a and a limiting groove 232a.
  • the guide groove 231a and the limiting groove 232a are both provided at the bottom of the bracket base 511, and the number of the guide grooves 231a is two. , both extend side by side and can be adapted to form a sliding fit with the two sliding blocks 131a respectively.
  • the groove bottoms of the two limiting grooves 232a are set opposite to fit the outer edges of the two sliding blocks 131a respectively.
  • the limiting grooves 232a and the limiting grooves 232a The position block 132a can be adapted to form a fixed contact. When the limit groove 232a is in fixed contact with the limit block 132a, the air supply outlet 41 and the cavity inlet 5211a are sealed and connected.
  • the wall plate forming the wall of the guide groove 231a includes a first wall plate protruding from the bottom of the bracket base 511, and also includes a side opposite to the first wall plate away from the bracket base 511 and connected to the first wall plate.
  • the second wall panel is bent into an angle, and the second wall panel is responsible for carrying the insert block 13a.
  • the extending direction of the guide groove 231a and the extending direction of the limiting groove 232a are perpendicular to each other. As the sliding contact area between the guide groove 231a and the sliding block 131a gradually increases, the limiting block 132a gradually approaches the bottom of the limiting groove 232a. wall until the limit block 132a contacts the bottom of the limit groove 232a.
  • the guide groove 231a and the sliding block 131a no longer continue to slide.
  • the sliding block 131a and the limit block 132a are respectively in contact with the guide groove 231a and the limit groove.
  • 232a forms a concave and convex fit.
  • the extension direction of the guide groove 231a and the extension direction of the limiting groove 232a are perpendicular to each other. It is only an optional solution and is not required. In other embodiments, the extension direction of the guide groove 231a is perpendicular to the extension direction of the limiting groove 232a.
  • the directions may also be oblique, as long as their extending directions intersect so that the limiting groove 232a and the limiting block 132a can abut each other and limit the sliding block 131a and the guide groove 231a from continuing to slide relative to each other.
  • the groove bottoms of the two guide grooves 231a are respectively the two sides of the two first wall plates that are close to each other. It should be noted that the groove bottoms of the two limiting grooves 232a can also be arranged opposite to each other. In this case, the two The bottom of the limiting groove 232a is adapted to the opposite sides of the two inserting blocks 13a respectively.
  • a hollow area can be provided inside the hooking unit 52b, and the two sliding blocks 131a can be respectively protruded on the opposite sides of the hooking unit 52b.
  • the two inner walls, or the two sliding blocks 131a may be formed by extending and bending two opposite outer edges of the hooking unit 52b close to the side of the bracket 51, and the ends of the two sliding blocks 131a are bent close to each other. It is worth noting that providing two parallel extending guide grooves 231a or two parallel extending sliding blocks 131a is not necessary to achieve the purpose of this application.
  • the number of guide grooves 231a and sliding blocks 131a can also be one or more, or even
  • the guide groove 231a and the sliding block 131a can also be omitted, and only the limiting groove 232a and the limiting block 132a can be used to form a detachable concave-convex fit. Or the limiting groove 232a and the limiting block 132a can be omitted, and only the guide groove 231a and the sliding block can be formed.
  • 131a forms a detachable concave and convex fit.
  • the bracket 51 also includes an introduction piece 14a that is also fixedly arranged at the bottom of the bracket base 511.
  • the introduction piece 14a extends from the bottom of the slot 23a in a direction away from the slot 23a.
  • the introduction piece 14a is relatively far away from the bottom of the slot 23a.
  • An alignment portion 141a is formed on one end.
  • the alignment portion 141a is protruding outward relative to the bracket base 511 and is inclined away from the bracket base 511 .
  • the positioning portion 141a protrudes outward and can play a role of temporarily supporting the insert block 13a, especially the sliding block 131a.
  • the side of the alignment portion 141a that is relatively far away from the clothes support unit 52a and close to the clothes dryer body 1001 is a slope.
  • the distance from the end of the alignment portion 141a to the clothes dryer body 1001 is greater than the distance from the end of the alignment portion 141a connecting the bracket base 511 to the clothes dryer body 1001 .
  • the distance between the clothes dryer body 1001, of course, the side of the alignment portion 141a relatively close to the clothes dryer body 1001 can also be provided with a curved surface. Whether it is a slope or a curved surface, the alignment portion 141a temporarily carries the insert block 13a through this side.
  • the end of the introduction piece 14a that is relatively far away from the alignment portion 141a extends toward the bottom wall of the slot 23a. As shown in Figures 23 and 25, the introduction piece 14a extends toward the bottom of the guide groove 231a and is in contact with the guide groove.
  • the groove walls of 231a are directly connected, specifically, they may be connected to at least one of the first wall plate and the second wall plate.
  • the end of the introduction piece 14a that is relatively far away from the alignment portion 141a points to the bottom of the limiting groove 232a.
  • the functions of providing the insertion piece 14a are: 1) Before the insertion block 13a contacts or forms an adaptation with the slot 23a, the introduction piece 14a contacts the insertion block 13a first, and temporarily carries the insertion block 13a through the alignment part 141a, which is the insertion block.
  • the insertion block 13a is ready to be adapted to the slot 23a, eliminating the need for the user to carefully adjust the relative position between the garment support 52 and the bracket 51 in order to enable the insertion block 13a to smoothly extend into the slot 23a; 2)
  • the introduction piece 14a can guide the insert block 13a to enter the slot 23a smoothly and unobstructedly along the preset movement trajectory. It has the function of restricting the clothes support 52 and The relative movement between the brackets 51 does not contribute to the fixed connection, and the relative movement between the two supports is released at the same time.
  • the user does not need to carefully control the direction of the thrust force acting on the clothes stay 52.
  • the deviation in the force direction can be It is limited and corrected by the introduction piece 14a.
  • the insert block 13a may no longer be connected to the introduction piece 14a. It can be seen that the introduction piece 14a is not a necessary device to form and maintain a concave-convex fit between the insertion slot 23a and the insertion block 13a. Therefore, , in other embodiments, the introduction piece 14a can also be omitted.
  • the plug-in block 13a is a magnetic piece, and at least one of the introduction piece 14a and the slot 23a is a magnetic piece.
  • the plug-in block 13a can be magnetically attracted to the introduction piece 14a.
  • the connection is to enhance the stability of the lead-in piece 14a to temporarily carry the plug-in block 13a.
  • the plug-in block 13a can also be magnetically connected to the slot 23a to enhance the tightness and firmness of the connection after the two are concave-convexly matched, thereby improving the position of the garment support 52 on the bracket.
  • the connection reliability in 51 prevents the concave and convex fit from being accidentally released.
  • the length direction of the connecting rod 512 is consistent with the extension direction of the slot 23a.
  • the connecting rod 512 includes suspended connecting rods respectively protruding on opposite sides of the bracket base 511.
  • the two suspended connecting rods extend along the same straight line and are parallel to the extending direction of the guide groove 231a.
  • the clothes support assembly 500 can also be provided with a locking part and a buckle part.
  • the locking part can connect one of the bracket 51 and the clothes support 52 in a movably connected manner, and the buckle part can connect the bracket 51 and the clothes support.
  • the other one of 52 can form a detachable snap-in fixation between them.
  • the buckle part and the locking part are clamped and fixed to further consolidate the connection firmness of the garment support 52 and the bracket 51, and further lock the relative positions of the two to avoid the insertion block.
  • the locking part may be provided on the hook unit 52b, and the buckling part may be provided on the bracket base 511.
  • the insert block 13a is equivalent to the hooking part 222 in the first and second embodiments, and the slot wall 23a is equivalent to the suspension part in the first and second embodiments.
  • the insertion block 13a overlaps the wall of the slot 23a.
  • the plug-in block 13a does not necessarily have to be arranged on the clothes support 52, and the slot 23a does not necessarily need to be arranged on the bracket 51.
  • the positions of the two can also be interchanged; for the convenience of connection and disassembly.
  • the position of the slot 23a or the inserting block 13a can be optionally set at the bracket base 511 or the hooking unit 52b.
  • the bracket 51 also includes a main alignment component 116 , wherein the bracket base includes a primary locking component 110 , and the garment support 52 also includes a auxiliary positioning component 224 , wherein the hooking unit includes a auxiliary locking component 220 .
  • the main alignment part 116 and the auxiliary alignment part 224 are detachably and movablely connected, so that the garment support 52 and the bracket 51 can move by the relative movement of the main alignment part 116 and the auxiliary alignment part 224, or by the main alignment
  • the component 116 and the auxiliary positioning component 224 are disassembled and separated from each other.
  • the main locking part 110 and the auxiliary locking part 220 form a detachable fixed connection, so that the clothes support 52 and the bracket 51 can be switched to relative fixation through the fixed connection of the main locking part 110 and the auxiliary locking part 220, so as to The movement of the clothes support 52 relative to the bracket 51 is restricted.
  • the main positioning member 116 and the auxiliary positioning member 224 also remain relatively fixed.
  • a multi-point fixation is formed between the clothes support 52 and the bracket 51, or the clothes support 52 and the bracket 51 can be fixed.
  • the main positioning part 116 and the auxiliary positioning part 224 are allowed to move relative to each other again, thereby allowing the clothes support 52 to move relative to the bracket 51 . It should be noted that only when the main alignment component 116 is connected to the auxiliary alignment component 224 can the main locking component 110 be fixedly connected to the auxiliary locking component 220 .
  • the main locking member 110 includes a hanging body 111 and a supporting portion 1101 protruding from the hanging body 111.
  • the hanging body 111 is hollow inside to form an air supply duct, and the air supply outlet 41 is opened in the hanging body 111.
  • the auxiliary locking member 220 includes a hook body 221 and a protruding portion 2201 protruding from the hook body 221.
  • the hook body 221 is hollow inside to form a part of the first air guide duct.
  • the cavity inlet 5211a is opened on the side of the hook body 221 relatively close to the bracket 51 .
  • the supporting part 1101 is movably connected to the hanging body 111, and the protruding part 2201 is fixedly connected to the hooking body 221.
  • the supporting part 1101 and the protruding part 2201 can form an overlapping fit.
  • the user supports the garment support 52 and exerts force on it to make it relative to the bracket. 51 moves and drives the hook body 221 to approach the hoisting body 111 and adapt to the hoisting body 111.
  • the protruding part 2201 gradually approaches the supporting part 1101, and then the protruding part 2201 contacts the supporting part 1101 and drives the supporting part 1101 to be lifted relatively
  • the supporting part 1101 is first exerted by the protruding part 2201 to avoid the movement of the protruding part 2201, and then the supporting part 1101 and the protruding part 2201 are fixedly connected.
  • the hooking body 221 is fixedly abutting the lifting body. 111, which means that the main locking part 110 and the auxiliary locking part 220 are fixedly connected.
  • the two form a correct fit.
  • the air supply outlet 41 is sealed and connected with the cavity inlet 5211a, which means that the drying air in the air supply duct is At this time, the hot and dry air can all enter the first air guide duct in the garment support 52 without leaking at the opening of the cavity inlet 5211a or the air supply outlet 41.
  • the user When it is necessary to disassemble the clothes support 52 and the bracket 51, the user first exerts force on the clothes support 52 and the bracket 51 respectively, and the protruding part 2201 again drives the supporting part 1101 to move relative to the hanging body 111. Different from before, at this time, the supporting part 1101 avoids the protruding part 2201 under the force of the protruding part 2201, and allows the protruding part 2201 to detach from it. When the two detach, the hook body 221 also detaches from the hanging body 111. Therefore, at this time, the main locking part 110 and The auxiliary locking part 220 is switched to the disassembly state. Therefore, the multi-point fixation between the garment support 52 and the bracket 51 is destroyed.
  • the main alignment part 116 and the auxiliary alignment part 224 can be switched again. In the relative movement state, the two can be separated again through relative movement, thus completing the disassembly of the clothes support 52 and the bracket 51 .
  • the main alignment component 116 and the auxiliary alignment component 224 form a detachable and separable rotational connection, and there is a preset rotation center between them, as shown by the dotted line R in Figure 28.
  • the dotted line is the center of relative rotation between the main alignment component 116 and the auxiliary alignment component 224 .
  • the garment support 52 and the bracket 51 also rotate at the same rotation center.
  • the main alignment part 116 and the auxiliary alignment part 224 are maintained in a movably connected state. , driving the clothes support 52 to rotate around the preset rotation center, and the height difference between the two ends of the clothes support 52 decreases until the hook body 221 and the lifting body 111 are fixedly abutted.
  • the movable connection between the main alignment member 116 and the auxiliary alignment member 224 is not limited to a rotational connection, but may also be an elastic connection or a sliding connection.
  • the main positioning component 116 is a bent plate provided on the edge of the hanging body 111 close to the garment support 52
  • the auxiliary positioning component 224 is a flange protruding from the hook body 221
  • the auxiliary positioning component 224 First, it is hooked and overlapped above the bending plate of the main alignment member 116 to achieve movable contact with the auxiliary alignment member 224, and a line contact is formed between the two.
  • the auxiliary positioning member 224 overlaps the main positioning member 116, the garment support 52 can rotate with the straight line of the contact line between the main positioning member 116 and the auxiliary positioning member 224 as the rotation center.
  • a pivot shaft and a pivot sleeve can be provided for the main alignment member 116 and the auxiliary alignment member 224 respectively.
  • the coaxial arrangement forms a pivot fit, that is, the contact surface between the pivot shaft and the pivot sleeve is cylindrical.
  • the preset pivot center is the axis of the pivot shaft and the pivot sleeve.
  • the pivot sleeve forms a pivot fit with the end of the pivot shaft.
  • the carrying part 1101 is elastically connected to the suspension body 111, and has at least an elastic avoidance state and an elastic return state.
  • the supporting part 1101 In the clothes support assembly 500 shown in FIGS. 27 to 29 , the supporting part 1101 is in an elastic reset state.
  • the supporting part 1101 In the clothes support assembly 500 shown in FIG. 30 , the supporting part 1101 is in an elastic avoidance state.
  • the supporting part 1101 receives the protruding part 2201 in the elastic reset state, and forms a fixed hook connection with the protruding part 2201; when the protruding part 2201 is completely separated from the supporting part 1101, and the hanging body 111 is separated from the hook body 221 In the state, the holding part 1101 switches to the elastic return state again.
  • the protruding portion 2201 On the basis of the connection between the main positioning member 116 and the auxiliary positioning member 224, as the user supports the clothes support 52 to move relative to the bracket 51, the protruding portion 2201 first abuts against the side of the supporting portion 1101 close to the ground (that is, the supporting portion). (the side of the carrying portion 1101 close to the garment support 52), as the contact force increases, the carrying portion 1101 deforms against the elastic force to avoid the continued approach and intrusion of the protruding portion 2201 until the hook body 221 and the hanging body 111 are fixed. At this time, the supporting part 1101 can smoothly elastically return to the position in the elastic reset state. After deformation and reset, the supporting part 1101 is carried on the side of the protruding part 2201 close to the ground, and the protruding part 2201 overlaps the supporting part. Department 1101.
  • the holding portion 1101 is a rigid piece that is rotationally installed on the hanging body 111, and one end of the holding portion 1101 is elastically connected to the hanging body 111 through an elastic piece, and the end of the other end is close to the main alignment piece 116 and One side of the auxiliary positioning member 224 is bent to form a folded edge.
  • the hinge point between the supporting part 1101 and the bracket seat is located between the two ends of the supporting part 1101.
  • the elastic member uses the hinge point as a fulcrum to move toward the supporting part. 1101 exerts elastic force on the end far away from its bent edge. The user can apply pressure to one end of the elastic member connected to the holder 1101 and compress the elastic member to manually switch the holder 1101 to the elastic avoidance state.
  • the protruding portion 2201 can be a flange protruding from the hook body 221.
  • the elastic parts can be torsion springs, rubber parts, metal reeds or other types of elastic elements.
  • a guide slope 1102 is provided on the bending edge of the supporting portion 1101, which is located on the side of the bending edge close to the ground.
  • the guide slope 1102 is also provided on the side of the protruding portion 2201 away from the ground.
  • the supporting portion 1101 can reverse and return without hindrance.
  • the elastic return state again, In this state, the bent edge reaches the side of the protruding portion 2201 close to the ground.
  • the setting of the guide slope 1102 can reduce the force required by the user to manually actuate the holder 1101. The user does not even need to manually press the end of the holder 1101 connected to the elastic member to switch it to the elastic avoidance state.
  • the guide slope 1102 can generate a component force that forces the supporting part 1101 to rotate.
  • the way in which the carrying part 1101 is elastically connected to the hanging body 111 is not limited to the above solution.
  • the carrying part 1101 may also be an elastic member fixedly connected to the hanging body 111.
  • the carrying part 1101 It relies on its own force deformation to switch to the elastic return state or the elastic avoidance state; in addition, the protruding portion 2201 can also be configured to be movably connected to the hook body 221, and the supporting portion 1101 can also be configured to be fixedly connected to the hanging body 111.
  • the protruding portion 2201 and the carrying portion 1101 can be movably connected to the hook body 221 and the hanging body 111 respectively, and are not limited to the above solution.
  • At least one of the supporting part 1101 and the protruding part 2201 can be driven by the force exerted by the other party, so that the two are fixedly connected or separated from each other.
  • the clothes support unit 52a includes two clothes hanging support parts, which respectively protrude from opposite sides of the hooking unit and extend outward in opposite directions.
  • the line connecting the above-mentioned preset rotation center and the two ends of the two clothes hanging support parts that are far away from each other is intersectingly arranged.
  • the line connecting the preset rotation center and the two ends of the two clothes hanging support parts that are far away from each other is perpendicular.
  • the former is obviously more conducive to increasing the distance from the two ends of the clothes-hanging support part to the preset rotation center.
  • the force lever is lengthened, so it is more labor-saving. Especially when the clothes are hung on the clothes support 52, a longer lever can make The user drives the clothes support 52 to rotate relative to the bracket 51 with smaller force, making the operation more comfortable.
  • the clothes support assembly 500 also includes a locking member 117 fixedly connected to the bracket 51, and an operating member movably connected to the clothes support 52. 225.
  • the locking member 117 is specifically fixed and protruding on the side of the bracket base 511 relatively close to the clothes support 52, and its end is bent to form a hook plate 1171.
  • the operating member 225 is specifically movably installed in the hook unit 52b, including a fixedly connected The hooking part 2251 and the operating part 2252.
  • the hooking part 2251 is located inside the hooking unit 52b.
  • the operating part 2252 can be exposed to the hooking unit 52b under the movement of the operating member 225.
  • the user can be exposed to the hooking unit 52b by actuating the operating member 225.
  • the part of the unit 52b (ie, the operating part 2252) drives the hooking part 2251 to move, so that the hooking part 2251 and the locking part 117 are connected, or the hooking part 2251 and the locking part 117 are disassembled and separated.
  • the hooking portion 2251 reaches the side of the hooking plate 1171 relatively away from the ground, the hooking portion 2251 is carried by the hooking plate 1171. At this time, the hooking portion 2251 is hooked with the locking member 117. Therefore, at this time, the bracket base 511 is connected with the hooking unit.
  • the garment support 52 also includes a built-in cover 2214, and the hooking unit 52b is provided with a pressing opening 2213.
  • the built-in cover 2214 is installed inside the hooking unit 52b, and the opening edge of the built-in cover 2214 and the pressing opening are 2213 are adapted to each other, and a pressing cavity 2211 is formed inside the built-in cover 2214.
  • the pressing cavity 2211 passes through the hooking unit 52b through the pressing opening 2213.
  • the operating member 225 is movably disposed in the pressing cavity 2211.
  • the hooking portion 2251 follows the movement of the operating member 225 inside the pressing cavity 2211.
  • the operating portion 2252 is exposed to the hooking unit 52b through the pressing opening 2213.
  • the built-in cover 2214 also has a clearance opening 2212 that faces the bracket 51.
  • the locking member 117 protrudes from the side of the bracket base 511 relatively close to the clothes support 52, and is between the bracket base 511 and the hook unit 52b. In the process of approaching each other and forming an abutment fit to connect the air supply outlet 41 and the cavity inlet 5211a, the locking member 117 can extend into the pressing cavity 2211 through the relief opening 2212, thereby connecting with the hooking portion 2251 in the pressing cavity 2211. Form a hook.
  • a locking gap 1172 is formed between the end of the locking member 117 and the wall plate of the built-in cover 2214 with the relief opening 2212, and the hooking portion 2251 can It moves into the lock gap 1172 and abuts against the side of the hook plate 1171 facing the relief opening 2212, thereby hooking with the lock member 117.
  • the hook portion 2251 exits the lock gap 1172, it can be separated from the hook plate 1171 toward the side of the relief opening 2212 until it is completely separated from the lock member 117.
  • the depth of the locking member 117 extending into the pressing cavity 2211 reaches the maximum.
  • the built-in cover 2214 located on the hook plate 1171 and the relief opening 2212 is located.
  • the distance of the locking gap 1172 between the wall panels has also reached the maximum value.
  • the thickness of the hooking portion 2251 is greater than or equal to the distance of the locking gap 1172 at this time. Therefore, the hooking portion 2251 can be connected with the hooking plate 1171 and the built-in cover 2214.
  • the plates form an interference fit, and the hook plate 1171 and the wall plate of the built-in cover 2214 fix the hook portion 2251 in the middle to eliminate the relative shaking between the clothes support 52 and the bracket 51 .
  • the built-in cover 2214 includes a bottom wall plate facing the pressing opening 2213 and a side wall plate connecting the bottom wall plate and the inner wall of the hook unit 52b.
  • the movable gap is used to form a space margin for the operating member 225 to move in the pressing cavity 2211.
  • a sliding fit is formed between the operating member 225 and the side wall plate of the built-in cover 2214. Therefore, the operating member 225 is
  • the movement direction in the pressing cavity 2211 is uniquely limited to be along the depth direction of the pressing cavity 2211.
  • the depth direction of the pressing cavity 2211 here is the distance direction between the pressing opening 2213 and the bottom wall of the built-in cover 2214.
  • the garment support assembly 500 further includes an elastic reset member, which connects the operating member 225 and the garment support 52 , and has the deformation potential energy to drive the hook portion 2251 to form a hook connection with the locking member 117 .
  • the reset member can continue to apply elastic pressure to the operating member 225, so that the hooking portion 2251 and the locking component 117 continue to be hooked with each other.
  • the return member can use a telescopic spring. The return member is arranged inside the pressing chamber 2211, and its two ends are respectively connected to the bottom wall plate of the built-in cover 2214 and the operating member 225. Therefore, the return member also has the function of driving the operating portion 2252 outward.
  • the pressing opening 2213 is extended and the deformation potential energy of the hooking unit 52b is exposed.
  • the user can first overcome the elastic force of the reset member by pressing the operating portion 2252 inward, so that the hook portion 2251 allows the locking member 117 to extend from the relief opening 2212 into the pressing cavity 2211.
  • the locking member 117 extends into
  • the cavity 2211 is pressed and the distance between the lock gap 1172 reaches the maximum
  • the user releases the pressure on the control part 2252, and the reset member drives the hook part 2251 into the lock gap 1172, and reaches the side of the hook plate 1171 away from the ground to hook it to the locking member 117.
  • a first step portion is provided on the inside of the wall plate used to open the pressing opening 2213 in the hook unit 52b.
  • the operating portion 2252 includes a flange and a protruding button.
  • the flange is provided on the side of the protruding button.
  • the maximum outer dimension is larger than the opening size of the pressing opening 2213.
  • the protruding button can move through the pressing opening 2213, and the first step portion can abut the flange, thereby limiting the height of the protruding button from being exposed to the hook unit 52b and preventing the reset member from pushing the operating member 225 Ejected from the pressing chamber 2211.
  • a plug-in fit is formed between the bracket base 511 and the hook unit 52b.
  • the plug-in and pull-out direction of the two is the extension direction of the opening center line of the air supply outlet 41 and the cavity inlet 5211a.
  • the locking part 117 and the hooking part 2251 are provided with a guide slope 1102. Both the locking part 117 and the guide slope 1102 of the hooking part are inserted into the hooking unit 52b.
  • the moving direction when the bracket base 511 is pulled out is oblique.
  • the locking member 117 and the hook portion 2251 can make sliding contact along the guide slope 1102. This contact will assist in driving the operating member 225 to first approach the bottom wall of the built-in cover 2214.
  • the hook portion 2251 moves to a height opposite to the opening of the lock gap 1172, the hook portion 2251 quickly enters the inside of the lock gap 1172 under the elastic action of the reset member.
  • a guide slope 1102 is provided on the side of the hooking portion 2251 that is relatively away from the ground.
  • the hook plate 1171 is provided with a guide slope 1102 on the side relatively close to the ground.
  • the arrangement of the guide slope 1102 can generate a force to assist in actuating the operating member 225 when the user pushes the garment support 52 upward, thereby reducing the force required for the user's fingers to press the operating portion 2252.
  • the clothes support assembly 500 also includes a shielding guide member disposed inside the clothes support 52.
  • the shielding guide is also located in the middle of the line connecting the two ends of the clothes support 52, with a built-in cover 2214, a locking member 117 and a hook.
  • the positions where the connecting portion 2251 forms a hook inside the hook unit 52b are all located on the side of the shielding guide relatively far away from the cavity inlet 5211a.
  • the two groups of hot air tributaries flow from the shielding guide towards both ends of the garment support 52 and flow out of the cavity outlet 5231b. The hot air will avoid the built-in cover 2214, the locking part 117 and the operating part 225.
  • the shielding guide includes a first shielding guide plate 51a and a second shielding guide plate 51b.
  • the implementation principle of the shielding guide and the technical effects produced in this embodiment are the same as those in the above-mentioned Embodiment 1.
  • the built-in cover 2214 and the operating member 225 are provided between the first shielding guide plate 51a and the second shielding guide plate 51b.
  • the setting of the shielding guide can not only guide the drying hot air so that its flow trajectory avoids the pressing chamber 2211, the locking member 117 and the operating member 225, but can also serve as an auxiliary drainage function to make the flow trajectory of the drying hot air as large as possible.
  • the two ends of the clothes support 52 are tilted closer to expand the air outlet area and the wind-receiving area of the clothes to prevent hot air from blowing out only from the partial side of the clothes support 52 away from the bracket 51 .
  • installing the locking member 117 and the operating member 225 on the bracket 51 and the garment support 52 respectively is only an optional method.
  • the installation positions of the locking member 117 and the operating member 225 can also be interchanged.
  • the locking part 117 can also be fixedly protruded on the side of the hooking unit 52b relatively close to the bracket 51
  • the operating member 225 can also be movably installed on the bracket seat 511 so that the locking part 117 and the hooking portion 2251 are inside the bracket seat 511
  • the purpose of this application can also be achieved by forming a connection or separating them from each other.
  • the operating parts 225 are arranged in pairs, and the two can move closer to each other or move away from each other.
  • the number of pressing chambers 2211 is two, and the two pressing chambers 2211 are respectively in the hook unit 52b.
  • Two pressing openings 2213 are formed on both sides of the back; the number of locking parts 117 is two.
  • the hook plates 1171 of the two locking parts 117 are bent away from each other. The user can press the two operating parts 2252 with two fingers. Disassemble the hooking portion 2251 and the locking member 117, or hook them together. It can be understood that in other embodiments, only one operating member 225 and one locking member 117 may be provided.
  • the clothes support assembly 500 includes a clothes support 52 and a spacer assembly 55.
  • the clothes support 52 is provided with an air duct 521, and the spacer assembly 55 is located in the air duct to The air duct is divided into multiple sub-air guide ducts 5231b.
  • the partition assembly 55 located in the air duct can divide the air duct into multiple sub-air ducts, so as to evenly separate the wind from the air duct through the sub-air ducts.
  • a clothes support assembly 500 for a clothes dryer which can be used in a clothes dryer and includes a clothes support 52 and a spacer assembly 55.
  • the support 52 includes a connecting part 522 and a bracket part 523 located on both sides of the connecting part 522.
  • a first cavity 5221 with a cavity inlet 5221a is provided in the connecting part 522, and a first guide with a cavity outlet 5231a is provided in the bracket part 523.
  • Air duct 5231, the first air guide duct 5231 is connected to the first cavity 5221.
  • the partition assembly 55 is located in the first air guide duct 5231 and is disposed on the inner wall of the bracket part 523 to divide the first air guide duct 5231 into a plurality of sub-air guide ducts 5231b.
  • bracket parts 523 there are two bracket parts 523 , and the two bracket parts 523 are integrally formed on the connecting part 522 and located on both sides of the connecting part 522 . It can be understood that in other embodiments, the bracket portion 523 can also be provided in one or other numbers, and the bracket portion 523 can also be provided separately from the connecting portion 522 .
  • the connecting portion 522 is provided to facilitate the adaptation of the clothes support assembly 500 to the external structure.
  • the bracket portions 523 located on both sides of the connecting portion 522 are connected to the connecting portion 522 so that clothes can be hung on the clothes support assembly 500 through the bracket portions 523 .
  • the first cavity 5221 with the cavity inlet 5221a is opened in the connecting part 522, so that when the connecting part 522 is connected to the clothes dryer, the cavity inlet 5221a can introduce the wind blown by the clothes dryer into the first cavity 5221.
  • the wind entering the first cavity 5221 passes through the first air guide duct 5231 opened in the bracket part 523 and connected to the first cavity 5221, and then is discharged through the cavity outlet 5231a of the first air guide duct 5231, thus realizing the
  • the support assembly 500 guides the air from the clothes dryer to enter the inside of the clothes to dry the clothes from the inside of the clothes. Compared with the outer layer through clothing Partial drying has higher drying efficiency.
  • the partition assembly 55 located in the first air guide duct 5231 can divide the first air guide duct 5231 into multiple sub-air guide ducts 5231b.
  • the multiple sub-air guide ducts 5231b can separate the air from the first air guide duct 5231.
  • the wind inside is evenly separated, and the cavity outlet 5231a of the sub-air guide duct 5231b is directed to different positions inside the clothes, such as the sleeves and armpits on both sides of the clothes, thereby drying the difficult-to-dry locations.
  • each sub-air guide duct 5231b can gather the wind to increase the wind flow distance, so that sufficient air volume can be obtained at remote locations, further improving the clothes drying effect of the clothes dryer.
  • the connecting portion 522 can be connected to the bracket portions 523 on both sides by bonding, welding, snapping, etc., or can be connected by integral molding.
  • the two bracket parts 523 and the connecting part 522 are integrally formed to reduce the manufacturing process of the garment support assembly 500, thereby reducing manufacturing and assembly costs.
  • the spacer component 55 is integrally formed on the inner wall of the bracket part 523.
  • the spacer component 55 can be connected to the inner wall of the bracket part 523 through adhesion, snap-fitting, etc. Since the first air guide duct 5231 and the sub-air guide duct 5231b will flow through a large flow of wind, by integrally molding the spacer assembly 55 on the inner wall of the bracket part 523, not only the spacer assembly 55 is connected to the bracket part 523
  • the inner wall has a higher strength to prevent the spacer assembly 55 from loosening when installed on the inner wall of the bracket portion 523 and causing vibration in the air flow through the sub-air guide duct 5231b, thereby causing the spacer assembly 55 to generate noise and damage.
  • integrally molding the spacer component 55 on the inner wall of the bracket part 523 also reduces the production process of the garment support component 500, thereby reducing the production and assembly costs of the garment support component 500.
  • the spacer assembly 55 includes a first spacer 551, and the first spacer 551 and the inner wall of the bracket portion 523 form two sub-air guide ducts 5231b. It can be understood that when a first partition 551 is provided inside the bracket part 523, the bracket part 523 will be divided into two parts by the partition assembly 55, and two sub-air guides will be formed surrounding the inner wall of the bracket part 523. Wind channel 5231b.
  • the spacer assembly 55 includes a plurality of first spacers 551.
  • the plurality of first spacers 551 are arranged at intervals, and every two adjacent first spacers 551 are arranged at intervals.
  • a partition 551 and the inner wall of the bracket portion 523 form a sub-air guide duct 5231b.
  • the first air guide duct 5231 is divided into a plurality of sub-air guide ducts 5231b.
  • Each two adjacent first spacers and the inner wall of the bracket part 523 form a sub-guide duct 5231b.
  • Fengfeng Road 5231b Each sub-air guide duct 5231b is connected with the first cavity 5221.
  • first partitions 551 can divide the first air guide duct 5231 into three sub-air guide ducts 5231b, and three first partitions 551 can divide the first air guide duct 5231 into four sub-air guide ducts 5231b.
  • Sub-air guide duct 5231b, etc. This application does not limit the number of first spacers 551 provided in the spacer assembly 55. It should be adaptively selected according to actual needs. The number of first spacers 551 can be one, two, three, or other numbers.
  • the first separator 551 includes a guide part 5511 and a guide part 5512.
  • the guide part 5512 is connected to the guide part 5511, and the guide part 5512 moves from the guide part 5511 toward the cavity outlet 5231a. bend and extend in the direction.
  • the guide part 5511 is provided to guide the wind in the first air guide duct 5231 to the sub-wind guide duct 5231b, and the guide part 5512 is provided to guide the wind in the sub-wind guide duct 5231b to the sub-wind guide duct 5231b.
  • the cavity outlet 5231a of channel 5231b is provided to guide the wind in the sub-wind guide duct 5231b.
  • the bracket part 523 includes a side plate 5232 and a top plate 5233.
  • the first partition 551 adjacent to the top plate 5233, the side plate 5232 and the top plate 5233 form a sub-air guide duct 5231b.
  • the first partition 551 follows the top plate 5233. Shape layout.
  • the top plate 5233 of the bracket portion 523 of the clothes support assembly 500 is bent to fit the sleeve portion of the clothing. Therefore, by arranging the first partition 551 adjacent to the top plate 5233 to follow the shape of the top plate 5233, the first air guide duct 5231 and the sub-air guide duct 5231b can make the wind flow smoother when guiding the wind flow. Thereby, the wind loss in the first air guide duct 5231 and the sub-air guide duct 5231b is reduced.
  • the inner diameter of the sub-air guide duct 5231b gradually increases from the end close to the first cavity 5221 toward the end far away from the first cavity 5221.
  • the spacer assembly 55 also includes at least one second spacer 552.
  • the second spacer 552 is located in the air guide duct 5231b to separate the sub-air guide duct 5231b. Since the bracket part 523 is located on both sides of the connecting part 522, the first partition 551 extends from the first cavity 5221 to both sides to form a sub-air guide duct 5231b, resulting in a cavity inlet corresponding to the first cavity 5221.
  • the sub-air guide duct 5231b of 5221a has a larger diameter.
  • the second partition 552 is provided to prevent the diameter of the sub-air guide duct 5231b from being too large to transport wind to a distant location. It can be understood that this application does not limit the specific number of the second spacers 552. It can be one, two, three, etc., and should be adaptively selected according to actual needs.
  • the clothes support assembly 500 also includes a quick release part 56.
  • the quick release part 56 is provided at the connecting part 522.
  • the clothes support assembly 500 can be detachably installed through the quick release part 56. on the clothes dryer.
  • the quick-release component 56 By providing the quick-release component 56 at the connection part 522, the user can install or remove the clothes support assembly 500 from the clothes dryer through the quick-release component 56, thereby making it convenient for the user to hang or take off clothes.
  • the quick-release component 56 is a chute provided on the connecting portion 522 , and the clothes support assembly can be realized by arranging a slide rail matching the chute on the clothes dryer.
  • 500 is detachably installed on the clothes dryer.
  • the quick release component 56 is The clothes support assembly 500 can be detachably installed on the clothes dryer by providing a protrusion matching the slot in the connecting portion 522 on the clothes dryer.
  • the connecting portions 522 of multiple clothing support assemblies 500 can be connected, and the quick-release components 56 can be connected to the connecting portions 522 of multiple clothing support components 500.
  • the crossbar is used to hang the clothes dryer through the crossbar. It can be understood that this application does not limit the specific form of the quick-release component 56 .
  • the clothes support assembly 500 guides the wind discharged by the fan device of the clothes dryer, thereby improving the clothes drying effect of the clothes dryer. It is worth mentioning that a heating module can be installed on the clothes dryer so that the air discharged from the fan outlet is hot air, thus improving the drying effect.
  • the clothes support assembly includes a clothes support 52 and a bracket base 511.
  • the clothes support 52 is provided with a first air guide duct 5231; the clothes support 52 is installed on the bracket base 511, and the bracket base 511 has a There is an air supply air duct 5111.
  • the air supply air duct 5111 has an air inlet end 211 and an air outlet end 212 connected with the first air guide air duct 5231.
  • the air supply duct 5111 has an air inlet end 211 and an air outlet end 212. Since the air inlet end 211 is connected to the outside air, the air outlet end 212 is connected to the first air guide duct 5231 in the garment support 52.
  • the air supply duct 5111 can gather the wind at the air inlet end 211 at the air outlet end 212, thereby enhancing the wind speed at the air outlet end 212, and transfer the gathered wind to the clothes for drying through the first air guide duct 5231. area to dry the clothes to be dried, which improves the drying efficiency and has good drying effect.
  • the air supply duct 5111 extends gradually from the air inlet end 211 toward the air outlet end 212 .
  • the air inlet area of the air inlet end 211 is larger than the air outlet area of the air outlet end 212, a certain gathering effect is achieved, which makes the wind gathering effect better and improves the drying efficiency.
  • the bracket base 511 includes a plurality of air distribution ribs 5112 provided on the inner wall of the air supply duct 5111.
  • the plurality of air distribution ribs 5112 are arranged at intervals along the circumferential direction of the air supply duct 5111 to separate the air supply duct.
  • the inner wall of 5111 is divided into multiple wind gathering surfaces.
  • the plurality of air distribution ribs 5112 are arranged at intervals along the circumferential direction of the air supply air duct 5111, so that the inner wall surface of the air supply air duct 5111 is divided into a plurality of wind gathering surfaces, and the wind gathering effect is good.
  • the wind gathering surface 5111a includes a first wind gathering surface 5111b and a second wind gathering surface 5111c.
  • the number of the first wind gathering surface 5111b and the second wind gathering surface 5111c is two, and the two first wind gathering surfaces 5111b and 5111c are both.
  • the surface 5111b is arranged opposite to each other, the two second wind collecting surfaces 5111c are arranged opposite to each other, and the first wind collecting surface 5111b and the second wind collecting surface 5111c are arranged adjacent to each other.
  • each air rib 5112 extends from the air inlet end 211 of the air supply duct 5111 to the air outlet end 212, because each air distribution rib 5112 comes from the air supply duct 5111.
  • the air inlet end 211 extends to the air outlet end 212, so that the wind flowing through the air supply air duct 5111 can be guided more smoothly, and then gather at the air outlet end 212 of the air supply air duct 5111.
  • the air dividing ribs 5112 are provided on the first wind collecting surface 5111b. Since the number of the first wind collecting surfaces 5111b is two, the number of the air dividing ribs 5112 is four respectively. Surface 5111b corresponds to two air distribution ribs 5112 respectively.
  • each first wind gathering surface 5111b corresponds to two air distribution ribs 5112
  • each first wind gathering surface 5111b corresponds to two air distribution ribs 5112.
  • the wind surface 5111b is connected to the two wind dividing ribs 5112 and forms a wind collecting area.
  • Each second wind collecting surface 5111c is connected to the two wind dividing ribs 5112 and forms another wind collecting area. It can be understood that multiple The wind gathering areas are all arranged toward the air outlet end 212 to gather the wind at the air outlet end 212. The gathering effect is good and the wind speed at the air outlet end 212 is greatly increased.
  • a specific position distribution method of four wind dividing ribs 5112 is exemplified to realize the division of wind collecting areas.
  • the position distribution of the air distribution ribs 5112 is not limited to the four air distribution ribs 5112 provided on the first wind gathering surface 5111b in the above embodiment. Multiple air distribution ribs 5112 can also be provided on the second air collecting surface 5111b.
  • the wind gathering surface 5111c can be provided at the adjacent junction of the first wind gathering surface 5111b and the second wind gathering surface 5111c to realize the division of the wind gathering area in the air supply duct 5111.
  • the number of wind dividing ribs 5112 the number of wind gathering areas will increase accordingly, improving the wind gathering effect; at the same time, when the number of wind dividing ribs 5112 is large enough, it will in turn compress the airflow.
  • the wind gathering space of the wind duct 5111 therefore, the number of the wind distribution ribs 5112 needs to be reasonably configured.
  • the number of air dividing ribs 5112 is four, and each air dividing rib 5112 is disposed on the first wind collecting surface 5111b and connected to the second wind collecting surface 5111c.
  • each wind gathering surface is an arc-shaped surface formed by a concave surface.
  • the structural arrangement of the arc-shaped surface not only increases the space of the wind gathering area, but also facilitates the circulation of wind, making the wind gathering smoother and more efficient. Wind effect is better.
  • the air outlet end 212 can be configured as a circular structure, and the bottoms of the first wind gathering surface 5111b and the second wind gathering surface 5111c correspond to the air outlet end 212.
  • the bottoms of the first wind gathering surface 5111b and the second wind gathering surface 5111c both correspond to the circular air outlet end 212, so that the wind can better gather at the air outlet end 212 without obstruction, and avoid the air outlet end 212 and the air outlet end 212.
  • the shape of the bottom of the wind gathering surface does not correspond to the situation that blocks the wind flow.
  • the air outlet end 212 can also adopt other shapes, and is not limited to the circular structure of the above embodiment. Without departing from the concept of the present application, it can also be any other appropriate structure, such as square or For structures such as ellipses, as long as the bottoms of the first wind gathering surface 5111b and the second wind gathering surface 5111c correspond to the shapes of the air outlet end 212, the wind gathering effect is ensured.
  • the number of air supply ducts 5111 is multiple. Since each air supply duct 5111 has a square cross-section, multiple air supply ducts 5111 can be installed in the length direction of the bracket base 511 Arrangement, specifically, multiple air supply ducts 5111 are arranged side by side in the length direction of the bracket seat 511, so that there is no excess gap between the multiple air supply ducts 5111, which increases the overall wind gathering area of the bracket seat 511 and enhances the The overall wind gathering effect is achieved.
  • the specific cross-sectional shape of a single air supply duct 5111 is not limited to the square structure of the above embodiment, and can also be any other appropriate structure.
  • the air supply duct 5111 can also adopt a truncated cone shape, as long as Meet the requirement that the air supply duct 5111 tapers from the air inlet end 211 toward the air outlet end 212 Just extend it to ensure the wind gathering effect.
  • the garment support assembly also includes a wind dividing block 5113 provided in the air supply duct 5111.
  • the wind dividing block 5113 is provided at the air outlet end 212 for dividing the air outlet end 212 into a plurality of air outlets.
  • the air outlets are all connected with the first air guide duct 5231.
  • the wind dividing blocker 5113 is arranged on the air outlet end 212 to divide the air outlet end 212 into multiple air outlets.
  • the multiple air outlets divide the wind into multiple parts and blow the wind to different parts of the clothes, so that the wind It can circulate more evenly in clothes and improve drying efficiency.
  • the number of the wind dividing members 5113 is two, and they are arranged side by side with each other.
  • the two wind dividing members 5113 extend from the air supply duct 5111 into the clothes support 52 to separate the air outlet end 212
  • the two wind-dividing baffles 5113 extend into the clothes support 52 through the self-supply air duct 5111, dividing the air outlet end 212 into three air outlets. Multiple air outlets can be opened to blow the collected wind to the clothes. Different parts allow wind to circulate more evenly in the clothes.
  • the arrangement of the two wind-dividing baffles 5113 is not limited to the side-by-side arrangement in the above embodiment. They can also be arranged crosswise with each other or opposite each other, as long as they can divide the air outlet end 212 into multiple outlets. Just the outlet.
  • the number of wind-dividing baffles 5113 may be single or multiple, and is not limited to two in the above embodiment, as long as the air outlet end 212 is divided into multiple air outlets.
  • the clothes support 52 includes a connecting part 522 and a bracket part 523 connected to the connecting part 522.
  • the connecting part 522 is provided with a first cavity 5221
  • the bracket part 523 is provided with a first cavity 5221.
  • the connected first air guide duct 5231 is connected with the first cavity 5221 and the air supply air duct 5111 respectively.
  • the first cavity 5221 can be connected to the outside air, and can be used in conjunction with the blowing device. Since the first cavity 5221 is connected to the outside air and the first air guide duct 5231, the outside air can be passed through the first guide air duct 5231.
  • the air duct 5231 blows to the inside of the clothes hung on the clothes support 52 to achieve the effect of drying the clothes.
  • the blowing device may be a clothes dryer body, and the clothes support assembly is installed on the clothes dryer body, so that the clothes dryer body can be blown into the clothes support assembly to achieve internal drying.
  • each first partition 551 is arranged parallel to each windshield 5113, so that the first air guide air duct can continue toward the air supply air duct 5111, so as to guide the wind in the air supply air duct 5111 faster.
  • the two wind deflectors 5113 are spaced apart to form an air inlet area that connects the air supply duct 5111 and the first air guide duct 5231. Since the air inlet area extends into the air supply duct 5111, The wind can be guided to the second air guide duct and the third air guide duct more quickly, and the wind distribution effect is good, making the wind flow in the clothes more evenly.
  • the clothes dryer includes a clothes dryer body and a clothes support component installed on the clothes dryer body.
  • the clothes support assembly can be connected to an external blowing device, and the blowing device can cooperate with the clothes support assembly to dry the clothes to be dried, and the drying effect is good.
  • the blowing device can be a clothes dryer body, and the clothes support assembly is installed on the clothes dryer body, so that the wind from the clothes dryer body can be blown into the clothes support assembly to achieve internal drying.
  • the clothes support component can be packaged in the clothes dryer body, or connected with the clothes dryer body with a gap, as long as the wind blown by the clothes dryer body can enter the clothes support component to achieve internal drying. If the clothes support assembly is packaged in the clothes dryer body so that the two are completely fitted, the wind from the clothes dryer body can only blow into the first cavity 5221 to dry the clothes in an internal drying manner. If there is a gap between the clothes support assembly and the clothes dryer body, part of the wind will be blown into the inside of the clothes through the first cavity 5221 for internal drying, and part of the wind will pass through the gap to perform external drying on the outside of the clothes. , drying clothes by combining internal drying and external drying, the drying effect is better.
  • the top plate structure 100 includes a base 11 and an air guide plate 12.
  • the air guide plate 12 and the base body The inner wall of 11 surrounds an air guide channel 121, and the air guide plate 12 is integrally formed on the base body 11.
  • the roof structure 100 includes a plurality of air guide plates 12 , and each two adjacent air guide plates 12 and the inner wall of the base 11 form an air guide channel 121 .
  • a plurality of air guide plates 12 are provided on the roof structure 100 to form a plurality of air guide channels 121 .
  • the plurality of air guide channels 121 can not only guide the wind blown out by the fan device in the clothes dryer to different directions to expand the drying range of the clothes dryer, but the air guide channels 121 can also guide the air blown out by the air outlet of the fan device. The wind is gathered to reduce the loss of wind during the flow process, thereby ensuring the drying effect of the fan device.
  • the roof structure 100 has four air guide plates 12 , and each two of the four air guide plates 12 are adjacent to form an air guide channel 121 , forming a total of three air guide channels 121 .
  • the three air guide channels 121 can divert the wind discharged by the fan device to different areas, and enhance the gathering effect of the wind during the flow process.
  • the air guide plates 12 can also be provided with other numbers to form a corresponding number of air guide channels 121, for example, five air guide plates 12 can be provided to form four air guide channels 121.
  • Six air guide plates 12 form five air guide channels 121 and so on. This application does not limit the specific number and position of the air guide plates 12 and the air guide channels 121.
  • the number and position of the air guide plates 12 and the air guide channels 121 can be adaptively selected according to actual needs.
  • the roof structure 100 further includes a guide plate 13 that extends obliquely from the inner wall of the seat 11 toward the outlet 1211 of the air guide channel 121 . Since the clothes are usually hung below the clothes dryer and the clothes have a certain width, the air discharged from the outlet 1211 of the air guide channel 121 usually cannot be directed at or cover the clothes.
  • the guide plate 13 is provided at the outlet 1211 of the air guide channel 121 so that the guide plate 13 can adjust the wind from the outlet 1211 of the air guide channel 121 to blow to a preset angle, thereby blowing towards and/or covering the clothes.
  • the guide plate 13 is integrally formed on the base 11 to direct the wind discharged from the outlet 1211 of the air guide channel 121 toward a preset position. It is easy to understand that the preset position refers to the position where the clothes are located.
  • the air guide plate 12 is movably disposed at the outlet 1211 of the air guide channel 121, so that the angle of the air guide plate 12 can be adapted according to the position of the clothes, and the direction of the wind discharged from the outlet 1211 of the air guide channel 121 can be realized. Cover with clothing.
  • the roof structure 100 also includes a draft chamber 14.
  • the draft chamber 14 is provided with an air suction port 141.
  • the air suction port 141 is located in the draft chamber 14 and is opened on the base 11 to suck air into the draft chamber 14 through the air suction port 141.
  • the air suction port 141 has a larger diameter, is opened on the inner wall of the base 11, and is provided with a filter 143.
  • the suction port 141 By setting the suction port 141 to have a larger diameter, the fan device can inhale sufficient air, and the filter 143 can prevent debris from entering the drainage chamber 14 and damaging the fan device. It can be understood that the diameter of the suction port 141 and the specifications of the filter 143 should be adaptively selected according to actual needs, and are not specifically limited in this application.
  • the drainage chamber 14 is integrally formed on the base 11 , has a volute-shaped cross-section, and is provided with an air supply port 142 , which faces and/or is connected to the inlet 1212 of the air guide channel 121 .
  • the cross-section of the draft chamber 14 is set to be volute-shaped to facilitate the efficient flow of air in the draft chamber 14, and the air supply port 142 is directed toward or connected to the air inlet of the air guide channel 121 to blow the wind in the draft chamber 14. Enter the air guide channel 121.
  • the top plate structure 100 is also provided with wire grooves 15 , and the wire grooves 15 are integrally formed on the base body 11 along the length direction of the base body 11 . Since there are many parts in the clothes dryer that need to be electrically connected, there are many cables. Therefore, the cable trough 15 is provided to facilitate the arrangement and arrangement of the cables and the layout of the internal structural components of the clothes dryer.
  • installation point 16 can be a quick-release structure such as a buckle or a threaded port, which is not specifically limited in this application.
  • the roof structure 100 is made of plastic. Compared with the metal roof structure 100 in the related art, selecting plastic as the material of the roof structure 100 can not only effectively prevent rust, but also effectively improve production efficiency and reduce production costs.
  • the clothes dryer includes the above-mentioned top plate structure 100 and a fan device 300.
  • the top plate structure 100 has a drainage chamber 14, and the fan device is located in the drainage chamber 14.
  • the fan device 300 includes a base 11 , a fan assembly 32 and an air guide assembly 33 .
  • the base 11 is provided with an air chamber 311
  • the fan assembly 32 is disposed in the base 11 and has a fan outlet 321 connected with the inlet 1212 of the air chamber 311 .
  • the air guide assembly 33 includes a plurality of air guide plates 12.
  • the air guide plates 12 are arranged in the base 11 and divide the air cavity 311 into a plurality of air guide channels 121.
  • the cross-sectional area of each air guide channel 121 is from the air cavity 311.
  • the inlet 1212 gradually increases toward the outlet 1211 of the air cavity 311.
  • the fan assembly 32 is configured to generate flowing wind and discharge the wind through the fan outlet 321 to dry the clothes.
  • the base 11 is provided with an air cavity 311 having an inlet 1212, and the inlet 1212 of the air cavity 311 is connected to the fan outlet 321 of the fan device.
  • the air cavity 311 can guide the wind discharged by the fan assembly 32 so that the air generated by the fan assembly 32 can The wind can flow to the preset position through the wind cavity 311.
  • the air guide assembly 33 having multiple air guide plates 12 can divide the air cavity 311 into multiple air guide channels 121 so as to evenly divide the wind in the air cavity 311.
  • each air guide channel 121 Since the cross-sectional area of each air guide channel 121 gradually increases from the inlet 1212 of the air cavity 311 toward the outlet 1211 of the air cavity 311, the end of the outlet 1211 of each air guide channel 121 (ie, the outlet 1211 of the air guide channel 121 ) has the largest cross-sectional area, thereby covering more clothes and achieving the effect of drying multiple pieces of clothes at the same time. Therefore, the fan device 300 provided by the present application can dry multiple pieces of clothing and has high drying efficiency. At the same time, the fan device 300 can also dry clothes evenly and has a better drying effect.
  • the above-mentioned preset position refers to the position where the outlet 1211 of the air cavity 311 corresponds to the clothes when the clothes are hung on the clothes dryer 1000, that is, the position where the clothes are hung.
  • the location of the clothes to be dried This application does not impose specific restrictions on the position where the clothes are hung on the clothes dryer 1000 and the position of the clothes corresponding to the outlet 1211 of the air cavity 311, and can be adaptively selected according to actual needs.
  • each air guide plate 12 includes a guide part 3311 and a turning part 3312.
  • the guide part 3311 extends obliquely from the inlet 1212 of the air chamber 311 toward the outlet 1211 of the air chamber 311.
  • the turning part 3312 extends from the guide part 3311 to the outlet 1211 of the air chamber 311.
  • 3311 is bent and extended in the direction close to the outlet 1211, so that the axis of the outlet 1211 intersects the axis of the inlet 1212.
  • the turning part 3312 can guide the wind coming from the guide part 3311 to the preset position, thereby facilitating the adjustment of the position and angle of the outlet 1211 of the air guide channel 121. set up.
  • the air guide channel 121 includes a first air guide channel 3113a and a second air guide channel 3113b located inside the first air guide channel 3113a.
  • the cross-sectional area of the inlet 1212 of the first air guide channel 3113a is smaller than that of the second air guide channel 3113a.
  • the cross-sectional area of the inlet 1212 of 3113b is smaller than that of the multiple air guide channels 121 separate the inlet 1212 and the outlet 1211 of the air cavity 311, and each air guide channel 121 has an inlet 1212 and an outlet 1211.
  • the fan assembly 32 includes a centrifugal fan 322 and a volute 323.
  • the volute 323 is provided on the inner wall of the base 11, and the centrifugal fan 322 is provided on the base 11 and located in the volute 323.
  • the opening of the volute 323 is the fan outlet 321.
  • the wind speed at the fan outlet 321 of the volute centrifugal fan corresponding to the first air guide channel 3113a is greater than the wind speed at the inner position corresponding to the second air guide channel 3113b. . Therefore, by making the cross-sectional area of the inlet 1212 of the first air guide channel 3113a smaller than the cross-sectional area of the inlet 1212 of the second air guide channel 3113b, it is ensured that the first air guide channel 3113a and the second air guide channel 3113b enter relatively uniformly. Air volume. Therefore, the outlet 1211 of the first air guide channel 3113a and the outlet 1211 of the second air guide channel 3113b can discharge equal air volumes to ensure uniformity in drying the clothes.
  • the centrifugal fan 322 includes a motor 3221 and an impeller 3222.
  • the impeller 3222 is fixed on the output shaft of the motor 3221, so that the motor 3221 drives the impeller 3222 to rotate to generate airflow in the volute 323. It can be understood that this application does not limit the specific form of the fan assembly 32, and the fan assembly 32 can be adaptively selected according to actual needs and actual usage scenarios.
  • the centrifugal fan 322 is a volute centrifugal fan. Since the volute centrifugal fan is small in size and easy to debug, it can be installed in the clothes dryer 1000 relatively simply and can provide a large air volume, so it can effectively provide The air volume required by the clothes dryer 1000 when drying clothes. It can be understood that this application does not limit the specific arrangement form and type of the centrifugal fan 322, and can be adaptively selected according to actual needs and actual usage scenarios.
  • the air guide channel 121 also includes a third air guide channel 3113c located between the first air guide channel 3113a and the second air guide channel 3113b.
  • the cross-sectional area of the inlet 1212 of the third air guide channel 3113c is larger than the cross-sectional area of the inlet 1212 of the first air guide channel 3113a.
  • the wind speed at the fan outlet 321 of the volute centrifugal fan corresponding to the first air guide channel 3113a is greater than that at the inner side corresponding to the third air guide channel. Wind speed at position 3113c.
  • the cross-sectional area of the inlet 1212 of the third air guide channel 3113c is ensured that the first air guide channel 3113a and the third air guide channel 3113c can enter the same air volume. , thereby ensuring that the outlets 1211 of the first air guide channel 3113a and the third air guide channel 3113c can discharge equal air volumes, ensuring uniformity in drying clothes.
  • the air guide channel 121 includes a plurality of third air guide channels 3113c, and along the direction of the first air guide channel 3113a toward the second air guide channel, the cross-sectional area of the inlet 1212 of the plurality of third air guide channels 3113c gradually increases. become smaller. Since the cross-sectional area of the air guide channel 121 gradually increases from the inlet 1212 toward the outlet 1211 of the air guide channel 121, the outlet 1211 of the air guide channel 121 has a larger area to dry a larger area of clothes.
  • the number of the air guide channels 121 is expanded, so that the air guide channels 121 have more outlets 1211 and can dry more clothes.
  • the cross-sectional area of the inlets 1212 of the plurality of third air guide channels 3113c is gradually reduced, so that the inlet 1212 of each third air guide channel 3113c can enter the same air volume and the outlet 1211 can also discharge the same air volume. It is ensured that the air volume discharged by the plurality of third air guide channels 3113c is equal, so that the clothes can be dried evenly.
  • the fan device 300 further includes a heating element 34 located at the inlet 1212 of the air cavity 311 .
  • a heating element 34 located at the inlet 1212 of the air cavity 311 .
  • the heating element 34 is provided at the air inlet of the wind cavity 311 , and the rain cavity 311 is divided into a plurality of air guide channels 121 by the air guide assembly 33 , so that the heating element 34 can simultaneously control the air entering the multiple air guide channels 121 .
  • the heating element 34 is a PTC heating body. This application does not limit the specific form of the heating element 34.
  • the heating element 34 can also be configured as a resistance wire or other methods for heating.
  • the fan device 300 also includes a swing blade 200, a centrifugal fan 322 located in the base 11, an inlet 1212 of the air guide channel 121 and a fan outlet of the centrifugal fan 322. 321 is connected, the outlet 1211 of the air guide channel 121 is connected with the swing blade 200, and the swing blade 200 is located at the air outlet 102.
  • the swing blade 200 is disposed on the base 11 and located at the outlet 1211 of the air guide channel 121.
  • the swing blade 200 includes a plurality of air exhaust outlets 2111, each of which One air outlet 2111 corresponds to one air guide channel 121 .
  • the swing blade 200 By providing the swing blade 200, the angle of the air discharged from the outlet 1211 of the air guide channel 121 is corrected by the swing of the swing blade 200.
  • the wind can be blown at different angles, allowing the wind to flow over a larger area.
  • the swing blade 200 is provided with a plurality of air exhaust openings 2111 to separate the wind. Each air exhaust opening 2111 can evenly separate the wind, so that the swing blade 200 has a better wind guiding effect.
  • the swing blade 200 is configured as a swing blade 200 with a circular outer peripheral wall, and at least partially protrudes from the air outlet 102 .
  • the top of the garment support 52 has an inward groove 526, and the swing leaf 200 partially protrudes from the air outlet 102 and fits the inner wall of the groove 526.
  • the swing vane 200 By configuring the swing vane 200 to have a circular cross-section, the structure around the swing vane 200 (such as the structure around the air outlet 102) is prevented from interfering with the swing vane 200, so that the swing vane 200 can achieve a larger amplitude.
  • the swing is used to dry clothes in a larger area, and the clothes drying efficiency of the clothes dryer 1000 is improved.
  • the air outlet 102 is usually opened along the length direction of the base body 11 to have a larger length. It is better to extend the swing blade 200 along the length direction of the base body 11 . is matched with the air outlet 102.
  • the angle at which the air outlet 102 discharges wind is relatively fixed, and the area that the discharged wind can reach is correspondingly limited.
  • the swing of the swing vane 200 protruding out of the air outlet 102 can further expand the air outlet angle of the air outlet 102, thereby increasing the reach of the air discharged from the air outlet 102.
  • the area of the region is not limited.
  • the swing leaf 200 that partially protrudes from the air outlet 102 is attached to the inner wall of the groove 526 . It further cooperates with the swing blade 200, so that the swing blade can swing to a larger extent. It can be understood that when the top of the garment support 52 is provided with an inward groove 526, it can also be adapted to the straight-shaped swing leaf 200. This application does not specifically limit this, and can be adaptively selected according to actual needs.
  • the base body 11 also has a plurality of air guide plates 12.
  • the air guide channels 121 are surrounded by the air guide plates 12 built in the base body 11 and the inner wall of the base body 11, and the horizontal direction of each air guide channel 121 is The cross-sectional area gradually increases from the inlet 1212 of the air cavity toward the outlet 1211 of the air cavity.
  • each air guide channel 121 Since the cross-sectional area of each air guide channel 121 gradually increases from the inlet 1212 toward the outlet 1211, the end of the outlet 1211 of each air guide channel 121 (ie, the outlet 1211 of the air guide channel 121) has the largest cross-sectional area.
  • the air outlet 102 with a larger length is formed to cover more clothes and achieve the effect of drying multiple pieces of clothes at the same time.
  • the angle of the air discharged from the air outlet 102 is corrected by the swing of the swing vane 200.
  • the wind can be directed at different angles, so that the wind can flow over a larger area, further expanding the range of clothing covered by the air outlet 102.

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

Abstract

一种晾衣机(1000)。该晾衣机(1000)设有出风口(102)以及具有衣撑组件(500)。衣撑组件(500)内设有风道(521),所述风道(521)与所述出风口(102)对应设置,所述衣撑组件(500)能够被驱动以具有靠近所述出风口(102)的状态或远离所述出风口(102)的状态。

Description

晾衣机
相关申请
本申请要求2022年4月1日申请的,申请号为202210339207.6,名称为“晾衣机”;2022年4月1日申请的,申请号为202220746550.8,名称为“顶板结构及晾衣机”的中国专利申请;2022年4月1日申请的,申请号为202220749419.7,名称为“晾衣机”的中国专利申请;2022年4月1日申请的,申请号为202220775962.4,名称为“风机装置及晾衣机”的中国专利申请;2022年4月1日申请的,申请号为202220775784.5,名称为“衣撑及晾衣机”的中国专利申请;2022年7月29日申请的,申请号为202210910980.3,名称为“衣撑装置及晾衣设备”的中国专利申请以及2022年7月29日申请的,申请号为202222014072.4,名称为“内烘干衣撑及晾衣机”的中国专利申请的优先权,在此将其全文引入作为参考。
技术领域
本申请涉及晾衣装置技术领域,特别是涉及一种晾衣机。
背景技术
随着人们生活水平的不断提升,晾衣机也逐渐进入许多普通家庭,以提升用户晾晒衣物时的体验。晾衣机通常依靠装设于主机顶板的烘干模块实现烘干功能。例如在主机装设风机,并相应在主机的顶板安装通风管道及加热部件,从而实现晾衣机的烘干功能。
但相关技术中晾衣机的主机所吹出的风只能分布衣架外侧,使得在烘干衣物时常常导致衣物外侧烘干当衣服内部却很难烘干,烘干时间长效率低。
发明内容
根据本申请的各种实施例,提供一种晾衣架。
本申请提供一种晾衣机,包括:座体,设有出风口;及
衣撑组件,内设有风道,所述风道与所述出风口对应设置,所述衣撑组件具有靠近所述出风口的状态或远离所述出风口的状态。
在一实施例中,所述晾衣机还包括架体,所述架体能够被驱动朝向所述座体靠近或远离;所述衣撑组件可拆卸地设置于架体。
在一实施例中,所述衣撑组件包括支架和衣撑,所述支架可拆卸地设置于所述架体,所述衣撑设置于所述支架;所述衣撑内设有所述风道。
在一实施例中,所述衣撑可拆卸地卡接于所述支架。
在一实施例中,所述衣撑组件,包括支架以及衣撑,所述支架包括支架座,所述衣撑包括衣撑单元、固设于所述衣撑单元的两端之间的勾挂单元,所述勾挂单元与所述支架座之间可拆卸连接;所述支架座与所述勾挂单元分别包括悬吊部及勾挂部,所述衣撑相对所述支架的位置包括固定位和预装位,所述勾挂部在所述衣撑处于固定位时勾连所述悬吊部,并且在所述衣撑处于预装位时脱离所述悬吊部。
在一实施例中,所述支架与所述衣撑中的一者包括导向部,所述支架与所述衣撑中的另一者与所述导向部滑动适配,所述导向部用以限定出所述衣撑在固定位与预装位之间相对所述支架运动的轨迹;所述导向部沿圆弧形轨迹延伸,所述支架与所述衣撑之间通过所述导向部引导形成转动配合;或者所述导向部沿直线形轨迹延伸,所述支架与所述衣撑之间通过所述导向部引导形成直线滑动配合。
在一实施例中,所述衣撑组件包括:衣撑,所述衣撑内设有所述风道;以及隔片组件,位于所述风道内,以将所述风道分隔为多个子风道。
在一实施例中,所述衣撑包括连接部和与所述连接部连接的支架部,所述连接部内设有第一空腔,所述支架部内设有具有第一导风风道,所述第一导风风道连通于所述第一空腔以形成所述风道,所述隔片组件设于所述第一导风风道以将所述第一导风风道分割成多个子导风风道。
在一实施例中,所述隔片组件包括一个第一隔片,所述第一隔片与所述支架部的内壁围成两个所述子导风风道,和/或,所述隔片组件包括多个第一隔片,多个所述第一隔片间隔设置,每两相邻的所述第一隔片与所述支架部的内壁围成一个所述子导风风道。
在一实施例中,所述支架部包括侧板及顶板,相邻于所述顶板的所述第一隔片与所述侧板及所述顶板围成所述 子导风风道,所述第一隔片跟随所述顶板的形状布设。
在一实施例中,所述隔片组件还包括至少一个第二隔片,所述第二隔片位所述子导风风道,以分隔所述子导风风道。
在一实施例中,所述衣撑组件包括:衣撑,所述衣撑内设有第一导风风道;以及支架座,所述衣撑装设于所述支架座,所述支架座开设有送风风道,所述送风风道具有进风端和与所述第一导风风道连通的出风端。
在一实施例中,所述送风风道自所述进风端朝向所述出风端渐缩延伸。
在一实施例中,所述支架座包括多个设于所述送风风道内壁面的分风筋条,多个所述分风筋条沿着所述送风风道的周向间隔布设,将所述送风风道的内壁面分隔成多个聚风面。
在一实施例中,每一所述聚风面为内凹形成的弧形面。
在一实施例中,所述送风风道的数量为多个,且每一所述送风风道横截面均呈方形结构,多个所述送风风道沿所述支架座长度方向排布。
在一实施例中,所述衣撑组件还包括设于所述送风风道内的分风挡件,所述分风挡件设置于所述出风端,以将所述出风端分隔为多个出风口。
在一实施例中,所述衣撑包括连接部和与所述连接部连接的支架部,所述连接部内开设有第一空腔,所述支架部内具有与所述第一空腔连通的所述第一导风风道,所述第一导风风道分别与所述第一空腔和所述送风风道连通。
在一实施例中,所述支架包括支架座和连接杆,所述连接杆装设于所述支架座,所述衣撑沿所述支架座的长度方向布设且固设于所述支架座,所述送风风道与所述衣撑一一对应设置,所述风道与所述送风风道连通。
在一实施例中,所述顶板结构包括:所述座体;及导风板,所述导风板与所述座体的内壁围成导风通道,且所述导风板一体成型于所述座体。
在一实施例中,所述顶板结构包括多个所述导风板,每两相邻的所述导风板与所述座体内壁围成一个所述导风通道。
在一实施例中,所述顶板结构还包括导向板,所述导向板自所述座体的内壁朝向所述导风通道的出口倾斜延伸。
在一实施例中,所述顶板结构还包括引流室,所述引流室开设有吸风口,所述吸风口位于所述引流室内,开设于所述座体,以通过所述吸风口将空气吸入所述引流室;所述引流室还开设有送风口,所述送风口朝向及/或连通所述导风通道的进口。
在一实施例中,还包括风机装置,所述风机装置包括:座体,内设有风腔;风机组件,设置于所述座体内,所述风机组件具有与所述风腔的进口连通的风机出口;导风组件,包括多个导风板,所述导风板设于所述座体内且将所述风腔分割成多个导风通道,每一所述导风通道的横截面积自所述风腔的进口朝向所述风腔的出口逐渐增大。
在一实施例中,每一导风板包括引导部和转向部,所述引导部自所述风腔的进口朝向所述风腔的出口倾斜延伸,所述转向部自所述引导部靠近出口的方向弯折延伸,使得所述出口所在的轴线与所述进口所在的轴线相交。
在一实施例中,所述导风通道包括第一导风通道和位于所述第一导风通道内侧的第二导风通道,所述第一导风通道的进口的横截面积小于所述第二导风通道的进口的横截面积;所述导风通道还包括位于所述第一导风通道与所述第二导风通道之间的第三导风通道;所述第三导风通道的进口的横截面积大于所述第一导风通道的进口的横截面积;和/或所述导风通道包括多个所述第三导风通道,且沿着所述第一导风通道朝向第二导风通道的方向,多个所述第三导风通道的进口横截面积逐渐变小。
在一实施例中,所述晾衣机还包括摆叶,所述摆叶位于所述出风口处,所述摆叶沿所述座体长度方向延伸;和/或,所述摆叶包括多个排风口,每一所述排风口对应于一个导风通道。
在一实施例中,所述摆叶为横截面为圆形的摆叶;和/或,所述摆叶至少部分凸出于所述出风口。
本申请的一个或多个实施例的细节在下面的附图和描述中提出。本申请的其它特征、目的和优点将从说明书、附图以及权利要求书变得明显。
附图说明
为了更好地描述和说明这里公开的那些发明的实施例和/或示例,可以参考一幅或多幅附图。用于描述附图的附加细节或示例不应当被认为是对所公开的发明、目前描述的实施例和/或示例以及目前理解的这些发明的最佳模式中的任何一者的范围的限制。
图1为根据一个或多个实施例的晾衣机的结构示意图。
图2为根据一个或多个实施例的摆页设置于出风口的结构示意图。
图3为根据一个或多个实施例的风机组件的结构示意图。
图4为根据一个或多个实施例的衣撑组件的结构示意图。
图5为图4的实施例中的衣撑组件的剖面结构示意图。
图6为图1实施例中伸缩组件处于收缩状态的结构示意图。
图7为图6实施例中伸缩组件的剖面结构示意图。
图8为根据一个或多个实施例的摆叶的结构示意图。
图9为根据一个或多个实施例的晾衣机的部分结构示意图。
图10为根据一个或多个实施例衣撑脱离于支架的结构示意图。
图11为根据一个或多个实施例的衣撑的结构示意图。
图12为根据一个或多个实施例的晾衣机的立体结构示意图。
图13为根据一个或多个实施例的衣撑组件在拆卸状态下的结构示意图。
图14为图13所示衣撑组件在A处的局部放大示意图。
图15为根据一个或多个实施例的衣撑组件在连接状态下的结构示意图。
图16为图15所示衣撑组件在B处的局部放大示意图。
图17为根据一个或多个实施例的衣撑组件在拆卸状态下的结构示意图。
图18为根据一个或多个实施例的支架的立体结构示意图。
图19为图18所示支架在A处的局部放大示意图。
图20为根据一个或多个实施例的衣撑组件的部分结构示意图。
图21为图20所示衣撑组件在B处的局部放大示意图。
图22为图20所示衣撑组件在C处的局部放大示意图。
图23为根据一个或多个实施例的衣撑组件在拆卸状态下的结构示意图。
图24为图23所示衣撑组件在A处的局部放大示意图。
图25为图23所示衣撑组件在另一视角下的结构示意图。
图26为根据一个或多个实施例的支架的立体结构示意图。
图27为根据一个或多个实施例的衣撑组件在预连接状态下的结构示意图。
图28为图27所示衣撑组件在S处的局部放大示意图。
图29为图27所示衣撑组件在另一视角下的结构示意图。
图30为根据一个或多个实施例的衣撑组件在固定连接状态下的结构示意图。
图31为根据一个或多个实施例的衣撑组件在固定连接状态下的结构示意图。
图32为图31所示衣撑组件沿A-A面剖切后的示意图。
图33为图32所示衣撑组件在B处的局部放大示意图。
图34为图31所示衣撑组件沿图32所示B-B面剖切后的示意图。
图35为根据一个或多个实施例的衣撑组件的部分结构爆炸示意图。
图36为根据一个或多个实施例的衣撑组件的结构示意图。
图37为图36的实施例中省略部分结构的示意图。
图38为根据一个或多个实施例的衣撑组件的结构示意图。
图39为图38的实施例的剖面结构示意图。
图40为根据一个或多个实施例的衣撑组件的剖面结构示意图。
图41为图40的实施例多个衣撑组件连接的结构示意图。
图42为根据一个或多个实施例的衣撑组件的立体结构示意图。
图43为图42的A处放大图。
图44为根据一个或多个实施例衣撑组件的俯视图。
图45为图44的A-A的剖视图。
图46为图44的B-B的剖视图。
图47为根据一个或多个实施例的顶板结构的结构示意图。
图48为根据一个或多个实施例的顶板结构的另一视角的结构示意图。
图49为根据一个或多个实施例的座体的结构示意图。
图50为根据一个或多个实施例例的风机装置的结构示意图。
图51为根据一个或多个实施例的风机组件的爆炸结构示意图。
附图标记:100、顶板结构;11、座体;101、隔板;102、出风口;13、导向板;14、引流室;141、吸风口;142、送风口;143、滤网;15、过线槽;16、安装位点;600、伸缩组件;61、剪刀架组件;311、风腔;32、风机组件;322、离心风机;3221、电机;3222、叶轮;323、蜗壳;321、风机出口;12、导风板;121、导风通道;3113a、第一导风通道;3113b、第二导风通道;3113c、第三导风通道;1212、进口;1211、出口;33、导风组件;3311、引导部;3312、转向部;34、加热件;200、摆叶;2111、排风口;300、风机装置;400、架体;500、衣撑组件;51、支架;1011、插接组件;1012、限位组件;1013、承接件;511、支架座;211、进风端;212、出风端;110、主锁合件;111、吊接本体;1101、托载部;1102、导向斜面;112、悬吊部;113、导向部;1131、导向孔;1132、阔口段;1133、窄口段;1134、滑移槽;1135、导向沉槽;1136、沉槽底壁;1137、沉槽侧壁;1138、插接间隙;1139、第一内侧孔壁;1140、第二内侧孔壁;114、防脱件;1141、挡块;1142、弹性件;1143、斜楔面;1144、限位凹腔;115、止挡部;116、主对位件;117、锁扣件;1171、勾板;1172、锁扣间隙;118、收容槽;5111、送风风道;5111a、聚风面;5111b、第一聚风面;5111c、第二聚风面;5112、分风筋条;5113、分风挡件;512、连接杆;513、杆部;5131、凸起;514、配合部;13a、插块;131a、滑动块;132a、限位块;14a、引入件;141a、对位部;52、衣撑;521、风道;522、连接部;5221、第一空腔;5221a、空腔进口;523、支架部;5231、第一导风风道;5231a、空腔出口;5231b、子导风风道;5232、侧板;5233、顶板;524、隔片;5241、导向部;5242、引流部;525、卡槽;526、凹槽;53、活动臂;531、第二空腔;54、调节结构;55、隔片组件;551、第一隔片;5511、引流部;5512、导流部;552、第二隔片;56、快拆件;52a、衣撑单元;52b、勾挂单元;220、副锁合件;221、勾挂本体;2211、按压腔;2212、让位开口;2213、按压开口;2214、内置罩壳;2201、突翘部;222、勾挂部;2221、勾台;2222、凸肋;223、锁附件;2231、推压部;2232、推压曲面;226、中空凸缘;224、副对位件;225、操纵件;2251、勾接部;2252、操纵部;2253、翻边;23a、插槽;231a、导向槽;232a、限位槽;31a、第一磁吸件;32a、第二磁吸件;41、送风口;5211a、空腔进口;5231b、空腔出口;44、肩部风口;51a、第一遮蔽导向板;51b、第二遮蔽导向板;62a、第一引流板;62b、第二引流板;1000、晾衣机;1001、晾衣机本体。
具体实施方式
下面将结合本申请实施例中的附图,对本申请实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本申请一部分实施例,而不是全部的实施例。基于本申请中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本申请保护的范围。
为使本申请的上述目的、特征和优点能够更加明显易懂,下面结合附图对本申请的具体实施方式做详细的说明。在下面的描述中阐述了很多具体细节以便于充分理解本申请。但是本申请能够以很多不同于在此描述的其它方式来实施,本领域技术人员可以在不违背本申请内涵的情况下做类似改进,因此本申请不受下面公开的具体实施例的限制。
需要说明的是,当组件被称为“固定于”或“设置于”另一个组件,它可以直接在另一个组件上或者也可以存在居中的组件。当一个组件被认为是“连接”另一个组件,它可以是直接连接到另一个组件或者可能同时存在居中组件。本申请的说明书所使用的术语“垂直的”、“水平的”、“上”、“下”、“左”、“右”以及类似的表述只是为了说明的目的,并不表示是唯一的实施方式。
此外,术语“第一”、“第二”仅用于描述目的,而不能理解为指示或暗示相对重要性或者隐含指明所指示的技术特征的数量。由此,限定有“第一”、“第二”的特征可以明示或者隐含地包括至少一个该特征。在本申请的描述中,“多个”的含义是至少两个,例如两个,三个等,除非另有明确具体的限定。
在本申请中,除非另有明确的规定和限定,第一特征在第二特征“上”、“下”可以是第一特征直接和第二特征接触,或第一特征和第二特征间接地通过中间媒介接触。而且,第一特征在第二特征“之上”、“上方”和“上面”可是第一特征在第二特征正上方或斜上方,或仅表示第一特征水平高度高于第二特征。第一特征在第二特征“之下”、“下方”和“下面”可以是第一特征在第二特征正下方或斜下方,或仅表示第一特征水平高度小于第二特征。
除非另有定义,本申请的说明书所使用的所有的技术和科学术语与属于本申请的技术领域的技术人员通常理解的含义相同。在本申请的说明书中所使用的术语只是为了描述具体的实施方式的目的,不是旨在于限制本申请。本申请的说明书所使用的术语“及/或”包括一个或多个相关的所列项目的任意的和所有的组合。
如图1-图5所示,为本申请所提供的一种晾衣机1000,该晾衣机1000包括座体11、伸缩组件600、风机组件32、架体400以及衣撑组件500。伸缩组件600的一端设置于座体11,风机组件32设置于座体11内,具有设置于座体11的底壁上的出风口102。架体400与伸缩组件600的另一端连接。衣撑组件500设置于架体400,衣撑组件500内设有风道521,风道521与出风口102对应设置,以通过伸缩组件600带动架体400朝向靠近或远离出风口 102的方向升降。对于衣撑组件500实现靠近座体11和远离座体11的两种状态的方式不做具体限制,作为可替换的实施方式,衣撑组件500不依赖架体400,直接连接在伸缩组件600上,受伸缩组件600控制发生升降,以实现靠近座体11以及远离座体11的目的。作为另一种可替换的实施方式,衣撑组件500可通过其它方式,取消伸缩组件600后,通过在地面设置升降机构,或在座体11出风口102下方制造能够产生升力的能量场也能实现靠近座体11以及远离座体11两种状态的切换。
如图2至图3所示,通过设置风机组件32以产生流动的风,并将风经由开设于座体11的出风口102排出,以便对衣物进行烘干。而内设风道521的衣撑组件500通过将风道521与出风口102对应,以在用户将衣物挂设于衣撑组件500时,衣撑52内的风道521能够将风导向至衣物内部,以从衣物的内部对衣物进行烘干。可以理解的是,衣撑52内的风道521能够将风导向至衣物内部,以减少风在空气中流动而消耗的能量,从而提高烘干衣物的效率。
值得一说的是,风道521与出风口102对应,是指出风口102所排出的风能够进入至风道521内。可以理解的是,可以将风道521连通于出风口102,以使得出风口内的风能够全部进入至风道521内。也可以将风道521与出风口102保持一定间距,使得出风口102所排出的风能够部分进入风道521内,另一部分直接由出风口102排出,而经由出风口102直接排出的风则能够吹至衣物外部。以实现由外部对衣物进行烘干,从而该晾衣机1000能够对衣物的内外两侧同时烘干,以提升烘干效率。本申请对风道521与出风口102二者的间距不做具体限制,可根据实际需要适应性选择。能够使得出风口102所排出的风至少部分进入风道521即可。作为可替换的实施方式,风道521并未正对出风口102,二者错开也可实现出风口102的风吹入风道521。
由于晾衣座体11通常装设室内屋顶,具有较高的高度,而对于老人、孩子及伤残人士等一些行动不便的用户而言,通常需要手持晾衣叉才能将衣物挂设于晾衣机1000的架体400,但晾晒多件衣物或由于潮湿而具有较大重量的衣物对于行动不便的用户是较困难的,给用户晾晒衣物来带不便。通过将伸缩组件600的一端设置于座体11,另一端连接于架体400,以便实现架体400相对于座体11的升降,以便用户对架体400进行升降,需要晾晒衣物时,可将架体400降落至合适高度,架体400高度略高于用户身高,用户只需抬手即可将衣物挂设于架体400。
值得一说的是,由于衣撑组件500设置于架体400,且风道521与出风口102对应设置,因此衣撑组件500可跟随架体400通过伸缩组件600带动架体400朝向靠近或远离出风口102的方向升降。当用户需要晾晒衣物时,通过伸缩组件600带动架体400以及设置于架体400的衣撑52降下至合适高度,用户即可将衣物挂设于衣撑组件500。当用户将衣物挂设完成后再通过伸缩组件600带动架体400以及衣撑52升至预设高度,以将衣撑组件500的风道521连通于出风口102。
在一些实施例中,请一并参阅图12和图13,晾衣机1000包括用于产生烘干热风的晾衣机本体1001、用于连接晾衣机本体1001和衣撑组件500的悬吊装置,悬吊装置包括呈矩形的主框架以及连接主框架与晾衣机本体1001的伸缩组件600。衣撑组件500固定安装于主框架内框,伸缩组件600为多个串联连接的四连杆结构,其通过伸缩活动改变主框架与衣撑组件500到晾衣机本体1001的距离,同时也能改变主框架与衣撑组件500到地面的距离。
在本实施例中,伸缩组件600包括电机(图未示)及剪刀架组件61,剪刀架组件61连接于电机的输出轴,以通过电机驱动剪刀架组件61的收缩,从而实现伸缩组件600带动架体400的升降。具体的,剪刀架组件61包括剪刀架和钢丝绳,钢丝绳连接于电机的输出轴,以通过电机带动钢丝绳收缩,从而实现伸缩组件600带动架体400的升降。在其他实施例中,也可以通过伸缩轴来替换剪刀架组件61以实现架体400的升降。本申请不限制伸缩组件600的具体形式,只要能够实现伸缩组件600带动架体400的升降即可。此外,也可无需设置电机,仅通过手动的方式来收缩或延伸剪刀架组件61。
如图4及图11所示,为本申请提供的两个实施例,衣撑组件500包括支架51和衣撑52,支架51可拆卸地设置于架体400,衣撑52设置于支架51,衣撑52内设有风道521。当用户不需要通过衣撑52烘干衣物时,设置于架体400的衣撑52则占据了架体400的一定空间而影响其他衣物的放置(如只晾晒被褥时,此时无需使用衣撑52的烘干功能),实用性较差。通过将支架51可拆卸地装设于架体400,并将支架51设置于支架51,可供用户根据实际需要将支架51及衣撑52装设于架体400,从而提高该衣撑组件500的实用性。
如图4至图7,衣撑52一体成型于支架51。通过将衣撑52一体成型于支架51,不仅使得将衣撑52与支架51一体设置,有效减少该衣撑组件500装配时间而降低生产成本,而且相较于通过卡接、粘接等连接方式,将衣撑52与支架51一体设置也使得衣撑组件500具有更高的强度,从而更不易于损坏。
具体地,支架51包括支架座511和自支架座511延伸的连接杆512,连接杆512设于架体400,支架座511上设有与出风口102相对的送风风道5111。衣撑52为多个,多个衣撑52沿着支架座511的长度方向一体成型于支架座511,风道521与送风风道5111连通。送风风道5111与衣撑52一一对应设置,可以对晾晒于每个衣撑52的衣服进行烘干处理,烘干效果好。
支架座511开设的送风风道5111能够连通于衣撑52的风道521,当支架51装设于晾衣机1000时,支架座511的送风风道5111则对应或连通于晾衣机1000的底壁的出风口102,出风口102所排出的风经由送风风道5111进入风道521。以在衣物挂设于衣撑52时,风道521内的风能够排至衣物内部,从而在衣物的内部对衣物进行烘干。而将衣撑52设置为多个则能够提升衣撑组件500挂设衣物的数目。本申请不限制衣撑组件500具有的衣撑52的数目,可以为一个、三个、五个、以及七个或者其他数目。
在图9至图11所提供的实施例中,衣撑52可拆卸地卡接于支架51。由于用户晾晒衣物的数目会随着季节的变化发生增减。例如处于较为炎热的夏季,用户穿着衣物的数目较少,需要洗涤及晾晒的衣物数目也较少,较小尺寸的架体400即可满足需求。而处于较为寒冷的秋冬季节时,用户穿着衣物数目也相应增加,因此,需要洗涤以及晾晒的衣物也增加。当用户需要拓展架体400挂设衣物的数量时,可根据需要将支架51装设于架体400,并将衣撑52拆卸下来,以便支架51将衣物挂设于支架51进行晾晒。从而能够进一步地提升用户的多种使用场景,实用性较高。
进一步地,支架51包括杆部513和与自杆部513的端部延伸的配合部514,配合部514与架体400连接。通过在杆部513的端部设置配合部514,以便于支架51通过配合部514可拆卸地装设于架体400,从而实现对于架体400的拓展。如图9至图10所示,可选地,该支架51包括两个配合部514,两个配合部514分别设置于杆部513的两端,配合部514可拆卸地搭设于相邻的两个支架51。即可实现在用户需要搭载较多数目的衣物时,直接将支架51横置于架体400,杆部513能够提供位置供用户挂设衣撑52或直接挂晒衣物,以实现对于衣架的拓展。
具体地,如图9至图10所示,杆部513上设有卡槽525或凸起5131中的一者,衣撑52上设有二者中的另一者。通过在杆部513设有卡槽525或凸起5131,以衣撑52对应设有凸起5131或卡槽525,以通过凸起5131与卡槽525的卡接实现衣撑52与支架51的可拆卸连接。在本实施例中,卡槽525开设于衣撑52,凸起5131设置于杆部513。本申请不限制卡槽525与凸起5131的具体形式以及具体位置,只要卡槽525与凸起5131能够实现卡接,以使衣撑52可拆卸地装设于支架51的杆部513即可。
进一步地,如图11所示,衣撑52包括中空的连接部522和与连接部522连接的支架部523,支架部523内设有第一导风风道5231。通过设置连接部522以便该衣撑52与外部结构适配,通过设置支架部523则能够便于衣物挂设于该衣撑52。在中空的连接部522连接于晾衣机1000时,中空的连接部522能够将晾衣机1000的出风口102吹出的风引入至支架51的第一导风风道5231,再经由第一导风风道5231的出风口102排出,实现衣撑52引导出风口102的风进入衣物内部。
具体地,衣撑52还包括多个隔片524,多个隔片524设置于支架部523的内壁,以将风道521分割为多个第一导风风道5231。为了防止风道521导出的热风过于集中而只能对衣物的局部进行烘干,从而无法均匀地烘干衣物,同时也导致如衣袖等位置无法进行烘干的问题。通过在支架部523内设置隔片524,以分割风道521为多个第一导风风道5231。多个第一导风风道5231能够将风道521内的风均匀分隔,并将第一导风风道5231指向衣物内部的不同位置,如衣物两侧的衣袖及腋窝处,从而对较难烘干的位置进行烘干。可选地,隔片524一体成型于支架部523。
进一步地,隔片524包括引流部5242和导向部5241,导向部5241连接于引流部5242,导向部5241自引流部5242朝向第一导风风道5231的末端方向弯折延伸。通过设置引流部5242以将风道521内的风逐渐向靠近第一导风风道5231末端的方向流动,而通过设置导向部5241以便导向部5241能够引导来自引流部5242的风转向至预设位置,从而便于第一导风风道5231的末端位置及角度的设定。可以理解的是,上述预设位置可以为衣物的腋窝处及衣袖处,将第一导风风道5231的末端指向衣物的腋窝处及衣袖处等难以烘干的位置,则有效提升该衣撑52对于衣物的烘干效果。
如图4至图6所示,衣撑组件500还包括活动臂53以及调节结构54,活动臂53可活动地设于支架部523。调节结构54设于活动臂53与支架部523之间,以使得活动臂53相对于支架部523具有展开状态和收缩状态。由于尺码较小的儿童衣物与尺码较大的成年人衣物的肩宽不同,通过设置活动臂53,以便该衣撑组件500能够适配于不同尺码的衣物,以提升该衣撑组件500的通用性。
而通过设置调节结构54,并将调节结构54设于活动臂53与支架部523之间,以便调节活动臂53相对于支架部523位置及状态,如将活动臂53朝向远离支架座511一侧移动一定距离即可处于展开状态,而将活动臂53朝向靠近支架座511一侧移动一定距离即可处于收缩状态。在本实施方式中,调节结构54为滑轨和适配于滑轨的滑槽,滑轨及滑槽的其中一者设置于活动臂53,另一者设置于支架部523。可以理解的是,调节结构54也可以为铰链结构以将活动臂53转动连接于支架部523。
当挂设较大尺寸的衣物时,将活动臂53沿支架部523的长度方向朝远离支架座511的一侧移动即可使得活动臂53处于展开状态从而适配较大尺寸的衣物,将活动臂53将活动臂53沿支架部523的长度方向朝靠近支架座511 的一侧移动即可使得活动臂53处于收缩状态从而适配较小尺寸的衣物。本申请对活动臂53的尺寸以及调节结构54的具体形式不做具体的限制,只要能够实现衣撑组件500调节活动臂53的状态以适配较大尺码或较小尺码的衣物即可。
进一步地,活动臂53设有第二空腔531,第二空腔531与风道521连通。通过活动臂53开设第二空腔531,第二空腔531连通于风道521,使得在晾晒较大尺码衣物时,第二空腔531能够延伸至较大尺码衣物的衣袖处,以使得能够对较大尺码衣物的衣袖进行烘干。
参阅图12、图13和图18,在一些实施例中,衣撑组件500包括分体成形的支架51以及衣撑52。支架51与主框架以可拆或不可拆方式固定连接,并且与衣撑52可拆卸连接。支架51用于提供供衣撑52悬挂安装的附着部位,包括固定连接的支架座511以及连接杆512。支架座511为内部中空结构,其内部中空区域形成送风风道,送风风道将支架座511靠近晾衣机本体1001的一侧和靠近衣撑52的一侧均贯通,其中支架座511靠近衣撑52的一侧被送风风道贯通形成送风出口41。连接杆512包括两个相对支架座511外侧突出设置的悬置连接杆,两个悬置连接杆相对远离支架座511的两端与主框架中相对设置的内框固定连接。可选地,两个悬置连接杆分别凸设于支架座511相背设置的两侧,并且沿相反方向外延。
衣撑52用于撑展衣物,包括固定连接的衣撑单元52a以及勾挂单元52b,衣撑单元52a包括两个均相对勾挂单元52b向外突出设置的挂衣支撑部,两个挂衣支撑部相对远离勾挂单元52b的两端形成衣撑52的两个端部。可选地,两个挂衣支撑部分别沿相反的方向相对勾挂单元52b外延突出,勾挂单元52b位于衣撑52的两个端部的连线的中部位置。本申请附图所示实施例中,衣撑单元52a通过伸入衣物内并直接接触衣物的方式来撑展衣物,无论撑展上衣还是撑展裤、裙等,勾挂单元52b始终外露于衣物。可以理解,衣撑单元52a不必一定以伸入衣物内接触衣物的方式来撑展衣物,例如,可以在衣撑单元52a上设置多个夹子,衣物被夹子夹紧后吊挂在衣撑52上。
请一并参阅图17和图34,无论怎样选择衣撑单元52a撑展衣物的方式,衣物被撑展后,勾挂单元52b均外露于衣物,因此更便于勾挂单元52b和支架座511形成固定适配。之所以支架座511与勾挂单元52b固定适配,一方面是连接支架51与衣撑52的需要,另一方面,衣撑52为内部中空的结构,其内部中空区域形成第一导风风道,第一导风风道将衣撑52靠近支架51的一侧贯通形成空腔进口5211a。为了提高聚风效果,第一导风风道可选将勾挂单元52b配合支架座511的一侧贯通形成空腔进口5211a,当支架座511与勾挂单元52b固定适配时,空腔进口5211a与送风出口41连通并且密封配合,送风风道内的热风将全部流向第一导风风道。此外,第一导风风道还将衣撑52远离支架51和晾衣机本体1001的一侧贯通形成空腔出口5231b,热风通过空腔出口5231b直接吹向衣物。
可选的,在本申请附图所示的实施例中,衣撑52还开设有肩部风口44,肩部风口44位于衣撑52的两端,也即两个挂衣支撑部分别相对远离勾挂单元52b的两端。具体地,肩部风口44的数量为多个并且呈蜂窝状排布,其中一部分肩部风口44朝向支架51开设,另一部分肩部风口44朝向衣撑52两端外侧开设。肩部风口44的设置使得有一部分热风能够吹向衣物的领口、肩部或者腰口附近,加快衣物上部的烘干。
晾衣机本体1001相对靠近悬吊装置与衣撑组件500的一侧为晾衣机本体1001的风机出口321,晾衣机本体1001风机出口321通过通风道与支架座511的送风出口41连通,进而连通送风风道。通风道可以由软质塑胶管形成。在通风道与送风风道连通的基础上,支架座511与勾挂单元52b固定适配时,通风道随即连通第一导风风道。
本申请图中所示的实施例中,支架座511的数量为一个,其沿主框架的长度方向延伸,送风风道贯穿支架座511形成多个沿主框架长度方向间隔排布的送风出口41,多个送风出口41能够分别适配并连通多个衣撑52的空腔进口5211a。连接杆512以及衣撑52的数量均为多个,多个连接杆512以及多个衣撑52均沿支架座511的长度方向间隔排布,多个衣撑52的空腔进口5211a分别一一对应连通多个送风出口41。当然,在其他实施方式中,支架座511的数量也可以是多个,每个的支架座511可以只开设一个送风出口41,并与一个衣撑52的空腔进口5211a连通。
衣撑52包括设置在第一导风风道内的第一引流件和第二引流件,二者分别位于两个挂衣支撑部中,其中第一引流件的一端向空腔进口5211a延伸靠近,另一端向空腔出口5231b延伸靠近,并且向其所在挂衣支撑部中远离勾挂单元52b的一端倾斜靠近;第二引流件的一端向空腔进口5211a延伸靠近,另一端向空腔出口5231b延伸靠近,并且也向其所在的另一个挂衣支撑部中远离勾挂单元52b的一端倾斜靠近。最终,第一引流件和第二引流件将第一导风风道分成多个子风道,空腔出口5231b也被第一引流件和第二引流件分隔形成多个空腔出口5231b。通过空腔进口5211a的热风能够被第一引流件和第二引流件分成多个不同的热风支流,这些热风支流分别从不同空腔出口5231b中排出,因此扩大了热风的出风面积,进而扩大了热风烘干衣物的面积。
请参阅图34、图35,第一引流件包括至少一个向衣撑单元52a其中一端倾斜靠近的第一引流板62a,第二引流件包括至少一个向衣撑单元52a另一端倾斜靠近的第二引流板62b,这些第一引流板62a和第二引流板62b以勾挂单元52b和空腔进口5211a为中心呈放射状分布,这样就可以实现热风支流呈放射趋势流动,由此衣撑52远离支 架51的一侧的各个位置都能排出热风,从而提高烘干衣物的效果和效率。
在一些实施方式中,支架座511与勾挂单元分别包括悬吊部112以及勾挂部222,衣撑52相对于支架51的位置包括固定位和预装位,勾挂部222在衣撑52处于固定位时勾连悬吊部112,并且可以在衣撑52处于预装位时脱离悬吊部112。具体地,当衣撑52处于固定位时,勾挂部222至少有一部分能够到达悬吊部112相对远离地面的一侧,然后承载于悬吊部112远离地面的一侧,由此悬吊部112通过承载勾挂部222的方式承载衣撑52与衣物的重量。
实施例一
请参阅图13-图16,衣撑52在支架51的底部与支架51形成可拆卸搭接配合,支架51的底部也即支架51相对远离晾衣机本体1001的位置,当衣撑52搭接于支架51底部时,衣撑52位于支架51的竖直下方,此时衣撑52相对支架51固定。衣撑52相对于支架51的位置包括预装位和固定位,衣撑52处于预装位时,用户能够顺利且无阻碍地从支架51上拆离衣撑52;衣撑52处于固定位时,衣撑52则与支架51搭接配合,此时衣撑52可以吊挂衣物。图13-图14所示的衣撑组件500中,衣撑52与支架51相互分离,此时衣撑52能够继续沿送风出口41的轴线方向相对靠近支架51运动以到达预装位;图15-图16所示的衣撑组件500中,衣撑52与支架51搭接配合,此时衣撑52处于其固定位,同时衣撑52的两个挂衣支撑部与支架51的悬置连接杆沿相同方向延伸。实施例一中,勾挂部222与悬吊部112之间的搭接配合也可以认为是一种勾连配合。
具体地,支架座511还开设有多个导向孔1131,多个导向孔1131分别为圆弧状条形孔,且多个导向孔1131共圆均布设置,送风出口41也呈圆形,且送风出口41的轴线经过多个导向孔1131所在圆的圆心。每个导向孔1131的孔壁包括均呈圆弧形的第一内侧孔壁1139和第二内侧孔壁1140,第一内侧孔壁1139到送风出口41轴线的距离大于第二内侧孔壁1140到送风出口41轴线的距离。此外支架51还包括与支架座511固定连接的悬吊部112,悬吊部112的数量与导向孔1131的数量相对应,且分别一一设置在每个导向孔1131中,具体地,每个悬吊部112均相对于每个导向孔1131的第二内侧孔壁1140突出,作为可选每个悬吊部112均直接凸设于每个导向孔1131的第二内侧孔壁1140。由此,每个导向孔1131的宽度呈现出沿该导向孔1131所在圆周向变化的趋势,也即每个导向孔1131均包括相互连通的阔口段1132以及窄口段1133,其中阔口段1132位于第一内侧孔壁1139与未设有悬吊部112的第二内侧孔壁1140之间,窄口段1133位于第一内侧孔壁1139与悬吊部112之间。
实施例一中,导向孔1131的数量为四个,值得说明的是,在其他实施方式中,导向孔1131的数量也可以是三个、两个或四个以上,甚至还可以是一个,此时导向孔1131为圆形孔;此外,导向孔1131的形状也并非一定是圆形或圆弧形,导向孔1131还可以是其他形状,甚至可以是直线形孔,送风出口41与空腔进口5211a的形状也并非一定设置为圆形;另外,导向孔1131也并不一定要围绕送风出口41开设,也可以开设于支架座511的其他位置,甚至开设于连接杆512。
衣撑52包括多个勾挂部222,开设于勾挂单元52b相对靠近支架51和晾衣机本体1001一侧的空腔进口5211a呈圆形,多个勾挂部222固定凸设于空腔进口5211a外缘,且相对于勾挂单元52b朝向支架51和晾衣机本体1001突出。同样地,多个勾挂部222共圆均布设置,空腔进口5211a的轴线经过多个勾挂部222所在圆的圆心。实施例一中,勾挂部222的数量同样为四个,与导向孔1131的数量相对应。每个勾挂部222都包括固定凸设于勾挂单元52b的勾台2221,还包括固定连接于勾台2221相对远离勾挂单元52b一端的翻边2253,翻边2253相对于勾台2221弯折并向空腔进口5211a的轴线弯折。勾挂部222的体积小于导向孔1131的阔口段1132的空间体积,因而勾挂部222能够顺利无阻碍地伸入阔口段1132。勾挂部222伸入阔口段1132时,衣撑52相对于支架51的位置恰好为预装位。图13-图16所示衣撑组件500中,只需带动衣撑52沿送风出口41的轴线相对靠近支架51运动,勾挂部222即可伸入阔口段1132内。
在勾挂部222的勾台2221穿设导向孔1131的基础上,随着用户对衣撑52和/或支架51施加外力并带动勾挂部222沿导向孔1131活动,勾台2221滑动进入窄口段1133,同时翻边2253逐渐向悬吊部112靠近,最终翻边2253到达悬吊部112相对远离衣撑52的一侧并搭接于悬吊部112。如图15-图16所示,此时悬吊部112承载勾挂部222的重量,也承载整个衣撑52和衣物的重量。可见,悬吊部112与勾挂部222的数量越多,每个悬吊部112受到的力越小,因而悬吊部112的结构更稳定,更不容易断裂失效,当然,悬吊部112与勾挂部222数量的增加是以缩短每个导向孔1131的长度,进而缩小勾挂部222的体积以及缩小勾挂部222在导向孔1131内的运动行程为代价。当翻边2253搭接于悬吊部112时,勾台2221被悬吊部112以及第一内侧孔壁1139固定夹持,此时衣撑52即处于固定位。相反地,当需要拆卸衣撑组件500时,用户对衣撑52和/或支架51施加反方向力,带动勾台2221离开窄口段1133,翻边2253跟随勾台2221同步运动并离开悬吊部112,最终勾挂部222重新返回阔口段1132,此时衣撑52再度切换至预装位,接下来只需将勾挂部222从阔口段1132中抽取出即可。
在勾挂部222于导向孔1131内滑动过程中,无论勾挂部222向阔口段1132滑动还是向窄口段1133滑动,导向孔1131的第一内侧孔壁1139与勾挂部222的勾台2221始终保持滑动接触,因而第一内侧孔壁1139形成了引导勾挂部222沿预设的圆弧形轨迹滑动的导向部113,导向部113使得衣撑52沿圆弧形轨迹在预装位与固定位之间切换。由此衣撑52与支架51之间形成了可调节的转动配合,转动中心即为导向部113的圆心线,也即空腔进口5211a/送风出口41的轴线,该轴线经过导向孔1131所在圆的圆心,用户可以旋合操作方式对衣撑52或支架51施加转动推力,因而衣撑组件500的拆卸和安装更容易操作。可以理解的是,当导向孔1131为直线形条状孔时,衣撑52与支架51之间也可以通过平面状的导向部113形成直线滑动配合,只要能够利用导向部113引导勾挂部222在窄口段1133与阔口段1132之间滑动,以切换衣撑52至预装位或固定位即可。
需要说明的是,导向部113并非只能通过导向孔1131的内侧孔壁得到,还可以在勾挂单元52b和/或支架座511上设置导向筋或导向肋得到导向部113。
进一步地,支架51与衣撑52分别设置有防脱件114与锁附件223,防脱件114与锁附件223之间形成可拆卸的固定连接。当衣撑52处于固定位并与支架51搭接配合时,防脱件114与锁附件223固定连接,此时衣撑52相对于支架51的位置被限定。即便有外部干扰,衣撑52也不会轻易离开其固定位并解除它与支架51的搭接配合。为了使衣撑组件500能够正常拆卸,防脱件114与锁附件223中至少有一者可活动,防脱件114或锁附件223通过活动避让对方,以使对方顺利与之分离,防脱件114与锁附件223分离后,衣撑52在固定位处的位置锁定被解除,用户即可切换衣撑52至预装位。可见,防脱件114与锁附件223之间的固定连接存在抗干扰上限,只要用户作用于衣撑52或支架51的力足以使防脱件114和/或锁附件223活动。
防脱件114弹性安装于支架51,具体可设置在导向孔1131的第一内侧孔壁1139,并使防脱件114相对于第一内侧孔壁1139突出。为了使防脱件114具有形变能力,防脱件114可采用弹性材料制成。参阅图16,锁附件223与勾挂部222固定连接,锁附件223具体可设置于勾台2221,并相对于勾台2221突出设置。在勾挂部222于导向孔1131内活动的过程中,防脱件114具有两种受力压缩形变状态,分别是第一压缩状态和第二压缩状态,其中第二压缩状态下防脱件114积蓄的弹力大于第一压缩状态下防脱件114积蓄的弹力。当衣撑52处于固定位并与支架51搭接配合时,防脱件114正处于第一压缩状态并固定抵接锁附件223,此时防脱件114与悬吊部112共同夹持勾台2221与锁附件223;而在勾挂部222即将搭接于悬吊部112,或者勾挂部222即将脱离悬吊部112时,防脱件114受到锁附件223的挤压抵持作用进一步压缩从而切换至第二压缩状态,此时防脱件114让位锁附件223,同时让位勾挂部222向阔口段1132运动,或者让位勾挂部222完全进入窄口段1133。
可选的,为了使防脱件114与悬吊部112能够更加稳定牢固地夹持锁附件223与勾台2221,锁附件223与悬吊部112相对设置,由此进一步缩小了窄口段1133的宽度尺寸。同时,锁附件223固定凸设于勾台2221背离悬吊部112的一侧,防脱件114相对靠近悬吊部112的一侧设有限位凹腔1144,限位凹腔1144的空间形状与锁附件223的形状相适配,由此防脱件114与锁附件223之间能够形成仿形适配,二者之间能够紧密贴合固定并过盈抵接,这样有利于增大防脱件114与锁附件223之间的静摩擦力,使二者分离的难度增大,可以更好地抵抗一般性的外力干扰,特别是当气流吹动衣物时,即便衣物摇摆也不会造成衣撑52意外脱离固定位。当然,也可以将锁附件223设置为可动结构,将防脱件114设置为可动结构。
进一步地,支架51与衣撑52还分别设有第一磁吸件31a与第二磁吸件32a,第一磁吸件31a安装于支架座511相对靠近衣撑52的一侧,第二磁吸件32a安装于勾挂单元52b相对靠近支架51与晾衣机本体1001的一侧。第一磁吸件31a与第二磁吸件32a的数量一致,参阅图13-图16,第一磁吸件31a的数量为两个,二者环绕送风出口41均布设置,第二磁吸件32a的数量为两个,二者环绕空腔进口5211a均布设置。第一磁吸件31a与第二磁吸件32a能够相互吸附,以使衣撑52与支架51沿送风出口41的轴线相对靠近运动,当衣撑52通过磁力作用吸附于支架51底部时,衣撑52正处于预装位,接着用户对衣撑52和/或支架51施加推力以使第一磁吸件31a和第二磁吸件32a沿送风出口41的轴向相对运动,直至衣撑52处于固定位,此时第一磁吸件31a与第二磁吸件32a的相对位置如图16所示。
可见,设置第一磁吸件31a和第二磁吸件32a可以使衣撑52与支架51更容易地形成预连接,磁吸力可以抵消掉一部分衣撑52和衣物的重力,以使用户能够更省力地将勾挂部222伸入导向孔1131阔口段1132内,当衣撑52与支架51形成预连接后,用户仅需推动衣撑52,进一步调整衣撑52相对于支架51的位置,使其切换至固定位即可,无需继续承担衣撑52和衣物的重量,显著降低了用户的操作负荷;另外,即使将衣撑52再次切换至预装位,第一磁吸件31a和第二磁吸件32a之间的磁力可以再次抵消部分衣撑52与衣物的重量,这样衣撑52和衣物不会快速坠落,可以为用户抓取衣撑52和衣物留出时间,避免用户操作慌张。
可选的,支架座511朝向衣撑52的一侧还设有滑移槽1134,滑移槽1134具体可以由凸设于支架座511的凸缘 形成,其中第一磁吸件31a设置于滑移槽1134的槽底,滑移槽1134与第二磁吸件32a之间可形成滑动配合。在衣撑52处于预装位,且第一磁吸件31a与第二磁吸件32a相互吸附时,第二磁吸件32a可以沿滑移槽1134的表面相对远离第一磁吸件31a运动,直至衣撑52切换至固定位;相反地,在衣撑52处于固定位时,第二磁吸件32a也可以沿滑移槽1134的表面相对靠近第一磁吸件31a运动,直至衣撑52重新切换至预装位,切换预装位完成后第一磁吸件31a再度与第二磁吸件32a相互吸附连接。
衣撑组件500还包括设置在衣撑52内部的遮蔽导向件,遮蔽导向件位于衣撑52两端连线的中部,具体可参阅实施例五中图34-图35所示结构。烘干热风进入空腔进口5211a之后,能够在遮蔽导向件的引流作用下形成两组热风支流,两组热风支流分别从遮蔽导向件朝向衣撑52两段的两侧流动,并经过多个空腔出口5231b流出。
具体而言,遮蔽导向件包括第一遮蔽导向板51a和第二遮蔽导向板51b,其中第一遮蔽导向板51a的一端向空腔进口5211a延伸,另一端向空腔出口5231b延伸,并且向衣撑52的其中一端倾斜靠近,第二遮蔽导向板51b的一端向空腔进口5211a延伸,另一端向空腔出口5231b延伸,并且向衣撑52的另一端倾斜靠近。因而,第一遮蔽导向板51a与第二遮蔽导向板51b呈八字形布局设置,遮蔽导向件朝向衣撑52两端即为第一遮蔽导向板51a背离第二遮蔽导向板51b的外侧和第二遮蔽导向板51b背离第一遮蔽导向板51a的外侧。
进一步地,第一引流件位于其中一个挂衣支撑部内壁面与第一遮蔽导向板51a之间,第二引流件位于另一个挂衣支撑部内壁面与第二遮蔽导向板51b之间,因此,第一遮蔽导向板51a和其中一个挂衣支撑部内壁面之间形成至少一个第一导风风道分支,第二遮蔽导向板51b和另一个挂衣支撑部内壁面之间形成至少一个第一导风风道分支。
实施例二
参阅图17-图22,衣撑组件500包括快拆装结构,用于实现衣撑52与支架51之间的快速拆卸和安装,快拆装结构包括设置于衣撑52的插接组件1011、设置于支架51的限位组件1012。其中,限位组件1012设置在支架座511底部,包括相对于支架51固定设置的承接件1013,还包括相对承接件1013可活动设置的防脱件114,承接件1013与防脱件114间隔设置,二者中间形成一个尺寸固定的间隔区域,该间隔区域的尺寸与插接组件1011的总尺寸相一致;插接组件1011设置于勾挂单元52b,可选地,勾挂单元52b相对靠近晾衣机本体1001的一侧向外突出形成中空凸缘226,如图17所示,该中空凸缘226围设形成空腔进口5211a,插接组件1011固设于中空凸缘226的外周壁。
插接组件1011与限位组件1012之间形成滑动配合,插接组件1011能够接触并带动防脱件114相对支架51活动,防脱件114在插接组件1011的力作用下被迫让位插接组件1011向上述间隔区域中运动,直至插接组件1011到达防脱件114与承接件1013之间的间隔区域。插接组件1011一经到达该间隔区域便停止对防脱件114作用外力,此时防脱件114相对支架51活动复位,并最终与承接件1013共同夹持插接组件1011以限制限位组件1012从上述间隔区域内脱离。以上过程为快拆装结构安装结合的过程。
快拆装结构拆卸过程如下:首先用户对衣撑52或支架51中的至少一者施加外力,在此过程中插接组件1011与防脱件114之间的相互作用力增大,而插接组件1011与承接件1013之间的相互作用力趋于减小。当插接组件1011与防脱件114间的相互作用力足以克服防脱件114对插接组件1011的抵持力时,插接组件1011脱离承接件1013,而防脱件114被迫相对支架51活动并让位插接组件1011脱离上述间隔区域,直至插接组件1011完全从间隔区域内脱离,此时承接件1013与防脱件114对插接组件1011的限位夹持解除,插接组件1011可以直接脱离限位组件1012。快拆装结构的拆卸和安装过程中,插接组件1011与限位组件1012均沿预设的拆装轨迹相对滑动。因而每次拆卸快拆装结构时都可以沿确定的拆装轨迹带动支架51与衣撑52相对活动,对于安装快拆装结构同理。
具体地,限位组件1012开设有导向沉槽1135,如图19、图21-图22所示,导向沉槽1135为开设于支架座511相对靠近勾挂单元52b一侧的圆形沉槽,勾挂单元52b的中空凸缘226以及位于中空凸缘226外周壁的插接组件1011能够插接伸入导向沉槽1135内,伸入之后使得导向沉槽1135与中空凸缘226以及空腔进口5211a同心设置。限位组件1012的数量为两个,两个限位组件1012关于导向沉槽1135/中空凸缘226的轴线中心对称,插接组件1011的数量同样为两个,并且二者关于导向沉槽1135/中空凸缘226的轴线中心对称。导向沉槽1135具有朝向勾挂单元52b的沉槽底壁1136,还具有用于以导向沉槽1135轴线为中心周向适配中空凸缘226周壁的沉槽侧壁1137。
沉槽底壁1136与沉槽侧壁1137形成与插接组件1011滑动配合的导向部113,导向部113限定出令插接组件1011沿以导向沉槽1135/中空凸缘226的轴线为中心相对限位组件1012滑动的圆弧形轨迹,如此用户可以通过对衣撑52施加转矩的方式将衣撑52与支架51旋合安装或者旋合拆卸。沉槽底壁1136通过止挡插接组件1011和中空凸缘226,限制插接组件1011伸入导向沉槽1135内部的深度,以确保插接组件1011能够准确到达承接件1013与防脱件114之间的间隔区域内。实施例二中,承接件1013与防脱件114均设置在导向沉槽1135中,因此二者之间的间隔区域恰好属于导向沉槽1135的一部分,故旋合安装衣撑组件500的过程即为带动插接组件1011滑动进入间隔区域的过 程,旋合拆卸衣撑组件500的过程即为带动插接组件1011滑动离开间隔区域的过程。
可以理解,导向沉槽1135还可以设置为多个,多个导向沉槽1135分别为共圆设置的圆弧形沉槽,导向沉槽1135也可以开设于插接组件1011;另外,形成导向部113的方式并不仅限于在限位组件1012或插接组件1011上开设沉槽,还可以在限位组件1012或插接组件1011上设置导向滑块获得导向部113,导向部113所限定出的拆装轨迹也不一定是圆弧形轨迹,也可以是其他形状的轨迹,例如直线段形,只要能够通过设置导向部113限定出确定的拆卸和安装轨迹,以使用户每次都能以相同的操作拆卸或安装衣撑组件500即可。
为了使防脱件114在插接组件1011的力作用下产生避让运动,以避让插接组件1011进入或离开间隔区域,防脱件114弹性可动地设置在导向沉槽1135内。如图19所示,限位组件1012开设有连通导向沉槽1135的收容槽118,防脱件114包括挡块1141以及弹性件1142,弹性件1142位于收容槽118内,弹性件1142的两端分别连接挡块1141与限位组件1012,挡块1141至少有一部分位于收容槽118内。在没有外力作用下,弹性件1142抵持挡块1141,使得挡块1141有一部分位于导向沉槽1135内,而在插接组件1011抵接推动挡块1141时,弹性件1142受压收缩形变,挡块1141被插接组件1011推入收容槽118内,此时挡块1141不再阻挡插接组件1011沿导向部113进行圆弧形滑动,因而能够进入或退出间隔区域。可选地,挡块1141设置有斜楔面1143,斜楔面1143与弹性件1142的伸缩方向相交,插接组件1011抵接斜楔面1143时,会对挡块1141产生使弹性件1142压缩形变的力分量。当然,防脱件114还可以直接采用弹性材料制成并直接固定于限位组件1012中。
可选的,插接组件1011包括相对固定且间隔设置在中空凸缘226外周壁的勾挂部222以及推压部2231,其中勾挂部222用于固定抵接承接件1013,推压部2231用于活动抵接防脱件114以使防脱件114让位推压部2231进入或退出间隔区域,在勾挂部222固定抵接承接件1013时,推压部2231与防脱件114固定抵接。图21示出了插接组件1011伸入导向沉槽1135时,限位组件1012与插接组件1011的相对位置关系,此时勾挂部222伸入承接件1013与防脱件114之间的间隔区域内,而推压部2231则位于防脱件114相对远离承接件1013的一侧,衣撑52此时处于预装位。接着对衣撑52和支架51施加转矩,带动插接组件1011沿导向部113滑动,并使勾挂部222逐渐靠近承接件1013,直至限位组件1012与插接组件1011的相对位置关系切换至图22所示状态,此时衣撑52处于固定位,勾挂部222与推压部2231均位于间隔区域中,勾挂部222固定抵接承接件1013,同时防脱件114固定抵接于推压部2231相对远离勾挂部222的一侧,并且限制勾挂部222脱离承接件1013。
间隔设置的勾挂部222与推压部2231使得插接组件1011抵持挤压防脱件114的面积显著减小,因此显著缩短了插接组件1011抵持挤压防脱件114的时间,而插接组件1011抵持挤压防脱件114的时间正是推压部2231与挡块1141抵接和相对滑动的持续时间。例如,在推压部2231进入防脱件114与承接件1013之间的间隔区域之前,挡块1141一直位于勾挂部222与推压部2231之间,如图21所示,类似地,当推压部2231退出间隔区域后,即使勾挂部222仍留在间隔区域内,也不影响插接组件1011与限位组件1012的正常分离。这样可以更好地保护防脱件114,避免弹性件1142长时间受压而收缩,以使得弹性件1142能够对挡块1141提供更好的弹性支撑作用,令挡块1141能够在导向沉槽1135内可靠稳定地抵持推压部2231。
作为可选,推压部2231设置有推压曲面2232,推压曲面2232可以是柱面、球面或椭球面等,推压部2231通过推压曲面2232接触挡块1141的斜楔面1143从而致动防脱件114弹性活动,这样可以进一步减小推压部2231与挡块1141的接触面积,二者之间形成线接触或面接触,进而可以减轻磨损程度、降低摩擦阻力。
承接件1013包括固定连接的悬吊部112以及导向部113,导向部113固定凸设于导向沉槽1135的沉槽底壁1136,悬吊部112固定连接于导向部113相对远离沉槽底部的一端,并与沉槽底壁1136之间形成插接间隙1138。勾挂部222伸入导向沉槽1135后,在抵接沉槽底壁1136的状态下沿沉槽底壁1136滑动,当勾挂部222伸入插接间隙1138时,勾挂部222搭接于悬吊部112,从而与悬吊部112形成勾连,由此悬吊部112可以为勾挂部222提供竖直向上的支撑力,使得承接件1013可以承担更大的负荷,这对于衣撑52承载大重量衣物时有积极效果。可选的,当勾挂部222搭接于悬吊部112时,悬吊部112与沉槽底壁1136共同固定夹持勾挂部222,由此可以消除插接组件1011与限位组件1012之间的晃动间隙,确保衣撑52承载衣物的稳定性。当需要拆卸衣撑组件500时,只需带动勾挂部222脱离悬吊部112,即可使插接组件1011脱离承接件1013。
承接件1013与插接组件1011抵接的可实现方式多样,可选的,当勾挂部222伸入插接间隙1138之后,可以通过止挡部115抵接勾挂部222以限位止挡插接组件1011。或者,插接组件1011还包括与勾挂部222固定连接的凸肋2222,凸肋2222固设于中空凸缘226外周壁,悬吊部112在勾挂部222伸入插接间隙1138之后抵接凸肋2222,从而限位止挡插接组件1011。当然,也可以同时采用悬吊部112抵接凸肋2222和止挡部115抵接勾挂部222的方式限位止挡插接组件1011。
值得说明的是,虽然实施例二采用了限位组件1012均设置于支架51,具体是设置在支架座511,插接组件1011 均设置于衣撑52,具体是设置在勾挂单元52b的中空凸缘226的结构设计,实际上限位组件1012与插接组件1011的设置位置还可以互换,而并不仅限于上述具体方案。
实施例三
参阅图23-图26,支架51还设置有插槽23a,插槽23a位于支架座511底部,也即支架座511相对靠近衣撑52和地面的部分,衣撑52还包括插块13a,插块13a位于勾挂单元52b相对靠近支架51和晾衣机本体1001的部分,插槽23a和插块13a分别相对支架51和衣撑52固定设置,二者之间形成可拆卸的凹凸配合。支架51与衣撑52通过插槽23a与插块13a形成凹凸配合固定连接,解除凹凸配合后支架51与衣撑52相互分离。
具体地,插块13a包括滑动块131a以及限位块132a,如图23-图24所示,滑动块131a与限位块132a均为相对于勾挂单元52b外壁凸出的凸缘,其中滑动块131a的数量为两个,两个滑动块131a分别凸设于勾挂单元52b相背设置的两侧,限位块132a凸设于勾挂单元52b中的另一侧,不与其中任意一个滑动块131a位于勾挂单元52b的同一侧;插槽23a包括导向槽231a以及限位槽232a,导向槽231a与限位槽232a均设置在支架座511底部,其中导向槽231a的数量为两个,二者并排延伸并且能够分别与两个滑动块131a适配形成滑动配合,两个限位槽232a的槽底相向设置从而分别适配两个滑动块131a的外缘,限位槽232a与限位块132a能够适配并形成固定抵接,限位槽232a与限位块132a固定抵接时,送风出口41与空腔进口5211a密封适配连通。
实施例三中,形成导向槽231a槽壁的壁板包括凸设于支架座511底部的第一壁板,还包括与第一壁板相对远离支架座511的一边连接、并与第一壁板弯折成角的第二壁板,第二壁板负责承载插块13a。导向槽231a的延伸方向与限位槽232a的延伸方向相互垂直,随着导向槽231a与滑动块131a之间滑移接触的区域逐渐增大,限位块132a逐渐靠近限位槽232a的槽底壁,直至限位块132a抵接限位槽232a槽底,此时导向槽231a与滑动块131a之间不再继续滑移,滑动块131a和限位块132a分别与导向槽231a和限位槽232a形成凹凸配合。当然,导向槽231a的延伸方向与限位槽232a的延伸方向相互垂直仅仅是一种可选方案,而并非必要设置,在其他实施方式中,导向槽231a的延伸方向与限位槽232a的延伸方向也可以斜交,只要二者的延伸方向相交,使得限位槽232a与限位块132a能够相互抵接并限制滑动块131a与导向槽231a继续相对滑移即可。
两个导向槽231a的槽底分别为两个第一壁板相互靠近对方的两个侧面,需要说明,两个限位槽232a的槽底也可以相背设置,在这种情况下,两个限位槽232a的槽底分别与两个插块13a相向设置的两侧适配,勾挂单元52b内部可以设置中空区域,两个滑动块131a可以分别凸设于勾挂单元52b中相向设置的两个内壁,或者,两个滑动块131a可以分别由勾挂单元52b靠近支架51一侧的两个相对设置的外缘延伸弯折形成,两个滑动块131a的末端相互靠近弯折。值得注意的是,设置两个并行延伸的导向槽231a或者两个并行延伸的滑动块131a不是实现本申请目的的必要设置,导向槽231a与滑动块131a的数量也可以是一个或者更多,甚至还可以省去导向槽231a与滑动块131a,仅通过限位槽232a与限位块132a形成可拆卸凹凸配合,或者省去限位槽232a与限位块132a,仅通过导向槽231a与滑动块131a形成可拆卸凹凸配合。
进一步地,支架51还包括同样固定设置在支架座511底部的引入件14a,引入件14a自插槽23a的槽底向远离插槽23a的方向延伸,引入件14a相对远离插槽23a槽底的一端形成对位部141a,对位部141a相对于支架座511外凸,同时向远离支架座511的方向倾斜。对位部141a向外突出设置,能够起到临时承载插块13a,特别是承载滑动块131a的作用。对位部141a相对远离衣撑单元52a并靠近晾衣机本体1001的一侧为斜面,对位部141a的末端到晾衣机本体1001的距离大于对位部141a连接支架座511的一端到晾衣机本体1001的距离,当然,对位部141a相对靠近晾衣机本体1001的一侧还可以设置曲面,无论设置为斜面还是曲面,对位部141a均通过该侧临时承载插块13a。引入件14a中相对远离对位部141a的一端则向插槽23a的槽底壁延伸靠近,如图23、图25所示,引入件14a向导向槽231a的槽底延伸靠近,并与导向槽231a的槽壁直接连接,具体可以是连接第一壁板与第二壁板中的至少一者,引入件14a相对远离对位部141a的一端指向限位槽232a的槽底。
设置引入件14a的作用是:1)在插块13a与插槽23a接触或形成适配之前,由引入件14a先行接触插块13a,并通过对位部141a临时承载插块13a,为插块13a与插槽23a形成适配作好准备,免除用户为了使插块13a能够顺利伸入插槽23a而谨慎调节衣撑52和支架51之间相对位置的操作;2)在插块13a承载于对位部141a的基础上,用户只需向衣撑52施加推力,引入件14a便可以引导插块13a沿着预设的活动轨迹顺利无障碍地进入插槽23a内,具有限制衣撑52与支架51之间无助于固定连接的相对运动、同时释放二者之间有助于固定连接的相对运动的作用,用户无需谨慎控制其作用于衣撑52上的推力方向,施力方向偏差可以被引入件14a限制并纠正克服。
当插槽23a与插块13a形成凹凸配合之后,插块13a也可以不再连接引入件14a,可见,引入件14a并非是使插槽23a和插块13a形成和维持凹凸配合的必要设置,因此,在其他的实施方式中,也可以省略引入件14a。
可选的,插块13a为磁性件,引入件14a与插槽23a中至少有一者为磁性件,插块13a可以和引入件14a磁吸 连接以增强引入件14a临时承载插块13a的稳定性,插块13a也可以与插槽23a磁吸连接,以增强二者凹凸配合后的连接紧密度和牢固度,从而提高衣撑52在支架51中的连接可靠性,避免凹凸配合意外解除。
可选的,在一些实施方式中,连接杆512的长度方向与插槽23a的延伸方向一致,如上所述,连接杆512包括分别凸设于支架座511相背两侧的悬置连接杆,作为可选,两个悬置连接杆沿同一直线延伸,且二者与导向槽231a的延伸方向相平行。当用户对衣撑52施加推力时,插块13a通过摩擦插槽23a作用于支架51的力可以由悬置连接杆抵消平衡,此时其中一个悬置连接杆承受压力,另一个悬置连接杆承受拉力,无论哪个悬置连接杆都不会受弯曲或扭转力,这样悬置连接杆与支架座511连接部位处不会有明显的应力集中,可以预防衣撑组件500长期使用后在悬置连接杆与支架座511连接部位处产生疲劳损坏。
可选的,衣撑组件500还可以设置锁合部与扣合部,锁合部能够以可活动连接方式连接支架51与衣撑52中的一者,扣合部可以连接支架51与衣撑52中的另一者,二者之间能够形成可拆卸卡接固定。在插块13a与插槽23a形成凹凸固定配合后,扣合部与锁合部通过卡接固定进一步巩固衣撑52与支架51的连接牢固性,并进一步锁定二者的相对位置,避免插块13a与插槽23a意外滑动,或者通过拆分以解除衣撑52与支架51相对位置的锁定,从而允许插块13a与插槽23a再次活动并解除凹凸配合。作为可选,锁合部可以设置在勾挂单元52b,扣合部可以设置在支架座511。
实施例三中,插块13a相当于实施例一与实施例二中的勾挂部222,而插槽23a槽壁相当于实施例一与实施例二中的悬吊部,当衣撑52与支架51固定连接时,插块13a搭接于插槽23a槽壁。
需要说明,插块13a不一定要设置在衣撑52,插槽23a也不一定要设置在支架51,在其他实施例中,二者的位置也可以互换;出于方便连接和拆卸的需要,插槽23a或插块13a的位置可选设置在支架座511或者勾挂单元52b。
实施例四
参阅图27-图30,支架51还包括主对位件116,其中支架座包括主锁合件110,衣撑52还包括副对位件224,其中勾挂单元包括副锁合件220。主对位件116与副对位件224可拆卸的活动连接,使得衣撑52与支架51能够借由主对位件116与副对位件224的相对活动而活动,或者借由主对位件116与副对位件224的拆卸而相互分离。主锁合件110与副锁合件220则形成可拆卸的固定连接,使得衣撑52与支架51能够借由主锁合件110与副锁合件220的固定连接而切换至相对固定,以限制衣撑52相对支架51活动,此时主对位件116与副对位件224之间也保持相对固定,衣撑52与支架51之间形成多点固定,或者衣撑52与支架51能够借由主锁合件110与副锁合件220拆分而允许主对位件116与副对位件224之间能够再次相对活动,以允许衣撑52相对支架51活动。需要说明的是,只有主对位件116与副对位件224连接,主锁合件110才有可能与副锁合件220固定连接。
具体地,主锁合件110包括吊接本体111以及突出于吊接本体111的托载部1101,吊接本体111内部中空用以形成送风风道,送风出口41开设于吊接本体111相对靠近衣撑52的一侧,副锁合件220包括勾挂本体221以及突出于勾挂本体221的突翘部2201,勾挂本体221内部中空用以形成第一导风风道的一部分,空腔进口5211a开设于勾挂本体221相对靠近支架51的一侧。实施例四中,托载部1101可活动地连接于吊接本体111,突翘部2201则固定连接于勾挂本体221。托载部1101与突翘部2201能够形成搭接配合,在主对位件116与副对位件224连接的基础上,随着用户托载衣撑52并对其施力,使之相对支架51运动并带动勾挂本体221靠近吊接本体111并适配吊接本体111,突翘部2201逐步接近托载部1101,随后突翘部2201接触托载部1101并带动托载部1101相对吊接本体111活动,托载部1101先是被突翘部2201施力以避让突翘部2201活动,随后托载部1101与突翘部2201固定连接,这时勾挂本体221固定抵接吊接本体111,也就意味着主锁合件110与副锁合件220固定连接。
此处需要说明的是,当勾挂本体221固定抵接吊接本体111时,二者形成正确适配,此时送风出口41与空腔进口5211a密封连通,意味着送风风道内的烘干热风此时能够全部进入衣撑52内的第一导风风道中,不会在空腔进口5211a或送风出口41开口处发生外泄。
当需要拆卸衣撑52与支架51时,用户首先对衣撑52和支架51分别施力,突翘部2201再次带动托载部1101相对吊接本体111活动,与之前不同,此时托载部1101在突翘部2201的力作用下避让突翘部2201,并允许突翘部2201与之脱离,二者脱离的同时勾挂本体221也脱离吊接本体111,故此时主锁合件110与副锁合件220切换至拆卸状态。因此衣撑52与支架51之间的多点固定被破坏,在没有主锁合件110与副锁合件220固定连接的限制下,主对位件116与副对位件224重新切换至可相对活动状态,二者能够通过相对活动而重新分离,由此完成了衣撑52与支架51的拆卸。
请参阅图27-图28,主对位件116与副对位件224之间形成可拆卸分离的转动连接,且二者之间具有一预设的转动中心,如图28所示虚线R,该虚线即为主对位件116与副对位件224之间相对转动的转动中心。主对位件116与副对位件224相对转动同时,衣撑52与支架51之间也以相同的转动中心转动。用户在安装衣撑组件500时,首 先将主对位件116与副对位件224连接,此时衣撑52的两端在竖直方向上具有高度差,接着在保持主对位件116与副对位件224活动连接的状态,带动衣撑52绕预设转动中心转动,衣撑52两端的高度差随之减小,直至勾挂本体221与吊接本体111固定抵接。需要说明,主对位件116与副对位件224之间的活动连接并不仅限于转动连接,还可以是弹性连接、滑动连接。
可选的,主对位件116为设置于吊接本体111靠近衣撑52一侧边缘的弯折板,副对位件224为凸设于勾挂本体221的凸缘,副对位件224首先通过勾连搭接在主对位件116的弯折板上方实现与副对位件224活动抵接,二者之间形成线接触。在副对位件224搭接在主对位件116的状态下,衣撑52能够以主对位件116与副对位件224之间的接触线所在直线为转动中心转动。可以理解,主对位件116与副对位件224之间形成转动连接的方式多样,例如可以分别针对主对位件116与副对位件224设置枢轴和枢套,枢轴与枢套同轴设置并形成枢转配合,也即枢轴和枢套之间的接触面呈柱面,此时预设枢转中心即为枢轴和枢套的轴线。为方便拆卸,枢套与枢轴的端部形成枢转配合。
可选的,托载部1101弹性连接于吊接本体111,且至少具有弹性避让状态以及弹性复位状态。图27-图29所示衣撑组件500中,托载部1101处于弹性复位状态,图30所示衣撑组件500中,托载部1101处于弹性避让状态。托载部1101在弹性复位状态下承接突翘部2201,并与突翘部2201形成固定勾连;而在突翘部2201与托载部1101完全分离,且吊接本体111与勾挂本体221脱离的状态下,托载部1101再次切换至弹性复位状态。在主对位件116与副对位件224连接基础上,随着用户托载衣撑52相对支架51活动,突翘部2201首先抵接至托载部1101靠近地面的一侧(也即托载部1101靠近衣撑52的一侧),随着抵接力增大,托载部1101克服弹力发生形变以避让突翘部2201的继续靠近和侵入,直至勾挂本体221与吊接本体111固定抵接,此时托载部1101能够顺利弹性复位至其弹性复位状态下的位置,形变复位后托载部1101承载于突翘部2201靠近地面的一侧,突翘部2201搭接于托载部1101。
可选的,托载部1101为转动安装于吊接本体111的刚性件,且托载部1101的一端通过弹性件与吊接本体111弹性连接,另一端的末端向靠近主对位件116和副对位件224的一侧弯折形成弯折边,托载部1101与支架座之间的铰接点位于托载部1101的两端之间,弹性件以该铰接点为支点向托载部1101远离其弯折边的一端作用弹力。用户可以向托载部1101连接弹性件的一端作用压力并压缩弹性件,以实现手动切换托载部1101至弹性避让状态。突翘部2201可以是凸设于勾挂本体221的凸缘,当突翘部2201与托载部1101固定连接时,突翘部2201靠近地面的一侧被弯折边远离地面的一侧托举支撑。弹性件可以选用扭簧,还可以选用橡胶件、金属簧片或其他类型的弹性元件。
托载部1101的弯折边上设置有导向斜面1102,位于弯折边靠近地面的一侧,突翘部2201远离地面的一侧同样设置有导向斜面1102。在用户托载勾挂本体221相对靠近吊接本体111过程中,突翘部2201通过导向斜面1102滑动抵接弯折边并带动托载部1101转动,托载部1101转动过程中压缩弹性件,以使托载部1101被迫让位突翘部2201靠近运动。当勾挂本体221固定抵接吊接本体111时,突翘部2201离开弹性复位状态时弯折边所在的位置,此时托载部1101能够无阻碍地反转复位,当其重新达到弹性复位状态时,弯折边到达突翘部2201靠近地面的一侧。显然,导向斜面1102的设置可以减轻用户手动致动托载部1101所需的力,用户甚至不需要手动按压托载部1101连接弹性件的一端,以使其切换至弹性避让状态,在推动勾挂本体221适配吊接本体111过程中,导向斜面1102可以产生迫使托载部1101转动的分力。
可以理解,托载部1101弹性连接于吊接本体111的方式并不仅限于以上方案,在其他实施方式中,托载部1101还可以是固定连接于吊接本体111的弹性件,托载部1101凭借自身受力形变以切换为弹性复位状态或弹性避让状态;此外,突翘部2201也可以设置为活动连接于勾挂本体221,托载部1101也可以设置为与吊接本体111固定连接,又或者,突翘部2201与托载部1101可以分别活动连接于勾挂本体221和吊接本体111,而并不仅限于上述方案,只要在用户托载勾挂本体221靠近吊接本体111过程中,托载部1101与突翘部2201中的至少一者能够被对方施力带动,从而使二者固定勾连或者相互脱离即可。
可选的,如上述,衣撑单元52a包括两个挂衣支撑部,二者分别相对于勾挂单元相背的两侧突出,并沿相反方向向外延伸。上述预设转动中心与两个挂衣支撑部相互远离的两端的连线交叉设置,可选为预设转动中心与两个挂衣支撑部相互远离的两端连线垂直。相比于预设转动中心与两个挂衣支撑部相互远离的两端连线平行设置,前者显然更有利于增大挂衣支撑部两端到预设转动中心的距离,在连接主对位件116与副对位件224、带动勾挂本体221转动靠近吊接本体111过程中,施力杠杆加长,因此更省力,特别是当衣物吊挂在衣撑52时,更长的杠杆可以使用户以更小的力带动衣撑52相对支架51转动,操作更舒适。
实施例五
参阅图31-图35,衣撑组件500还包括与支架51固定连接的锁扣件117、与衣撑52形成可活动连接的操纵件 225,锁扣件117具体固定凸设于支架座511相对靠近衣撑52的一侧,其末端弯折形成勾板1171,操纵件225具体可活动安装于勾挂单元52b内,包括固定连接的勾接部2251以及操纵部2252,勾接部2251位于勾挂单元52b内部,操纵部2252能够在操纵件225的活动下外露于勾挂单元52b,用户可以通过致动操纵件225外露于勾挂单元52b的部分(即操纵部2252)带动勾接部2251活动,以使勾接部2251与锁扣件117形成勾连,或者将勾接部2251与锁扣件117拆卸分离。当勾接部2251到达勾板1171相对远离地面的一侧时,勾接部2251被勾板1171承载,此时勾接部2251与锁扣件117勾连,因而此时支架座511与勾挂单元52b连接;当勾接部2251离开勾板1171相对远离地面的一侧时,勾接部2251与锁扣件117能够相互远离,因而此时允许支架座511与勾挂单元52b相互分离。
具体而言,衣撑52还包括内置罩壳2214,且勾挂单元52b上开设有按压开口2213,内置罩壳2214安装于勾挂单元52b的内部,且内置罩壳2214的开口边缘与按压开口2213的边缘相适配,内置罩壳2214内部形成按压腔2211,按压腔2211通过按压开口2213贯通勾挂单元52b。操纵件225可活动地设置在按压腔2211内,勾接部2251在按压腔2211内部跟随操纵件225活动而活动,操纵部2252则通过按压开口2213外露于勾挂单元52b。此外,内置罩壳2214还开设有开口朝向支架51的让位开口2212,如前述,锁扣件117突出于支架座511相对靠近衣撑52的一侧,且在支架座511与勾挂单元52b相互靠近并形成抵接配合以连通送风出口41与空腔进口5211a的过程中,锁扣件117能够通过让位开口2212伸入按压腔2211内,从而在按压腔2211内与勾接部2251形成勾连。随着锁扣件117伸入按压腔2211内的深度增大,锁扣件117末端和开设有让位开口2212的内置罩壳2214壁板之间形成一锁扣间隙1172,勾接部2251能够活动进入锁扣间隙1172内,并抵接于勾板1171朝向让位开口2212的一侧,从而与锁扣件117勾连。而勾接部2251退出锁扣间隙1172同时便可以脱离勾板1171朝向让位开口2212的一侧,直至其与锁扣件117完全分离。
可选的,当支架座511与勾挂单元52b固定抵接时,锁扣件117伸入按压腔2211内的深度达到最大,此时位于勾板1171和开设让位开口2212的内置罩壳2214壁板之间的锁扣间隙1172的距离也达到最大值,勾接部2251的厚度尺寸大于等于此时锁扣间隙1172的距离,因此勾接部2251能够与勾板1171和内置罩壳2214壁板形成过盈卡接,勾板1171和内置罩壳2214壁板将勾接部2251固定夹设在中间,以消除衣撑52和支架51之间的相对晃动。
可选的,内置罩壳2214包括朝向按压开口2213的底部壁板以及连接底部壁板与勾挂单元52b内壁面的侧部壁板,操纵件225与内置罩壳2214的底部壁板之间具有可活动的间隙,该间隙用于形成供操纵件225在按压腔2211内活动的空间余量,操纵件225与内置罩壳2214的侧部壁板之间形成滑动配合,因此,操纵件225在按压腔2211内的运动方向被唯一地限定为沿按压腔2211的深度方向进行,这里的按压腔2211深度方向即为按压开口2213到内置罩壳2214底部壁板之间的距离方向。
进一步地,衣撑组件500还包括具有弹性的复位件,复位件连接操纵件225与衣撑52,且复位件具有带动勾接部2251与锁扣件117形成勾连的形变势能。在勾接部2251与锁扣件117勾连之后,复位件能够继续向操纵件225施加弹性压力,以使勾接部2251与锁扣件117继续保持相互勾连。可选的,复位件可以采用伸缩弹簧,复位件设置在按压腔2211内部,其两端分别连接内置罩壳2214的底部壁板以及操纵件225,因此,复位件还具有带动操纵部2252向外伸出按压开口2213并露出勾挂单元52b的形变势能。用户可以以向内按压操纵部2252的方式先克服复位件的弹力,以使勾接部2251让出锁扣件117从让位开口2212伸入按压腔2211的路径,当锁扣件117伸入按压腔2211,且锁扣间隙1172距离达到最大时,用户解除对操纵部2252的压力,复位件带动勾接部2251进入锁扣间隙1172,并到达勾板1171远离地面的一侧从而将其勾连至锁扣件117。
可选的,勾挂单元52b中用于开设形成按压开口2213的壁板内侧设有第一台阶部,操纵部2252包括凸缘和突出按钮,凸缘设置在突出按钮的侧部,凸缘的最大外廓尺寸大于按压开口2213的开口尺寸,突出按钮能够运动通过按压开口2213,第一台阶部能够抵接凸缘,从而限制突出按钮露出勾挂单元52b的高度,避免复位件将操纵件225从按压腔2211内弹出。
支架座511与勾挂单元52b之间形成插拔配合,二者的插拔活动方向即为送风出口41和空腔进口5211a的开口中心线的延伸方向,当支架51水平设置,送风出口41竖直向下朝向地面时,用户可以竖直抬升衣撑52,并带动勾挂单元52b与支架座511沿竖直方向相互靠近以插拔配合,或者用户可以竖直下拉衣撑52,并带动勾挂单元52b与支架座511沿竖直方向相互远离以解除配合。
为了更轻松省力地勾连衣撑52与支架51,锁扣件117和勾接部2251设置有导向斜面1102,无论是锁扣件117还是勾接件的导向斜面1102,均与勾挂单元52b插拔配合支架座511时的活动方向斜交。在衣撑52靠近支架51过程中,锁扣件117与勾接部2251之间能够沿导向斜面1102滑移接触,这种接触作用会辅助带动操纵件225先靠近内置罩壳2214的底部壁板活动,当勾接部2251运动至与锁扣间隙1172开口相对设置的高度时,勾接部2251在复位件的弹性作用下快速进入锁扣间隙1172内部。可选地,勾接部2251相对远离地面的一侧设置有导向斜面1102, 且勾板1171相对靠近地面的一侧设有导向斜面1102。当锁扣件117与勾接部2251沿导向斜面1102滑移时,导向斜面1102使得操纵件225受到沿图33所示向左方向的推动分力,在该力作用下操纵件225压缩复位件并向图33所示向左方向运动,同时锁扣件117伸入按压腔2211内的深度逐渐增大,直至勾接部2251与锁扣间隙1172到达同一水平高度位置,随后复位件对操纵件225作用沿图33所示向右方向的推力,带动勾接部2251进入锁扣间隙1172并止挡抵接勾板1171。可见,导向斜面1102的设置可以在用户向上推动衣撑52时产生一个辅助致动操纵件225的力,从而减轻用户手指按压操纵部2252所需的力。
参阅图34-图35,衣撑组件500还包括设置在衣撑52内部的遮蔽导向件,遮蔽导向件同样位于衣撑52两端连线的中部,内置罩壳2214以及锁扣件117与勾接部2251在勾挂单元52b内部形成勾连的位置,均位于遮蔽导向件相对远离空腔进口5211a的一侧。烘干热风进入空腔进口5211a后,能够在遮蔽导向件的引流作用下形成两组热风支流,两组热风支流分别从遮蔽导向件朝向衣撑52两端的两侧流动并流出空腔出口5231b,热风会避开内置罩壳2214、锁扣件117以及操纵件225。
具体而言,遮蔽导向件包括第一遮蔽导向板51a和第二遮蔽导向板51b。本实施例中遮蔽导向件的实现原理及产生的技术效果和上述实施例一相同,为简要描述,本实施例未提及之处,可参考实施例一中相应内容。其中,内置罩壳2214、操纵件225设置在第一遮蔽导向板51a与第二遮蔽导向板51b之间。
遮蔽导向件的设置不仅可以引流烘干热风,使其流动轨迹避开按压腔2211、锁扣件117与操纵件225,还可以起到辅助引流的作用,使烘干热风的流动轨迹尽可能大地向衣撑52的两端倾斜靠近,扩大出风面积和衣物的受风区域,避免热风仅仅从衣撑52远离支架51一侧的局部吹出。
可以理解,锁扣件117与操纵件225分别安装于支架51和衣撑52仅仅是一种可选方式,在其他实施方式中,锁扣件117与操纵件225的安装位置还可以互换,锁扣件117也可以固定凸设于勾挂单元52b相对靠近支架51的一侧,操纵件225也可以活动安装于支架座511,以使锁扣件117与勾接部2251在支架座511内部形成勾连或者相互拆分,也可以实现本申请的目的。
实施例五中,操纵件225成对设置,二者能够相互靠近运动或者相互远离运动,与之相适应地,按压腔2211的数量为两个,两个按压腔2211分别在勾挂单元52b相背两侧形成两个按压开口2213;锁扣件117的数量为两个,两个锁扣件117的勾板1171相互背离对方弯折,用户可以通过两指对压两个操纵部2252的方式拆卸勾接部2251与锁扣件117,或者使二者勾连。可以理解,在其他实施方式中,也可以仅设置一个操纵件225和一个锁扣件117。
目前,为了提升晾衣机的烘干效果,存在技术方案在晾衣机的风机出口设置能够引导热风的衣撑,使得热风能够到达衣物内部,以能够从衣物的内部对衣物进行烘干,提升烘干效率。但由于衣撑导出的热风过于集中而只能对衣物的局部进行烘干,从而无法均匀地烘干衣物,同时也导致如衣袖等位置无法进行烘干。基于此,有必要提供一种衣撑组件500,该衣撑组件500能够引导热风均匀地烘干衣物,并能够对较难烘干位置(如衣袖、腋处等位置)进行烘干。
请一并参阅图36-图41,在其中一个实施例中,衣撑组件500包括衣撑52及隔片组件55,衣撑52内设有风道521,隔片组件55位于风道内以将风道分隔为多个子导风风道5231b。
通过在衣撑组件500的衣撑52开设风道,以将晾衣机吹出的风引入至风道,再经风道排出后实现从衣物内部进行烘干衣物。而位于风道的隔片组件55能够将风道分隔为多个子风道,以通过子风道将来自风道内的风进行均匀分隔。
如图36至图37所示,为本申请提供的另一实施例,一种用于晾衣机的衣撑组件500,能够用于晾衣机,包括衣撑52和隔片组件55,衣撑52包括连接部522和位于连接部522两侧的支架部523,连接部522内开设具有空腔进口5221a的第一空腔5221,支架部523内设有具有空腔出口5231a的第一导风风道5231,第一导风风道5231连通于第一空腔5221。隔片组件55位于第一导风风道5231,并设置于支架部523的内壁,以将第一导风风道5231分隔为多个子导风风道5231b。
在本实施方式中,支架部523为两个,两个支架部523一体成型于连接部522且位于连接部522的两侧。可以理解的是,在其他实施方式中,支架部523也可以设置为一个或其他数目,且支架部523也可以与连接部522分体设置。
通过设置连接部522,以便该衣撑组件500与外部结构的适配,位于连接部522两侧的支架部523连接于连接部522,以通过支架部523将衣物挂设于该衣撑组件500。将具有空腔进口5221a的第一空腔5221开设于连接部522,以在连接部522连接于晾衣机时,空腔进口5221a能够将晾衣机吹出的风引入至第一空腔5221。进入第一空腔5221的风则经由开设于支架部523且连通于第一空腔5221的第一导风风道5231,再经由第一导风风道5231的空腔出口5231a排出,实现衣撑组件500引导晾衣机的风进入衣物内部,以从衣物内部进行烘干衣物。相较于经由衣物的外 部烘干,则具有较高的烘干效率。
而位于第一导风风道5231的隔片组件55能够将第一导风风道5231分隔为多个子导风风道5231b,多个子导风风道5231b能够将来自第一导风风道5231内的风进行均匀分隔,并将子导风风道5231b的空腔出口5231a指向衣物内部的不同位置,如衣物两侧的衣袖及腋窝处,从而对较难烘干的位置进行烘干。并且每一子导风风道5231b均能够将风进行聚集,以增加风流动距离,使较远位置处也能够获得足够的风量,进一步地提升晾衣机烘干衣物的效果。
可以理解的是,连接部522可通过粘接、焊接及卡接等方式与两侧的支架部523进行连接,也可以通过一体成型的方式进行连接。可选地,通过将两个支架部523与连接部522一体成型,以减少该衣撑组件500的制造工序,从而降低制造及装配成本。
值得一说的是,隔片组件55一体成型于支架部523的内壁,在其他实施方式中,隔片组件55可通过粘接、卡接等方式连接于支架部523的内壁。由于第一导风风道5231及子导风风道5231b会流过较大流量的风,通过将隔片组件55一体成型于支架部523内壁,不仅使得隔片组件55连接于支架部523的内壁时具有较高的强度,以防止隔片组件55装设于支架部523的内壁时出现松脱而导致风流经子导风风道5231b内出现振动,从而导致隔片组件55产生噪音以及损坏。同时,将隔片组件55一体成型于支架部523的内壁,也减少了该衣撑组件500的生产工序,从而降低了该衣撑组件500的生产及装配成本。
进一步地,隔片组件55包括一个第一隔片551,第一隔片551与支架部523的内壁围成两个子导风风道5231b。可以理解的是,当在支架部523内部设置一个第一隔片551时,通过隔片组件55以将支架部523将分隔为两部分,并与支架部523的内壁围设形成两个子导风风道5231b。
如图37至图40所示,在本申请所提供的三个实施方式中,隔片组件55包括多个第一隔片551,多个第一隔片551间隔设置,每两相邻的第一隔片551与支架部523的内壁围成一个子导风风道5231b。通过设置多个第一隔片551,以将第一导风风道5231分隔为多个子导风风道5231b,每两相邻的第一片隔片与支架部523的内壁围成一个子导风风道5231b。每一子导风风道5231b均与第一空腔5221连通,通过相互配合使得风能够在衣服内充分的流通,对衣服的烘干效果好。
可以理解的是,两个第一隔片551可将第一导风风道5231分隔为三个子导风风道5231b,三个第一隔片551可将第一导风风道5231分隔为四个子导风风道5231b等。本申请不限制隔片组件55所设置的第一隔片551的数目,应根据实际需要适应性选择,第一隔片551的数目一个、两个、三个以及其他数目均可。
如图37、图39及图40所示,第一隔片551包括引流部5511和导流部5512,导流部5512连接于引流部5511,导流部5512自引流部5511朝向空腔出口5231a的方向弯折延伸。通过设置引流部5511以将第一导风风道5231内的风引导至子导风风道5231b,而通过设置导流部5512以将子导风风道5231b内的风引导至子导风风道5231b的空腔出口5231a。
进一步地,支架部523包括侧板5232及顶板5233,相邻于顶板5233的第一隔片551与侧板5232及顶板5233围成子导风风道5231b,第一隔片551跟随顶板5233的形状布设。由于衣撑组件500的支架部523的顶板5233弯折,以便于适配衣物的衣袖部分。因而通过将相邻于顶板5233的第一隔片551跟随顶板5233的形状布设,以使得第一导风风道5231及子导风风道5231b在引导风流动时,使得风的流动更加顺畅,从而减少风在第一导风风道5231及子导风风道5231b内的损耗。
可以理解的是,子导风风道5231b的内径自靠近第一空腔5221的一端朝向远离于第一空腔5221的一端逐渐增加。通过将子导风风道5231b的内径逐渐增加,以确保子导风风道5231b的空腔出口5231a处能够获得较大的内径,以防止内径过小而限制风量。
如图37、图39以及图40所示,隔片组件55还包括至少一个第二隔片552,第二隔片552位子导风风道5231b,以分隔子导风风道5231b。由于支架部523位于连接部522的两侧,因而第一隔片551由第一空腔5221向两侧延伸以形成子导风风道5231b,而导致对应于第一空腔5221的空腔进口5221a的子导风风道5231b具有较大的口径。通过设置第二隔片552以防止该子导风风道5231b口径过大而无法将风输送至较远位置。可以理解的是,本申请不限制第二隔片552的具体数目,可以为一个、两个及三个等其他数目,应根据实际需要适应性选择。
进一步地如图36、图38及图41所示,衣撑组件500还包括快拆件56,快拆件56设置于连接部522,衣撑组件500能够通过快拆件56可拆卸地装设于晾衣机。通过在连接部522设置快拆件56,以便用户通过快拆件56将衣撑组件500装设于晾衣机或从晾衣机拆卸,从而便于用户挂设或摘取衣物。
具体地,如图36所示,在其中一个实施方式中,快拆件56为设置于连接部522的滑槽,可通过在晾衣机设置与滑槽相配合的滑轨以实现衣撑组件500可拆卸地装设于晾衣机。如图38所示,在另一实施方式中,快拆件56为 设置于连接部522的卡槽,可通过在晾衣机设置与卡槽相配合的凸起以实现衣撑组件500可拆卸地装设于晾衣机。如图41所示,可将多个衣撑组件500的连接部522进行连接,并将快拆件56连接于多个衣撑组件500的连接部522,通过将快拆件56设置为两个横杆,以通过横杆挂设于晾衣机。可以理解的是,本申请不限制快拆件56的具体形式。
通过在晾衣机设置上述衣撑组件500,通过衣撑组件500引导晾衣机的风机装置所排出的风,以提升该晾衣机烘干衣物的效果。值得一说的是,可在晾衣机设置加热模块以使风机出口所排出的风为热风,从而提升烘干效果。
如图42至图46所示,该衣撑组件包括衣撑52以及支架座511,衣撑52内设有第一导风风道5231;衣撑52装设于支架座511,支架座511开设有送风风道5111,送风风道5111具有进风端211和与第一导风风道5231连通的出风端212。本实施例中,送风风道5111具有进风端211和出风端212,由于进风端211与外界空气连通,出风端212与衣撑52内的第一导风风道5231连通,送风风道5111可将进风端211处的风聚集在出风端212处,增强了出风端212处的风速,并通过第一导风风道5231将聚集的风传递至衣物的晾晒区域,对晾晒的衣物进行烘干,提升了烘干效率且烘干效果好。
本实施例中,送风风道5111自进风端211朝向出风端212渐缩延伸。如此设置,由于进风端211的进风面积大于出风端212的出风面积,起到一定的聚集效应,使得风的聚集效果好,提升了烘干效率。
进一步地,支架座511包括多个设于送风风道5111内壁面的分风筋条5112,多个分风筋条5112沿着送风风道5111的周向间隔布设,将送风风道5111的内壁面分隔成多个聚风面。多个分风筋条5112通过沿着送风风道5111的周向间隔布设,使得送风风道5111的内壁面被分隔为多个聚风面,聚风效果好。
具体来说,聚风面5111a包括第一聚风面5111b和第二聚风面5111c,第一聚风面5111b和第二聚风面5111c的数量均为两个,且两个第一聚风面5111b相对设置,两个第二聚风面5111c相对设置,第一聚风面5111b与第二聚风面5111c相邻设置。沿着送风风道5111的内壁,每一分风筋条5112自送风风道5111的进风端211延伸至出风端212,由于每一个分风筋条5112均自送风风道5111的进风端211延伸至出风端212,使得流经送风风道5111的风更够更加顺滑的被引导,进而聚集在送风风道5111的出风端212。
本实施例中,分风筋条5112设于第一聚风面5111b,由于第一聚风面5111b的数量为两个,分风筋条5112的数量分别为四个,每个第一聚风面5111b分别对应两个分风筋条5112。
如此设置,四个分风筋条5112均位于送风风道5111并与第一聚风面5111b连接,每个第一聚风面5111b分别对应两个分风筋条5112,每个第一聚风面5111b与两个分风筋条5112连接并形成一聚风区域,每个第二聚风面5111c与两个分风筋条5112连接并形成另一聚风区域,可以理解地,多个聚风区域均朝向出风端212设置,用于将出风端212处的风聚集在出风端212,聚集效果好,大大提升了出风端212处的风速。
可选地,在上述实施例中,例举了一种具体的四个分风筋条5112的位置分布方式,来实现聚风区域的划分。需要说明的是,对于分风筋条5112的位置分布,并不限于上述实施例的设于第一聚风面5111b及数量为四个,多个该分风筋条5112还可设于第二聚风面5111c或者设于第一聚风面5111b与第二聚风面5111c的相邻交界处,均可实现对送风风道5111内的聚风区域的划分。
应当清楚的是,分风筋条5112的数量越多则聚风区域的数量也会相应地增加,提升聚风效果好;同时,当分风筋条5112的数量足够多时,则会反过来压缩送风风道5111的聚风空间,故此,需要合理配置分风筋条5112的数量。本实施例中,分风筋条5112的数量为四个,每一分风筋条5112均设于第一聚风面5111b并与第二聚风面5111c连接。
可选地,每一聚风面均为内凹形成的弧形面,采用弧形面的结构设置,不仅提升了聚风区域空间,且有利于风的流通,使得聚风更加顺滑,聚风效果更佳。
为了提升聚风效果,出风端212可选为圆形结构设置,第一聚风面5111b和第二聚风面5111c的底部均与出风端212对应。第一聚风面5111b和第二聚风面5111c的底部均与圆形的出风端212对应,使得风能够更好的聚集于出风端212处而没有阻挡,避免由于出风端212与聚风面底部形状不对应而形成的阻碍风流通的情况出现。
在其他实施例中,出风端212还可以采用其他形状,并不限于上述实施例的圆形结构,在不脱离本申请构思的前提下,其也可以是其他任何适当的结构,例如方形或椭圆形等结构,只要满足第一聚风面5111b和第二聚风面5111c的底部与出风端212的形状对应即可,进而保证聚风的效果。
可选地,本实施例中,送风风道5111的数量为多个,由于每一送风风道5111横截面均呈方形结构,可以实现多个送风风道5111在支架座511长度方向排布,具体来说,多个送风风道5111在支架座511长度方向并列密铺,使得多个送风风道5111彼此间没有多余间隙,提升了支架座511整体的聚风面积,增强了整体的聚风效果。
作为可替换的实施方式,单个送风风道5111的具体横截面形状并不限于上述实施例的方形结构,还可为其他任何适当的结构,例如送风风道5111还可采用圆台状,只要满足送风风道5111自进风端211朝向出风端212渐缩 延伸,保证聚风效果即可。
可选地,衣撑组件还包括设于送风风道5111内的分风挡件5113,分风挡件5113设置于出风端212,用于将出风端212分隔为多个出风口,每个出风口均与第一导风风道5231连通。如此设置,分风挡件5113通过设置在出风端212将出风端212分割为多个出风口,多个出风口将风分为多个部分,并将风吹至衣服的不同部位,使得风在衣服内能够流通地更加均匀,提升烘干效率。
具体来说,本实施例中,分风挡件5113的数量为两个,且彼此并列设置,两个分风挡件5113自送风风道5111延伸至衣撑52内,以将出风端212分隔为三个出风口,分风挡件5113两端延伸至第一聚风面5111b并与第一聚风面5111b连接。如此设置,两个分风挡件5113通过自送风风道5111延伸至衣撑52内,将出风端212分割为三个出风口,开设多个出风口可将聚集后的风吹至衣服的不同部位,使得风在衣服内能够流通的更加均匀。
在一些实施例中,两个分风挡件5113的设置方式,并不限于上述实施例的并列设置,其也可为彼此交叉布置或者相向布置,只要其能够将出风端212分割为多个出风口即可。
可选地,分风挡件5113的数量可为单个或者多个,并不限于上述实施例的两个,只要满足将出风端212分割为多个出风口即可。
为了提升衣物的整体烘干效果,衣撑52包括连接部522和与连接部522连接的支架部523,连接部522内开设有第一空腔5221,支架部523内具有与第一空腔5221连通的第一导风风道5231,第一导风风道5231分别与第一空腔5221和送风风道5111连通。如此设置,第一空腔5221能够与外界空气连通,进而可以与吹风装置配合使用,由于第一空腔5221分别与外界空气和第一导风风道5231连通,使得外界空气可以由第一导风风道5231吹向悬挂在衣撑52的衣服内部,起到烘干衣服的效果。在一些实施例中,吹风装置可以为晾衣机本体,该衣撑组件装设于晾衣机本体,使得晾衣机本体的能够吹入衣撑组件内实现内烘干。
可以理解地,为了更好的将送风风道5111聚集的风引导至第一导风风道5231内,本实施例中,两个分风挡件5113将出风端212分隔为三个出风口,每一第一隔片551的顶部与每一分风挡件5113平行设置,使得第一导风风道能够朝向送风风道5111延续,便于将送风风道5111内的风更快的引导至第一导风风道内,两个分风挡件5113间隔形成一连通送风风道5111和第一导风风道5231的进风区域,由于该进风区域延伸至送风风道5111内,可更迅速地将风引导至第二导风风道和第三导风风道,分风效果好,使得风在衣服内的流通更加均匀。
请参阅图42至图46,晾衣机,包括晾衣机本体及装设于晾衣机本体的衣撑组件。在一些实施例中,衣撑组件可以与外界吹风装置连接,吹风装置能够与该衣撑组件配合,对晾晒的衣物进行烘干,烘干效果好。本实施例中,吹风装置可以为晾衣机本体,该衣撑组件装设于晾衣机本体,使得晾衣机本体的风能够吹入衣撑组件内实现内烘干。
进一步来说,衣撑组件可以封装于晾衣机本体,或者与晾衣机本体有间隙的连接,只要晾衣机本体吹出的风能够进入衣撑组件内实现内烘干即可。若衣撑组件封装于晾衣机本体,使得两者完全贴合,晾衣机本体的风则只能吹进第一空腔5221内,以内烘干的方式烘干衣物。若衣撑组件与晾衣机本体之间存在间隙,则部分风会通过第一空腔5221吹入衣物内部进行内烘干处理,部分风会透过该间隙对衣物的外部进行外烘干处理,以内烘干与外烘干配合的方式对衣物进行烘干,烘干效果更佳。
请参阅图47至图48,为本申请提供一种顶板结构100,该顶板结构100能够用于晾衣机,该顶板结构100包括座体11及导风板12,导风板12与座体11的内壁围成导风通道121,且导风板12一体成型于座体11。
通过将导风板12一体成型于座体11,并将导风板12与座体11的内壁围成导风通道121,以避免在晾衣机的顶板结构100安装相应的通风管道以及用于将通风管道安装于顶板结构100的螺钉等零件,从而极大地提升了晾衣机的装配效率。并且该导风通道121不存在装配间隙,也不会因为螺钉等固定部件的松脱而导致导风通道121发生掉落或振动等情况,具有较高的可靠性。
进一步的,该顶板结构100包括多个导风板12,每两相邻的导风板12与座体11内壁围成一个导风通道121。通过在顶板结构100设置多个导风板12以形成多个导风通道121。多个导风通道121不仅能够引导晾衣机内的风机装置吹出的风通往不同方向,以拓展晾衣机的烘干范围,且导风通道121也能够将风机装置的出风口所吹出的风进行聚集,以减少风在流动过程中的损失,从而保证风机装置的烘干效果。
如图47所示,在本实施方式中,该顶板结构100具有四个导风板12,其中四个导风板12每两个相邻形成一个导风通道121共计形成三个导风通道121,三个导风通道121能够将风机装置所排出的风进行分流至不同区域,并增强了风在流动过程中的聚集效果。可以理解的是,在其他实施方式中,也可将导风板12设置为其他数目以形成对应数目的导风通道121,例如设置五个导风板12以形成四个导风通道121、设置六个导风板12以形成五个导风通道121等等。本申请不限制导风板12及导风通道121的具体数目及位置,导风板12及导风通道121的数目及位置可根据实际需要适应性选择。
具体地,顶板结构100还包括导向板13,导向板13自座体11的内壁朝向导风通道121的出口1211倾斜延伸。由于衣物通常挂设于晾衣机的下方,且衣服具有一定宽度,导风通道121的出口1211排出风通常无法对准或覆盖衣物。通过设置在导风通道121的出口1211设置导向板13,以使导向板13能够调整导风通道121出口1211的风能够吹向预设角度,从而能够吹向及/或覆盖衣物。
在本实施方式中,导向板13一体成型于座体11,以将导风通道121的出口1211排出的风朝向预设位置,不难理解,预设位置指衣物所处位置。在其他实施方式中,导风板12可活动地设置于导风通道121的出口1211,以便能够根据衣物所处位置适应导风板12角度,实现导风通道121的出口1211排出的风朝向或者覆盖衣物。
进一步地,顶板结构100还包括引流室14,引流室14开设有吸风口141,吸风口141位于引流室14内,且开设于座体11,以通过吸风口141将空气吸入引流室14。通过设置引流室14并在引流室14内开设吸风口141,以防止风机装置在运转过程中外部气流无法进入风机装置的进风口,从而风机装置在晾衣机内形成负压,导致晾衣机易于吸附灰尘或潮湿水汽进而损坏晾衣机。
本实施方式中,吸风口141具有较大直径,开设于座体11的内壁,并设置有滤网143。通过将吸风口141设置较大的直径以便风机装置能够吸入足量空气,而设置的滤网143能够防止杂物进入引流室14而损坏风机装置。可以理解的是,吸风口141的直径以及滤网143的规格应根据实际需要适应性选择,本申请不做具体限制。
具体地,引流室14一体成型于座体11,且引流室14的截面为蜗壳形,并开设有送风口142,送风口142朝向及/或连通导风通道121的进口1212。通过将引流室14一体成型于座体11,以减少装配的复杂程度提升装配效率。并且有效防止引流室14内由于装配不良而产生振动及噪音。而将引流室14的截面设置为蜗壳形,以便空气在引流室14内的高效流动,而将送风口142朝向或者连通于导风通道121的进风口,以将引流室14内的风吹入导风通道121。
如图47、图48所示,顶板结构100还开设有过线槽15,过线槽15沿座体11的长度方向一体成型于座体11。由于晾衣机内具有较多部件需要电性连接,因而存在较多线缆,因此通过设置过线槽15以便线缆的排布及整理,以便晾衣机内部结构部件的布局。
同样地,为了便于顶板结构100内部其他功能模块部件的安装,如加热模块、升降模块等。通过在座体11的内壁布设多个安装位点16以便其他功能模块的拓展及安装。可以理解的是,安装位点16可以为卡扣等快拆结构,也可以为螺纹口等,本申请不做具体限制。
值得一说的是,为了便于该顶板结构100的制造,顶板结构100材质为塑料。相较于相关技术中金属材质的顶板结构100,通过将顶板结构100的材质选用为塑料不仅能够有效防止生锈也能够有效提升生产效率并降低生产成本。
本申请还提供一种晾衣机,晾衣机包括上述的顶板结构100及风机装置300,顶板结构100具有引流室14,风机装置位于引流室14。通过在晾衣机内设置上述顶板结构100,不仅能够极大地提升该晾衣机的装配效率,也保证提升了该晾衣机的可靠性。
目前,为了提升晾衣机的烘干效果,存在技术方案在晾衣机的主机开设风机出口,使得热风能够通过风机出口吹出足够的风量,以对衣物进行烘干。但由于风机作为风源时,风机的风机出口较短,不易同时烘干多件衣物,烘干效率较低。基于此,有必要提供一种风机装置300及晾衣机1000,该风机装置300能够同时烘干多件衣物,具有较高的烘干效率。同时还提供一种具有该风机装置300的晾衣机1000。
请一并参阅图49至图50,为本申请提供一种导风装置及晾衣机1000。该风机装置300包括座体11、风机组件32及导风组件33。座体11开设风腔311,风机组件32设置于座体11内,且具有与风腔311的进口1212连通的风机出口321。导风组件33包括多个导风板12,导风板12设于座体11内且将风腔311分割成多个导风通道121,每一导风通道121的横截面积自风腔311的进口1212朝向风腔311的出口1211逐渐增大。
通过设置风机组件32以产生流动的风,并将风经由风机出口321排出,以对衣物进行烘干。而在座体11设置具有进口1212的风腔311,并将风腔311的进口1212连通于风机装置的风机出口321,则风腔311能够导向风机组件32所排出的风,以便风机组件32所产生的风能够经由风腔311流动至预设位置。具有多个导风板12的导风组件33则能够将风腔311分割为多个导风通道121,以便将风腔311内的风进行均匀等分。
由于每一导风通道121的横截面积自风腔311的进口1212朝向风腔311的出口1211逐渐增加,从而使得每一导风通道121的出口1211末端(即导风通道121的出口1211处)具有最大的横截面积,从而实现覆盖更多的衣物,以达到同时烘干多件衣物的效果。因而,本申请所提供的风机装置300能够烘干多件衣物,具有较高的烘干效率。同时该风机装置300也能够均匀烘干衣物,具有较好的烘干效果。
不难理解的是,上述预设位置是指衣物挂设于晾衣机1000时,风腔311的出口1211对应于衣物的位置,即所 需烘干衣物所处位置。本申请对于衣物挂设于晾衣机1000的位置,以及风腔311的出口1211所对应衣物的位置不做具体限制,可根据实际需要适应性选择。
进一步地,如图50所示,每一导风板12包括引导部3311和转向部3312,引导部3311自风腔311的进口1212朝向风腔311的出口1211倾斜延伸,转向部3312自引导部3311靠近出口1211的方向弯折延伸,使得出口1211所在的轴线与进口1212所在的轴线相交。通过在导风板12设置引导部3311以引导进入导风通道121内的风逐渐向靠近出口1211的方向流动。通过设置转向部3312并使得出口1211所在轴线与进口1212所在轴线相交,以便于转向部3312能够引导来着引导部3311的风转向至预设位置,从而便于导风通道121出口1211位置及角度的设定。
具体地,导风通道121包括第一导风通道3113a和位于第一导风通道3113a内侧的第二导风通道3113b,第一导风通道3113a的进口1212的横截面积小于第二导风通道3113b的进口1212的横截面积。可以理解的是,多个导风通道121将风腔311的进口1212及出口1211分隔,每一导风通道121具有一个进口1212及一个出口1211。
如图51所示,在本实施方式中,风机组件32包括离心风机322和蜗壳323,蜗壳323设于座体11的内壁,离心风机322设置于座体11且位于蜗壳323内,蜗壳323的开口为风机出口321。通过设置蜗壳323以及离心风机322,以形成蜗壳式离心风机。由于蜗壳式离心风机体积小,调试方便能够较为简单地设置于晾衣机1000,并且能够提供较大的风量,因而能够有效提供晾衣机1000烘干衣物时所需风量。
值得一说的是,由于蜗壳式离心风机的特性,蜗壳式离心风机的风机出口321对应于第一导风通道3113a位置处的风速大于内侧对应于第二导风通道3113b位置处的风速。因而通过将第一导风通道3113a的进口1212的横截面积小于第二导风通道3113b的进口1212的横截面积,以保证第一导风通道3113a与第二导风通道3113b进入较为均匀的风量。从而使得第一导风通道3113a的出口1211与第二导风通道3113b的出口1211能够排出相等的风量,以确保烘干衣物的均匀程度。
在本实施方式中,离心风机322包括电机3221及叶轮3222,叶轮3222固设于电机3221的输出轴,以通过电机3221带动叶轮3222转动在蜗壳323内产生气流。可以理解的是,本申请不限制风机组件32的具体形式,风机组件32可根据实际需要以及实际使用场景适应性选择。
在本实施方式中,离心风机322为蜗壳式离心风机,由于蜗壳式离心风机体积小,调试方便能够较为简单地设置于晾衣机1000,并且能够提供较大的风量,因而能够有效提供晾衣机1000烘干衣物时所需风量。可以理解的是,本申请不限制离心风机322的具体设置形式及种类,可根据实际需要及实际使用场景适应性选择。
进一步地,导风通道121还包括位于第一导风通道3113a与第二导风通道3113b之间的第三导风通道3113c。第三导风通道3113c的进口1212的横截面积大于第一导风通道3113a的进口1212的横截面积。同样地,由于第三导风通道3113c位于第一导风通道3113a的内侧,蜗壳式离心风机的风机出口321对应于第一导风通道3113a位置处的风速大于内侧对应于第三导风通道3113c位置处的风速。
通过将第三导风通道3113c的进口1212的横截面积大于第一导风通道3113a的进口1212的横截面积,以确保第一导风通道3113a与第三导风通道3113c能够进入相同的风量,从而确保第一导风通道3113a与第三导风通道3113c的出口1211能够排出相等的风量,确保烘干衣物的均匀程度。
具体地,导风通道121包括多个第三导风通道3113c,且沿着第一导风通道3113a朝向第二导风通道的方向,多个第三导风通道3113c的进口1212横截面积逐渐变小。由于导风通道121的横截面积自进口1212朝向导风通道121的出口1211逐渐增大,因而使得导风通道121的出口1211有较大的面积,以烘干较大面积的衣物。而通过设置多个第三导风通道3113c,以拓展导风通道121的数量,以便于导风通道121具有更多的出口1211从而能够烘干更多的衣物。
同样地,将多个第三导风通道3113c的进口1212横截面积逐渐变小,以使每一第三导风通道3113c的进口1212能进入等同的风量从而出口1211也能够排出等同的风量,确保多个第三导风通道3113c所排出的风量等同,使得能够均匀烘干衣物。
进一步地,风机装置300还包括加热件34,加热件34位于风腔311的进口1212处。通过设置加热件34,以提升风机装置300排出风的温度,从而提升风机装置300烘干衣物的效果。提供将加热件34设置在位于风腔311的进风口处,且有雨风腔311被导风组件33分割为多个导风通道121,以便加热件34同时对进入多个导风通道121的风进行加热。可选地,加热件34为PTC加热体。本申请不限制加热件34的具体形式,也可将加热件34设置为电阻丝等采用其他方式进行加热。
如图1至图8、图50至图51所示,所示,风机装置300还包括摆叶200,离心风机322位于座体11内,导风通道121的进口1212与离心风机322的风机出口321连通,导风通道121的出口1211与摆叶200连通,且摆叶200位于出风口102处。摆叶200设于座体11且位于导风通道121的出口1211处,摆叶200包括多个排风口2111,每 一排风口2111对应于一个导风通道121。通过设置摆叶200,以通过摆叶200的摆动对导风通道121的出口1211所出风的角度进行校正。可以将风朝向不同的角度吹,使风可以流动更大区域范围。而将摆叶200开设多个排风口2111以实现对于风的分隔,每一排风口2111能够将风均匀分隔,从而使得该摆叶200的具有较好的导风效果。
具体地,请一并参阅图5及图11,可选地,将摆叶200设置为外周壁呈圆形的摆叶200,且至少部分凸出于出风口102。衣撑52顶部具有内凹的凹槽526,部分凸出于出风口102的摆叶200贴合于凹槽526的内壁。可以理解的是,由于相关技术中摆叶为直板状,若将直板状摆叶的宽度减小,则宽度较短的摆叶不易将风进行导向,导风效果较差。而将直板状摆叶的宽度增加,则易于使得摆叶在摆动过程中受到周围结构内壁的干涉,因而无法较大幅度的摆动,从而导致所烘干衣物的面积依旧有限。通过将摆叶200设置为截面呈圆形的摆叶200,以防止摆叶200周围结构(如出风口102周沿所具有的结构)对于摆叶200的干涉,使得摆叶200能够较大幅度的摆动,以便对较大区域的衣物进行烘干,且提升了晾衣机1000烘干衣物的效率。
进一步地,为了保证出风口102具有较大出风面积,因此出风口102通常沿座体11的长度方向开设以具有较大的长度,将摆叶200沿座体11长度方向延伸则能够较好的配合于出风口102。
值得一说的是,由于出风口102开设于座体11,出风口102排出风的角度因而较为固定,排出的风能够到达的区域也相应有限。通过将摆叶200至少部分凸出于出风口102,以通过凸出于出风口102的摆叶200的摆动,进一步的拓展出风口102出风的角度,以提升出风口102排出风所能够到达区域的面积。
而通过在衣撑52顶部开设内凹的凹槽526,以将部分凸出于出风口102的摆叶200贴合于凹槽526的内壁。进一步地配合于摆叶200,从而使得摆叶能够摆动较大幅度。可以理解的是,当衣撑52的顶部开设内凹的凹槽526时,也能够适配直板形摆叶200,本申请对此不做具体限制,可根据实际需要适应性选择。具体地,座体11还具有多个导风板12,导风通道121由内设于座体11内的导风板12与座体11的内壁围成,且每一个导风通道121的横截面积自风腔的进口1212朝向风腔的出口1211逐渐增大。
由于每一个导风通道121的横截面积自进口1212朝向出口1211逐渐增加,从而使得每一个导风通道121的出口1211末端(即导风通道121的出口1211处)具有最大的横截面积,以形成长度较大的出风口102,从而实现覆盖更多的衣物,以达到同时烘干多件衣物的效果。而通过设置摆叶200,以通过摆叶200的摆动对出风口102所排出风的角度进行校正。可以将风朝向不同的角度,使风可以流动更大区域范围,进一步地拓展出风口102所覆盖衣物的范围。
以上所述实施例的各技术特征可以进行任意的组合,为使描述简洁,未对上述实施例中的各个技术特征所有可能的组合都进行描述,然而,只要这些技术特征的组合不存在矛盾,都应当认为是本说明书记载的范围。
以上所述实施例仅表达了本申请的几种实施方式,其描述较为具体和详细,但并不能因此而理解为对申请专利范围的限制。应当指出的是,对于本领域的普通技术人员来说,在不脱离本申请构思的前提下,还可以做出若干变形和改进,这些都属于本申请的保护范围。因此,本申请的专利保护范围应以所附权利要求为准。

Claims (28)

  1. 一种晾衣机,其特征在于,包括:
    座体,设有出风口;及
    衣撑组件,内设有风道,所述风道与所述出风口对应设置,所述衣撑组件具有靠近所述出风口的状态或远离所述出风口的状态。
  2. 根据权利要求1所述的晾衣机,其中,所述晾衣机还包括架体,所述架体能够被驱动朝向所述座体靠近或远离;
    所述衣撑组件可拆卸地设置于架体。
  3. 根据权利要求2所述的晾衣机,其中,所述衣撑组件包括支架和衣撑,所述支架可拆卸地设置于所述架体,所述衣撑设置于所述支架;
    所述衣撑内设有所述风道。
  4. 根据权利要求3所述的晾衣机,其中,所述衣撑可拆卸地卡接于所述支架。
  5. 根据权利要求1所述的晾衣机,所述衣撑组件,包括支架以及衣撑,其中,所述支架包括支架座,所述衣撑包括衣撑单元、固设于所述衣撑单元的两端之间的勾挂单元,所述勾挂单元与所述支架座之间可拆卸连接;
    所述支架座与所述勾挂单元分别包括悬吊部及勾挂部,所述衣撑相对所述支架的位置包括固定位和预装位,所述勾挂部在所述衣撑处于固定位时勾连所述悬吊部,并且在所述衣撑处于预装位时脱离所述悬吊部。
  6. 根据权利要求5所述的晾衣机,其中,所述支架与所述衣撑中的一者包括导向部,所述支架与所述衣撑中的另一者与所述导向部滑动适配,所述导向部用以限定出所述衣撑在固定位与预装位之间相对所述支架运动的轨迹;
    所述导向部沿圆弧形轨迹延伸,所述支架与所述衣撑之间通过所述导向部引导形成转动配合;或者所述导向部沿直线形轨迹延伸,所述支架与所述衣撑之间通过所述导向部引导形成直线滑动配合。
  7. 根据权利要求1所述的晾衣机,其中,所述衣撑组件包括:
    衣撑,所述衣撑内设有所述风道;以及
    隔片组件,位于所述风道内,以将所述风道分隔为多个子风道。
  8. 根据权利要求7所述的晾衣机,其中,所述衣撑包括连接部和与所述连接部连接的支架部,所述连接部内设有第一空腔,所述支架部内设有具有第一导风风道,所述第一导风风道连通于所述第一空腔以形成所述风道,所述隔片组件设于所述第一导风风道以将所述第一导风风道分割成多个子导风风道。
  9. 根据权利要求8所述的晾衣机,其中,所述隔片组件包括一个第一隔片,所述第一隔片与所述支架部的内壁围成两个所述子导风风道,和/或,所述隔片组件包括多个第一隔片,多个所述第一隔片间隔设置,每两相邻的所述第一隔片与所述支架部的内壁围成一个所述子导风风道。
  10. 根据权利要求9所述的晾衣机,其中,所述支架部包括侧板及顶板,相邻于所述顶板的所述第一隔片与所述侧板及所述顶板围成所述子导风风道,所述第一隔片跟随所述顶板的形状布设。
  11. 根据权利要求8所述的晾衣机,其中,所述隔片组件还包括至少一个第二隔片,所述第二隔片位所述子导风风道,以分隔所述子导风风道。
  12. 根据权利要求1所述的晾衣机,其中,所述衣撑组件包括:
    衣撑,所述衣撑内设有第一导风风道;以及
    支架座,所述衣撑装设于所述支架座,所述支架座开设有送风风道,所述送风风道具有进风端和与所述第一导风风道连通的出风端。
  13. 根据权利要求12所述的晾衣机,其中,所述送风风道自所述进风端朝向所述出风端渐缩延伸。
  14. 根据权利要求12或13所述的晾衣机,其中,所述支架座包括多个设于所述送风风道内壁面的分风筋条,多个所述分风筋条沿着所述送风风道的周向间隔布设,将所述送风风道的内壁面分隔成多个聚风面。
  15. 根据权利要求14所述的晾衣机,其中,每一所述聚风面为内凹形成的弧形面。
  16. 根据权利要求12、13及15中任一项所述的晾衣机,其中,所述送风风道的数量为多个,且每一所述送风风道横截面均呈方形结构,多个所述送风风道沿所述支架座长度方向排布。
  17. 根据权利要求12、13及15中任一项所述的晾衣机,其中,所述衣撑组件还包括设于所述送风风道内的分风挡件,所述分风挡件设置于所述出风端,以将所述出风端分隔为多个出风口。
  18. 根据权利要求12、13、15中任一项所述的晾衣机,其中,所述衣撑包括连接部和与所述连接部连接的支架部,所述连接部内开设有第一空腔,所述支架部内具有与所述第一空腔连通的所述第一导风风道,所述第一导风风 道分别与所述第一空腔和所述送风风道连通。
  19. 根据权利要求12、13及15中任一项所述的晾衣机,其中,所述支架包括支架座和连接杆,所述连接杆装设于所述支架座,所述衣撑沿所述支架座的长度方向布设且固设于所述支架座,所述送风风道与所述衣撑一一对应设置,所述风道与所述送风风道连通。
  20. 根据权利要求1所述的晾衣机,所述晾衣机还包括顶板结构,其中,所述顶板结构包括:
    所述座体;及
    导风板,所述导风板与所述座体的内壁围成导风通道,且所述导风板一体成型于所述座体。
  21. 根据权利要求20所述的晾衣机,其中,所述顶板结构包括多个所述导风板,每两相邻的所述导风板与所述座体内壁围成一个所述导风通道。
  22. 根据权利要求20所述的晾衣机,其中,所述顶板结构还包括导向板,所述导向板自所述座体的内壁朝向所述导风通道的出口倾斜延伸。
  23. 根据权利要求20所述的晾衣机,其中,所述顶板结构还包括引流室,所述引流室开设有吸风口,所述吸风口位于所述引流室内,开设于所述座体,以通过所述吸风口将空气吸入所述引流室;
    所述引流室还开设有送风口,所述送风口朝向及/或连通所述导风通道的进口。
  24. 根据权利要求1所述的晾衣机,还包括风机装置,其中,所述风机装置包括:
    座体,内设有风腔;
    风机组件,设置于所述座体内,所述风机组件具有与所述风腔的进口连通的风机出口;
    导风组件,包括多个导风板,所述导风板设于所述座体内且将所述风腔分割成多个导风通道,每一所述导风通道的横截面积自所述风腔的进口朝向所述风腔的出口逐渐增大。
  25. 根据权利要求24所述的晾衣机,其中,每一导风板包括引导部和转向部,所述引导部自所述风腔的进口朝向所述风腔的出口倾斜延伸,所述转向部自所述引导部靠近出口的方向弯折延伸,使得所述出口所在的轴线与所述进口所在的轴线相交。
  26. 根据权利要求25所述的晾衣机,其中,所述导风通道包括第一导风通道和位于所述第一导风通道内侧的第二导风通道,所述第一导风通道的进口的横截面积小于所述第二导风通道的进口的横截面积;
    所述导风通道还包括位于所述第一导风通道与所述第二导风通道之间的第三导风通道;所述第三导风通道的进口的横截面积大于所述第一导风通道的进口的横截面积;和/或所述导风通道包括多个所述第三导风通道,且沿着所述第一导风通道朝向第二导风通道的方向,多个所述第三导风通道的进口横截面积逐渐变小。
  27. 根据权利要求24所述的晾衣机,其中,所述晾衣机还包括摆叶,所述摆叶位于所述出风口处,所述摆叶沿所述座体长度方向延伸;和/或
    所述摆叶包括多个排风口,每一所述排风口对应于一个导风通道。
  28. 根据权利要求27所述的晾衣机,其中,所述摆叶为横截面为圆形的摆叶;和/或,
    所述摆叶至少部分凸出于所述出风口。
PCT/CN2023/085091 2022-04-01 2023-03-30 晾衣机 WO2023186013A1 (zh)

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CN202210339207.6 2022-04-01
CN202220775962.4U CN216998969U (zh) 2022-04-01 2022-04-01 风机装置及晾衣机
CN202220746550.8 2022-04-01
CN202220746550.8U CN216998960U (zh) 2022-04-01 2022-04-01 顶板结构及晾衣机
CN202210339207.6A CN114606735A (zh) 2022-04-01 2022-04-01 晾衣机
CN202220749419.7U CN216998966U (zh) 2022-04-01 2022-04-01 晾衣机
CN202220775962.4 2022-04-01
CN202220775784.5 2022-04-01
CN202220749419.7 2022-04-01
CN202220775784.5U CN216998968U (zh) 2022-04-01 2022-04-01 衣撑及晾衣机
CN202222014072.4U CN218322017U (zh) 2022-07-29 2022-07-29 内烘干衣撑及晾衣机
CN202210910980.3 2022-07-29
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CN202210910980.3A CN115354479A (zh) 2022-07-29 2022-07-29 衣撑装置及晾衣设备

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