JPH1118900A - Hanger for hanging and holding - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate clothes hanging and hooking operation to a hanging rod in addition to keeping the easiness of the pull-off operation of clothes hung and held by the hanging rod. SOLUTION: This hanger consists of hanging rods 3 for hang-hooking clothes and a hanger frame body 1 bridging and supporting these hanging rods 3 between a pair of vertical rods 13. Then antislipping projected lines are provided on the outer peripheral surfaces of the hanging rods 3 and the hanging rods 3 are provided with caps 32 relatively rotatable around the axes at both tip parts. On the other hand, the vertical rods 13 are provided with rod supporting parts 16 holding the caps 32 in the state of being freely attachably and detachably and in the state of stopping rotation and between these parts 16 and the caps 32, rotation resistance mechanisms giving fixed rotation resistance to the relative rotation of both of them are interposed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hanger for hanging articles such as clothes, towels, sheets, blankets and the like.

[0002]

2. Description of the Related Art A hanger for hanging clothes and the like disclosed in Japanese Patent Application Laid-Open No. Hei 8-256900 is known. This hanger has a basic configuration including a bifurcated hanger body consisting of a pair of arm rods having a hook at the top, and a hanging rod for hanging pants or a skirt bridged between the pair of arm rods of the hanger body. have. The hanging bar has a non-slip surface having a large coefficient of friction on its surface, and elastic contacts formed of radially projecting ring springs and the like are attached to both ends.

On the other hand, each of the arm rods is provided with a cylindrical bearing member for supporting the suspension rod in a state of enclosing the elastic contact, and the suspension rod is provided by fitting the elastic contact into the bearing member. The rod is rotatably supported around the axis.

[0004] Internal teeth are formed over the entire inner peripheral surface of the cylindrical bearing member, and the tip end of the resilient connector elastically contacts the internal teeth to reduce rotational resistance. You can get it. In the hanger having such a configuration, when the clothes are hung on the hanging bar, the hanging state of the clothes is reliably maintained by the non-slip of the surface, and the hung clothes are moved with a force larger than the rotation resistance. When pulled,
The hanging rod rotates while the elastic connector meshing with the internal teeth is elastically deformed, so that the clothes can be pulled from the hanging rod.

[0005]

SUMMARY OF THE INVENTION Incidentally, Japanese Patent Application Laid-Open No.
In the above-mentioned hanger disclosed in 256900, the hanging bar is configured to rotate with a predetermined force, so that the hanging bar is convenient for picking up suspended clothes.
Because the hangers are attached to the arm rods of the hanger body so that they cannot be removed, to hang the clothes on the hanging rod, the hangers must be temporarily removed from the hanging position, and the clothes held by one hand and held by the other hand Has to be performed between the arm rod and the hanging rod of the hanger main body, which is inconvenient in this aspect.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and has been made in view of maintaining the ease of taking-up of clothes suspended on a hanging rod and suspending the clothes on the hanging rod. It is an object of the present invention to provide a hanger for hanging that is easy to hang.

[0007]

According to a first aspect of the present invention, there is provided a hanger for hanging a hanger for hanging an object to be hung, and supporting the hanger by bridging the hanger between a pair of arm members. A hanging hanger comprising a main body, and having an outer peripheral surface of the hanging bar provided with a non-slip having a large coefficient of friction, wherein the hanging bar has a cap capable of relative rotation around an axis at both ends. On the other hand, the arm member is provided with a rod supporting portion that detachably holds the cap and holds the cap in a detented state. It is characterized in that a rotation resistance mechanism for giving a constant rotation resistance to rotation is interposed.

According to this hanging hanger, the hanging bar is
Because the outer peripheral surface has a large anti-slip friction coefficient,
The object to be hung on the hanging bar is prevented from slipping down by the above-mentioned non-slip, and a stable hanging state is maintained. Such a hanging rod is supported by a rod supporting portion provided on an arm member of the hanger body via a cap in a non-rotating state, and the hanging rod and the cap are relatively rotatable. By gripping and pulling a part of the suspended object to be suspended, the pulling force is transmitted as a force directed in the circumferential direction to the suspension rod via the above-mentioned non-slip, whereby the suspension rod is rotated while being suspended. Your belongings are taken away.

[0009] Since a rotation resistance mechanism for providing a constant rotation resistance to the relative rotation is interposed between the suspension rod and the cap, the magnitude of the resistance by the rotation resistance mechanism is applied to the suspension rod. By setting the weight slightly higher than the expected weight of the object to be hung (eg, clothing such as pants), the hung state of the object to be hung becomes unbalanced, and the hanging bar is used as a boundary. Even if one of the weights is larger than the other and the object to be suspended slips toward the heavier one, the rotation resistance prevents the suspension rod from rotating, thereby preventing the suspended rod from slipping.

On the other hand, when the object to be hung on the hanging rod is pulled, the pulling force is usually larger than the weight of the object to be hung such as clothing (that is, it is larger than the set value of the rotation resistance). The hanging rod is rotated and the suspended object is taken off and removed from the hanger.

Since the hanging rod is detachably attached to a rod support provided on the arm member of the hanger body, the hanging rod is temporarily attached to the hanger body when the object to be suspended is mounted on the hanger body. After detaching it from the main unit and straddling the suspended object that has been folded in two on this free hanging rod, the hanging rod is attached to the hanger body, so that the suspended object is suspended and stored on the hanger. Become.

As described above, in the hanging hanger, the hanging rod itself, which relatively rotates between the cap and the cap by applying a force larger than a predetermined rotation resistance, is detachably attached to the hanger body. As a result, it is possible to reliably prevent the suspended object suspended from the suspension rod attached to the hanger body from slipping down, and to maintain the function that the suspended suspended object can be easily removed from the suspension rod. Then, the operation of hanging the object to be hung on the hanging rod can be easily performed.

According to a second aspect of the present invention, there is provided the hanging hanger according to the first aspect, wherein the rotation resistance mechanism rotates coaxially with the hanging rod.
The cap is configured to include a rotation resistance member that is fitted concentrically and relatively rotatably to the outside, and a resistance piece that can be elastically deformed is provided on an outer peripheral surface of the rotation resistance member in a radial direction, A resistance surface with which the resistance piece abuts is formed on an inner peripheral surface of the cap.

According to this hanging hanger, when the cap is mounted on the rod supporting portion of the hanger body and the hanging rod is rotated in a state where rotation around the axis is regulated, the cap is interposed between the hanging rod and the cap. The resistance piece of the rotation resistance member interferes with the resistance surface provided on the inner peripheral surface of the cap, and thereby a predetermined rotation resistance is given to the rotation of the hanging rod.

According to a third aspect of the present invention, there is provided the hanging hanger according to the second aspect, wherein the resistance piece is formed of a synthetic resin projecting radially from an outer peripheral surface of the rotation resistance member. On the other hand, the resistance surface is formed by internal teeth formed on the inner peripheral surface of the cap at equal pitches over the entire circumference, and the thin section has a tip portion between the internal teeth. The size is set so as to fit into the groove.

According to this hanging hanger, when the cap is attached to the rod supporting portion of the hanger body and the hanging rod is rotated in a state where rotation around the axis is regulated, the synthetic resin is rotated with the rotation of the rotation resistance member. The flakes made of steel wrap around the axis, and when the tip of the flakes crosses the ridge of the internal teeth formed on the inner peripheral surface of the cap, rotational resistance is generated by elastic force due to bending elastic deformation. When the thin section exceeds the peak of the internal teeth, the elastic deformation is released and the rotational resistance disappears, and the rotational resistance again occurs at the next peak of the internal teeth. As described above, the rotation of the hanging bar causes the rotation resistance to be generated intermittently, so that when the object to be suspended is pulled from the hanging bar, a light click feeling is obtained.

Further, the rotational resistance caused by the elastic force due to the bending of the thin piece is more stable than, for example, the sliding resistance due to the sliding contact between the surfaces. The average is stable on average.

According to a fourth aspect of the present invention, there is provided the hanging hanger according to any one of the first to third aspects, wherein the rod supporting portion is provided on the arm member in a plurality of steps. It is characterized by having.

According to this hanging hanger, a plurality of objects to be hung can be hung on a single hanger body in a vertically shifted stacked state, so that a storage space for the objects to be hung is saved. .

According to a fifth aspect of the present invention, there is provided the hanging hanger according to any one of the first to fourth aspects, wherein the non-slip protrudes radially from a surface of the hanging rod. The ridges are formed by ridges projecting at equal pitches in the circumferential direction so as to extend in the longitudinal direction in a state of being bent.

According to this hanging hanger, the object to be hung on the hanging bar interferes with the ridge on the surface of the hanging bar provided so as to be orthogonal to the direction in which the contact surface to the hanging bar slides down. This ensures that slippage is prevented, and that the pulling force is reliably transmitted to the suspension bar such that the suspension bar rotates by pulling the object to be suspended.

[0022]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the drawings. In this embodiment, a multi-stage hanger is used as a plastic molded product. FIG. 1 is an exploded perspective view showing an embodiment of a multi-stage hanger according to the present invention, and FIG. 2 is an assembled perspective view thereof. 1 and 2, the XX direction is referred to as the width direction, the YY direction is referred to as the front-back direction, and in particular, the −X direction is leftward, the + X direction is rightward, the −Y direction is forward, and the + Y direction is It is called backward.

As shown in these figures, a multi-stage hanger (hanging hanger) 10 (plastic molded product) according to the present invention comprises a hanger frame 1 having an inverted U-shape and a hanger frame 1. It has a basic configuration including a hanging rod (suspension rod) 3 detachably mounted on the hanger frame 1 and a hook member 4 attached to the hanger frame 1. As shown in FIG. 2, the hanger frame 1 includes a horizontal rod 12 extending in the horizontal direction, and a pair of vertical rods (arm members) 13 extending in the width direction from both ends of the horizontal rod 12. The appearance of the multi-stage hanger 10 is formed symmetrically in front and rear and left and right.

Such a hanger frame 1 is formed by joining a pair of unit molded products 2 having the same shape such that the parting surfaces 11 at the time of molding come into contact with each other. Note that the parting surface 11 is a surface formed immediately inside the contact surface between the upper die and the lower die when the unit molded product 2 is injection-molded using a predetermined die. The hanger frame 1 is formed by bringing the parting surfaces 11 of the two unit molded products 2 into contact with each other.

The unit molded article 2 comprises a half-split horizontal rod 21 extending in the horizontal direction, and a pair of half-split vertical rods 22 hanging from both ends of the half-split horizontal rod 21. The horizontal rod 12 is formed by joining the front and rear half-split horizontal rods 21 with the respective parting surfaces 11 in contact with each other, and the vertical rod 13 is formed by the front and rear half-split vertical rods 22 respectively. Are formed by bringing the parting surfaces 11 into contact with each other.

The unit molded product 2 is formed in an arc shape having a cross-sectional shape having substantially the same thickness dimension, so that one surface in the front-rear direction has an arc shape in a sectional view over the entire length of the unit molded product 2. Are formed in the hanger frame 1 in a state where the front and rear unit molded products 2 are united by joining the parting surfaces 11 to each other.
4 are formed.

At the center of the half-split horizontal rod 21, a half-spread bulge 24 which swells upward is provided. Thus, an upwardly convex arc-shaped bulging portion 15 is formed. The hook member 4 is mounted on the bulging portion 15.

On the opposing surfaces of the pair of half-split vertical rods 22 in the width direction, a plurality of half-split support protruding pieces 25 projecting in opposite directions are provided at equal pitches in the vertical direction. Each half-split support protruding piece 25 has an L-shape toward the facing surface of the half-split horizontal rod 21, and the front and rear half-split support protruding pieces 25 are fitted together in a state where the front and rear unit molded products 2 are united. As a result, the U-shaped groove 1 opened upward with them
A rod support (rod support) 16 having 6a is formed. Therefore, by fitting both ends of the hanging rod 3 into a pair of U-shaped grooves 16a in the width direction of the hanger frame 1 formed by uniting the front and rear unit molded products 2, as shown in FIG. The hanging rod 3 is mounted between the pair of vertical rods 13.

FIG. 3 is a partially enlarged perspective view of the unit molded product 2 shown in FIG. 1 located rearward, and FIG. 4 is a partially enlarged perspective view of the unit molded product 2 shown in FIG. 1 located forward. . 5 is a sectional view taken along line AA of FIG. 2, and FIG. 6 is a sectional view taken along line BB of FIG. First, as shown in FIG. 3, in the concave groove 23 of the unit molded product 2, a central bulging portion 26 bulging toward the inside of the concave groove 23 is formed at the center of the half-split horizontal rod 21. A pair of widthwise bulges 27 bulged into the concave groove 23 toward the lower ends of the left and right half-split vertical rods 22 from positions slightly separated from the widthwise ends of the central bulge 26. Is provided. Due to the formation of the central bulge 26 and the bulge 27, as shown in FIG. 4, a depression 17 and a decorative groove 18 are recessed on the surface side of the half-split vertical rod 22. In particular, the appearance of the hanger frame 1 is excellent in design due to the decorative groove 18. The depression 17 is provided with a decorative plate 17a.
Thus, the appearance of the hanger frame 1 is prevented from being unsightly.

The central bulging portion 26 comprises a first central bulging portion 26a and a second central bulging portion 26b which are symmetrical with respect to a center line L extending in the vertical direction of the hanger frame 1. The bulge 27 is composed of a first bulge 27a and a second bulge 27b which are symmetrical about the center line L.

The first central bulging portion 26a has
The fork-shaped engagement protrusion 28 (fork-shaped engagement protrusion 281) and the plate-shaped engagement protrusion 28 (the plate-shaped engagement protrusion 28
3) are projected forward, while the second central bulging portion 26b has engaging holes (engaging recesses) 29 corresponding to the respective engaging projections 28 at symmetrical positions with respect to the center line L. (A first engagement hole 291 corresponding to the forked engagement protrusion 281 and a second engagement hole 292 corresponding to the plate-shaped engagement protrusion 283) are formed. The tip of the bifurcated engaging projection 281 is provided with a tapered claw 282 projecting in the opposite direction, and the tip of the plate-shaped engaging projection 283 is provided with one tapered claw 284. Is provided.

As a result, the one unit molded product 2 and the other unit molded product 2 are united with the parting surface 11 together, so that the bifurcated engaging protrusion 281 is formed in the first engaging hole 2.
The tab 282 is engaged with the edge of the first engagement hole 291 (FIGS. 5 and 6), and the plate-shaped engagement protrusion 283 is inserted into the second engagement hole 292. As a result, the claw piece 284 is engaged with the edge of the second engagement hole 292 so that the pair of unit molded products 2 is firmly connected.

The right half-split horizontal rod 2 in FIG.
On the parting surface 11 of the 1 and half-split vertical rods 22,
A guide ridge 211 along the edge is provided in a portion slightly inward from the outer edge, while the left half-split horizontal rod 21 and the half-split vertical rod 22 are provided more than the guide ridge 211 described above. A fitting ridge 212 corresponding to the guide ridge 211 is provided at a portion closer to the inside. Then, in a state where the pair of unit molded products 2 are aligned so as to contact the parting surface 11, the fitting protrusions 212 are fitted into the concave grooves 23 in a sliding contact manner while being guided by the guide protrusions 211, and this Thus, a gap penetrating through the contact portions of the pair of unit molded products 2 is not formed (FIG. 5).

A fitting groove 251 extending in the horizontal direction is formed on the parting surface 11 of the left half-split support projection 25 in FIG. On the parting surface 11, fitting protrusions 252 corresponding to the fitting grooves 251 are protruded, and the fitting protrusions 252 fit into the fitting grooves 251 in a state where the pair of unit molded products 2 are united. As a result, the U-shaped groove 16 is formed.

At the top of the half-spread bulge 24, a semi-conical half-cone portion 24a projecting upward is provided. The semi-conical portion 24a is provided with a mounting groove 24b extending vertically along the center line L (FIG. 3), and a pair of semi-conical portions 24a in a state where the two unit molded products 2 are united.
As a result, a conical portion 19 is formed, and a mounting hole 19a vertically penetrating the conical portion 19 is formed.

The hanging rod 3 comprises a rod-shaped rod body 31 and a pair of hexagonal caps 32 attached to both ends of the rod body 31 in the width direction. Each cap 32 is dimensioned so that it can be detachably attached to the U-shaped groove 16 of the hanger frame 1 in a state where it is prevented from rotating. Further, a plurality of ridges extending in the longitudinal direction are provided on the outer peripheral surface of the rod body 31 at equal pitches in the circumferential direction, so that the garment C is prevented from sliding down when the garment C is hung on the rod body 31. It has become so.

The hook member 4 is, as shown in FIG.
A rod 41 having a diameter slightly smaller than the diameter of the mounting hole 19a, a hook-shaped hook 42 formed at the top of the rod 41, and a lock concentrically provided at the lower end of the rod 41. The disk 43 is formed. The diameter of the locking disk 43 is set to be larger than the diameter of the mounting hole 19a,
When the two unit molded products 2 are united, the rod 41 is inserted into each mounting groove 24.
b, the hook member 4 becomes the locking disk 4
3 so as to be mounted in the mounting hole 19a.

The multi-stage hanger 10 according to the present embodiment comprises:
As described in detail above, the outer shape of the hanger frame 1 is formed symmetrically in both the front-rear direction and the left-right direction, and the unit molded product 2 constituting the hanger frame 1 has a center line in the left-right direction. L at one of the positions symmetrical with respect to L, the engaging protrusion (the engaging protrusion 28, the fitting protrusion 2).
12 and fitting protrusions 252), and a recess (an engaging hole 29, a recess between the guide protrusions 211, and a fitting groove 251) into which the protrusion is fitted is formed on the other side. Therefore, as shown in FIG. 1, one unit molded product 2 and another unit molded product 2 which are configured identically have their parting surfaces 11 opposed to each other, and then the respective parting surfaces 11 are in contact with each other. By combining them so that they are in contact with each other, each projection fits into each corresponding recess, and a multi-stage hanger 10 as shown in FIG. 2 is obtained.

Next, a hanging rod according to the present invention will be described. FIG. 7 is an exploded perspective view showing one embodiment of the hanging rod according to the present invention, and FIG.
FIG. FIG. 9 is a sectional view of the hanging rod shown in FIG. 8 taken along the line DD. As shown in these figures, the hanging rod 3 is
1, caps 32 provided at both ends of the rod body 31, and the rod body 3
And a rotation resistance member 33 interposed between the rotation resistance member 33 and the three members (the rod body 31, the cap 32, and the rotation resistance member 3).
3) and a coupling shaft 34 that couples them.

The rod body 31 is formed of a cylindrical body, and is provided with a plurality of ridges (non-slip) 31a extending in the axial direction on the outer peripheral surface of the central portion excluding the both sides at equal pitches in the circumferential direction. The hanging clothing C is prevented from slipping down due to the increase in resistance due to the ridges 31a. The rod body 31 has a key groove 31b formed in the inner peripheral surface at an end thereof so as to extend in the axial direction, and the rod body 31 is coupled with the rotation resistance member 33 via the key groove 31b to thereby reduce the rotational resistance. It is configured to rotate integrally with the member 33 around the axis.

The cap 32 includes a hexagonal cylindrical portion 32a having a hexagonal column shape in outer appearance, and a top plate 32b in which an outer (right side in FIG. 7) end of the hexagonal cylindrical portion 32a is closed. Is formed. The hexagonal cylinder part 32a has internal teeth (resistance surface) 32c protruding at an equal pitch over the entire circumference in the circumferential direction on the inner peripheral surface at the inner part of the cylinder. Further, a pair of key grooves 32e is provided at a central portion of
A keyhole 32d provided with The coupling hole 34 is inserted through the keyhole 32d.

The rotation resistance member 33 includes an outer cylinder 33a,
It has a double structure with the inner cylinder 33b inserted into the outer cylinder 33a. At the right end in FIG. 7 of the inner cylinder 33b, a flange 33c having the same diameter as the outer cylinder 33a is provided, whereby an annular groove 33d is formed between the flange 33c and the outer cylinder 33a. The annular groove 33d is provided with a resistance piece 33e made of a synthetic resin strong film (thin piece) projecting radially from the groove bottom (that is, the outer peripheral surface of the inner cylinder 33b). This resistance piece 33e
Is fixed to the groove bottom in the annular groove 33d such that the width direction coincides with the axial direction of the inner cylinder 33b, whereby the circumferential direction elastically deforms and bends. Such a resistor piece 33e
Is dimensioned so as to project slightly outward from the outer peripheral surface of the outer cylinder 33a.

The outer cylinder 33a and the flange 33
The diameter of c is set smaller than the inner diameter of the hexagonal tube portion 32a of the cap 32, and is set to such a degree as to be in sliding contact with the tip of the internal teeth 32c in a state of being fitted in the hexagonal tube portion 32a. . In a state where the outer cylinder 33a is fitted in the hexagonal cylinder part 32a, the flange 33c is loosely fitted to the internal teeth 32c in the hexagonal cylinder part 32a, and the resistance piece 33e is formed.
Is fitted into the gap between the internal teeth 32c, and the outer cylinder 33a is fitted into a portion of the hexagonal cylindrical portion 32a where the internal teeth 32c are not provided.

When the rod body 31 is rotated around the axis, the tip of the resistor piece 33e has the internal teeth 3.
This is for obtaining a rotational resistance due to elastic deformation when overcoming 2c. In a state where the clothes C are hung, even if the hanging state is unbalanced, one side of the clothes C distributed around the rod body 31 is used. Even if the weight is larger than the other, the rod body 31 does not rotate due to the rotation resistance, but the elastic force is set so that the clothing C can be easily rotated when gripped and pulled.

On the outer peripheral surface of the outer cylinder 33a, an annular ridge 33a 'having an outer diameter slightly smaller than the inner diameter of the hexagonal cylindrical portion 32a where the internal teeth 32c are not provided is projected. I have. By providing such an annular ridge 33a ',
In a state where the outer cylinder 33a is fitted in the hexagonal cylinder part 32a, the contact area with the inner peripheral surface of the hexagonal cylinder part 32a is reduced, whereby the rotation of the rotation resistance member 33 in the cap 32 is smoothly performed. I am trying to be.

The flange 33 having a larger diameter than the outer dimension of the outer cylinder 33a is provided at the left end of the outer cylinder 33a in FIG.
a "is provided, and the outer cylinder 33a is provided by the flange portion 33a".
Over entry into the hexagonal tube portion 32a is prevented,
The appearance of the hanging rod 3 is not unsightly.

The outer diameter of the inner cylinder 33b is set slightly smaller than the inner diameter of the rod body 31, and the inner diameter of the outer cylinder 33a is smaller than the outer diameter of the rod body 31. The dimensions are slightly larger. Thus, an annular fitting space 35 into which the rod body 31 can be fitted is formed between the inner peripheral surface of the outer cylinder 33a and the outer peripheral surface of the inner cylinder 33b. Therefore, the rod body 31
Is fitted in the annular fitting space 35 by fitting it externally to the inner cylinder 33b, and thereby is fitted inside the outer cylinder 33a.

A key groove 33f corresponding to the key groove 31b of the rod body 31 is formed in the outer peripheral surface of the inner cylinder 33b. When the rod body 31 is fitted into the annular fitting space 35, the key piece 36 is inserted into both key grooves 31b,
The rod body 31 and the rotation resistance member 33 rotate coaxially around the axis by being mounted so as to span 33f.

The coupling shaft 34 is composed of a shaft body 34a and a decorative disk 34 concentrically fixed to one end of the shaft body 34a.
b. The shaft body 34a has a diameter set slightly smaller than the inner diameter of the keyhole 32d and the inner cylinder 33b.
The length is set longer than 3b. By inserting the coupling shaft 34 into the cap 32 through the keyhole 32d while the rotation resistance member 33 is fitted in the cap 32, the tip of the shaft main body 34a is connected to the inner cylinder 33b of the rotation resistance member 33. Project from the tip (left side of FIG. 7) to the outside.

An inner cylinder 33 is provided on the outer peripheral surface of the shaft main body 34a.
b are provided with three annular ridges 34a 'which are in sliding contact with the inner peripheral surface of the inner cylinder 33b.
By contacting the inner peripheral surface, the inner cylinder 33b and the shaft body 34
a is smoothly rotated relative to each other.

The shaft body 34a has a bifurcated portion 34d formed by cutting an end face at a tip end. Each of the forked portions of the forked portion 34d is provided with a pair of locking projections 34e that protrude outward due to taper. As a result, the locking projection 3 is inserted in a state where the shaft main body 34a is inserted through the inner cylinder 33b of the rotation resistance member 33 fitted to the cap 32.
4e is locked to the edge of the inner cylinder 33b, so that the shaft main body 34a is prevented from coming off.

The shaft body 34a is provided with a pair of key projections 34c corresponding to the key grooves 32e of the cap 32 on the base end side (right side in FIG. 7). Key projection 34c
Fits into the key groove 32e, thereby the cap 3
The co-rotation of the shaft 2 and the coupling shaft 34 is regulated.

In the disassembled state of the hanging rod 3 as shown in FIG. 7, first, the shaft main body 34a is inserted into the top plate 32b of the cap 32, and the key projection 34c is fitted into the key groove 32e. 33 is fitted to the shaft body 34a and the flange 33c is pushed into the inner part of the cap 32 so that the locking projection 34e is
3b, the rotation resistance member 3
3 and the coupling shaft 34 are assembled.

Then, with the key piece 36 fitted in the key groove 33f of the inner cylinder 33b, the rod body 3 is inserted into the key piece 36.
The hanging rod 3 which has been assembled as shown in FIG. 8 is completed by externally fitting the hanging rod 3 group to the inner cylinder 33b and pushing it into the inner part of the annular fitting space 35 so that the key grooves 31b on the first side are aligned. Is obtained.

The key piece 36 interposed between the rod body 31 and the inner cylinder 33b is made of, for example, a synthetic resin which can be compressed and elastically deformed. The elastic force of the key piece 36 acts between the two in a state where the rod body 31 is externally fitted to the rod body 31.
Becomes difficult to separate from the rotation resistance member 33.

Since the hanging rod 3 of this embodiment is configured as described above, the rod body 31 is pivoted with the cap 32 attached to the rod support 16 of the hanger frame 1 as shown in FIG. When rotated around the center, this rotation is transmitted to the inner cylinder 33b via the key piece 36, and the rotation resistance member 33 rotates around the axis. By this rotation, the resistance piece 33e provided in the annular groove 33d also rotates integrally around the axis, but since the tip side of the resistance piece 33e fits into the gap between the internal teeth 32c of the inner cylinder 33b, Rod body 3
At the time of one rotation, the resistance piece 33e needs to be elastically deformed so as to get over the internal teeth 32c, whereby a resistance force is formed against the rotation of the rod body 31.

In the present invention, when the clothes C are hung on the rod body 31, the rotation of the rod body 31 is suppressed even if the distribution state of the clothes C around the rod body 31 is unbalanced. Since the elastic force of the resistance piece 33e is set so that the frictional force between the rod body 31 and the suspended clothing C is greater than the resistance force of the resistance piece 33e, the rod By pulling the garment C hanging on the main body 31, the resistance piece 33e rotates around the axis while climbing over the internal teeth 32c while being elastically deformed, whereby the garment is removed from the rod main body 31 by the rotation of the rod main body 31. Is done.

In the present invention, the hanging rod 3 is detachable between the left and right vertical rods 13 by inserting and removing the cap 32 from the rod support portion 16, so that the hanging rod 3 can be hung. When hanging the clothes C on the rod 3, the hanging rod 3 is detached from the hanger frame 1, the clothes C can be hung on the hanging rod 3, and the hanging rod 3 can be mounted on the hanger frame 1,
The hanging operation of the clothes C on the multi-stage hanger 10 is facilitated.

The present invention is not limited to the following embodiments, but also includes the following contents.

(1) In the above embodiment, a plurality of hanging rods 3
Although a multi-stage hanger 10 for bridging is used, the present invention is not limited to a multi-stage hanger, and only one hanging rod 3 is provided on a hanger frame.
Or a normal hanger to which is mounted may be adopted.

(2) In the above embodiment, the multi-stage hanger 10 is configured so that the four hanging rods 3 can be mounted on the hanger frame 1. The number of the hanging rods 3 that can be attached to the vehicle is not limited to four, but may be two to three, or five or more.

(3) In the above embodiment, while the internal teeth 32c are provided on the inner peripheral surface of the cap 32, the resistance piece 33e is provided on the rotation resistance member 33. The external teeth may be provided on the outer peripheral surface of the outer cylinder 33 a of the resistance member 33, while the resistance piece that meshes with the external teeth may be provided on the inner peripheral surface of the cap 32.

(4) In the above embodiment, the cap 32 supported by the rod supporting portion 16 in a non-rotating state is configured to be fitted to the end of the rod body 31 via the rotation resistance member 33. However, the present invention is not limited to the use of the cap 32 as a detent, but is configured so that a plug is fitted into the opening at the end of the rod body 31, and this plug is used as a detent. You may. In this case, another rotation resistance member corresponding to the rotation resistance member 33 of the above embodiment may be interposed between the inner peripheral surface of the rod body 31 and the outer peripheral surface of the plug.

(5) In the above embodiment, four resistance pieces 33e are provided in the annular groove 33d of the rotation resistance member 33, but the present invention is limited to four resistance pieces 33e. However, the number may be less than four pieces or five or more pieces. The number of the resistor pieces 33e is set according to the elastic force, and the number of the resistor pieces 33e can be reduced as the elastic force increases.

(6) In the above embodiment, the rotation resistance member 33 is provided with the resistance piece 33e made of a synthetic resin thin piece. However, a ring-shaped spring may be employed as the resistance piece. An elastic material such as rubber may be used.

[0066]

According to the hanging hanger of the first aspect of the present invention, first, the hanger body is constituted by a hanging bar and a hanger body for supporting the hanging bar between the arm members. The outer peripheral surface has a non-slip structure with a large coefficient of friction, so that the object to be hung on the hanging rod can be maintained in a stable hung state, which is prevented from slipping off by the non-slip. it can. Such a hanging rod is supported by a rod supporting portion provided on an arm member of the hanger body via a cap in a non-rotating state, and the hanging rod and the cap are relatively rotatable. By gripping and pulling a part of the suspended object to be suspended, the pulling force is transmitted as a force directed in the circumferential direction to the hanging rod via the above-mentioned slip stopper, whereby the suspended rod is rotated while being rotated. The belongings can be withdrawn from the hanging rod.

Since a rotation resistance mechanism for providing a constant rotation resistance to the relative rotation is interposed between the suspension rod and the cap, the magnitude of the resistance by the rotation resistance mechanism is applied to the suspension rod. By setting the weight slightly higher than the expected weight of the object to be hung (eg, clothing such as pants), the hung state of the object to be hung becomes unbalanced, and the hanging bar is used as a boundary. Even if one of the weights is larger than the other and the object to be suspended tends to slip down to the heavier one, the rotation resistance prevents the hanging rod from rotating, thereby reliably preventing the object to be suspended from sliding down. be able to.

Further, when the object to be hung on the hanging rod is pulled, this pulling force is usually larger than the weight of the object to be hung such as clothing (ie, because it is larger than the set value of the rotational resistance). ), The hanging rod is rotated and the suspended object is taken off, whereby the suspended object can be removed from the hanger.

Since the hanging bar is detachably attached to a bar support provided on the arm member of the hanger main body, the hanging bar is temporarily attached to the hanger main body when the suspended object is mounted on the hanger main body. After detaching it from the main body and straddling the folded object to be hung on this free hanging rod, the hanging rod is attached to the hanger body, so that the suspended object is suspended and stored on the hanger. be able to.

As described above, in the hanging hanger, the hanging rod itself, which relatively rotates with the cap by applying a force larger than a predetermined rotation resistance, is detachably attached to the hanger body. As a result, it is possible to reliably prevent the suspended object suspended from the suspension rod attached to the hanger body from slipping down, and to maintain the function that the suspended suspended object can be easily removed from the suspension rod. Then, the operation of hanging the object to be hung on the hanging rod can be easily performed, which is very convenient.

According to the hanging hanger of the second aspect of the present invention, the rotation resistance mechanism includes a rotation resistance member which is coaxially and co-rotatable with the suspension rod, and in which the cap is concentrically and externally fitted so as to be relatively rotatable. On the outer peripheral surface of the rotation resistance member, a resistance piece that can be elastically deformed is projected in the radial direction, while on the inner peripheral surface of the cap, a resistance surface with which the resistance piece abuts is formed. Therefore, when the suspension rod is turned while the cap is mounted on the rod support portion of the hanger body and rotation around the axis is regulated, the resistance piece of the rotation resistance member interposed between the suspension rod and the cap is turned on. In this case, it interferes with a resistance surface provided on the inner peripheral surface of the cap, whereby a predetermined rotation resistance can be given to the rotation of the hanging rod.

According to the hanging hanger of the third aspect of the present invention, the resistance piece is formed by a thin piece of synthetic resin protruding in the radial direction from the outer peripheral surface of the rotation resistance member, while the resistance piece is formed by a resistance. The surface is formed by internal teeth formed at an equal pitch over the entire inner peripheral surface of the cap, and the thin section is dimensioned such that the tip end is fitted into the groove between the internal teeth. When the suspension rod is turned while the rotation around the axis is regulated by attaching the rod to the rod support of the hanger body, the thin section made of synthetic resin rotates around the axis with the rotation of the rotation resistance member, Rotational resistance can be generated by elastic force due to bending elastic deformation when the distal end portion gets over a mountain of internal teeth formed on the inner peripheral surface of the cap. Then, when the thin section exceeds the peak of the internal teeth, the elastic deformation is released, the rotational resistance disappears, and the rotational resistance can be generated again at the next peak of the internal teeth. In this way, rotation resistance is generated intermittently due to the rotation of the hanging bar, so that when the object to be suspended is pulled from the hanging bar, a light click feeling can be obtained.

The rotational resistance caused by the elastic force due to the bending of the thin piece is more stable than, for example, the sliding resistance due to the sliding contact between the surfaces. A stable average value can be obtained.

According to the hanging hanger of the fourth aspect of the present invention, since the bar support is provided in a plurality of steps on the arm member, a plurality of objects to be hung are sequentially shifted vertically in one hanger body. It can be hung in a stacked state, and the storage space for the object to be hung can be saved.

According to the hanging hanger of the fifth aspect of the present invention, the non-slip is projected at a constant pitch in the circumferential direction so as to extend in the longitudinal direction with the anti-slip protruding radially on the surface of the hanging rod. The object to be hung on the hanging bar, which is formed by the provided ridge, interferes with the ridge on the surface of the hanging bar provided so as to be perpendicular to the direction in which the contact surface to the hanging bar slides down. Thus, the object to be suspended can be prevented from slipping down, and the pulling force can be reliably transmitted to the suspension rod such that the suspension rod rotates by pulling the object to be suspended.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view showing an embodiment of a multi-stage hanger according to the present invention.

FIG. 2 is an assembled perspective view of the multi-stage hanger shown in FIG. 1;

FIG. 3 is a partially enlarged perspective view of the unit molded product shown in FIG. 1 located at the rear.

FIG. 4 is a partially enlarged perspective view of the unit molded product shown in FIG. 1 located at the front.

FIG. 5 is a sectional view taken along line AA of FIG. 2;

FIG. 6 is a sectional view taken along line BB of FIG. 2;

FIG. 7 is an exploded perspective view showing one embodiment of the hanging rod according to the present invention.

FIG. 8 is an assembled perspective view of the hanging rod shown in FIG. 7;

FIG. 9 is a sectional view taken along line DD of the hanging rod shown in FIG. 8;

[Explanation of symbols]

 Reference Signs List 10 multi-stage hanger (hanging hanger) 1 hanger frame 11 parting surface 12 horizontal rod 13 vertical rod (arm member) 14 cavity 15 bulging part 16 U-shaped groove (rod supporting part) 17 recessed part 17a decorative board 18 Decorative groove 19 Conical portion 19a Mounting hole 2 Unit molded product 21 Half-split horizontal rod 211 Guide ridge 212 Insertion ridge 22 Half-split vertical rod 23 Concave groove 24 Half-spread bulge 24a Half-cone part 25 Half-split support protrusion 251 Fitting groove 252 Fitting protrusion 26 Central bulge 26a First center bulge 26b Second center bulge 27 Bulge 27a First bulge 27b Second bulge 28 Engagement protrusion 281 Bifurcated Engagement protrusion 282, 284 claw 283 plate-like engagement protrusion 3 hanging rod (suspension rod) 31 rod body 31a ridge 31b keyway 32 cap 32a hexagonal cylinder 32b top plate 32c Internal teeth (resistance surface) 32d Keyhole 32e Key groove 33 Rotation resistance member 33a Outer cylinder 33b Inner cylinder 33c Flange 33d Annular groove 33e Resistance piece 34 Coupling shaft 34a Shaft main body 34b Makeup disk 34c Key protrusion 34d Fork 34e Locking protrusion Piece 35 annular fitting space 36 key piece 4 hook member 33 rotation resistance member 41 rod 42 hook 43 locking disk

Claims (5)

[Claims] 1. A hanging bar on which an object to be suspended is hung, and a hanger body which supports the hanging bar by bridging it between a pair of arm members. A hanging hanger provided with a stopper, wherein the hanging bar is provided with caps capable of relative rotation around an axis at both ends, while the arm member is detachably provided with the cap. Further, a rod supporting portion for holding the rotation-stopped state is provided, and a rotation resistance mechanism for providing a constant rotation resistance to the relative rotation between the hanging bar and the cap is provided between the hanging bar and the cap. A hanging hanger, characterized in that: 2. The rotation resistance mechanism is provided with a rotation resistance member coaxially and co-rotatable with the hanging rod, and a rotation resistance member in which the cap is concentrically and relatively rotatably fitted to the outer periphery of the rotation resistance member. A resistance piece capable of being elastically deformed is provided on the surface so as to protrude in a radial direction, and a resistance surface with which the resistance piece abuts is formed on an inner peripheral surface of the cap. The hanger for suspension according to 1. 3. The resistance piece is formed of a thin piece of synthetic resin projecting radially from an outer peripheral surface of the rotation resistance member, while the resistance surface is formed on an inner peripheral surface of the cap. 3. The lamella is formed by internal teeth formed at an equal pitch over the entire surface, and the thin section is dimensioned so that a tip portion fits into a groove between the internal teeth.
The hanging hanger as described. 4. The hanging hanger according to claim 1, wherein the rod supporting portion is provided on the arm member in a plurality of stages. 5. The non-slip is formed by a ridge protruding at a constant pitch in a circumferential direction so as to extend in a longitudinal direction while being protruded in a radial direction on a surface of a hanging bar. The hanging hanger according to any one of claims 1 to 4, wherein