WO2017045173A1 - 一种衣架 - Google Patents

一种衣架 Download PDF

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Publication number
WO2017045173A1
WO2017045173A1 PCT/CN2015/089788 CN2015089788W WO2017045173A1 WO 2017045173 A1 WO2017045173 A1 WO 2017045173A1 CN 2015089788 W CN2015089788 W CN 2015089788W WO 2017045173 A1 WO2017045173 A1 WO 2017045173A1
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WO
WIPO (PCT)
Prior art keywords
hole
hanger
hook
heating element
fixing frame
Prior art date
Application number
PCT/CN2015/089788
Other languages
English (en)
French (fr)
Inventor
尚平
Original Assignee
尚平
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 尚平 filed Critical 尚平
Priority to PCT/CN2015/089788 priority Critical patent/WO2017045173A1/zh
Publication of WO2017045173A1 publication Critical patent/WO2017045173A1/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
    • 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 invention relates to the field of machinery and, more particularly, to a hanger.
  • Hangers are racks used for drapes. People use clothes hangers to dry clothes, making the contact area of clothes and air larger, and speeding up the clothes.
  • the technical problem to be solved by the present invention is to provide a hanger which is more firmly fixed to the heat generating body.
  • a hanger comprising a hanger body, wherein a heat generating body and a heat generating body fixing frame for fixing a heat generating body are disposed in the hanger body, and the heat generating body fixing frame is fixedly connected to the hanger body.
  • the heating body fixing frame is provided with a fixing frame through hole, and the heating element is fixedly mounted in the fixing frame through hole, and one end of the fixing frame through hole is provided with a first limit for moving the heating element A limiting portion is provided with a resilient fixing buckle at the other end.
  • one end is provided with a first limiting portion for restricting the movement of the heating element, and the other end is provided with an elastic fixing buckle, so that the heating element can be firmly fixed in the fixing bracket through hole, and
  • the heating element can be removed by moving the elastic fixing buckle, and when the heating element is installed inside the fixing frame through hole, the elastic fixing buckle can also adjust the heating body by itself.
  • the position in the through hole of the holder has an automatic adjustment function.
  • the heating body fixing frame has a rectangular frame shape, and the heating body fixing frame comprises four frames connected end to end, and the heating element is adapted to the shape of the heating body fixing frame, the first limit position
  • the portion includes a first limiting bracket disposed at the opening of the through hole of the fixing frame, and the first limiting bracket connects the two adjacent frames of the heating body fixing bracket.
  • This structure is not only convenient for production, but also allows the heating element to be stably fixed in the heating element holder while minimizing the weight of the heating element holder.
  • the heating body fixing frame is provided with a first notch
  • the fixing buckle includes a buckle elastic portion
  • the buckle elastic portion is disposed in the first notch
  • the buckle elastic portion is along the axis Extendingly, one end of the snap elastic portion is fixed on the heating body fixing frame, and the other end is provided with a buckle limiting portion extending inward in the radial direction, and the buckle limiting portion covers a part of the heating body
  • a chamfer that is mounted on the one side of the heating element holder facing the heating element is provided.
  • the fastening elastic portion can be used to make the fixing buckle elastic, and the heating body is restricted in the fixing bracket through hole through the buckle limiting portion, and the buckle limiting portion can be elasticized by the buckle elastic portion.
  • the heating element is locked in the through hole of the fixing frame or the restriction on the heating element is released, and the side of the fixing portion facing away from the heating body fixing frame is provided with a chamfer which is mounted with the heating element to facilitate the heating body. It is mounted inside the through hole of the holder for easy production and assembly.
  • the hanger body is provided with a fixing frame groove
  • the heating body fixing frame is installed in the fixing frame groove, and both sides of the fixing frame groove are provided to restrict movement of the heating body fixing frame
  • the fixing bracket is limited to the protrusion.
  • the fixing frame groove is arranged, the heating body fixing frame is installed in the fixing frame groove, the heating body fixing frame can be stably fixed, and the fixing frame limiting protrusion can also be arranged to restrict the movement of the heating body fixing frame.
  • the hanger body is provided with an air inlet and an air outlet, wherein the hanger body is provided with a fan, and the fan and the heating element are disposed between the air inlet and the air outlet, and the fan is close to the inlet. In the tuyere, the heating element is close to the air outlet.
  • the fan draws in air from the air inlet, it passes through the heating element and blows out from the air outlet, so that it can be blown. Dry clothes to facilitate quick drying of clothes.
  • the fan hanger body is provided with a fan groove, and the fan is installed in the fan groove, and the fan groove is provided on both sides of the fan groove with a fan limit protrusion for restricting the movement of the fan.
  • the hanger body is provided with a hook and a sliding groove for mounting the hook, the hook is slidable in the sliding groove, and the hook is movable along the sliding groove to the top end or the edge of the hanger body
  • the sliding groove is moved to be engaged with the hanger body, and the sliding groove passes through the air inlet, and the air inlet is divided into air inlet holes respectively located at two sides of the sliding groove.
  • the hook is slidably mounted on the sliding groove, and the hook can be moved to the top along the sliding groove, so that the hook can be moved to the top when needed, and the hanger can be hung up to dry the clothes,
  • the hook is moved to the state of being attached to the main body of the hanger, thereby greatly reducing the space occupied by the hanger, facilitating storage and carrying of the hanger, and the two inlet holes are respectively on both sides of the sliding groove.
  • the sliding groove is separated into two independent air inlet holes, which can enhance the strength of the air inlet, so that the mechanical strength of the hanger body after opening the air inlet is not too low, and the housing is broken.
  • the air inlet is divided into two independent air inlet holes, which can also make the air inlet of the air inlet more advect, ensuring the stability and continuity of the air inlet, and it is easier to blow the clothes dry.
  • the hanger body includes a frame body and a face shell covering the frame body
  • the sliding groove includes a first through hole disposed on the face shell, and the first through hole and the two inlet through holes Each of the two through holes is disposed between the two through hole supports
  • the hook includes an introduction portion disposed inside the face shell and a connecting portion mating with the first through hole
  • the sliding groove further includes a movement space corresponding to the first through hole and movable for the introduction portion along the first through hole, the movement space being located between the frame body and the face shell
  • the sliding groove includes a first support frame disposed on the frame body, the movement space is located between the first support frame and the first through hole, and the first support frame and the first through hole extend in the same direction
  • the through hole bracket extends along a top end of the hanger body toward a side of the hanger body, and a height of the through hole bracket protruding from the face shell gradually increases as moving away from the top end, the first through hole Provided along the extending direction of the through-hole
  • the first through hole and the air inlet through hole are disposed on the surface shell, and then the through hole support is used to separate the air inlet hole and the first through hole, so that the through holes can be directly opened on the surface shell, which is convenient for processing. And ensuring the stability of the hook when sliding, and the introduction portion of the hook is installed inside the shell, restricting the introduction portion from moving outward from the movement space of the frame body and the face shell, so that the hook and the hanger body are connected to each other, and
  • the hook includes a joint portion that slides with the first through hole to ensure smooth sliding of the hook.
  • the first support frame prevents the introduction portion of the hook from moving to the inside of the frame body, prevents the introduction portion of the hook from damaging the components inside the frame body, ensures the safety and stability of the hanger, and is arranged such that the introduction portion is always located at the first support Between the frame and the first through hole, so that the movement of the hook along the sliding groove is more stable and smooth.
  • one end of the first through hole is at a top end of the hanger body, the first through hole further includes an opposite end end, and the face shell is provided with a hook groove for placing the hook, a hook groove is adjacent to the end point, the end point is located between the hook groove and a top of the through hole bracket;
  • the hook includes a hook portion, and the connecting portion is located at the lead portion and the hook And connecting the introduction portion and the hook portion between the portions, the hook groove is adapted to the hook portion;
  • the connecting portion is cylindrical, and the hanger comprises a power cord, the shell A power line through hole through which the power line passes is disposed, and the hook groove is disposed around the power line through hole.
  • the power cord when the hook portion is placed in the hook groove, the power cord is also in the storage state, so that the power cord can press the hook portion, so that the hook portion cannot be arbitrarily shaken, thereby ensuring stability after the hook is stored. It is convenient for the storage and carrying of the hanger, and when the hanger is needed, since the connecting portion has a cylindrical shape, the hook can be rotated, so that the hook is disengaged from the power cord, so that the hook can be slid to the top of the hanger body for normal operation. use.
  • the hanger includes a hanger body, and the hanger body is provided with a heat generating body and a heat generating body fixing frame for fixing the heat generating body, and the heat generating body fixing frame is fixedly coupled to the hanger body.
  • the heating element is fixed on the heating body fixing frame, and the heating element fixing frame is fixed on the hanger main body, so that the heating element can be stably fixed in the hanger main body and synchronously moved with the hanger main body to prevent Fever
  • the body is swayed or displaced in the main body of the hanger, so that the heating element is fixed more firmly, so that the working state of the heating element is more stable.
  • Figure 1 is a perspective view of a hanger of an embodiment of the present invention
  • Figure 2 is a schematic rear view of the hanger of the embodiment of the present invention.
  • Figure 3 is a bottom view of the hanger of the embodiment of the present invention.
  • Figure 4 is an exploded view of the hanger of the embodiment of the present invention.
  • Figure 5 is a schematic view of a hook of an embodiment of the present invention.
  • Figure 6 is a schematic view of the exterior of the face shell of the embodiment of the present invention.
  • Figure 7 is a schematic view of a clamping rubber sleeve according to an embodiment of the present invention.
  • Figure 8 is a schematic illustration of the interior of a face shell in accordance with an embodiment of the present invention.
  • Figure 9 is a schematic view of a frame body according to an embodiment of the present invention.
  • Figure 10 is an exploded view of the frame body of the embodiment of the present invention.
  • Figure 11 is a schematic view of a support arm of an embodiment of the present invention.
  • Figure 12 is a schematic view of a heat generating body and a heat generating body fixing frame according to an embodiment of the present invention
  • Fig. 13 is a schematic view of a heat generating body fixing frame according to an embodiment of the present invention.
  • hanger body 100, duct connection, 11, sliding groove, 12, top, 13, air inlet, 130, air inlet, 131, ash, 14, frame, 15, shell , 16, through hole bracket, 17, power line through hole, 18, hook groove, 19, switch button, 20, hook, 21, introduction, 22, connection, 23, hook, 24, non-slip rubber pad , 25, first raised portion, 26, second raised portion, 27, pad groove, 28, air outlet, 280, side air outlet, 281, bottom air outlet, 29, air outlet pipe, 30, support arm, 31, support arm air outlet, 32, support arm through hole, 33, air outlet crossbar, 34, first elastic through hole, 35, elastic arm bracket, 36, second elastic arm, 37, second elastic through hole, 38, second elastic protrusion, 39, interface, 41, fan, 42, heating body, 43, heating body fixing frame, 44, fixing frame through hole, 45, first limiting portion, 46, fixed buckle, 460 , buckle elastic part, 461, buckle limit part, 462, Chamfer, 47, frame, 48, first limit frame, 49, first notch, 110
  • a hanger in conjunction with FIG. 1 to FIG. 10, includes a hanger body 10, and a heat generating body fixing frame 42 for fixing the heating element 42 is disposed in the hanger body 10.
  • the heating element holder 42 is fixedly coupled to the hanger body 10.
  • the heating element 42 is fixed to the heating element holder 42, and the heating element holder 42 is fixed to the hanger body 10, so that the heating element 42 can be stably fixed in the hanger body 10, and
  • the hanger main body 10 moves in synchronization to prevent the heating element 42 from being swayed or displaced in the hanger main body 10, so that the heating element 42 is more firmly fixed, and the heating element 42 is more stable in operation.
  • the heat generating body fixing frame 42 is provided with a fixing frame through hole 44, and the heating element 42 is fixedly mounted in the fixing frame through hole 44, and one end of the fixing frame through hole 44 is provided to restrict movement of the heating element 42.
  • the first limiting portion 45 is provided with a fixing buckle 46 having elasticity at the other end. In this way, one end is provided with a first limiting portion 45 for restricting the movement of the heating element 42 , and the other end is provided with an elastic fixing buckle 46 , so that the heating element 42 can be firmly fixed in the fixing bracket through hole 44 . And when it is necessary to disassemble the heating element 42, The heating element 42 can be detached by moving the elastic fixing buckle 46. When the heating element 42 is mounted inside the fixing frame through hole 44, the elastic fixing buckle 46 can also adjust the heating element 42 to the fixing frame.
  • the position in the hole 44 has an automatic adjustment function.
  • the heating element holder 42 has a rectangular frame shape, and the heating element holder 42 includes four frames 47 connected end to end.
  • the heating element 42 is adapted to the shape of the heating element holder 42.
  • the first limit is
  • the portion 45 includes a first limiting bracket 48 disposed at an aperture of the fixing bracket through hole 44, and the first limiting bracket 48 connects the two frames 47 adjacent to the heating body fixing bracket 42. This structure is not only convenient for production, but also allows the heating element 42 to be stably fixed to the heating element holder 42 while minimizing the weight of the heating element holder 42.
  • the heating body fixing frame 42 is provided with a first notch 49.
  • the fixing buckle 46 includes a buckle elastic portion 460.
  • the fastening elastic portion 460 is disposed in the first notch 49, and the buckle elastic portion 460
  • the latching elastic portion 460 is fixed to the heating element holder 42 at one end, and the other end is provided with a buckle limiting portion 461 extending inward in the radial direction.
  • the buckle limiting portion 461 is defined.
  • a portion of the heating element 42 is covered, and a chamfer 462 attached to the heating element 42 is provided on one surface of the buckle limiting portion 461 facing away from the heating element holder 42.
  • the fastening elastic portion 460 can be used to make the fixing buckle 46 elastic, and the heating body 42 is restrained in the fixing bracket through hole 44 by the buckle limiting portion 461, and the buckle limiting portion 461 can pass the card.
  • the elasticity of the buckle elastic portion 460 locks the heating element 42 in the fixing bracket through hole 44 or releases the restriction on the heating element 42 , and the buckle limiting portion 461 is disposed on a side facing away from the heating body fixing bracket 42 .
  • the chamfer 462 mounted with the heating element 42 can facilitate the mounting of the heating element 42 into the interior of the holder through hole 44 for convenient production and assembly.
  • a fixing frame recess 80 is disposed in the hanger main body 10, and the heating body fixing bracket 42 is installed in the fixing frame groove 80. Both sides of the fixing frame groove 80 are provided with restrictions on the heating body fixing frame 42.
  • the movable fixing frame is limited to the protrusion 81.
  • the fixing frame groove 80 is disposed, and the heating body fixing frame 42 is installed in the fixing frame groove 80, so that the heating body fixing frame 42 can be stably fixed, and the fixing frame limiting protrusion 81 can also be disposed to restrict the heating body fixing frame 42. mobile.
  • An air inlet 13 and an air outlet 28 are disposed on the hanger body 10, and a fan 41 is disposed in the hanger body 10.
  • the fan 41 and the heating element 42 are disposed between the air inlet 13 and the air outlet 28, the fan 41 is adjacent to the air inlet 13, and the heating element 42 is adjacent to the air outlet 28.
  • the blower 41 sucks air from the air inlet 13 and passes through the heat generating body 42 to be blown out from the air outlet 28, so that the clothes can be blown dry, and the clothes can be quickly dried.
  • a fan groove 82 is disposed in the hanger body 10, and the fan 41 is installed in the fan groove 82. Both sides of the fan groove 82 are provided with a fan limit protrusion 83 for restricting the movement of the fan 41.
  • the fan groove 83 is provided, and the fan 41 is fixedly installed in the fan groove 82, so that the fan 41 can be stably fixed, and the fan limit protrusion 83 can also be arranged to restrict the movement of the fan 41.
  • the hanger body 10 is provided with a hook 20 and a sliding groove 11 for mounting the hook 20, and the hook 20 is slidable in the sliding groove 11, the hook 20 can be moved along the sliding groove 11 to the top end 12 of the hanger main body 10 or moved along the sliding groove 11 to be engaged with the hanger main body 10, and the hanger main body 10 is provided with an air inlet 13
  • the sliding groove 11 passes through the air inlet 13 to divide the air inlet 13 into air inlet holes 130 respectively located at two sides of the sliding groove 11 .
  • the hook 20 is slidably mounted on the sliding groove 11, and the hook 20 can be moved along the sliding groove 11 to the top end 12, so that the hook 20 can be moved to the top end 12 when needed, and the hanger can be hung. Therefore, the clothes are dried, and when the hangers are not needed, the hooks 20 are moved to the state of being attached to the hanger body 10, thereby greatly reducing the space occupied by the hangers, facilitating storage and carrying of the hangers, and
  • the holes 130 are respectively located on both sides of the sliding groove 11, so that the sliding grooves 11 are separated into two mutually independent air inlet holes 130, so that the strength of the air inlet 13 can be enhanced, so that the hanger body 10 after the air inlet 13 is opened
  • the casing is broken due to the mechanical strength not being too low.
  • the air inlet 13 is divided into two independent air inlet holes 130, so that the air inlet 13 can be more advected to ensure the stability of the air inlet. Sex and continuity make it easier to dry clothes.
  • the hanger body 10 includes a frame body 14 and a face shell 15 covering the frame body 14.
  • the sliding groove 11 includes a first through hole 110 disposed on the face shell 15, the first through hole 110 and two inlets Each of the through holes 130 is provided with a through hole bracket 16 , and the first through hole 110 is located between the two through hole brackets 16 , the hook 20 includes an introduction portion 21 disposed inside the face shell 15 and a connecting portion 22 that cooperates with the first through hole 110.
  • the sliding groove 11 further includes a first through hole 110 corresponding to the first through hole 110 and is available for the introduction portion 21 A movement space 111 moving along the first through hole 110, the movement space 111 being located between the frame body 14 and the face shell 15.
  • a first through hole 110 and an air inlet through hole 130 are disposed in the face shell 15, and then the through hole through hole 130 is separated from the first through hole 110 by the through hole bracket 16, so that the through holes are directly opened on the face shell 15.
  • the hole is not only convenient for processing, but also ensures stability when the hook 20 is slid, and the introduction portion 21 of the hook 20 is mounted inside the face shell 15, restricting the introduction portion 21 from the movement space 111 of the frame body 14 and the face shell 15.
  • the outward movement causes the hook 20 to be connected to the hanger body 10, and the hook 20 includes a connecting portion 22 that slidably mates with the first through hole 110 to ensure smooth sliding of the hook 20.
  • the sliding groove 11 includes a first support frame 112 disposed on the frame body 14.
  • the movement space 111 is located between the first support frame 112 and the first through hole 110, and the first support frame 112 and the The extending direction of the first through holes 110 is uniform.
  • Such an arrangement can prevent the introduction portion 21 of the hook 20 from moving to the inside of the frame body 14 by using the first support frame 112, preventing the introduction portion 21 of the hook 20 from damaging the components inside the frame body 14, ensuring the safety and stability of the hanger, and This arrangement allows the introduction portion 21 to always be positioned between the first support frame 112 and the first through hole 110, thereby making the movement of the hook 20 along the sliding groove 11 more stable and smooth.
  • the through hole bracket 16 extends toward the side of the hanger body 10 along the top end 12 of the hanger body 10, and the height of the through hole bracket 16 protruding from the face shell 15 gradually increases as it moves away from the top end 12,
  • the first through hole 110 is disposed along the extending direction of the through hole bracket 16, and the first through hole 110 is gradually extended from the top end 12 of the hanger main body 10 to the top of the through hole bracket 16, and then descends to the same
  • the face shells 15 are connected. This arrangement allows the hook 20 to move along the first through hole 110 along with the through hole bracket 16, so that the hook 20 first rises along the through hole bracket 16 and reaches the top of the through hole bracket 16 and then descends.
  • the curvature of the descending section of the through hole 110 is larger than the curvature of the rising section, or the inclination angle of the descending section of the first through hole 110 is larger than the inclination angle of the rising section, so that the hook 20 can be lowered to the surface shell 15 after rising. That is, it is attached to the hanger main body 10, so that the hook 20 can be stored for the purpose of storage, the volume of the hanger is reduced, and the storage and carrying of the hanger are facilitated.
  • One end of the first through hole 110 is at the top end 12 of the hanger main body 10, and the first through hole 110 further includes an opposite end point 113 on which the hook groove 18 for placing the hook 20 is disposed.
  • the hook groove 18 is adjacent to the end end 113, and the end end 113 is located between the hook groove 18 and the top of the through hole bracket 16.
  • a hook groove 18 is disposed near the end end 113 of the first through hole 110.
  • the groove 18 can be placed in the hook groove 18, so that the volume of the hanger after storage can be further reduced, and the hook 20 can be placed more stably and more squarely, and the hook groove 18 is further provided. It has a guiding function, so that the user can more easily know the function that the hook 20 can store, which is convenient for the user to use.
  • the hook 20 includes a hook portion 23 between the introduction portion 21 and the hook portion 23 and connects the introduction portion 21 and the hook portion 23, the hook groove 18 and the hook portion
  • the hook portion 23 is adapted.
  • the guide portion 21 is mounted in the face shell 15, the hook 20 is connected to the hanger main body 10, and the hanger is hung by the hook portion 23, and the connecting portion 22 can be fitted not only with the first through hole 110.
  • the function of connecting the introduction portion 21 and the hook portion 23 is also achieved, and by the sliding of the first through hole 110, the hook portion 23 can be engaged with the hook groove 18, and the hook portion 23 can be accommodated.
  • the connecting portion 22 has a cylindrical shape
  • the hanger includes a power cord
  • the face shell 15 is provided with a power line through hole 17 through which the power cord passes
  • the hook groove 18 surrounds the power line through hole 17 weeks set.
  • the hook 20 can be rotated, so that the hook 20 is disengaged from the power cord, so that the hook 20 can be Slide to the top end 12 of the hanger body 10 for normal use.
  • the hook portion 23 is provided with a non-slip rubber pad 24, and the inside of the hook portion 23 is provided with a hook protrusion, and the hook protrusion includes a first extending in a vertical direction of the inner side surface of the hook portion 23.
  • the raised portion 25 and the second raised portion 26 perpendicular to the first raised portion 25 are provided with a pad groove 27 that cooperates with the hook protrusion.
  • An anti-slip foot pad is arranged on the hook portion 23 to facilitate the hanger to be hung on the clothes rail, and the hanger is allowed More stable hanging on the clothes rail, it is not easy to slide off the clothes rail, and the hook protrusion includes the first convex portion 25 and the second convex portion 26, so that the non-slip foot pad is mounted on the hook protrusion It will be more stable and prevent the anti-slip mat from falling.
  • An air outlet 28 is disposed on the hanger body 10, and a fan 41 and a heating element 42 are disposed between the air inlet 13 and the air outlet 28.
  • the hanger body 10 is provided with a circuit board for controlling the fan 41 and the heating element 42. 70.
  • the air outlet 28 includes a bottom vent 281 disposed at a bottom of the hanger body 10, and a side vent 280 disposed at two sides of the hanger body 10.
  • the blower 41 sucks air from the air inlet 13 and passes through the heat generating body 42 to be blown out from the air outlet 28, so that the clothes can be blown dry, and the clothes can be quickly dried.
  • the hanger body 10 is further provided with a switch button 19, the hook groove 18 and the switch button 19 are respectively on both sides of the hanger body 10, the switch button 19 is located on the front surface of the hanger body 10, and the hook groove 18 is located on the back surface of the hanger body 10.
  • the switch button 19 can turn on or off the energization of the blower 41 and the heat generating body 42 by controlling the circuit board 70.
  • An air outlet passage 60 is provided between the heating element 42 and the air outlet 28, and the air outlet passage 60 gradually decreases in cross-sectional area as it approaches the air outlet 28.
  • a first air outlet plate 61 and a second air outlet plate 62 are respectively disposed on two sides of the air outlet passage 60.
  • the first air outlet plate 61 and the second air outlet plate 62 are inclined with each other, and are close to each other.
  • the distance between the tuyere 28, the second air outlet plate 62 and the second air outlet plate 62 is gradually reduced.
  • the first air outlet plate 61 and the second air outlet plate 62 are inclined to each other, and the spacing between the second air outlet plate 62 and the second air outlet plate 62 gradually decreases as the air outlet opening 28 is approached.
  • the structure allows the outlet passage 60 to be closed, and the cross-sectional area of the outlet passage 60 is gradually reduced. This arrangement allows the air flow to contract more smoothly, making the air flow more advect and allowing the air to flow evenly. From the air outlet 28, the clothes are dried.
  • At least one ash shield 131 is disposed on the air inlet through hole 130, and the extending direction of the ash shield 131 is perpendicular to the extending direction of the sliding groove 11.
  • the ash stopper 131 may be provided in two or more as needed. Providing the gray shield 131 not only prevents dust from entering the inside of the hanger main body 10, but also prevents entry of water droplets when the clothes are dried, and the gray shield 131 is perpendicular to the sliding groove 11, and the strength of the face shell 15 can be further enhanced.
  • the gray board 131 also allows the wind to enter when it is smoother.
  • the hanger body 10 further includes an air outlet tube 29 , and the air outlet tube 29 is mounted with a support arm 30 , and the support arm 30 .
  • the air duct 29 is disposed between the air outlet tube 29 and the support arm 30, and the latching device includes a first elastic arm 50 fixed on the hanger body 10. The air outlet tube 29 and the support arm 30 are fastened to the support arm 30 by the first elastic arm 50.
  • the air duct 29 is disposed on the hanger main body 10, and the support arm 30 is set on the air outlet tube 29, so that the clothes can be suspended by the support arm 30 to facilitate the drying of the clothes, and the air outlet tube 29 and
  • a locking device connection is provided between the support arms 30, and the locking device includes a first elastic arm 50, so that the support arm 30 can be supported by the first elastic arm 50 when needed, by the elasticity of the first elastic arm 50.
  • the arm 30 is mounted on the air outlet tube 29, and the support arm 30 is removed by the elasticity of the first elastic arm 50 when it is not needed, so that not only the use of the hanger but also the support arm 30 can be used to hang more clothes.
  • the support arm 30 can be removed, the space occupied by the hanger is greatly reduced, the storage and carrying of the hanger are facilitated, the applicable range of the hanger is greatly improved, and the support arm 30 and the air outlet tube 29 are provided. Connected, the wind of the air outlet pipe 29 can also be led out, so that more clothes can receive the wind blown out by the clothes hanger, and the clothes can be quickly dried.
  • An air outlet 28 is disposed on the hanger body 10, and the air outlet 28 includes a side air outlet 280.
  • the side air outlet 280 is disposed on the air outlet tube 29, and the support arm 30 is provided with a support arm air outlet 31.
  • a support arm through hole 32 communicating with the side air outlet 280 and the support arm air outlet 31 is disposed in the support arm 30, and an air outlet crossbar 33 is disposed at the support arm air outlet 31.
  • the air outlet cross bar 33 can be set to one or Two or more, set more than one can easily hang more clothes.
  • the side air outlet 280 can be communicated with the support arm air outlet 31 through the through hole of the support arm 30, so that the wind blown out from the hanger is led out to the support arm air outlet 31, so that the clothes at the air outlet 31 of the support arm can be accepted.
  • the air is blown to dry the clothes, and the air outlet 31 of the support arm is provided with an air outlet crossbar 33, so that the clothes can be hung on the crossbar, which is more convenient for drying the clothes.
  • the first elastic arm 50 is adjacent to the air outlet tube 29 and has a gap with the air outlet tube 29, and the support arm 30 is provided with a pressing device for pressing the first elastic arm 50,
  • the pressing device can disengage the air outlet tube 29 from the support arm 30 by pressing the first elastic arm 50.
  • the first elastic arm 50 is adjacent to the air outlet tube 29 and has a gap with the air outlet tube 29. In this way, the movement of the first elastic arm 50 is facilitated, and the movement space 111 is left for the first elastic arm 50, and the pressing device is disposed on the support arm 30, so that the first elastic arm 50 can be toggled by the pressing device, thereby adjusting the wind.
  • An air outlet pipe notch 51 is disposed on the air outlet pipe 29, and a nozzle opening portion 52 is disposed between the air outlet pipe notch 51 and the side air outlet 280 to separate the air outlet pipe notch 51 from the side air outlet 280.
  • the first elastic arm 50 is disposed at the outlet duct notch 51.
  • the air duct notch 51 can also be ventilated. This arrangement not only facilitates the manufacture of the first elastic arm 50, but also requires the cutting of one piece on the air outlet tube 29 to form the first elastic arm 50, and the outlet duct notch 51 and the side air outlet 280 can all be ventilated, which can be increased.
  • the airflow of the hangers makes it easier to dry the clothes more conveniently.
  • the first elastic arm 50 is located inside the support arm 30 and cooperates with the inner wall of the support arm 30.
  • the support arm 30 is provided with a first elastic through hole 34, the first elastic through hole 34 and the support.
  • the arm through holes 32 are adjacent to each other with an elastic wall bracket disposed therebetween, and the pressing device includes a second elastic arm 36 disposed in the first elastic through hole 34 and fixed in the On the elastic arm bracket 35, the second elastic wall extends toward the first elastic arm 50, and the second elastic wall partially overlaps the first elastic arm 50 in the radial direction of the air outlet duct 29. In this way, the first elastic arm 50 can be moved together when the second elastic arm 36 can be pressed.
  • the second elastic arm 36 is disposed in the first elastic through hole 34 and fixed to the elastic arm bracket 35, the second elastic wall and the first elastic arm 50 partially overlapping in the radial direction of the air outlet duct 29, the first elastic arm 50 can be pressed inward by pressing the second elastic wall having elasticity, so that the first elastic arm 50 and the inner wall of the support arm 30 are The detachment is released and the support arm 30 is detached from the air outlet tube 29.
  • a first elastic protrusion 53 is disposed on the first elastic arm 50, and the support arm 30 is provided with a second elastic through hole 37 that is engaged with the first elastic protrusion 53.
  • the first elastic through hole 34 is adjacent to the second elastic through hole 37, and the second elastic through hole 37 is closer to the hanger main body 10.
  • the arrangement can be achieved by the clamping engagement of the first elastic protrusion 53 and the second elastic through hole 37 to more stably clamp the support arm 30 on the air outlet tube 29, and the first elastic through hole 34 and the first
  • the second elastic through holes 37 are adjacent to each other, and the second elastic through holes 37 are closer to the hanger body 10, so that the second elastic arms 36 can smoothly press the first elastic arms 50, which is convenient for installation and clamping.
  • the clamping is stabilized and the support arm 30 is also easily removed.
  • a second elastic protrusion 38 is disposed on the second elastic arm 36.
  • the second elastic protrusion 38 is located at an end of the second elastic wall away from the elastic wall bracket, and the second elastic protrusion 38 is along the support arm 30. Radially outward.
  • the second elastic protrusion 38 protruding outward is disposed on the second elastic arm 36, so that the second elastic wall can be pressed more conveniently, and only the second elastic protrusion 38 is pressed by the finger to drive the second elastic wall. Movement, thereby pressing the first resilient arm 50, disengaging the first resilient arm 50 from the inner wall of the support arm 30.
  • An air duct connection portion 100 is connected between the air outlet duct 29 and the hanger main body 10, and an interface 39 of the support arm 30 is flush with the air duct connection portion 100. This arrangement allows the interface 39 of the support arm 30 to all abut against the hanger body 10, thereby allowing the support arm 30 to be more stably mounted on the air outlet tube 29.
  • An air inlet 13 is disposed in the hanger body 10, and a fan 41 and a heating element 42 are disposed between the air inlet 13 and the air outlet 28, and a circuit board for controlling the fan 41 and the heating element 42 is disposed in the hanger body 10. 70.
  • the air outlet 28 includes a bottom vent 281 disposed at a bottom of the hanger body 10. The blower 41 sucks air from the air inlet 13 and passes through the heat generating body 42 to be blown out from the air outlet 28, so that the clothes can be blown dry, and the clothes can be quickly dried.
  • the hanger body 10 is further provided with a switch button 19, and the hook groove 18 and the switch button 19 are respectively arranged on the hanger On both sides of the main body 10, the switch button 19 is located on the front side of the hanger main body 10, and the hook recess 18 is located on the back surface of the hanger main body 10.
  • the switch button 19 can turn on or off the energization of the blower 41 and the heat generating body 42 by controlling the circuit board 70.
  • An air outlet passage 60 is provided between the heating element 42 and the air outlet 28, and the air outlet passage 60 gradually decreases in cross-sectional area as it approaches the air outlet 28.
  • a first air outlet plate 61 and a second air outlet plate 62 are respectively disposed on two sides of the air outlet passage 60.
  • the first air outlet plate 61 and the second air outlet plate 62 are inclined with each other, and are close to each other.
  • the distance between the tuyere 28, the second air outlet plate 62 and the second air outlet plate 62 is gradually reduced.
  • the first air outlet plate 61 and the second air outlet plate 62 are inclined to each other, and the spacing between the second air outlet plate 62 and the second air outlet plate 62 gradually decreases as the air outlet opening 28 is approached.
  • the structure allows the outlet passage 60 to be closed, and the cross-sectional area of the outlet passage 60 is gradually reduced. This arrangement allows the air flow to contract more smoothly, making the air flow more advect and allowing the air to flow evenly. From the air outlet 28, the clothes are dried.
  • the cross-sectional area of the support arm 30 gradually decreases as it moves away from the hanger body 10. This setting allows the flow of the air to be more even and smooth, making it easier to dry the clothes.
  • a power cable is connected to the circuit board 70, and the face shell 15 is provided with a power line through hole 17 through which the power cable passes.
  • a chucking device for fixing the power cord is further disposed in the face shell 15, and the chucking device is fixed to the face shell 15.
  • the power cord is fixedly clamped inside the face shell 15 by the chucking device, so that when the power cord is caught by the chucking device, the chucking device is fixed to the face shell 15 when it is accidentally pulled to the power cord.
  • the power cable is connected to the face shell 15. Pulling the power cord will not drive the internal circuit board 70, nor will the connection between the power line and the circuit board 70 be broken. When the power line is pulled, the surface is pulled.
  • the case 15 will help the power line to share the pulling force, thereby reducing the force of the power line, thereby increasing the firmness of the power line and preventing the power line from being easily damaged.
  • the circuit board 70 is fixed on the frame body 14, It can guarantee the stability of the circuit when the power cord is pulled.
  • the clamping device includes a clamping groove 71 disposed on the face shell 15, and the two sides of the clamping groove 71 are respectively provided with clamping protrusions 72, and a gap is left between the two clamping protrusions 72.
  • the power cord passes through the gap along the clamping groove 71, and the gap value between the clamping protrusions 72 on both sides is smaller than the outer diameter of the power cord.
  • the power cord extends along the clamping recess 71, and is clamped by the clamping protrusions 72 on both sides of the clamping recess 71, so that when the power cord is pulled, the clamping protrusions on both sides can be utilized. From 72 to help the power cord to bear the force, thereby reducing the force of the power cord, to ensure the firmness of the power cord, making the power cord less susceptible to damage, to ensure the normal use of the hanger.
  • the clamping device includes a clamping rubber sleeve 73 installed in the power line through hole 17, the clamping rubber sleeve 73 includes a rubber sleeve inner hole 74 through which the power cable passes, and the diameter of the rubber sleeve inner hole 74 Less than the outer diameter of the power cord.
  • the clamping rubber sleeve 73 fixed in the power line through hole 17 is used to clamp the power cable, and when the power cable is subjected to the pulling force, the surface shell 15 further helps the power cable to share the pulling force, and the power cable is more firmly fixed. On the face shell 15, thereby further protecting the power cord, reducing the possibility of the power cord being pulled and damaged.
  • the clamping rubber sleeve 73 includes a first clamping ring 75 disposed at one end of the inner hole 74 of the rubber sleeve and a second clamping ring 76 disposed at the other end of the inner hole 74 of the rubber sleeve, the first clamping ring 75 and the second A first clamping ring groove 77 is formed between the clamping rings 76.
  • the power cable through hole 17 is provided with a first ring 78 that cooperates with the first clamping ring groove 77.
  • the clamping rubber sleeve 73 can be stably fixed by the cooperation of the first clamping ring groove 77 and the first ring 78, and the first clamping ring 75 and the second clamping ring 76 can restrain the clamping.
  • the movement of the rubber sleeve 73 allows the clamping rubber sleeve 73 to be stably fixed in the power line through hole 17.
  • the outer diameter of the second clamping ring 76 is larger than the outer diameter of the first clamping ring 75, the second clamping ring 76 is located outside the face shell 15, and the first clamping ring 75 is located at the outer The inside of the face shell 15. Set this up The outer diameter of the second clamping ring 76 is larger than the outer diameter of the first clamping ring 75, so that the clamping rubber sleeve 73 can be installed from the outside of the face shell 15 into the power line through hole 17 for convenient clamping. The installation of the rubber sleeve 73.

Abstract

一种衣架,所述衣架包括衣架主体(10),所述衣架主体内设有发热体(42)和固定发热体(42)的发热体固定架(43),所述发热体固定架(43)与所述衣架主体(10)固定连接;采用这种结构,将发热体(42)固定在在发热体固定架(43)上,再将发热体固定架(43)固定在衣架主体(10)上,这样就可以将发热体(42)稳定的固定在衣架主体(10)内,与衣架主体(10)同步运动,防止发热体(42)在衣架主体(10)内任意晃动,或者移位,让发热体(42)固定的更加牢固,从而让发热体(42)工作状态更加稳定。

Description

一种衣架 【技术领域】
本发明涉及机械领域,更具体的说,涉及一种衣架。
【背景技术】
衣架是用来搭披衣衫的架子,人们使用衣架将衣服进行晾晒,使衣服与空气的接触面积较大,加快衣服的晾干。
在一些场合,例如出差旅行的时候,需要衣服较快速的能够晾干,但是出差在外,衣服清洗后难以在短时间内自然干透。或者遇到雨水较多的时候,由于空气湿度较大,衣服往往一连几天都无法晾干。现在市面上有一种可以烘干衣服的衣架,将湿衣服挂在这种烘干衣架上之后,利用烘干衣架吹出的风将湿衣服吹干,从而加快衣服的烘干速度。但是这种衣架里的发热体固定不牢固,在运输和使用的时候可能发生发热体移位或晃动,造成使用危险。
【发明内容】
本发明所要解决的技术问题是提供一种发热体固定更加牢固的衣架。
本发明的目的是通过以下技术方案来实现的:
一种衣架,所述衣架包括衣架主体,所述衣架主体内设有发热体和固定发热体的发热体固定架,所述发热体固定架与所述衣架主体固定连接。
进一步的,所述发热体固定架上设有固定架通孔,所述发热体固定安装在所述固定架通孔中,所述固定架通孔的一端设有限制所述发热体移动的第一限位部,另一端设有具有弹性的固定卡扣。
这样设置,一端设有限制所述发热体移动的第一限位部,另一端设有具有弹性的固定卡扣,就可以将发热体牢固的固定在固定架通孔内,与并且在需要将发热体拆卸时,可以通过移动具有弹性的固定卡扣,将发热体拆卸,而当发热体安装在固定架通孔内部时,具有弹性的固定卡扣还可以自行调节发热体在 固定架通孔中的位置,具有自动调节功能。
进一步的,所述发热体固定架呈矩形框体状,发热体固定架包括四个首尾相连的边框,所述发热体与所述发热体固定架的形状相适配,所述第一限位部包括设置在固定架通孔的孔口处的第一限位架,所述第一限位架连接所述发热体固定架相邻的两个边框。
这种结构不仅方便生产制造,而且在尽量减少发热体固定架重量的情况下,让发热体稳定的固定在发热体固定架中。
进一步的,所述发热体固定架上设有第一缺口,所述固定卡扣包括卡扣弹性部,所述卡扣弹性部设置在所述第一缺口中,所述卡扣弹性部沿轴向延伸,所述卡扣弹性部一端固定在所述发热体固定架上,另一端设有沿径向向内延伸的卡扣限位部,所述卡扣限位部覆盖部分所述发热体,所述卡扣限位部背向所述发热体固定架的一面上设有与配合发热体安装的倒角。
这样设置,就可以利用卡扣弹性部让固定卡扣具有弹性,并且通过卡扣限位部将发热体限制在固定架通孔中,而卡扣限位部可以通过卡扣弹性部的弹性将发热体锁紧在固定架通孔内或者放开对发热体的限制,而卡扣限位部背向所述发热体固定架的一面上设有与配合发热体安装的倒角可以方便发热体安装到固定架通孔内部,方便生产和组装。
进一步的,所述衣架主体内设有固定架凹槽,所述发热体固定架安装在所述固定架凹槽中,所述固定架凹槽的两侧设有限制所述发热体固定架运动的固定架限位凸起。
设置固定架凹槽,将发热体固定架安装在固定架凹槽中,可以稳定将发热体固定架固定,并且设置固定架限位凸起也可以限制发热体固定架的移动。
进一步的,所述衣架主体上设有入风口和出风口,所述衣架主体内设有风机,所述风机和发热体设置在所述入风口和出风口之间,所述风机靠近所述入风口,所述发热体靠近所述出风口。
风机将空气从入风口吸入后,经过发热体,从出风口吹出,这样就可以吹 干衣物,方便衣物的快速晾干。
进一步的,所述风机衣架主体内设有风机凹槽,所述风机安装在所述风机凹槽中,所述风机凹槽的两侧设有限制所述风机运动的风机限位凸起。
设置风机凹槽,将风机固定安装在风机凹槽中,可以稳定将风机固定,并且设置风机限位凸起也可以限制风机的移动。
进一步的,所述衣架主体上设有挂钩和安装挂钩的滑行槽,所述挂钩可在所述滑行槽内滑动,所述挂钩可沿所述滑行槽运动至所述衣架主体的顶端或沿所述滑行槽运动至与所述衣架主体贴合,所述滑行槽穿过所述入风口,将所述入风口分割为分别位于所述滑行槽两侧的入风通孔。
采用这种结构,挂钩可滑动的安装在滑行槽上,并且挂钩可以沿滑行槽运动至顶端,这样就可以在需要使用时将挂钩移动到顶端,将衣架挂起来,从而进行晾晒衣服,在不需要使用衣架时,将挂钩移动到与衣架主体贴合的状态,从而大大减小衣架所占用的空间,方便衣架的存放和携带,而且,两个入风通孔分别在滑行槽的两侧,这样通过滑行槽将隔开为两个相互独立的入风通孔,可以增强入风口的强度,使开设入风口后的衣架主体的机械强度不会过低而造成的壳体破碎,另外,将入风口分割为两个独立的入风通孔,也可以使入风口的进风更加趋于平流,保证进风的稳定性和连续性,更容易将衣物吹干。
进一步的,所述衣架主体包括架身和覆盖所述架身的面壳,所述滑行槽包括设置在面壳上的第一通孔,所述第一通孔与两个入风通孔之间各设有通孔支架,所述第一通孔位于两个通孔支架之间,所述挂钩包括设置在面壳内部的导入部和与所述第一通孔配合的连接部,所述滑行槽还包括与第一通孔对应设置并可供所述导入部沿第一通孔运动的运动空间,所述运动空间位于所述架身与所述面壳之间;所述滑行槽包括设置在架身上的第一支撑架,所述运动空间位于所述第一支撑架与所述第一通孔之间,所述第一支撑架与所述第一通孔的延伸方向一致;所述通孔支架沿所述衣架主体的顶端向衣架主体的侧方延伸,所述通孔支架从所述面壳上突出的高度随着远离顶端而逐渐升高,所述第一通孔 沿所述通孔支架的延伸方向设置,所述第一通孔从衣架主体的顶端延伸逐渐升高至所述通孔支架的顶部,再下降至与所述面壳相连。
在面壳上设置第一通孔和入风通孔,然后利用通孔支架将入风通孔与第一通孔之间隔开,这样直接在面壳上开设这些通孔即可,不仅方便加工,而且能够保证挂钩滑行时的稳定性,而挂钩的导入部安装在面壳内部,限制导入部从架身与面壳的运动空间中向外运动,使挂钩与衣架主体之间相互连接,而且挂钩包括与第一通孔配合滑行的连接部,可以保证挂钩滑行的流畅。利用第一支撑架防止挂钩的导入部运动到架身的内部,避免挂钩的导入部损坏架身内部的零部件,保证衣架的安全性和稳定性,并且这样设置使得导入部始终位于第一支撑架和第一通孔之间,从而让挂钩沿滑行槽的运动更加稳定顺畅。
进一步的,所述第一通孔的一端在所述衣架主体的顶端,所述第一通孔还包括相对的终点端,所述面壳上设有放置所述挂钩的挂钩凹槽,所述挂钩凹槽靠近所述终点端,所述终点端位于所述挂钩凹槽与所述通孔支架的顶部之间;所述挂钩包括弯钩部,所述连接部位于所述导入部与弯钩部之间并连接所述所述导入部与弯钩部,所述挂钩凹槽与所述弯钩部相适配;所述连接部呈圆柱状,所述衣架包括电源线,所述面壳上设有可供所述电源线穿过的电源线通孔,所述挂钩凹槽环绕所述电源线通孔一周设置。
这样的设置,当将弯钩部放置挂钩凹槽中时,电源线也处于收纳状态,这样电源线就可以压住弯钩部,使弯钩部不能任意晃动,从而保证挂钩收纳后的稳定性,方便衣架的存放和携带,而当需要使用衣架时,由于连接部呈圆柱状,就可以转动挂钩,从而使挂钩脱离电源线的束缚,这样就可以将挂钩滑动至衣架主体的顶端,进行正常使用。
本发明由于衣架包括衣架主体,所述衣架主体内设有发热体和固定发热体的发热体固定架,所述发热体固定架与所述衣架主体固定连接。采用这种结构,将发热体固定在在发热体固定架上,再将发热体固定架固定在衣架主体上,这样就可以将发热体稳定的固定在衣架主体内,与衣架主体同步运动,防止发热 体在衣架主体内任意晃动,或者移位,让发热体固定的更加牢固,从而让发热体工作状态更加稳定。
【附图说明】
图1是本发明实施例的衣架的立体示意图;
图2是本发明实施例的衣架的背面示意图;
图3是本发明实施例的衣架的底部示意图;
图4是本发明实施例的衣架的爆炸图;
图5是本发明实施例的挂钩的示意图;
图6是本发明实施例的面壳的外部的示意图;
图7是本发明实施例的卡紧胶套的示意图;
图8是本发明实施例的面壳的内部的示意图;
图9是本发明实施例的架身的示意图;
图10是本发明实施例的架身的爆炸图;
图11是本发明实施例的支撑臂的示意图;
图12是本发明实施例的发热体和发热体固定架的示意图;
图13是本发明实施例的发热体固定架的示意图。
其中:10、衣架主体,100、风管连接部,11、滑行槽,12、顶端,13、入风口,130、入风通孔,131、挡灰板,14、架身,15、面壳,16、通孔支架,17、电源线通孔,18、挂钩凹槽,19、开关按键,20、挂钩,21、导入部,22、连接部,23、弯钩部,24、防滑胶垫,25、第一凸起部,26、第二凸起部,27、胶垫凹槽,28、出风口,280、侧风口,281、底风口,29、出风管,30、支撑臂,31、支撑臂出风口,32、支撑臂通孔,33、出风口横杆,34、第一弹性通孔,35、弹性臂支架,36、第二弹性臂,37、第二弹性通孔,38、第二弹性凸起,39、接口,41、风机,42、发热体,43、发热体固定架,44、固定架通孔,45、第一限位部,46、固定卡扣,460、卡扣弹性部,461、卡扣限位部,462、 倒角,47、边框,48、第一限位架,49、第一缺口,110、第一通孔,111、运动空间,112、第一支撑架,113、终点端,50、第一弹性臂,51、出风管缺口,52、管口隔断部,53、第一弹性凸起,60、出风通道,61、第一出风板,62、第二出风板,70、电路板,71、卡紧凹槽,72、卡紧凸起,73、卡紧胶套,74、胶套内孔,75、第一卡紧环,76、第二卡紧环,77、第一卡紧环槽,78、第一圆环,80、固定架凹槽,81、固定架限位凸起,82、风机凹槽,83、风机限位凸起。
【具体实施方式】
下面结合附图和较佳的实施例对本发明作进一步说明。需要说明的是,以下每个实施例既可以单独实施,也可以与其他实施例进行任意组合,或者多个实施例进行组合,只要能够实现本说明中揭示结构及功能即可,本实施例并不是对本发明的唯一限定。
实施例一
本实施例中,如图12至13所示,结合图1至图10,一种衣架,所述衣架包括衣架主体10,衣架主体10内设有固定发热体42的发热体固定架42,所述发热体固定架42与所述衣架主体10固定连接。
采用这种结构,将发热体42固定在在发热体固定架42上,再将发热体固定架42固定在衣架主体10上,这样就可以将发热体42稳定的固定在衣架主体10内,与衣架主体10同步运动,防止发热体42在衣架主体10内任意晃动,或者移位,让发热体42固定的更加牢固,从而让发热体42工作状态更加稳定。
发热体固定架42上设有固定架通孔44,所述发热体42固定安装在所述固定架通孔44中,所述固定架通孔44的一端设有限制所述发热体42移动的第一限位部45,另一端设有具有弹性的固定卡扣46。这样设置,一端设有限制所述发热体42移动的第一限位部45,另一端设有具有弹性的固定卡扣46,就可以将发热体42牢固的固定在固定架通孔44内,与并且在需要将发热体42拆卸时, 可以通过移动具有弹性的固定卡扣46,将发热体42拆卸,而当发热体42安装在固定架通孔44内部时,具有弹性的固定卡扣46还可以自行调节发热体42在固定架通孔44中的位置,具有自动调节功能。
发热体固定架42呈矩形框体状,发热体固定架42包括四个首尾相连的边框47,所述发热体42与所述发热体固定架42的形状相适配,所述第一限位部45包括设置在固定架通孔44的孔口处的第一限位架48,所述第一限位架48连接所述发热体固定架42相邻的两个边框47。这种结构不仅方便生产制造,而且在尽量减少发热体固定架42重量的情况下,让发热体42稳定的固定在发热体固定架42中。
发热体固定架42上设有第一缺口49,所述固定卡扣46包括卡扣弹性部460,所述卡扣弹性部460设置在所述第一缺口49中,所述卡扣弹性部460沿轴向延伸,所述卡扣弹性部460一端固定在所述发热体固定架42上,另一端设有沿径向向内延伸的卡扣限位部461,所述卡扣限位部461覆盖部分所述发热体42,所述卡扣限位部461背向所述发热体固定架42的一面上设有与配合发热体42安装的倒角462。这样设置,就可以利用卡扣弹性部460让固定卡扣46具有弹性,并且通过卡扣限位部461将发热体42限制在固定架通孔44中,而卡扣限位部461可以通过卡扣弹性部460的弹性将发热体42锁紧在固定架通孔44内或者放开对发热体42的限制,而卡扣限位部461背向所述发热体固定架42的一面上设有与配合发热体42安装的倒角462可以方便发热体42安装到固定架通孔44内部,方便生产和组装。
衣架主体10内设有固定架凹槽80,所述发热体固定架42安装在所述固定架凹槽80中,所述固定架凹槽80的两侧设有限制所述发热体固定架42运动的固定架限位凸起81。设置固定架凹槽80,将发热体固定架42安装在固定架凹槽80中,可以稳定将发热体固定架42固定,并且设置固定架限位凸起81也可以限制发热体固定架42的移动。
衣架主体10上设有入风口13和出风口28,所述衣架主体10内设有风机41, 所述风机41和发热体42设置在所述入风口13和出风口28之间,所述风机41靠近所述入风口13,所述发热体42靠近所述出风口28。风机41将空气从入风口13吸入后,经过发热体42,从出风口28吹出,这样就可以吹干衣物,方便衣物的快速晾干。
衣架主体10内设有风机凹槽82,所述风机41安装在所述风机凹槽82中,所述风机凹槽82的两侧设有限制所述风机41运动的风机限位凸起83。设置风机凹槽83,将风机41固定安装在风机凹槽82中,可以稳定将风机41固定,并且设置风机限位凸起83也可以限制风机41的移动。
本实施例中,如图1至图10所示,所述衣架主体10上设有挂钩20和安装挂钩20的滑行槽11,所述挂钩20可在所述滑行槽11内滑动,所述挂钩20可沿所述滑行槽11运动至所述衣架主体10的顶端12或沿所述滑行槽11运动至与所述衣架主体10贴合,所述衣架主体10上设有入风口13,所述滑行槽11穿过所述入风口13,将所述入风口13分割为分别位于所述滑行槽11两侧的入风通孔130。
采用这种结构,挂钩20可滑动的安装在滑行槽11上,并且挂钩20可以沿滑行槽11运动至顶端12,这样就可以在需要使用时将挂钩20移动到顶端12,将衣架挂起来,从而进行晾晒衣服,在不需要使用衣架时,将挂钩20移动到与衣架主体10贴合的状态,从而大大减小衣架所占用的空间,方便衣架的存放和携带,而且,两个入风通孔130分别在滑行槽11的两侧,这样通过滑行槽11将隔开为两个相互独立的入风通孔130,可以增强入风口13的强度,使开设入风口13后的衣架主体10的机械强度不会过低而造成的壳体破碎,另外,将入风口13分割为两个独立的入风通孔130,也可以使入风口13的进风更加趋于平流,保证进风的稳定性和连续性,更容易将衣物吹干。
衣架主体10包括架身14和覆盖所述架身14的面壳15,所述滑行槽11包括设置在面壳15上的第一通孔110,所述第一通孔110与两个入风通孔130之间各设有通孔支架16,所述第一通孔110位于两个通孔支架16之间,所述挂钩 20包括设置在面壳15内部的导入部21和与所述第一通孔110配合的连接部22,所述滑行槽11还包括与第一通孔110对应设置并可供所述导入部21沿第一通孔110运动的运动空间111,所述运动空间111位于所述架身14与所述面壳15之间。在面壳15上设置第一通孔110和入风通孔130,然后利用通孔支架16将入风通孔130与第一通孔110之间隔开,这样直接在面壳15上开设这些通孔即可,不仅方便加工,而且能够保证挂钩20滑行时的稳定性,而挂钩20的导入部21安装在面壳15内部,限制导入部21从架身14与面壳15的运动空间111中向外运动,使挂钩20与衣架主体10之间相互连接,而且挂钩20包括与第一通孔110配合滑行的连接部22,可以保证挂钩20滑行的流畅。
滑行槽11包括设置在架身14上的第一支撑架112,所述运动空间111位于所述第一支撑架112与所述第一通孔110之间,所述第一支撑架112与所述第一通孔110的延伸方向一致。这样设置可以利用第一支撑架112防止挂钩20的导入部21运动到架身14的内部,避免挂钩20的导入部21损坏架身14内部的零部件,保证衣架的安全性和稳定性,并且这样设置使得导入部21始终位于第一支撑架112和第一通孔110之间,从而让挂钩20沿滑行槽11的运动更加稳定顺畅。
通孔支架16沿所述衣架主体10的顶端12向衣架主体10的侧方延伸,所述通孔支架16从所述面壳15上突出的高度随着远离顶端12而逐渐升高,所述第一通孔110沿所述通孔支架16的延伸方向设置,所述第一通孔110从衣架主体10的顶端12延伸逐渐升高至所述通孔支架16的顶部,再下降至与所述面壳15相连。这种设置可以让挂钩20沿着第一通孔110随着通孔支架16而运动,使挂钩20先沿着通孔支架16上升,到达通孔支架16的顶部后,再下降,这时第一通孔110下降段的曲率较上升段的曲率大,或者第一通孔110下降段的倾角较上升段的倾角大,这样就可以使挂钩20在上升后下降至与面壳15贴合,即与衣架主体10贴合,从而使挂钩20达到收纳的目的,减少衣架的体积,方便衣架的存放和携带。
第一通孔110的一端在所述衣架主体10的顶端12,所述第一通孔110还包括相对的终点端113,所述面壳15上设有放置所述挂钩20的挂钩凹槽18,所述挂钩凹槽18靠近所述终点端113,所述终点端113位于所述挂钩凹槽18与所述通孔支架16的顶部之间。在第一通孔110的终点端113附近设置挂钩凹槽18,当挂钩20运动到第一通孔110的终点端113时,与面壳15贴合,此时面壳15上设有挂钩凹槽18,就可以将挂钩20放置在挂钩凹槽18内,这样不仅可以进一步减小收纳后的衣架的体积,还可以将挂钩20放置的更加稳定,更加方带,而且设置挂钩凹槽18还具有指引作用,让用户可以更加容易知道挂钩20可以收纳的功能,方便用户使用。
挂钩20包括弯钩部23,所述连接部22位于所述导入部21与弯钩部23之间并连接所述所述导入部21与弯钩部23,所述挂钩凹槽18与所述弯钩部23相适配。采用这种结构,通过导入部21安装在面壳15内,将挂钩20与衣架主体10相连接,通过弯钩部23将衣架挂起来,而连接部22不仅可以与第一通孔110相配合,而且还起到连接导入部21与弯钩部23的作用,而通过第一通孔110的滑行,可以将弯钩部23与挂钩凹槽18相配合,将弯钩部23收纳。
连接部22呈圆柱状,所述衣架包括电源线,所述面壳15上设有可供所述电源线穿过的电源线通孔17,所述挂钩凹槽18环绕所述电源线通孔17一周设置。这样的设置,当将弯钩部23放置挂钩凹槽18中时,电源线也处于收纳状态,这样电源线就可以压住弯钩部23,使弯钩部23不能任意晃动,从而保证挂钩20收纳后的稳定性,方便衣架的存放和携带,而当需要使用衣架时,由于连接部22呈圆柱状,就可以转动挂钩20,从而使挂钩20脱离电源线的束缚,这样就可以将挂钩20滑动至衣架主体10的顶端12,进行正常使用。
弯钩部23上设有防滑胶垫24,所述弯钩部23的内侧设有弯钩凸起,所述弯钩凸起包括沿所述弯钩部23的内侧面垂直方向延伸的第一凸起部25和与第一凸起部25垂直的第二凸起部26,所述防滑胶垫24上设有与所述弯钩凸起配合的胶垫凹槽27。弯钩部23上设置防滑脚垫可以方便衣架挂在晾衣杆上,让衣架 更加稳固的挂在晾衣杆上,不易从晾衣杆上滑落,而弯钩凸起包括第一凸起部25和第二凸起部26,这样防滑脚垫安装在弯钩凸起上后会更加稳固,防止防滑脚垫的掉落。
衣架主体10上设有出风口28,所述入风口13与出风口28之间设有风机41和发热体42,所述衣架主体10内设有控制所述风机41和发热体42的电路板70,所述出风口28包括设置在衣架主体10的底部的底风口281,和设置在衣架主体10两侧的侧风口280。风机41将空气从入风口13吸入后,经过发热体42,从出风口28吹出,这样就可以吹干衣物,方便衣物的快速晾干。
衣架主体10上还设有开关按键19,挂钩凹槽18与开关按键19分别在衣架主体10的两侧,开关按键19位于衣架主体10的正面,挂钩凹槽18位于衣架主体10的背面。开关按键19可以通过控制电路板70,开启或者关闭风机41和发热体42的通电。
发热体42与出风口28之间设有出风通道60,所述出风通道60随着靠近出风口28,出风通道60的横截面积逐渐减小。采用这种结构,经过发热体42的空气流达到出风通道60后,由于出风通道60的横截面积逐渐减小,空气流被挤压,这时空气流的速度逐渐增加,出风通道60的收口状设置也让空气流的密度更大,冲击力更大,当这股空气流从出风口28冲出时,就会对挂在衣架上的衣物产生更大的冲刷力度,空气流的流动速度也更加快速,从而让更容易将衣物上的水滴冲刷,或者加快衣物中的水分蒸发,从而更加快速的将衣物烘干。
出风通道60的两侧分别设有第一出风板61和第二出风板62,所述第一出风板61与第二出风板62之间相互倾斜设置,并且随着靠近出风口28,第二出风板62与第二出风板62之间的间距逐渐减小。第一出风板61与第二出风板62之间相互倾斜设置,并且随着靠近出风口28,第二出风板62与第二出风板62之间的间距逐渐减小,这种结构可以让出风通道60呈收口状设置,出风通道60的横截面积也会逐渐减小,这种设置会让空气流更加平缓的收缩,使空气流更加趋于平流,让空气流均匀的从出风口28中流出,吹干衣物。
入风通孔130上设有至少一个挡灰板131,所述挡灰板131的延伸方向与所述滑行槽11的延伸方向相互垂直。挡灰板131可以根据需要设置两个或两个以上。设置挡灰板131不仅防止灰尘进入到衣架主体10内部,而且还可以防止晾衣服的时候水滴的进入,而且挡灰板131与滑行槽11垂直,可以进一步加强面壳15的强度,另外,挡灰板131也可以让风进入的时候更加平顺。
实施例二
本实施例中,如图11所示,结合图1至图10,所述衣架主体10上还设有出风管29,所述出风管29上安装有支撑臂30,所述支撑臂30套装在所述出风管29上,所述出风管29与所述支撑臂30之间设有卡接装置连接,所述卡接装置包括固定在衣架主体10上的第一弹性臂50,所述出风管29与所述支撑臂30之间通过所述第一弹性臂50与所述支撑臂30卡紧固定。
采用这种结构,在衣架主体10上设置出风管29,在出风管29上套装支撑臂30,就可以通过支撑臂30来挂起衣物,方便衣物的晾干,而且出风管29与支撑臂30之间设置卡接装置连接,而卡接装置包括第一弹性臂50,这样,支撑臂30就可以在需要的时候通过第一弹性臂50,利用第一弹性臂50的弹性将支撑臂30安装在出风管29上,在不需要使用时,利用第一弹性臂50的弹性再将支撑臂30取下,这样不仅方便衣架的使用,可以利用支撑臂30挂更多的衣服,而且在不需要使用时,可以将支撑臂30取下,大大减小了衣架所占的空间,方便了衣架的存放和携带,大大提高了衣架的适用范围,而且支撑臂30与出风管29相连,也可以将出风管29的风导出,使更多的衣物接受到衣架吹出的风,方便衣物的快速晾干。
衣架主体10上设有出风口28,所述出风口28包括侧风口280,所述侧风口280设置在所述出风管29上,所述支撑臂30上设有支撑臂出风口31,所述支撑臂30内设有连通所述侧风口280与所述支撑臂出风口31的支撑臂通孔32,所述支撑臂出风口31处设有出风口横杆33。出风口横杆33可以设置一个或者 两个或两个以上,设置多个可以方便挂更多衣物。这样设置可以通过支撑臂30通孔将侧风口280与支撑臂出风口31连通,从而将衣架内吹出的风导出到支撑臂出风口31处,这样就可以让支撑臂出风口31处的衣物接受到吹风,从而吹干晾晒的衣物,支撑臂出风口31处设有出风口横杆33,可以将衣物挂在横杆上,更加方便晾衣物。
第一弹性臂50与所述出风管29相邻,并与所述出风管29之间留有间隙,所述支撑臂30上设有用于按压所述第一弹性臂50的按压装置,所述按压装置可通过按压所述第一弹性臂50使所述出风管29与所述支撑臂30脱离卡紧。第一弹性臂50与出风管29相邻,并与出风管29之间留有间隙。这样就方便第一弹性臂50的运动,给第一弹性臂50留出运动空间111,而支撑臂30上设置按压装置,就可以通过按压装置来拨动第一弹性臂50,从而调节出风管29与支撑臂30之间卡紧的程度,用于拨出或者卡紧支撑臂30。
出风管29上设有出风管缺口51,所述出风管缺口51与侧风口280之间设有管口隔断部52将所述出风管缺口51与所述侧风口280隔开,所述第一弹性臂50设置在所述出风管缺口51处。这样出风管缺口51也可以出风。这种设置不仅方便第一弹性臂50的生产制造,只需要在出风管29上切割一片就可以形成第一弹性臂50,而且出风管缺口51和侧风口280都可以出风,可以增加衣架的出风量,从而更加快速的吹干衣物,更加方便实用。
第一弹性臂50位于所述支撑臂30内部,与所述支撑臂30的内壁配合,所述支撑臂30上设有第一弹性通孔34,所述第一弹性通孔34与所述支撑臂通孔32相邻,之间设有弹性壁支架,所述按压装置包括第二弹性臂36,所述第二弹性臂36设置在所述第一弹性通孔34中,并固定在所述弹性臂支架35上,所述第二弹性壁与所述第一弹性臂50相向延伸,所述第二弹性壁与所述第一弹性臂50在出风管29的径向上部分重合。这样可以第二弹性臂36可以压动的时候就可以带动第一弹性臂50一起运动。这样设置,第二弹性臂36设置在所述第一弹性通孔34中,并固定在所述弹性臂支架35,第二弹性壁与所述第一弹性臂 50在出风管29的径向上部分重合,就可以通过按压具有弹性的第二弹性壁,从而将第一弹性臂50向内压动,从而使第一弹性臂50与支撑臂30的内壁之间脱离卡紧,方便支撑臂30从出风管29上拆卸下来。
第一弹性臂50上设有第一弹性凸起53,所述支撑臂30上设有与所述第一弹性凸起53配合卡紧的第二弹性通孔37,所述第一弹性通孔34与所述第二弹性通孔37相邻,所述第二弹性通孔37更靠近所述衣架主体10。这种设置可以通过第一弹性凸起53与第二弹性通孔37的卡紧配合,将支撑臂30更加稳定的卡紧在出风管29上,并且第一弹性通孔34与所述第二弹性通孔37相邻,所述第二弹性通孔37更靠近所述衣架主体10,这样就可以让第二弹性臂36可以顺利的压动第一弹性臂50,不仅方便安装卡紧,使卡紧稳固,而且也方便拆卸支撑臂30。
第二弹性臂36上设有第二弹性凸起38,所述第二弹性凸起38位于第二弹性壁远离弹性壁支架的一端,所述第二弹性凸起38沿所述支撑臂30的径向向外凸出。这样设置,在第二弹性臂36上设置朝外凸出的第二弹性凸起38,可以更加方便按压第二弹性壁,只需要使用手指按压第二弹性凸起38即可带动第二弹性壁运动,从而压动第一弹性臂50,使第一弹性臂50与支撑臂30的内壁脱离卡紧。
出风管29与所述衣架主体10之间设有风管连接部100相连,所述支撑臂30的接口39与所述风管连接部100平齐。这样设置可以让支撑臂30的接口39全部贴靠在衣架主体10上,从而使支撑臂30更加稳定的安装的在出风管29上。
衣架主体10上设有入风口13,所述入风口13与出风口28之间设有风机41和发热体42,所述衣架主体10内设有控制所述风机41和发热体42的电路板70,所述出风口28包括设置在衣架主体10的底部的底风口281。风机41将空气从入风口13吸入后,经过发热体42,从出风口28吹出,这样就可以吹干衣物,方便衣物的快速晾干。
衣架主体10上还设有开关按键19,挂钩凹槽18与开关按键19分别在衣架 主体10的两侧,开关按键19位于衣架主体10的正面,挂钩凹槽18位于衣架主体10的背面。开关按键19可以通过控制电路板70,开启或者关闭风机41和发热体42的通电。
发热体42与出风口28之间设有出风通道60,所述出风通道60随着靠近出风口28,出风通道60的横截面积逐渐减小。采用这种结构,经过发热体42的空气流达到出风通道60后,由于出风通道60的横截面积逐渐减小,空气流被挤压,这时空气流的速度逐渐增加,出风通道60的收口状设置也让空气流的密度更大,冲击力更大,当这股空气流从出风口28冲出时,就会对挂在衣架上的衣物产生更大的冲刷力度,空气流的流动速度也更加快速,从而让更容易将衣物上的水滴冲刷,或者加快衣物中的水分蒸发,从而更加快速的将衣物烘干。
出风通道60的两侧分别设有第一出风板61和第二出风板62,所述第一出风板61与第二出风板62之间相互倾斜设置,并且随着靠近出风口28,第二出风板62与第二出风板62之间的间距逐渐减小。第一出风板61与第二出风板62之间相互倾斜设置,并且随着靠近出风口28,第二出风板62与第二出风板62之间的间距逐渐减小,这种结构可以让出风通道60呈收口状设置,出风通道60的横截面积也会逐渐减小,这种设置会让空气流更加平缓的收缩,使空气流更加趋于平流,让空气流均匀的从出风口28中流出,吹干衣物。
支撑臂30的横截面积随着远离衣架主体10而逐渐减小。这样设置可以让出风的流量更加均匀顺畅,从而更加容易将衣物吹干。
实施例三
本实施例中,如图8所示,结合图1至图10,电路板70上连接有电源线,所述面壳15上设有供所述电源线穿过的电源线通孔17,所述面壳15内还设有固定所述电源线的卡紧装置,所述卡紧装置固定在所述面壳15上。
采用这种结构,利用卡紧装置将电源线固定卡紧在面壳15内部,这样在不小心拉扯到电源线时,由于电源线被卡紧装置卡紧,卡紧装置固定在面壳15上, 电源线就与面壳15连接在一起了,拉扯电源线就不会带动内部的电路板70,也不会将电源线与电路板70之间的连接拉断,当电源线受到拉扯时,面壳15就会帮助电源线分担拉力,从而减小了电源线的受力,从而增加的电源线的牢固性,防止电源线易损坏的情况出现,另外电路板70固定在架身14上,也可以保证电源线在被拉扯时,电路的稳定性。
卡紧装置包括设置在面壳15上的卡紧凹槽71,所述卡紧凹槽71的两侧分别设有卡紧凸起72,两侧卡紧凸起72之间留有间隙,所述电源线沿所述卡紧凹槽71穿过所述间隙,两侧卡紧凸起72的之间的间隙值小于所述电源线的外径。采用这种结构,电源线沿卡紧凹槽71延伸,被卡紧凹槽71内两侧的卡紧凸起72一起卡紧,这样在拉扯电源线时,就可以利用两侧的卡紧凸起72帮助电源线承担受力,从而减小了电源线的受力,保证了电源线的牢固性,使电源线更加不容易损坏,保证衣架的正常使用。
卡紧装置包括安装在所述电源线通孔17内的卡紧胶套73,所述卡紧胶套73包括供电源线穿过的胶套内孔74,所述胶套内孔74的直径小于所述电源线的外径。这样,采用固定在电源线通孔17内的卡紧胶套73来卡住电源线,就可以在电源线受到拉力时,面壳15进一步的帮助电源线分担拉力,将电源线更加牢固的固定在面壳15上,从而进一步的保护电源线,减小电源线被拉扯损坏的可能性。
卡紧胶套73包括设置在胶套内孔74一端的第一卡紧环75和设置在胶套内孔74另一端的第二卡紧环76,所述第一卡紧环75与第二卡紧环76之间形成第一卡紧环槽77,所述电源线通孔17上设有与所述第一卡紧环槽77配合的第一圆环78。采用这种结构,就可以通过第一卡紧环槽77与第一圆环78的配合将卡紧胶套73稳定的固定,第一卡紧环75和第二卡紧环76可以限制卡紧胶套73的运动,让卡紧胶套73稳定的固定在电源线通孔17内。
第二卡紧环76的外径大于所述第一卡紧环75的外径,所述第二卡紧环76位于所述面壳15的外部,所述第一卡紧环75位于所述面壳15的内部。这样设 置,第二卡紧环76的外径大于所述第一卡紧环75的外径,就可以从面壳15的外部将卡紧胶套73安装到电源线通孔17内,方便卡紧胶套73的安装。
以上内容是结合具体的优选实施方式对本发明所作的进一步详细说明,不能认定本发明的具体实施只局限于这些说明。对于本发明所属技术领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干简单推演或替换,都应当视为属于本发明的保护范围。

Claims (10)

  1. 一种衣架,其特征在于,所述衣架包括衣架主体,所述衣架主体内设有发热体和固定发热体的发热体固定架,所述发热体固定架与所述衣架主体固定连接。
  2. 根据权利要求1所述的一种衣架,其特征在于,所述发热体固定架上设有固定架通孔,所述发热体固定安装在所述固定架通孔中,所述固定架通孔的一端设有限制所述发热体移动的第一限位部,另一端设有具有弹性的固定卡扣。
  3. 根据权利要求2所述的一种衣架,其特征在于,所述发热体固定架呈矩形框体状,发热体固定架包括四个首尾相连的边框,所述发热体与所述发热体固定架的形状相适配,所述第一限位部包括设置在固定架通孔的孔口处的第一限位架,所述第一限位架连接所述发热体固定架相邻的两个边框。
  4. 根据权利要求3所述的一种衣架,其特征在于,所述发热体固定架上设有第一缺口,所述固定卡扣包括卡扣弹性部,所述卡扣弹性部设置在所述第一缺口中,所述卡扣弹性部沿轴向延伸,所述卡扣弹性部一端固定在所述发热体固定架上,另一端设有沿径向向内延伸的卡扣限位部,所述卡扣限位部覆盖部分所述发热体,所述卡扣限位部背向所述发热体固定架的一面上设有与配合发热体安装的倒角。
  5. 根据权利要求3所述的一种衣架,其特征在于,所述衣架主体内设有固定架凹槽,所述发热体固定架安装在所述固定架凹槽中,所述固定架凹槽的两侧设有限制所述发热体固定架运动的固定架限位凸起。
  6. 根据权利要求1所述的一种衣架,其特征在于,所述衣架主体上设有入风口和出风口,所述衣架主体内设有风机,所述风机和发热体设置在所述入风口和出风口之间,所述风机靠近所述入风口,所述发热体靠近所述出风口。
  7. 根据权利要求6所述的一种衣架,其特征在于,所述风机衣架主体内设有风机凹槽,所述风机安装在所述风机凹槽中,所述风机凹槽的两侧设有限制 所述风机运动的风机限位凸起。
  8. 根据权利要求6所述的一种衣架,其特征在于,所述衣架主体上设有挂钩和安装挂钩的滑行槽,所述挂钩可在所述滑行槽内滑动,所述挂钩可沿所述滑行槽运动至所述衣架主体的顶端或沿所述滑行槽运动至与所述衣架主体贴合,所述滑行槽穿过所述入风口,将所述入风口分割为分别位于所述滑行槽两侧的入风通孔。
  9. 根据权利要求8所述的一种衣架,其特征在于,所述衣架主体包括架身和覆盖所述架身的面壳,所述滑行槽包括设置在面壳上的第一通孔,所述第一通孔与两个入风通孔之间各设有通孔支架,所述第一通孔位于两个通孔支架之间,所述挂钩包括设置在面壳内部的导入部和与所述第一通孔配合的连接部,所述滑行槽还包括与第一通孔对应设置并可供所述导入部沿第一通孔运动的运动空间,所述运动空间位于所述架身与所述面壳之间;所述滑行槽包括设置在架身上的第一支撑架,所述运动空间位于所述第一支撑架与所述第一通孔之间,所述第一支撑架与所述第一通孔的延伸方向一致;所述通孔支架沿所述衣架主体的顶端向衣架主体的侧方延伸,所述通孔支架从所述面壳上突出的高度随着远离顶端而逐渐升高,所述第一通孔沿所述通孔支架的延伸方向设置,所述第一通孔从衣架主体的顶端延伸逐渐升高至所述通孔支架的顶部,再下降至与所述面壳相连。
  10. 根据权利要求8所述的一种衣架,其特征在于,所述第一通孔的一端在所述衣架主体的顶端,所述第一通孔还包括相对的终点端,所述面壳上设有放置所述挂钩的挂钩凹槽,所述挂钩凹槽靠近所述终点端,所述终点端位于所述挂钩凹槽与所述通孔支架的顶部之间;所述挂钩包括弯钩部,所述连接部位于所述导入部与弯钩部之间并连接所述所述导入部与弯钩部,所述挂钩凹槽与所述弯钩部相适配;所述连接部呈圆柱状,所述衣架包括电源线,所述面壳上设有可供所述电源线穿过的电源线通孔,所述挂钩凹槽环绕所述电源线通孔一周设置。
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CN105177955A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN105167530A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN105177952A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN105177956A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN105177953A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN105177954A (zh) * 2015-09-16 2015-12-23 尚平 一种衣架
CN205077293U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架
CN205077297U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架
CN205077295U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架
CN205072615U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架
CN205077294U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架
CN205077296U (zh) * 2015-09-16 2016-03-09 尚平 一种衣架

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