JP2014028121A - Clothes drying hanger - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a clothes drying hanger capable of reliably drying in a short time even a working wear to be used for a special use, such as a fireman uniform with thick fabric and high rigidity, and a drying device using the same.SOLUTION: A clothes drying hanger 1 is a hanger for drying the inside of a jacket by introducing hot wind from a collar edge of the suspended jacket. The hanger includes a circulation hole vertically opened to circulate part of hot wind introduced from the collar edge into the inside of a trunk part; a separation plate 3 for introducing the remainder of hot wind introduced from the collar edge into a sleeve cylinder inside with a plate-like member 6 extending to right and left sides, centering around the circulation hole so as to obliquely lower an edge with a base end in the vicinity of the circulation hole, along the top face of the plate-like member 6; and a support member 4 for supporting the shoulder line of the jacket above the separation plate 3.

Description

  The present invention relates to a hanger for drying clothes, and more particularly, to a clothes drying hanger for supplying warm air to the inside of the clothes in a drying chamber to dry the clothes to be hung.

  2. Description of the Related Art Conventionally, as a device for drying clothes, there is known a drum rotating type dryer that applies warm air to clothes while rotating a drum (Patent Document 1).

  However, although these drum-rotating dryers are relatively light and suitable for drying soft materials like clothes worn everyday, for example, work clothes worn for special purposes such as fire fighting clothes Unlike clothing worn everyday, the jacket alone has a considerable weight and is highly rigid. Therefore, even if the drum rotates, such special-purpose work clothes are reversed inside the drum. It is difficult to reliably dry a plurality of work clothes at once. In addition, when the work clothes are repeatedly reversed in the drum, there is a problem that the performance of the work clothes is deteriorated, for example, the surface treatment agent for water repellent processing applied to the work clothes surface is peeled off by friction. For this reason, it is necessary to dry such special-use clothing by hanging it on a hanger and applying warm air.

  On the other hand, when clothes are hung on a hanger, the sleeves of clothes are crushed by the weight of the fabric, so that it is difficult for the wind to pass through the sleeves and it is difficult to dry them. In particular, with thick cloth work clothes such as fire fighting clothes, even if warm air is applied from the outside, reliable drying cannot be performed unless sufficient warm air is passed through the inside. In addition, in a garment with a narrowed cuff, it is more difficult for the wind to pass through the sleeve and drying becomes difficult.

  Hangers for drying clothes have been known so far. For example, clothes drying hangers are known in which air inflow holes and outflow holes are provided so that air can flow inside the hangers. (Patent Document 2) However, even in such a hanger, it is difficult to allow the inside of the sleeve to pass air, and efficient drying is not possible in work clothes with thick cuffs and thick fabric. difficult.

  Therefore, it is desired to develop a clothes drying hanger that can reliably dry work clothes used for special purposes such as fire fighting clothes having a thick fabric and high rigidity, and a drying apparatus using the clothes hanger.

JP2012-35115A JP-A-11-33292

  An object of the present invention is to provide a clothes drying hanger and a drying apparatus using the clothes hanger that can dry in a short time even work clothes used for special applications such as fire fighting clothes having a thick fabric and high rigidity. It is in.

  As a result of studying to solve the above problems, the present inventor has introduced a part of the warm air introduced from the collar in a hanger that introduces warm air from the collar of the jacket to be hung and dries the inside of the jacket. A plate-shaped member that opens from the collar to the left and right, and has a circulation hole that opens up and down for circulation to the inside of the body, and a plate-like member that extends from the vicinity of the circulation hole to the left and right so that the tip is inclined downward. By providing a flow dividing plate that introduces the remainder of the wind along the upper surface of the plate-like member into the sleeve cylinder and a support member that supports the shoulder line of the jacket above the flow dividing plate, the inside of the garment can be reliably The inventors have found that it can be dried, and have completed the present invention.

  That is, the present invention is a hanger that introduces warm air from the collar of the jacket to be hung and dries the inside of the jacket, and the hanger transfers a part of the warm air introduced from the collar to the inside of the trunk. A plate-shaped member that opens to the left and right for circulation, and a plate-like member that extends from the neck to the left and right so that the tip is inclined downward with the vicinity of the circulation hole as the base end. A clothes drying hanger comprising: a flow dividing plate that circulates along the upper surface of the plate-like member toward the inside of the sleeve cylinder; and a support member that supports a shoulder line of the outer jacket above the flow dividing plate.

  The present invention further includes an introduction pipe for introducing warm air into the collar opening above the circulation hole, from the outlet of the introduction pipe toward the opening surface of the circulation hole and the proximal end upper surface of the flow dividing plate near the circulation hole. A clothes drying hanger characterized in that warm air blows out.

  Furthermore, the present invention is a clothes drying hanger characterized in that the outlet opening surface of the introduction pipe and the opening surface of the circulation hole are circular, and the outlet opening surface of the introduction pipe is larger in diameter than the circulation hole opening surface. .

  Furthermore, the present invention provides a clothing drying device characterized in that a part of the outlet side wall of the introduction pipe located above the proximal end of the flow dividing plate is cut out, and hot air is ejected from the cut portion along the upper surface of the flow dividing plate. It is a hanger.

  Furthermore, the present invention is a clothes drying hanger characterized in that the inclination angle of the flow dividing plate is 5 to 30 degrees with respect to the horizontal.

  Furthermore, the present invention is a clothes drying hanger characterized in that a vent hole that opens up and down is provided on a plate surface of a flow dividing plate.

  Furthermore, the present invention is the clothes drying hanger characterized in that the support member is a plate-like member protruding upward from both side edges of the flow dividing plate.

  Further, the present invention is the clothes drying hanger characterized in that the support member is a rod-shaped member arranged upwardly from both side edges of the flow dividing plate and substantially parallel to the flow dividing plate.

  Furthermore, the present invention is a clothes drying hanger characterized in that a connecting rod extending in the vertical direction is installed in the vicinity of the flow hole and supported by the connecting rod.

  The present invention also relates to a drying apparatus using the clothes drying hanger, wherein the drying apparatus includes a drying chamber for drying clothes, a supply duct for supplying warm air to the drying chamber, and the drying apparatus. An opening for putting clothes into and out of the chamber, a front door for sealing the opening, and a slide mechanism having a moving member that can slide back and forth through the opening into and out of the drying chamber. When the connecting rod is connected to the moving member of the slide mechanism and the hanger holding the jacket is slid into the drying chamber, the collar of the jacket or the introduction pipe of the clothes drying hanger is located below the outlet of the supply duct. The clothes drying apparatus is characterized in that warm air is supplied to the flow hole or the introduction pipe.

  Furthermore, the present invention is a clothes drying apparatus characterized in that the connecting rod is connected to the moving member so that the flow dividing plates extending to the left and right of the clothes drying hanger are arranged along the sliding direction of the sliding mechanism.

  Moreover, this invention is a clothing drying apparatus characterized by connecting 1 or 2 or more trouser hanging rods to a connecting rod, and a trouser hanging portion of the trouser hanging rods extending along a sliding direction by a sliding mechanism.

  Further, in the present invention, two trouser hanging portions extend substantially in parallel on a substantially horizontal plane having the same height, and each trouser hanging portion is inserted into a belt loop on the front side or right side of the trousers and a belt loop on the rear side or left side. The garment drying apparatus is characterized in that the trousers are suspended while opening around the waist of the trousers.

  Furthermore, the present invention is the clothes drying device, wherein the trouser hanging portion of the trouser hanging rod is disposed below the flow dividing plate in a state of overlapping with the flow dividing plate in plan view.

  According to the clothes drying hanger of the present invention, even work clothes used for special purposes such as fire fighting clothes having a thick fabric and high rigidity can be reliably dried in a short time.

  In particular, since warm air can be introduced into the inside of the sleeve that is difficult for air to flow in, the inside of the sleeve can be effectively dried.

Perspective views of clothes drying hangers ((a) first embodiment, (b) second embodiment, (c) third embodiment, (d) fourth embodiment) The figure which shows the state by which the clothes drying hanger is arrange | positioned under a supply duct ((a) Before storing in a drying chamber (before slide movement), (b) After storing in a drying chamber (after slide movement)) Perspective view of clothes hanger (fifth embodiment) The figure which shows the state by which the clothes drying hanger (5th embodiment) is arrange | positioned under the supply duct ((a) Before storing in a drying chamber (before slide movement), (b) After storing in a drying chamber ( After moving the slide)) The figure which shows the state ((a) top view, (b) front view) which the hanger for clothes drying (6th embodiment (those which provided the notch part in 5th embodiment)) is arrange | positioned under the supply duct (Figure) The side view which shows the state by which the hanger for clothes drying was arrange | positioned under the supply duct ((a) Hanger of 1st embodiment, (b) Hanger of 5th embodiment) The figure which shows the state which has arranged the sleeve cylinder shape frame inside the sleeve cylinder The figure which shows the clothing drying apparatus provided with the clothes drying hanger Appearance of clothes drying device ((a) Front view, (b) Side view) The figure which shows the state which connected the pants hanging rod to the connecting rod (seventh embodiment). The figure which shows the state which suspended trousers by two trousers hanging parts The figure which shows the state which connected the trousers stick to the connecting rod (8th embodiment).

  The clothes drying hanger of the present invention will be described in detail with reference to the drawings. In addition, drawing shows an example of an embodiment and the clothes-hanging hanger of this invention is not limited to this.

  The clothes drying hanger (1) of the present invention is a hanger for effectively drying the inside of a jacket by introducing warm air from the collar of the jacket that is suspended, as shown in FIG. A hole (2), a flow dividing plate (3), and a support member (4) are provided.

  The circulation hole (2) is a hole opened up and down for distributing a part of the warm air introduced from the collar of the jacket to be suspended to the inside of the trunk. By providing such a circulation hole (2), a part of the warm air introduced from the neck can be surely guided to the inside of the trunk.

  In addition, the flow dividing plate (3) is a plate-like member that extends from the collar to the left and right with the flow hole (2) as the base end (3a) and the tip (3b) inclined downward. The remainder of the introduced hot air is introduced along the upper surface of the plate-like member into the sleeve cylinder inside the jacket. Part of the warm air introduced into the collar passes through the circulation hole (2) and is introduced to the inside of the torso, but the remainder of the warm air is introduced along the upper surface of the flow dividing plate to the inside of the sleeve, The inside of the sleeve that is difficult for air to pass through can also be effectively dried in a short time.

  The inclination angle of the flow dividing plate (3) is preferably 5 to 30 degrees with respect to the horizontal. By setting such an inclination angle, warm air can be smoothly introduced into the sleeve cylinder.

  The support member (4) supports the shoulder line of the outer jacket above the flow dividing plate (3), but the support member (4) supports the outer jacket above the flow dividing plate (3), so that the flow dividing plate is supported. The warm air flowing along the upper surface of the sleeve is not blocked and can be smoothly supplied to the inside of the sleeve.

The amount of hot air supplied should be adjusted as appropriate depending on the shape of the clothes to be dried and the type of fabric, but if the flow rate of hot air introduced from the neck is 7 m ³ / min, It is preferable that the flow rate of the warm air guided to the inside of the section is 3.5 m ³ / min, and the flow rate of the warm air guided to the inside of the sleeve is 1.75 m ³ / min on the left and right sides. By distributing the warm air in this way, the warm air is evenly supplied to the inner surface of the garment, and the garment can be efficiently dried. The temperature of the hot air can be set as appropriate according to the type of clothes to be dried. However, when working clothes such as fire fighting clothes are dried, if hot air of about 50 to 70 ° C. is used, it is efficient. Drying becomes possible. Furthermore, when surface treatment such as water repellent processing is performed on work clothes, etc., supplying warm air of about 60 to 80 ° C. will increase the temperature of the clothing and ensure that the surface treatment agent is fixed. Become.

  1 (a) to 1 (d) show an embodiment (first to fourth embodiments) of a clothes drying hanger according to the present invention. The clothes drying hanger shown in FIGS. 1 (a) to 1 (d) is provided with a circulation hole (2) opened up and down near the center of the plate-like member (6). A member (6) is bent, and a flow dividing plate (3) extending downwardly in the direction of the distal end (3b) is formed with this as a base end (3a). The support member (4) that supports the shoulder line of the jacket is connected and fixed to the flow dividing plate (3). A U-shaped support bar (7) is connected to the lower surface of the center of the plate-like member (6) so as to support the periphery of the flow hole (2), and the U-shaped central protrusion of the support bar (7) is Are joined to a vertically extending connecting rod (5). Thus, the clothes drying hanger (1) has a structure supported by the connecting rod (5) extending in the vertical direction from the vicinity of the circulation hole (2).

  If the support member (4) supports the shoulder line of the jacket above the flow dividing plate (3) and can smoothly introduce the warm air flowing along the upper surface of the flow dividing plate into the sleeve, its shape and the like are Although not particularly limited, for example, as shown in FIG. 1A (first embodiment), a plate-like member protruding upward from both side edges of the flow dividing plate (3), or FIG. As shown in (c) (third embodiment), it can be formed by a rod-shaped member disposed substantially parallel to the flow dividing plate upward from both side edges of the flow dividing plate (3). Here, the support member (4) is arranged so that the warm air flowing along the upper surface of the flow dividing plate (3) is smoothly introduced into the sleeve cylinder so as to support the shoulder of the outer jacket (3). (3b) It is preferable to install in a state slightly protruding left and right.

  FIG. 1 (b) (second embodiment) shows two plate-like members arranged on the same side edge of the flow dividing plate (3) extending left and right as shown in FIG. 1 (a) (first embodiment). The aspect which comprised the supporting member to comprise by one continuous plate-shaped member is shown. By integrally forming the left and right support members in this manner, the strength of the clothes drying hanger (1) is improved, and the hanger is reliably prevented from being bent or deformed by the weight of the hanging outerwear. be able to. Further, as shown in FIGS. 1 (a) to 1 (d), the support member (4) is formed by disposing at least two plate-like members or rod-like members on both side edges of the flow dividing plate (3). If a part or all of the upper sides of two plate-like members (or rod-like members) facing each other through the plate (3) are connected to each other (not shown), the strength of the support member (4) is further improved. It becomes possible to make it.

  Moreover, as shown in FIG.1 (d) (4th embodiment), you may provide the vent hole (8) opened up and down on the plate surface of a flow dividing plate (3). By providing such a vent hole (8), it is possible to eliminate an extreme pressure difference between the warm air flowing through the trunk and the warm air flowing through the sleeve, and supply the warm air to the entire outer jacket with an equal pressure. However, the total area of the vent holes (8) is preferably 20% or less (opening ratio: 20% or less) of the total area of the flow dividing plate (3). This is because if the total area of the vent holes (8) is too large, the pressure of the hot air introduced into the sleeve cylinder will be reduced, and drying of the sleeve cylinder inside may be insufficient.

  The clothes drying hanger (1) of the present invention can be used as a hanger for suspending clothes in a clothes drying apparatus (14) as shown in FIG. Here, the clothing drying device (14) includes a drying chamber (14a) for drying the clothing, a supply duct (10) for supplying warm air to the drying chamber (14a), and a clothing for the drying chamber (14a). A front door (14c) for sealing the opening (14b), in order to make it easy to put in and take out clothes from the front door (14c). 8, a slide mechanism (11) having a movable member (11a) capable of sliding back and forth through the opening (14b) through the opening (14b) is installed, and the slide mechanism (11) removes clothes from the drying chamber. When it is introduced into the clothes, warm air is introduced from the supply duct to the collar of the outer garment, and the clothes can be dried by the clothes drying hanger of the present invention.

  FIG. 2 shows a state where the clothes drying hanger (1) is arranged below the supply duct (10) by the slide mechanism (11). The connecting rod (5) supporting the clothes drying hanger (1) is connected to the moving member (11a) of the slide mechanism (11), and the clothes drying hanger (1) holding the outer jacket (15) is When slid and accommodated in the drying chamber (14a), the collar (15a) of the outer garment (15) is arranged below the outlet of the supply duct (10), and the hot air flows through the circulation hole (2) and the flow dividing plate ( 3) is supplied to the upper surface of the base end (3a). Here, a clearance is required between the supply duct (10) and the circulation hole (2) so that the collar of the outer jacket can pass even if the hanger slides with the outer jacket suspended. is there. Therefore, it is necessary to provide a predetermined interval between the lower end of the supply duct (10) and the opening of the flow hole (2) (FIGS. 2B and 6A). In addition, as shown in FIG. 2, if the handle (17) is provided by connecting to the connecting rod (5), the clothes drying hanger (1) can be taken in and out of the drying chamber with the handle (17). Furthermore, if a gripping member (17a) made of wood or the like is attached to the tip of the handle, the handle becomes easy to grip because the thickness increases and it becomes difficult to slip, and the clothes drying hanger (1) can be easily put in and out. .

  As shown in FIG. 3, the clothes drying hanger (1) (fifth embodiment) includes an introduction pipe (9) for introducing warm air above the circulation hole (2), and an outlet of the introduction pipe. A structure may be adopted in which warm air is ejected from the opening surface (2a) of the flow hole (2) and the upper surface of the base end (3a) of the flow dividing plate (3) in the vicinity of the flow hole. With such a structure, the outlet of the introduction pipe (9) can be brought close to the opening surface of the flow hole (2) and the upper surface of the base end (3a) of the flow dividing plate (3) in the vicinity of the flow hole. The warm air supplied from (10) can be reliably supplied to the inside of the jacket.

  The introduction pipe (9) is fixed to the connecting rod (5) via a fixing rod (9a) (FIG. 3), and the clothes drying hanger (1) slides and dries as shown in FIG. When accommodated in the chamber (14a), the upper end of the introduction pipe (9) is arranged in the vicinity of the lower end of the supply duct (10). Then, by arranging the upper end of the introduction pipe (9) at the lower end of the supply duct (10) so that the center of each opening surface is located on the vertical line as much as possible, the supply pipe (9) and the introduction pipe (9) are arranged. It is possible to send warm air to Moreover, by making the upper end opening surface of the introduction pipe (9) larger than the lower end opening surface of the supply duct (10), hot air can be more reliably sent from the supply duct (10) to the introduction pipe (9). it can.

  Also, by making the introduction pipe (9) longer than the height of the collar of the outerwear (15), the outerwear is attached to the lower end of the supply duct (10) even if it is slid with the outerwear hung on the hanger. Since the collar can move without colliding, the gap between the upper end of the introduction pipe (9) and the lower end of the supply duct (10) can be made extremely small, and leakage of warm air from the gap can be suppressed (FIG. 4 ( b), FIG. 6 (b)).

  The outlet opening surface (9c) of the introduction pipe (9) and the opening surface (2a) of the circulation hole (2) are both circular, and the outlet opening surface (9c) of the introduction pipe (9) is the circulation hole opening surface (2a). It is preferable that the diameter is larger. By adopting such a shape, the hot air supplied from the introduction pipe (9) is ejected toward the opening of the flow hole (2) and the base end (3a) of the flow dividing plate (3). The part passes through the circulation hole (2) and is easily introduced into the inner part of the outer jacket, and the remaining warm air is easily introduced into the sleeve along the upper surface of the flow dividing plate (3).

  As shown in FIG. 5, the introduction pipe (9) may cut out a part of the lower end of the side wall surface located above the base end (3 a) of the flow dividing plate (3). By providing the notch portion (9b) in this way, warm air is jetted from the notch portion (9b) along the upper surface of the flow dividing plate (3), and the warm air is more smoothly introduced into the sleeve. Can be introduced.

  Further, in order to promote the drying of the inside of the sleeve, a sleeve-shaped retaining frame (13) as shown in FIG. 7 can be inserted into the sleeve to dry the clothes. By using such a sleeve retaining frame (13), the sleeve is not crushed even if the outerwear is hung on the hanger, and the warm air can be smoothly sent to the inside of the sleeve so that the clothes can be dried more. Can be done efficiently. The sleeve-cylinder retaining frame (13) is formed by connecting a plurality of circular frames (13a) with a plurality of support columns (13b), and the uppermost circular frame is provided with a hook (13c) for attachment. For example, a locking bar (4a) is installed on the opposing surfaces of the two support members (4, 4) of the clothes drying hanger (1), and a hook (13c) is engaged with the locking bar (4a). If it stops, the sleeve-cylinder retaining frame (13) can be easily attached to the clothes drying hanger (1).

  When the clothes drying hanger (1) of the present invention is installed in the clothes drying apparatus (14), the flow dividing plates (3) extending to the left and right of the clothes drying hanger are arranged along the sliding direction by the sliding mechanism (11). As described above, the connecting rod (5) is preferably connected to the moving member (11a) (FIGS. 2 and 4). When the clothes drying hanger is arranged in the clothes drying apparatus (14) in this way, as shown in FIG. 8, since the shoulder lines of the jacket to be suspended are aligned along the sliding direction of the sliding mechanism (11), The clothes can be easily put in and taken out, and a large number of outerwear can be accommodated in a limited space in the clothes drying apparatus (14).

  Also, if the trouser hanging rod (12) is connected to the connecting rod (5) so that the trouser hanging portion (12a) extends along the sliding direction by the sliding mechanism (11), the outer garment to be hung by the clothes drying hanger The trousers can be suspended in parallel with the shoulder line, and the outer garment and the trousers can be efficiently accommodated in the clothes drying device (14) and dried.

  FIG. 10 shows that the trouser hanging rod (12) connected to the connecting rod (5) is divided into two forks from the middle, forming two trouser hanging portions (12a, 12b) at the tip, and the two trouser hanging portions ( A mode example (seventh embodiment) is shown in which 12a, 12b) are arranged in parallel with the flow dividing plate (3) along the slide direction by the slide mechanism (11). In the embodiment shown in FIG. 10, the two trouser hanging portions (12a, 12b) are arranged so as to extend substantially in parallel along the sliding direction on the substantially horizontal plane of the same height. By providing the portions, as shown in FIG. 11, the respective trouser-hanging portions (12a, 12b) are separated into a belt loop (16a) on the front side or right side of the trousers (16) and a belt loop (16a on the rear side or left side). ) And the trousers can be suspended while opening the waist of the trousers. If the trousers are suspended while opening the waist of the trousers in this way, the warm air in the clothes drying device can easily flow into the inside of the trousers, and the trousers can be efficiently dried. In addition, the height position of the trouser hanging rod (12) connected to the connecting rod (5) does not hinder the sliding movement of the clothes drying hanger because the suspended trouser contacts the slide mechanism (11). There is no particular limitation.

  The trouser hanging rod (12) shown in FIG. 10 has a shape in which the trouser hanging rod (12a, 12b) is formed in a bifurcated way from the middle and two trouser hanging portions (12a, 12b) are formed at the tip. For example, a plurality of pants hanging portions can be formed by connecting two or more pants hanging rods to the connecting rod. Further, the trouser hanging rod does not necessarily have to be formed integrally with a single member. The trouser hanging rod (12) shown in FIG. 10 is for connecting a supporting portion (12d) for joining to the connecting rod (5), and the supporting portion (12d) and the two trouser hanging portions (12a, 12b). It consists of a bifurcated joint part (12c) and two trouser hanging parts (12a, 12b) to be inserted into the belt loop of the trousers. After forming each component separately with different members, the assembly is completed. It is a thing. Thus, by forming a member for each shape portion that is easy to be formed and assembling and completing the member, productivity can be improved even with a complicated shape.

  Drying time can be shortened by flowing more warm air into the opening around the waist of the trousers suspended by the two trouser hanging portions (12a, 12b). For this reason, in the clothes drying device (14), separately from the supply duct (10) for supplying warm air to the collar (or introduction pipe) of the jacket, warm air is supplied to the opening around the waist of the pants. A supply duct (not shown) for supplying is preferably installed. Moreover, if a supply duct for supplying warm air to the outer surface of the outer garment or trousers suspended by the hanger is installed in the clothes drying device (14), the clothes can be dried more efficiently. The length of the trouser hanging portion (12a) is not particularly limited, but is preferably about half the length of the trouser waist, and the length of the two trouser hanging portions (12a, 12b) The spacing is preferably about 5-15% of the waist circumference. By arranging the two pants hanging portions at such a length and interval, it becomes possible to securely hold the pants waist while sufficiently opening the waist, and stably supply hot air to the inside of the pants. It becomes possible.

  FIG. 12 shows that the trouser hanging rod (12) connected to the connecting rod (5) is bent or bent, and the trouser hanging portion (12a) at the tip portion is diverted in a state of overlapping with the flow dividing plate (3) in plan view. The example (8th embodiment) arrange | positioned under the board is shown. By arranging the trouser hanging portion (12a) in this way, the trouser can be folded in two on the trouser hanging portion (12a), and the outer cover can be hung on the support member (4) of the hanger. 2) The trousers can be dried simultaneously with the inner side of the body of the jacket by the warm air flowing from.

  FIG. 12 shows an embodiment (eighth embodiment) in which a trouser hanging portion (12a) is formed by bending or bending one trouser hanging rod, but the trouser hanging rod (12) has two trousers from the middle. If a plurality of trouser hanging portions are provided by forming a bifurcated shape so as to form the hanging portions (12a, 12b) or by connecting a plurality of trouser hanging rods to the connecting rod, the trousers of FIG. Pants can be suspended while opening around the waist. By opening the waist of the trousers in this way, it is possible to dry the trousers more efficiently using the warm air flowing from the circulation hole (2) of the clothes drying hanger to the inside of the body of the jacket. Become.

DESCRIPTION OF SYMBOLS 1 Clothes drying hanger 2 Flowing hole 2a Opening surface 3 Dividing plate 3a Base end 3b Tip 4 Support member
4a Locking rod 5 Connecting rod 6 Plate-like member 7 Supporting rod 8 Vent hole 9 Introducing pipe 9a Fixed rod 9b Notch portion 9c Exit opening surface 10 Supply duct 11 Slide mechanism 11a Moving member 12 Trouser hanging rod 12a Trouser hanging portion 12b Trouser Hanging portion 12c Forked connection portion 12d Support portion 13 Sleeve-cylinder retaining frame 13a Circular frame 13b Strut 13c Hook 14 Clothing dryer 15 Outer jacket 15a Collar 15b Sleeve cylinder 16 Pants 16a Belt loop 17 Handle 17a Grip member

Claims (14)

  A hanger that introduces warm air from the collar of a suspended outer jacket and dries the inside of the outer jacket, the hanger being used to distribute a part of the warm air introduced from the collar to the inside of the trunk And a plate-like member extending left and right around the circulation hole with the vicinity of the circulation hole as a base end and a tip inclinedly descending, and a remaining portion of the warm air introduced from the collar opening of the plate-like member A clothes-hanging hanger comprising: a flow dividing plate that circulates along the upper surface toward the inside of the sleeve, and a support member that supports a shoulder line of the outer jacket above the flow dividing plate.   An introduction pipe for introducing warm air into the neck of the neck is provided above the circulation hole, and the warm air is ejected from the outlet of the introduction pipe toward the opening surface of the circulation hole and the proximal end upper surface of the flow dividing plate near the circulation hole. The clothes drying hanger according to claim 1.   The clothes drying hanger according to claim 2, wherein the outlet opening surface of the introduction pipe and the opening surface of the circulation hole are circular, and the outlet opening surface of the introduction pipe is larger in diameter than the circulation hole opening surface.   4. A garment according to claim 2, wherein a part of the outlet side wall of the introduction pipe located above the base end of the flow dividing plate is cut out, and hot air is ejected from the cut portion along the upper surface of the flow dividing plate. Hanger for drying.   The clothes drying hanger according to any one of claims 1 to 4, wherein an inclination angle of the flow dividing plate is 5 to 30 degrees with respect to the horizontal.   The clothes drying hanger according to any one of claims 1 to 5, wherein a vent hole that opens up and down is provided on a plate surface of the flow dividing plate.   The clothes drying hanger according to any one of claims 1 to 6, wherein the supporting member is a plate-like member protruding upward from both side edges of the flow dividing plate.   The clothes drying hanger according to any one of claims 1 to 6, wherein the support member is a bar-like member disposed upward from both side edges of the flow dividing plate and substantially parallel to the flow dividing plate.   The clothes drying hanger according to any one of claims 1 to 8, wherein a connecting rod extending in a vertical direction is installed in the vicinity of the circulation hole and supported by the connecting rod.   A drying device using the clothes drying hanger according to claim 9, wherein the drying device includes a drying chamber for drying clothing, a supply duct for supplying warm air to the drying chamber, and a drying chamber. A clothes drying hanger connecting rod comprising: an opening for putting clothes in and out; a front door that seals the opening; and a slide mechanism having a moving member that can slide back and forth through the opening into and out of the drying chamber. Is connected to the moving member of the slide mechanism, and when the hanger holding the jacket is slid and accommodated in the drying chamber, the collar of the jacket or the introduction pipe of the clothes drying hanger is arranged below the outlet of the supply duct, A clothes drying apparatus, characterized in that warm air is supplied to a circulation hole or an introduction pipe.   11. The clothes drying apparatus according to claim 10, wherein the connecting rod is connected to the moving member so that the flow dividing plates extending to the left and right of the clothes drying hanger are arranged along the sliding direction of the sliding mechanism.   The clothes drying apparatus according to claim 10 or 11, wherein one or more trouser hanging bars are connected to the connecting bar, and a trouser hanging portion of the trouser hanging bar extends along a sliding direction by a sliding mechanism.   Two trouser hanging parts extend substantially in parallel on a substantially horizontal plane of the same height, and each trouser hanging part is inserted into a belt loop on the front side or right side of the trousers and a belt loop on the rear side or left side, The clothes drying apparatus according to claim 12, wherein the pants are suspended while opening around.   The garment drying apparatus according to claim 12 or 13, wherein the trouser hanging portion of the trouser hanging rod is disposed below the flow dividing plate in a state of overlapping the flow dividing plate in plan view.

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