JP2577320B2 - Multi-stage hanger - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a multi-stage hanger capable of hanging clothes such as a skirt over several stages.

[0002]

2. Description of the Related Art A conventional multi-stage hanger comprises a hanger body having a hook for suspension and a plurality of attached hangers hung in a multi-stage manner on the hanger body, wherein the hanger body and the attached hanger are horizontal rods. Each of the horizontal rods has a clip for holding a garment.

[0003] Incidentally, the hanger body and the attached hanger are both formed by bending a round wire such as an iron wire to form a frame.
A clip is attached to the round wire. The clip has a structure in which a pair of levers are pivotally supported via a bracket, and includes a helical spring that resiliently moves both levers. Accordingly, the round wire is inserted into the shaft support hole of the bracket to form the support shaft, and at the same time, is inserted through the winding portion of the helical spring, and the clip is assembled on the round wire. The assembled clip is slidable in the axial direction of the round wire.

[0004] Therefore, a round wire having a clip is bent to form a frame having a horizontal rod and a standing rod, and a hanger body and an accessory hanger which are components of a multi-stage hanger are manufactured.

Subsequently, a multi-stage hanger is manufactured by arranging the hanger body on the top and sequentially suspending the attached hanger. At this time, first, the hanger body is supported on both ends of the horizontal rod at both ends of the frame of the hanger body. hand,
The leading end of the standing rod in the frame of the attached hanger is positioned, and in this state, the leading end of the standing rod of the attached hanger is bent in an annular shape to form a winding loop on both ends of the horizontal rod of the hanger body. . Accordingly, the attached hanger is thereby suspended from the hanger body via the loop portion.

Next, the tip of the upright rod in the frame of the lower attached hanger is positioned with respect to the both ends of the horizontal rod in the frame of the upper attached hanger suspended on the hanger body. While bending the distal end portion of the standing rod of the attached hanger in an annular shape, a winding loop is formed on both end support portions of the horizontal rod of the upper attached hanger. Therefore, by this, the lower attached hanger is suspended by the upper attached hanger via the loop portion. Thereafter, similarly, by bending and forming the loop portion, a plurality of attached hangers are hung in a multi-stage manner,
Thereby, a multi-stage hanger with a desired number of stages is obtained.

[0007] After the multi-stage hanger is manufactured as described above, it is provided as a commercial product by plating the entire surface.

[0008]

As described above, a conventional multi-stage hanger is constructed by attaching a clip to a round wire before forming the frame and bending the round wire in the assembled state. Is formed. For this reason,
Not only is the operation of assembling the clip complicated, but also it is difficult to bend and form the frame to form a frame, which makes automation difficult.

Further, when the attached hanger is hung on the hanger body in a multi-stage manner, the loop portion is formed simultaneously with the hanger work. Therefore, even if the mechanization is performed, the operator must always rely on the human labor. It is not suitable for mass production.

Further, when the hanger body and the plurality of attached hangers are hung in a multi-stage manner by forming a loop portion, the loop portion is simultaneously undetachably engaged with the horizontal rod of the upper frame. In this regard, the multi-stage hanger is a two-stage, three-stage, four-stage
It is required to supply products with different numbers of stages, such as stages or more. Therefore, according to the conventional technology, it is necessary to manufacture and manage inventory in consideration of a plurality of types of products having different numbers of stages, and the yield is inevitably reduced.

Further, when plating is performed as described above, a clip is mounted in advance, and a multi-stage hanger which is already assembled in a multi-stage shape and thus almost completed as a whole is subjected to plating. The impossible part occurs. For example, since the plating does not cover the portion of the frame covered by the clip, if the user later slides the clip on the frame, the non-plated portion will be exposed. In addition, since the plating does not adhere to the portion of the frame where the loop portion of the lower attached hanger abuts, if the loop portion is later moved on the frame, the non-plated portion is exposed.

[0012]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and provides a multi-stage hanger which has been greatly improved from the prior art. And a plurality of accessory hangers suspended in a multi-stage manner on the hanger body, wherein the hanger body and the accessory hanger form a frame having upright rods at both ends of a horizontal rod. Attach the loop part provided on the upright rod of the attached hanger to both ends of the horizontal rod of the main body, and hang it, and attach it to the upright rod of the lower attached hanger at the both ends of the horizontal rod of the upper attached hanger. The hook of the attached hanger can freely move the hanger body and the frame of the attached hanger. A holding hole to be inserted, and a constricted mounting opening for opening a part of the holding hole in the circumferential direction but preventing passage of the frame, wherein the hanger body and the attached hanger are at least one of the frames. A thin or small-diameter mounting portion that can enter the mounting opening of the accessory hanger is formed at a location, and the mounting portion is provided at a position separated from both ends of the horizontal rod at both ends.

Further, according to the present invention, the inner space L1 between the pair of upright rods in the hanger body and the plurality of attached hangers is formed to have substantially the same size as each other, and the pair of attached hangers is formed. The outer dimension L2 of the loop portion is formed so as to fit within the inner dimension L1 via a bent portion obtained by bending the vicinity of the upper end of the upright rod inward.

Further, the present invention is configured as a third means in that the frame of the hanger body and the attached hanger is formed of a stainless steel round wire, and the thin or small diameter mounting portion is formed by crushing the round wire. Is formed.

[0015]

Embodiments of the present invention will be described below in detail with reference to the drawings.

As shown in FIG. 1, the multi-stage hanger comprises a hanger body 2 having a hanging hook 1 and a plurality of detachable accessory hangers 3 hung on the hanger body 2 in a multi-stage manner. Become.

The hanger body 2 comprises a horizontal rod 4 and
Erect rods 5a, 5 erecting from both ends of the horizontal rod 4
b and a frame 7 having shoulder rods 6 extending horizontally from both standing rods 5a and 5b, and a pair of clips 8 are detachably provided on the horizontal rod 4 and / or the shoulder rod 6, respectively. I have.

The frame 7 is formed, for example, by bending a stainless steel round wire, and therefore does not require plating. The shoulder rod 6 abuts both ends of the round wire at the center in the axial direction, preferably has the abutted end welded, and is covered with a hook mounting member 8.

As shown in FIG. 2, the hook mounting member 8
Are, for example, half-divided bodies 9a, 9 made of synthetic resin.
b is made freely connectable with a bolt 10 and a nut 11, the butted end of a shoulder rod 6 is sandwiched between both divided bodies 9a and 9b, and a flange-shaped retaining portion 1 of a hanging hook 1 is provided.
a rotatable shaft portion 1b provided with a. The nut 11 forms a cap nut covered with resin.

The attached hanger 3 comprises a horizontal rod 12 and an upright rod 13a which is erected from both ends of the horizontal rod 12,
13b comprising a frame 14 with horizontal rods 12
Are provided with a pair of clips 8 detachably.

The frame 14 is formed, for example, by bending a round stainless steel wire.
No plating is required. It is preferable that the frame 7 of the hanger main body 2 and the frame 14 of the attached hanger 3 are constituted by round wires having the same diameter.

The upright rod 13a of the attached hanger 3
13b has a loop portion 15 by bending the tip.
a, 15b, and the loop portions 15a, 15b
Are locked to support portions 4a and 4b near both ends of the horizontal rod 4 in the hanger body 2 as described later. Similarly, the vicinity of both ends of the horizontal rod 12 of the accessory hanger 3 constitutes support parts 12a and 12b, and the loop parts 15a and 15b of the lower accessory hanger 3 are locked to the support parts 12a and 12b of the upper accessory hanger 3. Is done.

As will be described later, the loop portions 15a and 15b of the accessory hanger 3 are provided with a holding hole 16 through which the hanger body 2 and the frames 7 and 14 of the accessory hanger 3 are freely movably inserted. A stenotic mounting opening 17 is formed, which is partially open in the direction but cannot pass through the frames 7 and 14. That is, the inner diameter of the holding hole 16 is larger than the outer diameter of the frames 7 and 14, whereby the loop portions 15 a and 15 b are connected to the frame 7 and 14 while the frames 7 and 14 are inserted through the holding hole 16. , 14 between the horizontal rod and the upright rod. On the other hand, the inner dimension of the mounting opening 17 is smaller than the outer diameter of the frames 7 and 14.

On the other hand, the hanger body 2 and the attached hanger 3
The thin or small-diameter mounting portion 1 which can enter the mounting opening 17 is provided at least at one portion of the frames 7 and 14.
8, and the mounting portion 18 is provided at a position separated from the support portions 4a, 4b, 12a, 12b at both ends of the horizontal rods 4, 12. In the illustrated embodiment, the mounting portion 18 is formed in a thin shape by crushing the round wires constituting the frames 7 and 14 into a flat shape. By cutting the wire, the mounting part 1
8 may be formed in a small diameter shape.

By the way, FIG.
Further, as shown in FIG. 5 described later as a second embodiment, the inner dimensions L1 of the pair of upright rods in the hanger body 2 and the attached hanger 3 are formed to be substantially the same. Then, a pair of loop portions 15 of the attached hanger 3
The external dimension L2 of each of the upright rods 13a, 13b
B is formed so as to fit within the inner dimension L1 via a bent portion 19 obtained by bending a portion near the upper end of the portion b inward and inclining.

Therefore, with respect to the hanger body 2,
When a plurality of accessory hangers 3 are hung in a multi-stage manner, the frame 7 of the hanger main body 2 and the frame 14 of the plurality of accessory hangers 3 located below are connected in the form of a ladder having the same width. Are configured to have a uniform width as a whole.

(First Embodiment) The first embodiment shown in FIGS.
In the embodiment, the mounting portion 18 in the hanger main body 2 is used.
Is provided at an intermediate portion between the pair of standing rods 5a and 5b. The attachment portion 18 of the attached hanger 3 is provided at an intermediate portion between the pair of upright rods 13a and 13b.

On the other hand, the loop portions 15a and 15b of the accessory hanger 3 are formed in a hook shape on the inclined extension axis of the bent portion 19, and the mounting opening 17 is formed.
Is opened toward the side portion of the inclined bent portion 19.

Therefore, according to the first embodiment, the attached hanger 3 is connected to the hanger body 2 by the procedure shown in FIG.
Can be connected and suspended.

That is, first, as shown in FIG. 4B, one loop portion 15a of the attached hanger 3 is
And moves toward one of the mounting portions 18. As a result, the mounting portion 18 is held in the holding hole 1 through the mounting opening 17.
Enter 6. That is, since the loop portion 15a opens the mounting opening 17 to the side of the bent portion 19, the mounting portion 1
8 can easily enter the holding hole 16. Then, when the attached hanger 3 is moved downward from this state,
The loop portion 15a moves while holding the upright rod 5a.

Subsequently, as shown in FIG. 4C, the other loop portion 15 of the attached hanger 3 is moved with the loop portion 15a being moved to the horizontal rod 4 of the hanger body 2.
b is moved toward the other mounting portion 18 of the hanger body 2. Thus, as described above, the mounting portion 18 enters the holding hole 16 via the mounting opening 17, whereby the upright rod 5b is inserted into the loop portion 15b.
That is, also in this case, the loop portion 15b is
7 is opened to the side of the bent portion 19,
Can easily enter the holding hole 16.

Thereafter, when the accessory hanger 3 is moved downward, the loop portion 15b is moved to the horizontal rod 4 of the hanger body 2, and as shown in FIG. 3, the pair of loop portions 15a, 15b of the accessory hanger 3 2 is hung on both end support portions 4a, 4b of the horizontal rod 4 in FIG.

In the same manner as described above, the lower hanger 3 is hung on the upper hanger 3.

(Second Embodiment) In the second embodiment shown in FIGS. 5 and 6, the mounting portion 18 of the hanger body 2 is
It is provided at one position of the horizontal rod 4. In the example shown,
It is provided at a position near one of the two end support portions 4a and 4b. Also, the mounting portion 1 of the attached hanger 3
Reference numeral 8 denotes one of the horizontal rods 12, which is provided at a position near one of the two end support portions 12a and 12b, as described above.

On the other hand, as shown in FIG. 6 (A), the loop portions 15a and 15b of the accessory hanger 3 are held by the inverted U-shaped portion 20 raised from the extended end of the bent portion 19. 16 and a guide portion 21 extending from the extended end of the inverted U-shaped portion 20 substantially parallel to the inclined axis of the bent portion 19, and a mounting opening is provided between the distal end of the guide portion 21 and the bent portion 19. The part 17 is formed.

Therefore, according to the second embodiment, the attached hanger 3 is connected to the hanger body 2 by the procedure shown in FIG.
Can be connected and suspended.

That is, first, as shown in FIG. 6B, one loop portion 15a of the attached hanger 3 is
, And moves downward. This allows
The mounting portion 18 enters the holding hole 16 via the mounting opening 17. In this state, when the attached hanger 3 is moved leftward in the figure, the loop portion 15a moves while holding the horizontal rod 4.

Subsequently, as shown in FIG. 6C, the loop portion 15a is lifted and moved to the upright rod 5a of the hanger body 2. At this time, the loop portion 15a
Since the holding hole 16 is formed in a wide area extending from the inverted U-shaped portion 20 to the guide portion 21, the attached hanger 3 can be inclined as shown in the figure. Then, since it becomes possible to make the other loop part 15b face the attachment part 18, in this state, when the other loop part 15b is moved downward, the attachment part 18 is inserted into the holding hole 16 of the loop part 15b. You can enter.

Thereafter, when the accessory hanger 3 is moved to be in a horizontal state, as shown in FIG.
The pair of loop portions 15a, 15b are hung on both end support portions 4a, 4b of the horizontal rod 4 in the hanger body 2.

In the same manner as described above, the lower accessory hanger 3 is suspended from the upper accessory hanger 3.

(Other Embodiments) In addition to the first and second embodiments, when the mounting portion 18 is formed on the hanger body 2 and the attached hanger 3, both embodiments may be combined. It is. For example, the hanger body 2 and / or
Alternatively, when mounting portions 18 are provided at two locations of the attached hanger 3, one mounting portion 18 is provided on the upright rod as in the first embodiment, and the other mounting portion 18 is mounted on a horizontal rod as in the second embodiment. May be provided. In addition, the mounting part 18
It may be provided at two or more places of the hanger main body 2 and / or the accessory hanger 3. In short, the pair of loop portions 15 a and 15 b of the lower accessory hanger 3 can be detachably connected and hung. Good.

(Structure of Clip) FIGS. 7 and 8 show an embodiment of the clip 8 which is detachably attached to a multi-stage hanger.

The clip 8 includes a pair of levers 31a, 31
b and a spring 32, and is removably attached to a support shaft 35 constituted by the horizontal rod 4 and / or the shoulder rod 6 of the hanger body 2 and the horizontal rod 12 of the attached hanger 3. The pair of levers 31a and 31b and the spring 32 are preferably formed of stainless steel and do not require plating.

The levers 31a and 31b are
And a pair of brackets 34, 34 having a pair of levers 3.
The shafts 1a and 31b are pivotally mounted in a substantially V shape. As a result, the levers 31a and 31b form the grip 36 at the distal end and the knob 37 at the tail end, and the spring 32 is interposed between the knobs 37 and 37 of both levers. As a result, the gripping portions 36 are repelled in a direction in which the gripping portions 36 abut against each other.

The brackets 34 of the pair of levers 31a, 31b have cutouts 38a, 38b that allow the shaft 35 to pass by opening a part of the shaft support hole 33 in the circumferential direction. The notches 38a and 38b are provided in a state where the pair of levers 31 and 31 are pivotally mounted in a substantially V-shape.
a, brackets 34, 3 superposed oppositely from 31b
The four notches 38a, 38b are arranged so as not to coincide with each other and to be displaced. In the case of the illustrated embodiment, FIG.
As shown in (A), notches 38a and 38b facing each other with a perpendicular passing through the support shaft 35 are arranged so as to form an inverted V shape. Therefore, in the illustrated embodiment, the pair of levers 31a and 31b have the same configuration and are mutually compatible.

The spring 32 includes a pair of levers 31.
a, leg part 3 to be elastically attached between knob parts 37, 37 of 31b
Connecting portion 4 for connecting the pair of leg portions 39 and 40 to the connecting portions 9 and 40;
1, and the connecting portion 41 constitutes a fitting portion 42 in which the support shaft 35 is fitted in a holding manner. That is, the fitting portion 42
A C-shaped ring portion 43 for holding the peripheral surface of the support shaft 35 over half or more in the circumferential direction, and folded portions 44, 44 which are folded back from the C-shaped ring portion 43 and are provided continuously with the leg portions 39, 40. It has. Accordingly, when the fitting portion 42 is pressed against the peripheral surface of the support shaft 35, the C-shaped ring portion 43 is elastically expanded and fitted to the support shaft 35, and at the same time, the folded portions 44, 44 are used. Hold it in a retaining shape. In the illustrated example, the spring 32
Is formed by a thin stainless steel round wire,
It may be formed of a stainless steel thin plate.

Therefore, the clip 8 is obtained by the following procedure.
It can be attached to a support shaft 35 constituted by the hanger body 2 and the attached hanger 3.

That is, first, the notch 38
The shaft support holes 33 of the pair of levers 31a and 31b are supported via the shafts a and 38b, and the levers 31a and 31b are assembled on the support shaft 35 into a substantially V shape.

Next, the spring 32 is inserted between the knobs 37, 37 of the levers 31a, 31b, and the fitting portion 42 is pressed against the peripheral surface of the shaft 35, thereby connecting the shaft 35 with a C-shaped ring. The portion 43 is fitted in a holding manner. In this fitted state, the legs 39, 40 of the spring 32
Is inserted into the inside of a stopper 45 formed by the bent edge of the knob 37 at the upper end.

As a result, the clip 8 is assembled to the support shaft 35 and does not fall off. That is, FIG.
As shown in (A), the notches 38a, 38b of the pair of levers 31a, 31b are displaced without being aligned with each other.
The shaft support hole 33 is locked to the support shaft 35 in a direction opposite to the direction in which the extension 31b is biased. In addition, the spring 32 holds the support shaft 35 by the fitting portion 42 through the folded portions 44 and 44 in a retaining shape.

By the way, when the gripping object such as clothing is held by the clip 8, similarly to the conventional clip,
After gripping the grip portions 37, 37 of the pair of levers 31a, 31b with fingers, expanding the grip portions 36, 36 against the spring 32, and inserting the gripped body between the grip portions 36, 36, By releasing the picking force, both levers 31a,
What is necessary is just to close the holding parts 36 and 36 of 31b with the spring 32. During this opening / closing operation, as shown in FIGS. 8A and 8B, the notches 38a and 38b of the pair of levers 31a and 31b oppose each other while changing the widening angle of the posture arranged in the inverted V shape. In this state, the two lever levers 31a and 31b are opposed to each other in a direction in which the lever levers 31a and 31b are separated from each other. It is locked to. Further, by the expanding operation of the gripping portions 36, 36, the C of the spring 32 is increased.
Although the shaped ring portion 43 is opened to some extent, it still holds the support shaft 35 via the folded portions 44, 44 in a retaining shape.
In addition, since the upper ends of the legs 39 and 40 are restrained by the stoppers 45 and 45 and the upward movement is prevented, the spring 32 does not fall off the support shaft 35. Thus, the clip 8 is preferably prevented from dropping off the support shaft 35 during the opening / closing operation of the pair of levers 31a, 31b.

The clip 8 can be detached from the support shaft 35 and disassembled by a procedure reverse to the above-described assembling operation. That is, the leg 3 of the spring 32
9 and 40 are elastically deformed to be detached from the stopper 45, and the fitting portion 42 can be pulled out from the support shaft 35 by pulling the leg portion, whereby the pair of levers 31a and 31b which are set free are provided. To the notch 38a,
It is possible to disengage from the support shaft 35 via 38b.
However, as described above, as long as the normal opening / closing operation is performed with the clip 8 attached to the support shaft 35, the clip 8
Is not accidentally dropped from the support shaft 35.

The configuration of the notches 38a and 38b is not limited to the illustrated embodiment, but various embodiments can be adopted. For example, in a state where the clip 8 is assembled as shown in FIG. 8A, the notches 38a and 38b facing each other may be arranged so as to substantially form a V shape. Also in this case, the pair of levers 31a and 31b can have the same configuration, and can be mutually compatible. Alternatively, one notch 38a is opened downward, and the other notch 38b
Is opened upward, so that the clip 8
5 may be prevented from falling off. In this case, the pair of levers 31a and 31b are not compatible with each other,
At least, the clip 8 can be arbitrarily assembled to the support shaft 35, and the intended purpose of preventing the clip 8 from falling off can be achieved.

[0054]

According to the first aspect of the present invention, the hanger body 2 and the accessory hanger 3 are separately manufactured in advance, and then the accessory hanger 3 is hung on the hanger body 2,
Further, by suspending the lower accessory hanger 3 on the upper accessory hanger 3, a multi-stage hanger can be provided.

For this reason, the frame 7 of the hanger body 2 and the frame 14 of the attached hanger 3 can be bent separately and independently, and the bending can be mechanized and automated. There is an advantage that it becomes possible. Moreover, at this time, plating is unnecessary when the frames 7 and 14 are formed of stainless steel. However, even in the case where the frames 7 and 14 are formed of iron or the like and plated, all of the separate frames 7 and 14 are separately provided. Since plating on the surface is possible, there is no advantage in that there are no places where plating is impossible unlike the prior art.

Further, by separately manufacturing and storing the hanger body 2 and the attached hanger 3 separately, there is an advantage that a multi-stage hanger having a required number of stages can be supplied at any time. In other words, the multi-stage hanger is required to supply products of different stages, such as two stages, three stages, four stages, or more, according to the needs of the user. Each time a product is received, the hanger body 2 and the required number of attached hangers 3 are assembled and hung, so that a multi-stage hanger of any number of stages can be supplied, thereby greatly improving the yield of stock products. It becomes possible.

According to the second aspect of the present invention, the inner spacing L1 of the pair of upright rods 5a, 5b and 13a, 13b in the hanger body 2 and the plurality of attached hangers 3 is formed to have substantially the same size as each other. The outer dimension L2 of the pair of loop portions 15a, 15b of the attached hanger 3 is set within the inner dimension L1 via the bent portion 19 obtained by bending the upper end portions of the upright rods 13a, 13b inwardly. When the plurality of attached hangers 3 are sequentially hung on the hanger body 2 in multiple stages, the frame 7 of the hanger body 2 and the frame 14 of the plurality of attached hanger 3 However, there is an effect that the multi-stage hanger can be configured to have a uniform width as a whole as a ladder having the same width.

According to the third aspect of the present invention, the frames 7, 14 of the hanger body 2 and the attached hanger 3 are provided.
Is made of a stainless steel round wire, and the thin wire-shaped mounting portion 18 is formed by crushing the round wire into a flat shape. Therefore, the rigidity is high as a whole, and the mounting portion 18 is easily and easily formed. There is an effect that is.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a first embodiment of a multi-stage hanger of the present invention.

FIG. 2 is an enlarged vertical sectional view showing a mounting portion of a hanging hook in the first embodiment.

FIG. 3 is a front view showing a main part of the first embodiment in a state in which an attached hanger is connected to and hung from a hanger body.

4A and 4B show a procedure of connecting and suspending in the first embodiment, in which FIG. 4A is an enlarged perspective view showing a loop portion, and FIG. 4B is an operation of fitting one loop portion into one mounting portion. (C) is a main part front view which shows the effect | action which fits the other loop part to the other attachment part.

FIG. 5 is a front view showing a main part of a multi-stage hanger according to a second embodiment of the present invention, in which an attached hanger is connected to and hung from a hanger body.

6A and 6B show a procedure of connection and suspension in the second embodiment, in which FIG. 6A is an enlarged perspective view showing a loop portion, and FIG. 6B shows an action of fitting one of the loop portions into a mounting portion. (C) is a main part front view which shows the effect | action which fits the other loop part in the same attachment part.

FIG. 7 shows one of clips used for assembling on a multi-stage hanger.
FIG. 2 is an exploded perspective view of the embodiment.

8A and 8B show the operation of the clip, and FIG. 8A is an enlarged vertical sectional view showing a closed state of the clip attached to the support shaft.
(B) is an expanded longitudinal cross-sectional view showing the opened state of the clip.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Hanging hook 2 Hanger body 3 Attached hanger 4 Horizontal rod of hanger body 4a Supporting part 4b Supporting part 5a Standing rod of hanger body 5b Standing rod of hanger body 7 Frame of hanger body 8 Clip 12 Horizontal rod of attached hanger 12a Support Part 12b Support part 13a Standing rod of attached hanger 13b Standing rod of attached hanger 14 Frame of attached hanger 15a Loop part 15b Loop part 16 Holding hole 17 Mounting opening 18 Mounting part 19 Bend 31a Clip lever 31b Clip lever Reference Signs List 32 spring 33 shaft support hole 34 bracket 35 support shaft 36 gripping part 37 knob part 38a notch part 38b notch part 39 leg part 40 leg part 41 connecting part 42 fitting part

Claims (3)

(57) [Claims] 1. A hanger body having a suspension hook,
A plurality of attached hangers suspended in a multi-stage manner on the hanger body, wherein the hanger body and the attached hanger are:
Construct a frame with upright rods at both ends of the horizontal rod, lock the loops provided on the upright rods of the attached hanger to the both ends of the horizontal rod of the hanger body, and hang it up. In a structure in which a loop provided on an erecting rod of a lower attached hanger is locked to both ends supporting portions of a horizontal rod so as to be hung, the loop of the attached hanger allows a hanger body and a frame of an attached hanger to move freely. A holding hole to be inserted, and a constricted mounting opening for opening a part of the holding hole in the circumferential direction but preventing passage of the frame, wherein the hanger body and the attached hanger are at least one of the frames. A thin-walled or small-diameter mounting portion that can enter the mounting opening of the attached hanger is formed at each location, and the mounting portion is connected to both ends of the horizontal rod. Multistage hanger, characterized by comprising providing a position off the lifting unit. 2. An inner distance L1 between a pair of upright rods of the hanger body and a plurality of attached hangers is formed to be substantially the same as each other, and an outer dimension L2 of a pair of loop portions of the attached hanger is near the upper end of the upright rod. 2. The multi-stage hanger according to claim 1, wherein the hanger is formed so as to fit within the inner dimension L <b> 1 via a bent portion obtained by bending the portion inward. 3. 3. The frame of the hanger body and the attached hanger is made of a stainless steel round wire, and the thin wire or the small diameter mounting portion is formed by crushing the round wire. Or the multi-stage hanger according to 2.