WO2018074685A1

WO2018074685A1 - Complex hanger

Info

Publication number: WO2018074685A1
Application number: PCT/KR2017/003906
Authority: WO
Inventors: 홍승우
Original assignee: 홍승우
Priority date: 2016-10-21
Filing date: 2017-04-11
Publication date: 2018-04-26

Abstract

A complex hanger according to the present invention comprises: a suspension part which accounts for a hanging space at a lower part thereof; a shape part which limits a bottleneck of the hanging space at a middle part thereof; and a hook part disposed on the bottleneck of the hanging space at an upper part thereof and limited to a hook shape, wherein the suspension part has a symmetric or an asymmetric shape around the hanging space, the shape part symmetrically or asymmetrically corresponds to the symmetric or the asymmetric shape of the suspension part under the bottleneck of the hanging space, respectively, and the hook part communicates with the hanging space through the hook shape thereof or closes the hanging space under the hook shape to limit a hook space to the hook shape.

Description

Compound hanger

The present invention relates to a composite hanger having a drying aid function and a storage aid function of a garment or a miscellaneous goods by hanging a hanger on a hanger inside or outside a residence and / or office.

Recently, hangers have been produced and used in various shapes to match the shape of clothing or sundries. That is, the hanger is implemented as a top hanger, a bottom hanger, a forceps hanger, and a hook hanger.

The upper hanger is generally composed of a hook structure positioned at one corner of a triangular structure and a triangular structure, and is used to hang a shirt, blouse, knit or cardigan, etc., which surround the triangular structure, to the hanger using the hook structure.

The lower hook is usually made by cutting one side of the triangular structure immediately adjacent to the hook structure, and the pants, skirt, panties, or skirts surrounding the specific side of the cut triangular structure are attached to the hanger using the hook structure. It is used to

In addition, the clip hanger is a pants, blouse or panties that are picked up with tongs by cutting one side positioned on the opposite side of the hook structure in the triangular structure and having a small horizontal bar and a forceps moving along the horizontal bar It is used to fasten the back to a hanger using a hook structure.

The hook hanger is composed of an 'S' shaped ring structure and a hook structure, and is used to hang fashion goods such as socks, hats, bags, shoes or belts that span the ring structure by using the hook structure.

Thus, the hanger is received with clothes or sundries at the clothes shop or purchased in the form of clothes or sundries at the hanger shop away from the clothes shop.

Here, as a technical problem of the hanger, when the hanger is used as a top hanger, the side forming the triangular structure cannot be sufficiently utilized inside and outside of the triangular structure, and the neck part is a relative slip of the top with respect to the triangular structure in the narrow neck. Have structural difficulties to stretch.

The clothes hanger uses the inside of the cut-out triangular structure when used as a bottom hanger, but the bottom of the bottom hangs easily from the side hanging the bottom by tilting the side that hangs (or mounts) the bottom due to its own weight. Let's do it.

As a problem of applying the hanger, the hanger does not suspend tops, bottoms or miscellaneous goods through the inside of the triangular structure of the top hanger, so that the washing time of the clothes is increased because the shape or number of clothes is adjusted to the length of the clothesline. Since the type or number of clothes is matched to the length of the hanger, the time for arranging clothes is lengthened to shorten the free time of the user.

The hanger is due to the hook during separation of the clothes from the hanging side of the bottom when the hanger has a loop fixed at one end of the hanging side of the bottom so as not to drop the bottom from the hanging side of the bottom of the hanger It hurts the user or tears the clothes due to the rings.

On the other hand, the hanger is disclosed in Japanese Utility Model Publication JP 3146777 (Prior Document 1), US Patent Publication US 4606482 (Prior Document 2), US Patent Publication US 9380903 (Prior Document 3), and Naver Blog (Previous Document 4) is disclosed as a prior art.

According to the prior art, the hanger is used as a top hanger, a bottom hanger or a hook hanger by removing one side from the triangular structure (@ prior document 1), or by attaching a non-slip member to the triangular structure from the top hanger. (@ Prior Art 2).

In addition, the clothes hanger is used by suspending small-sized rings in place of small size horizontal rods and tongs suspended from the horizontal rods (@ prior document 3), or by modifying the shape of the hook on the clip holder is used as a cradle of miscellaneous goods. (@ Prior Art 4).

However, the hanger does not suspend the clothes in the hanger when inserting the part removed from the triangular structure into the inside of the clothes before the hanger, prior to hanging the hanger, and in the prior documents 2 to 4 or Hook structures are not used to suspend clothes.

In addition, the hanger does not bear the weight of the heavy clothes itself while hanging heavy clothes such as a winter coat or a winter jumper in the prior documents 1 to 4 to deform the initial shape to drop the heavy clothes on the floor.

Moreover, the hanger has a limitation in lowering the overall height of the triangular structure because it fully utilizes the three corners of the triangular structure in the prior documents 1 to 4.

Since the hanger uses the three corners of the triangular structure sufficiently, the height of the triangular structure cannot be lowered, so that the clothes are already suspended from the hanger in contact with the clothes located around the hanger while the clothes are suspended in the hanger of the lower wardrobe or Break down the shape of clothes arranged around the hanger.

Thus, the above prior art provides a sufficient use of the sides to hang clothes through the inside and the outside of the triangular structure in the hanger, the sufficient use of the hook structure located around the triangular structure, the deflection caused by the suspension on the side of the hanging clothes of the triangular structure. It does not sufficiently solve the technical and application problems of the hangers mentioned above with regard to the strength to resist and the reduction of the overall height of the triangular structure.

The present invention has been made to solve the problems of the prior art, consisting of a triangular structure and a hook structure to suspend the suspension (= miscellaneous goods other than clothing or clothing) to the hanger, triangular structure inside and outside the triangular structure Make full use of the sides that make up the side, reduce the size of the triangular structure freely, and keep the sides of the suspension suspended from the triangular structure horizontally,

Since the length of the laundry line or the length of the hanger is not taken into account when cleaning the mounting, the washing time of the mounting is shortened or the cleaning time of the mounting is shortened, and the triangular structure is easily inserted into the opening width of the mounting. Keep it constant,

The purpose is to provide a compound hanger suitable for hanging the hanger in a low wardrobe so that the hanger is well hung on the hanger so as not to break the form of the hanging hangers and / or hangers already on the hanger.

Compound hanger according to the present invention, the suspension portion for opening the hanger space on the lower side; A shape defining a bottleneck of the hanger space at a central side; And a hook portion located on a bottleneck of the hanger space at an upper side and defined in an annular shape, wherein the suspension portion is symmetrically or asymmetrically around the hanger space, and the shape portion is the hanger space. Symmetrically to said symmetrical shape of said suspension portion or asymmetrically to said asymmetrical shape of said suspension portion below said bottleneck of said hook portion communicating with said hanger space through said annular shape or said hanger below said annular shape The space is closed to define the hook space in the annular shape, and the hanging portion, the shape portion and the hook portion are characterized in that the hanger (hanger) space in the interior and the hook space in the outside.

The suspended portion, the shaped portion and the hook portion are made of an elastic material and are connected by a line, the shaped portion has a smaller modulus of elasticity than the suspended portion and the hook portion, and the hook portion is less than the suspended portion and the shaped portion. It can have a higher modulus of elasticity.

The suspending portion may extend obliquely toward each other on the cut ring while facing the inside of the cut ring of the hook at the same level so as to consist of two mirror-shaped hooks.

The compound hook may further include an anti-slip member on the suspension portion and the shape portion, wherein the anti-slip member may be positioned on at least one of the two hooks to surround the suspension portion and the shape portion.

The suspension portion may include a suspension stand formed of a line extending downward from the shape portion on both sides of the shape portion.

The suspending portion includes a suspending table consisting of a plate and a curved protrusion sequentially positioned downward from the shaped portion from the shaped portion on both sides of the shaped portion, and the plate is directed downward from the shaped portion. A shoe spatula having a progressively larger area along the shape, wherein the curved protrusion may be located at the end of the plate below the plate to correspond to the cut ring.

The suspending portion includes a suspending rod and a moving ring which are sequentially positioned downward from the shaped portion on both sides of the shaped portion, and the suspended stand is provided at a portion that receives the moving ring to receive the moving ring. Comprising a cylindrical hole in the interior through the one end of the suspension stand in the central region, and positioned around the slide hole in communication with the slide hole and facing through the slide hole, the moving ring is The sliding line may move along the slide hole, a rotating screw connecting an end of the sliding line and an end of the folding line, and a folding line freely rotating around the rotating screw.

The sliding line includes a receiving groove extending inwardly from the outer wall along a longitudinal direction and a guide member protruding from the outer wall toward the guide hole at one end, wherein the folding line is rotated around the rotating screw to slide the sliding line. It can be received in the receiving groove of the line.

The features may extend obliquely inclined toward each other from the two hooks on the suspension and bend at a predetermined angle to define a bottleneck.

The shape portion may include a shape band consisting of a line connecting the suspension portion and the hook portion at both sides of the suspension portion.

The shape portion includes a shape band consisting of a line between the suspension portion and the hook portion at both sides of the suspension portion and a buffer member positioned on a path of the line, wherein the buffer member is coiled under the bottleneck. And a lower elastic modulus than the buffer member peripheral line, and may include a buffer upper line directed to the hook portion and a buffer lower line directed to the suspension portion.

The hook portion extends from the bottleneck on the shape portion and has the hook space around the bottleneck while connecting the bottleneck, and the hook portion is positioned between the hanger space and the hook space to provide the hanger space and the hook. You can bound the space.

The hook portion includes a hook stage consisting of a line connecting the bottleneck on both sides of the shape portion, the hook stage on one side of the line defining the head shape of the bird (bird) on one side of the shape portion, and the shape portion It is formed by integrally connecting the other side line defining the hook space in the shape of the open mouth of the bird on the other side, the hanger space is the hook space between the one side line and the other line You can surround it.

The hook portion includes a hook stage made of a line between the bottleneck on both sides of the shape portion and a relaxation member positioned on a path of the line, wherein the hook stand has a head shape of a bird on one side of the shape portion. One side line defining a side and another side line defining the hook space having the open mouth shape of the bird so as to be connected to the one side lie on the other side of the shape, and the relaxing member Positioned below the hook space on the path of the side line and coiled on the bottleneck, and comprising a relaxation jersey line directed to the hook space and a relaxation movement line directed to the bottleneck, wherein the relaxation jersey line It may have a smaller modulus of elasticity.

The hook portion includes a hook stage consisting of a line connecting the bottleneck on both sides of the shape portion, the hook stage defines the hook space in a curve located on the upper side of the '6' shape, the '6' shape The lower semicircle may be cut from a '0' shape positioned at a lower side of the lower half circle.

The suspending portion is formed in a straight line on both sides of the hanger space and inclined obliquely to face each other, the shape portion is bent under the bottleneck with the same inclination as the suspending portion and straightened toward the hook portion in the bottleneck Can be extended.

The hook portion communicates with the hanger space through the annular space in the annular interior, and is bent relative to the bottleneck on the lower side of the hook space and obliquely toward the annular annular ring space from the opening of the hook space. Limiting the hook space to the first segment of the human thumb by tilting and facing the annular end on the upper side of the hook space to a bent portion that is bent relative to the bottleneck on the lower side of the hook space, The annular shape may have the annular space starting from the lower side of the hook space and extending toward the upper side of the hook space to the end of the annular shape.

The suspension portion may be formed of a bent line at one side of the hanger space.

The shape portion is bent and obliquely obliquely bent at the one side of the hanger space below the bottleneck, and bowed from the bottleneck to the outside of the bottleneck below the bottleneck at the other side of the hanger space. It has a curved hook and extends straight through the bottleneck to the hook and extends toward the hook, and the hanging portion protrudes from the shape with a portion of the shape and can be exposed to the outside through the hanger space.

The present invention is a bottle neck and a hook bottle that is formed at a predetermined angle with the hook hook, slanted inclined obliquely toward each other in a mirror shape to form a triangular structure with a sequential suspension, the shape portion and the hook portion sequentially positioned Matching curves and having hanger openings between the hooks make it possible to make full use of the sides of the triangular structure inside and outside the triangular structure.

The present invention has a suspension portion, a shape portion and a hook portion along the sides of the triangular structure and has a hanger space inside the triangular structure, and the suspension portion, the shape portion and the hook portion are formed of an elastic material or have a coil-shaped relaxation member in the hook portion. Therefore, it is possible to freely reduce the size of the triangular structure by moving the suspension and the shape relative to the hook portion in the hanger space.

The present invention has a suspension in the sides of the triangular structure, having a coil-shaped shock absorbing member in the shape portion and the hook portion or provided with an elastic induction tube having a different thickness for each area of the inner side wall to be mounted when using the rotation of the triangular structure Due to its own weight of water (= miscellaneous goods other than clothing or clothing), it is possible to keep the sides of the suspension suspended from the triangular structure horizontally and resist the sagging of the suspension and the shape.

The present invention has a hanger opening in the suspension portion of the triangular structure, and fully utilizes the sides of the triangular structure inside and outside the triangular structure, so that the washing does not take into account the length of the washing line or the length of the hanger when the arrangement is arranged. By shortening the washing time of the water or shortening the cleaning time of the water can be lengthened the user's leisure time.

According to the present invention, since the suspension part, the shape part and the hook part are formed of an elastic material in the triangular structure or the coil part has a relaxation member having a coil shape, the suspension part and the shape part are relatively moved relative to the hook part to move the triangular structure to the opening width of the holder. It can be easily inserted to keep the appearance of the fixture constant.

In addition, the present invention removes the bottom edge of the triangular structure in the compound hanger of the triangular structure consisting of a suspension portion, a shape portion and a hook portion sequentially positioned to remove both corners facing along the base side to lower the height of the triangular structure In the lower wardrobe, monthly hangers (= miscellaneous goods other than clothing and / or clothing) on hangers and hangers are already broken in the form of hangers, thereby improving the appearance of the hangers in the closet.

1 is a front view showing a suspension portion, a shape portion and a hook portion in a composite hanger according to a first embodiment of the present invention.

FIG. 2 is a schematic view showing a first modification of the suspension portion of FIG. 1. FIG.

3 to 5 are schematic views showing a second modification of the suspension portion of FIG. 1.

6 is a schematic view showing a first modification of the shaped portion of FIG. 1.

7 is a schematic view showing a second modification of the shaped portion of FIG. 1.

8 is a schematic view showing a first modification of the hook portion of FIG. 1.

9 is a schematic view showing a second modification of the hook portion of FIG. 1.

10 is a schematic view showing a compound hanger according to a second embodiment of the present invention.

11 and 12 are schematic views illustrating a method of using the compound hanger of FIG. 1.

FIG. 13 is a front view showing a suspension part, a shape part, and a hook part in the compound hanger according to the third exemplary embodiment of the present invention. FIG.

14 is a front view showing a first modification of the compound hanger of FIG.

15 is a front view showing a second modification of the compound hanger of FIG.

16 is a front view showing a third modification of the compound hanger of FIG.

17 is a front view showing a suspension part, a shape part and a hook part in the compound hook according to the fourth embodiment of the present invention.

18 is a front view illustrating a first modification of the compound hanger of FIG. 17.

19 is a front view illustrating a second modification of the compound hanger of FIG. 17.

20 is a front view illustrating a third modification of the compound hanger of FIG. 17.

21 is a front view illustrating a fourth modification of the compound hanger of FIG. 17.

22 and 23 are schematic views illustrating a method of using the compound hanger of FIGS. 13 and 17.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

Referring to FIG. 1, the compound hanger 200 according to the first embodiment of the present invention includes a suspension part 90, a shape part 150, and a hook part 190. The suspending portion 90 extends at an inclined angle toward each other on the cut rings facing each other and facing the inside of the cut rings of the hook at the same level so as to consist of two mirror shaped hooks.

The suspending portion 90 includes a suspending table 30 made up of a line 2 extending downward from the shaping portion 150 from the shaping portion 150 on both sides of the shaping portion 150. The features 150 extend obliquely from one another on two hooks on the suspension 90 and bend at a predetermined angle to define a bottleneck on the 'A' region.

The shape portion 150 includes a shape table 100 formed of a line 2 connecting the suspension portion 90 and the hook portion 150 at both sides of the suspension portion 90. The hook portion 190 has a hook space 6 around the bottleneck while extending from the bottleneck on the shape 150 to connect the bottleneck.

The hook portion 190 includes a hook stage 160 made of a line 2 connecting the bottlenecks on both sides of the shape portion 150. More specifically, the hook base 160 is one side line (2) defining the head shape of the bird (bird) on one side of the shape 150, and the bird on the other side of the shape 150 It is formed by integrally connecting the other side line (2) defining a hook space (6) of the open mouth shape of.

The hanger space 4 surrounds the hook space 6 between one side line 2 and the other side line 2. The suspension portion 90, the shape portion 150, and the hook portion 190 are made of an elastic material and are integrally formed. The suspension part 90, the shape part 150, and the hook part 190 include at least one of metal and plastic. Here, the shape portion 150 has a smaller modulus of elasticity than the suspension portion 90 and the hook portion 190.

In addition, the suspension portion 90, the shape portion 150 and the hook portion 190 define a hanger space 4 therein and a hook space 6 outside. Here, the hook portion 190 is located between the hanger space 4 and the hook space 6 and borders the hanger space 4 and the hook space 6. The hook portion 190 has a greater modulus of elasticity than the suspension portion 90 and the shape portion 150.

The compound hanger 200 further includes a non-slip member 8 on the hanging portion 90 and the shape portion 150. The anti-skid member 80 is positioned on at least one of the two hooks to surround the suspension 90 and the shape 150. The anti-skid member 80 includes polycarbonate.

Referring to FIG. 2, the suspension portion 90A is a plate 22 and a curved protrusion sequentially positioned downward from the shape portion 150 from the shape portion 150 on both sides of the shape portion 150 of FIG. 1. It includes a suspension stand (30A) consisting of (24). The plate 22 is formed in a shoe spatula shape having an area gradually increasing in a direction from the shape portion 150 to the shape portion 150 downward.

The curved protrusion 24 is located at the end of the plate 22 below the plate 22 and corresponds to the ring cut in the hook of FIG. 1. The hanging portion 90A may replace the hanging portion 90 of FIG. 1. On the other hand, as a modification of the suspension portion 90A, the suspension portion is formed of a first plate and a curved protrusion sequentially positioned downward from the shape portion 150 from the shape portion 150 on one side of the shape portion 150. It may include a first suspension stand, and a second suspension made of a second plate below the shape portion 150 on the other side of the shape portion 150.

The first plate and the second plate may have the same shape as the plate 22 of FIG. 2, and the curved protrusion may have the same shape as the curved protrusion 24 of FIG. 2. The suspension portion 90A may include an anti-slip member 9 on the plate 22. The non-slip member 9 may extend from the hanging portion 90A toward the shape portion 150 as shown in FIG. 1. The non-slip member 9 may be made of the same material as the non-slip member 8 of FIG. 1.

3 to 5 are schematic views showing a second modification of the suspension portion of FIG. 1. Here, FIG. 4 is a schematic view showing a coupling relationship between a suspension stand and a moving ring in the hanging part of FIG. 3, and FIG. 5 is a schematic diagram showing a coupling relationship between a sliding line and a folding line in the moving ring of FIG. 4.

Referring to FIGS. 3 to 5, the suspension unit 90B is a suspension stand that is sequentially positioned downward from the shape unit 150 to the shape unit 150 at both sides of the shape unit 150 of FIG. 1. 30B) and a moving ring 80. The suspension rack 30B is formed in a cylindrical shape at the site for receiving the movable ring 80 to receive the movable ring 80, the slide hole 26 penetrating one end of the suspension rack 30B in the central region therein, And a guide groove 28 positioned around the slide hole 26 to communicate with the slide hole 26 and facing through the slide hole 26.

The movable ring 80 includes a sliding line 50 moving along the slide hole 26, a rotating screw 60 connecting the end of the sliding line 50 and the end of the folding line 70, and a rotating screw ( And a folding line 70 freely rotating about 60. The sliding line 50 includes a receiving groove 44 extending inwardly from the outer wall in the longitudinal direction and a guide member 48 protruding from the outer wall toward the guide hole 26 at one end.

The folding line 70 is rotated around the rotating screw 60 and received in the receiving groove 44 of the sliding line 50. The folding line 70 is accommodated in the receiving groove 44 of the sliding line 50 and the suspension stand 30B together with the sliding line 50 when the movable ring 80 is inserted into the suspension stand 30B as necessary. Is accommodated in. The suspension unit 90B may replace the suspension unit 90 of FIG. 1.

On the other hand, as a modified example of the suspension portion 90B, the suspension portion on the one side of the shape portion 150, the first suspension stand and the moving ring, which are sequentially positioned from the shape portion 150 toward the bottom of the shape portion 150, The other side of the shape portion 150 may include a second suspension extending from the shape portion 150 toward the bottom of the shape portion 150.

The first suspension stand and the movable ring may have the same structure, the same coupling relationship, and the same function as the suspension stand 30B and the movable ring 80 of FIGS. 3 to 5. The second suspension stand may be made of a line filled with the same shape as the first suspension stand.

Referring to FIG. 6, the shape portion 150A includes a shape band 100A formed of a line 2 between the suspension portion 90 and the hook portion 190 on both sides of the suspension portion 90 of FIG. 1. A cushioning member 120 located on the path of line 2. The buffer member 120 has a coil shape under the bottleneck, and has a smaller modulus of elasticity than the line 2 around the buffer member 120, and the buffer upper line 114 and the suspending portion 90 directed to the hook portion 190. A buffer bottom line 118 directed to.

The shape portion 150A may replace the shape portion 150 of FIG. 1. Meanwhile, as a modified example of the shape part 150A, the shape part has a first shape band and a line (1) formed of a line 2 between the hanging part 90 and the hook part 190 at one side of the hanging part 90. 2) a buffer member positioned on the path of 2) and a second shape band including a line 2 connecting the suspension portion 90 and the hook portion 190 at the other side of the suspension portion 90. The shock absorbing member may have the same structure as the shock absorbing member 120 of FIG. 6 and have the same function.

Referring to FIG. 7, the shape part 150B may have a shape band (100 in FIG. 1) and an elastic induction pipe between the suspension part 90 and the hook part 190 at both sides of the suspension part 90 of FIG. 1. 140. The shape table 100 is composed of a line (2) connecting the suspension portion 90 and the hook portion 190 has a curved area (C) under the bottleneck. The elastic guide tube 140 surrounds the shape band 100, and has a thick sidewall 134 close to the bent region C in the inner central region, and a thickness that becomes thinner toward the inner edge from the inner central region. Has a sidewall 138.

The shape part 150B may replace the shape part 150 of FIG. 1. On the other hand, as a modification of the shape portion 150B, the shape portion includes a first shape band and the elastic guide tube between the suspension portion 90 and the hook portion 190 on one side of the suspension portion 90, the suspension On the other side of the portion 90 may include a second shape band between the suspension portion 90 and the hook portion. The first shape band and the second shape band have the same structure as the shape band 100 of FIG. 7, and the elastic induction pipe may have the same function as the structure of the elastic induction pipe 140 of FIG. 7.

In addition, as a modified example of the elastic induction tube 140, the elastic induction tube is more below the flexion area (C) than on the thick side wall and the bending area (C) on the bending area (C) of the shape portion (100). It may have a thin sidewall.

Referring to FIG. 8, the hook portion 190A is located on the path of the hook stage 160A and the line 2 formed of the line 2 between the bottlenecks at both sides of the shape portion 150 of FIG. 1. Loosening member 180A. The hook stage 160A has one side line defining a head shape of a bird at one side of the shape portion 150 as shown in FIG. 1, and one side line at the other side of the shape portion 150 as shown in FIG. 1. And the other line defining a hook space 6 in the shape of an open mouth of the bird to be connected to it.

The relaxation member 180A may be located below the hook space 6 on the path of the other line. More specifically, the relaxation member 180A has a coil shape on the bottleneck of the shape 150 and a relaxation stop line 173 toward the hook space 6, and a relaxation movement line 179 toward the bottleneck. The relaxation stop line 173 may include a modulus of elasticity smaller than that of the relaxation motion line 179. The hook portion 190A may replace the hook portion 190 of FIG. 1.

Referring to FIG. 9, the hook portion 190B may include a hook stage 160B formed of a line 3 connecting bottlenecks at both sides of the shape portion 150. The hook stage 160B defines a hook space (6 in FIG. 1) with a curve located on the upper side of the '6' shape, and cuts the lower semicircle from the '0' shape located on the lower side of the '6' shape. It can have one shape. The hook portion 190B may replace the hook portion 190 of FIG. 1.

On the other hand, as a modified example of the hook portion 190B, the hook portion of the hook stage 160B and the line 3 made of the line 3, as shown in Figure 8 between the bottleneck on both sides of the shape portion 150 It may include a relaxing member 180B located on the path. The hook stage 180B defines a hook space 6 as a curve located on an upper side of a '6' shape, and cuts a lower semicircle from a '0' shape located on a lower side of a '6' shape. And a relaxation member 180B at the tip of the '6' shaped cut below the hook space 6.

The relaxation member 180B may have a coil shape on the bottleneck of the shape 150 and include a relaxation stop line 176 directed to the hook space 6, and a relaxation movement line 179 directed to the bottleneck. The relaxation stop line 176 may have a smaller modulus of elasticity than the relaxation motion line 179.

Referring to FIG. 10, the complex hanger 200 according to the second embodiment of the present invention may include a suspension part 90C, a shape part 150C, and a hook part 190C which are separated from each other unlike FIG. 1. Can be. The suspension part 90C, the shape part 150C, and the hook part 190C may have the same shape as the suspension part 90, the shape part 150, and the hook part 190 of FIG. 1.

The suspension portion 90C, the shape portion 150C, and the hook portion 190C may be coupled through a connection member. The connecting member can be configured to receive a screw S comprising a male thread in a groove G comprising a female thread. Here, the shape portion 150C has a smaller modulus of elasticity than the suspension portion 90C and the hook portion 190C, and the hook portion 190C has a larger modulus of elasticity than the suspension portion 90C and the shape portion 90C. Can have

11 and 12, the composite hanger 200 may be separated from the hanger 210 of a furniture (not shown) or the laundry line 210 of a laundry room (not shown) to the composite hanger 200. Hangings (miscellaneous goods other than clothing or clothing) can be suspended. In FIG. 11, the compound hanger 200 is formed by combining the hanging portion 90A of FIG. 2 with the shape portion 150 and the hook portion 190 of FIG. 1. However, the compound hanger 200 may be formed using a combination of the remaining suspension portion, the shape portion and the hook portion disclosed in FIGS. 1 to 10. In addition, the mounting is disclosed in Figure 12, a wide neck knit 220, narrow neck knit 230, short pants 240 or shoes 250, but is not limited thereto.

Here, the suspension of the wide neck knit 220 or narrow neck 230 to the complex hanger 200 is applied to the hook portion 150 of the complex hanger 200 by applying an external force (F in Fig. 11) hook portion The initial shape (see solid line) of the suspension 90A and the shape 150 with respect to 190 is deformed (see dashed line) as shown in FIG. 11 and knitted during application of the external force F to the compound hanger 200. The hook portion 190 is exposed to the outside from the neck of the

knit

220 or 230 while inserting the hanging portion 90A and the shape portion 150 into the neck of 220 or 230, and the external force from the compound hanger 200. Removing (F) may include contacting the suspension 90A and the shape 150 to the neck and / or around the neck of the

knit

220 or 230 as shown in FIG. 12.

Deformation of the initial shape of the suspension portion 90A and the shape portion 150 with respect to the hook portion 190 is a composite hook 200 using the elasticity of the line 2 in the hook portion 150 of FIG. And rotating the suspension portion 90A and the shape portion 150 (R1, R2) toward the central area of the center. In addition, the suspension portion 90A has a shoe spatula-shaped plate (22 in FIG. 2), and the plate 22 of the suspension portion 90A has a smaller thickness than the line 2 of the shape portion 150. Since the composite hanger 200 has elasticity by moving the suspending portion 90A with respect to the shape portion 150 corresponding to the weight of the

knit

220 or 230 regardless of the external force F, the knitted hanger 220 or 230 ) Can maintain the initial appearance.

Suspension of the short pants 240 on the compound hanger 200 may use a step or method similar to the suspension of the wide neck knit 220 or the narrow neck knit 230 on the compound hanger 200, but the short pants ( The 240 may be suspended in the hanging part 90A, the shape part 150, and the hook part 190 through the hanger space 4 of the compound hanger 200 by rotating the compound hanger 200. Here, the suspending portion 90A, the shape portion 150 and the hook portion 190 may be suspended in response to not only short pants but also pants, skirt or dress with a large waist circumference. In addition, the suspension of the shoe 250 on the compound hanger 200 may be performed by using the suspension unit 90A and the hook unit 190 by rotating the compound hanger 200.

Here, the compound hanger 200 is through the hanger space (4) defined by the hook cut in the hook of the suspension portion (90A), and the hook space (6) defined by the open mouth of the bird in the hook portion 190 The shoe 250 can be suspended. On the other hand, the suspension of the short pants 240 or shoes 250 to the compound hanger 200 is a compound hanger 200 through the shape portion 150 having a modulus of elasticity smaller than the developing portion 90A and the hook portion 190 ) May be performed by imparting deflection resistance to the side of suspending the short pants 240 or shoes 250. In addition, the fall prevention of the short pants 240 or shoes 250 from the compound hanger 200 may be performed using the non-slip member 9 and the curved protrusion 21 of FIG. 2.

Afterwards, the compound hanger 200 is a wide neck knit 220, narrow neck knit 230, short pants 240 or shoes 250 to the hanger 210 of the furniture or the laundry line 210 of the laundry room You can hang it every month. Here, the hanger 210 is not limited to a built-in hanger provided in the interior of the closet, for example, may be a pole (hang) or stand-type hanger from the outside of the closet.

FIG. 13 is a front view showing a suspension part, a shape part, and a hook part in the compound hanger according to the third embodiment of the present invention, and FIG. 14 is a front view showing a first modified example of the compound hanger of FIG. 13.

FIG. 15 is a front view showing a second modification of the compound hanger of FIG. 13, and FIG. 16 is a front view showing a third modified example of the compound hanger of FIG. 13. In this case, FIGS. 14 to 16 use the same reference numerals for the same members and shapes as in FIG. 13.

Referring to FIG. 13, the compound hanger 310 according to the third exemplary embodiment of the present invention includes a suspension part 260, a shape part 280, and a hook part 300. The compound hanger 310 forms an approximately triangular structure. The suspension part 260, the shape part 280, and the hook part 300 define the hanger space 220 inside the triangular structure and define the hook space 234 outside the triangular structure.

Here, the suspension part 260 opens the hanger space 220 at the lower side of the triangular structure or hanger space 220. The shape defines a bottle net of the hanger space 220 at the central side of the triangular structure or hanger space 220. The hook portion 300 is located on the bottleneck of the hanger space 220 at the upper side of the triangular structure or hanger space 220 is defined in a ring shape.

The suspension part 260, the shape part 280 and the hook part 310 are connected by one line 210, and the suspension part 260 is formed in a symmetrical shape around the hanger space 220. The shape portion 280 symmetrically corresponds to the symmetrical shape of the suspension portion 260 under the bottleneck of the hanger space 220, the hook portion 300 is in communication with the hanger space 220 through the annular ring Define hook space 234 in shape.

Referring back to FIG. 13, in the compound hanger 300 according to the third embodiment of the present invention, the suspension part 260 is formed in a straight line at both sides of the hanger space 220 to face each other at an angle. Inclined That is, the suspension unit 260 includes two suspension racks 250 respectively positioned at both sides of the hanger space 220. The shape portion 280 is bent at the inflection point (A1) leading to the same slope as the suspension portion 260 under the bottleneck and extends straight toward the hook portion 300 in the bottleneck. The shape part 280 includes two hanging tables 250 and two shape tables 270 respectively connected to each other.

The hook portion 300 communicates with the hanger space 220 through the annular space in the annular interior, and is bent against a bottleneck at the lower side of the hook space 234 to form an annular shape from the opening of the hook space 234. Hook space 234 facing the ring-shaped end on the upper side of the hook space 234 to the bent portion B1 that is inclined obliquely toward the ring space and is bent against the bottleneck on the lower side of the hook space 234. ) To the first word of a person's thumb.

The hook portion 300 includes a hook stage 290 connecting the bottleneck of the shape portion 280. The hook stand 290 has a bird's head shape to define the bird's mouth by the hook space 234. The annular shape has an annular space starting from the lower side of the hook space 234 and extending toward the upper side of the hook space 234 to the end of the annular shape. The suspension portion 260, the shape portion 280, and the hook portion 300 have the same thickness t1 or width when viewed from the front.

Meanwhile, the suspension part 260 defines the hanger opening 240. The suspension part 260, the shape part 280, and the hook part 300 constitute one line 210.

Referring to FIG. 14, the compound hanger 313 according to the first modified example of the present invention has a shape similar to the compound hanger 310 of FIG. 13, but the hook part 303 of the compound hanger 313 is illustrated in FIG. 13. It has a different shape from the hook portion 300 of the compound hanger 310. Here, the hook portion 303 communicates with the hanger space 223 through the annular space inside the annular shape, and is bent against a bottleneck at the lower side of the hook space 238 to be hooked from the opening of the hook space 238. It is made to bend concavely at a predetermined curvature toward the annular space of the shape.

In addition, the hook portion 303 has the hook space 238 facing the bent portion B2 that is bent against the bottleneck on the lower side of the hook space 238 at the upper side of the hook space 238. ) To a circle. The hook portion 303 has a hook stage 293 that sharply connects the bottleneck of the shape portion 280. The annular shape has an annular space starting from the lower side of the hook space 238 and extending toward the upper side of the hook space 238 to the end of the annular shape. On the other hand, the suspension portion 260, the shape portion 280 and the hook portion 303 have the same thickness (t1) or width when viewed from the front.

Referring to FIG. 15, the compound hanger 316 according to the second modification of the present invention has a shape similar to the compound hanger 310 of FIG. 13, but the hook portion 306 of the compound hanger 316 is illustrated in FIG. 13. It has a different shape from the hook portion 300 of the compound hanger 310. The hook portion 306 consists of a line 214 along with the suspension portion 280 and the shape portion 260. Here, the hook portion 306 communicates with the hanger space 226 through the annular space inside the annular shape, and is bent relative to the bottleneck at the lower side of the hook space 234 to loop from the opening of the hook space 234. It is inclined obliquely toward the annular space of the shape.

In addition, the hook portion 306 faces the ring-shaped end portion at the upper side of the hook space 234 to the bent portion B2 that is bent against the bottleneck on the lower side of the hook space 234. The hook portion 306 has a hook stage 296 that firmly connects the bottleneck of the shape portion 280. The hook stand 296 adds additional weight to the compound hanger 316. The annular shape has an annular space starting from the lower side of the hook space 234 and extending toward the upper side of the hook space 234 to the middle portion of the annular shape.

The suspension portion 260 and the shape portion 280 have the same thickness t1 or width when viewed from the front, and the shape portion 270 has a different thickness t1 <t2 from an end of the hook portion 306. ) Or width.

Referring to FIG. 16, the compound hanger 319 according to the third modification of the present invention may have a shape similar to the compound hanger 310 of FIG. 13, but the suspension part 265 and the shape of the compound hanger 319 are illustrated. Reference numeral 285 and hook portion 309 have a shape different from that of hanging portion 260, shape portion 280, and hook portion 300 of composite hanger 310 of FIG. 13. Since the suspension part 265 and the shape part 285 have a different thickness (t1 <t3) from the suspension part 260 and the shape part 280 of FIG. 13, but have the same shape, Description of the shape part 285 is abbreviate | omitted. The hook portion 309 consists of a line 218 together with a suspension portion 265 and a shape portion 285.

Here, the hook portion 309 sufficiently closes the inside of the annular shape to close the hanger space 229, and is bent against the bottleneck at the lower side of the hook space 234 to remove the annular shape from the opening of the hook space 234. The hook space 234 to be inclined at an oblique angle toward the hook space 234 so as to face an annular end portion at the upper side of the hook space 234 to the bent portion B2 that is bent against the bottleneck on the lower side of the hook space 234. Confined to the first node of the thumb.

The suspension portion 265 and the shape portion 285 have the same thickness t3 or width when viewed from the front. The shape portion 285 and the hook portion 309 have different thicknesses (t3 <t4) or widths when viewed from the front.

FIG. 17 is a front view showing a suspension part, a shape part, and a hook part in the compound hanger according to the fourth exemplary embodiment of the present invention, and FIG. 18 is a front view showing a first modified example of the compound hanger of FIG. 17.

19 is a front view showing a second modification of the compound hanger of FIG. 17, and FIG. 20 is a front view showing a third modified example of the compound hanger of FIG. 17.

21 is a front view illustrating a fourth modification of the compound hanger of FIG. 17. 18 to 21 use the same members for the same members or shapes as in FIG. 17.

Referring to FIG. 17, the compound hanger 510 according to the fourth exemplary embodiment has a shape similar to that of the compound hanger 300 of FIG. 13, but is structurally different from the compound hanger 300 of FIG. 13. Similarly, however, the compound hanger 510 includes a suspension portion 460, a shape portion 480, and a hook portion 500. The compound hanger 510 is approximately triangular structure. The suspension part 460, the shape part 480, and the hook part 500 define the hanger space 420 inside the triangular structure and define the hook space 434 outside the triangular structure.

Here, the hanging part 460 opens the hanger space 420 at the lower side of the triangular structure or the hanger space 420. The shape 480 defines a bottle net of the hanger space 420 at the central side of the triangular structure or hanger space 420. The hook portion 500 is located on the bottleneck of the hanger space 420 on the upper side of the triangular structure or hanger space 420 is defined in a ring shape. The suspension part 460, the shape part 480, and the hook part 500 are connected by one line 410.

The suspension portion 460 has an asymmetrical shape around the hanger space 420, and the shape portion 480 asymmetrically corresponds to the asymmetrical shape of the suspension portion 460 under the bottleneck of the hanger space 420. The hook portion 500 communicates with the hanger space 420 through a ring shape or closes the hanger space 420 below the ring shape to define the hook space 434 in a ring shape.

Referring back to FIG. 17, in the compound hanger 510 according to the fourth embodiment of the present invention, the suspension part 460 is formed of a bent line at one side of the hanger space 420. More specifically, the suspension unit 460 has a suspension unit 450 only on one side of the hanger space 420. The shape portion 480 is connected to the suspension portion 460 below the bottleneck at one side of the hanger space 420 and bent at an inclination point bent at the inflection point A1, and below the bottleneck at the other side of the hanger space 420. With a hook 470H bent in a bow shape toward the outside of the bottleneck from the bottleneck to the hook 470H through the bottleneck at the bent portion (B3) extends straight toward the hook portion 500.

The shape part 480 is connected to the suspension stand 450 at one side of the hanger space 420 and has a shape stand 470 floating or floating at the other side of the hanger space 420. Here, the hanging part 460 protrudes from the shape part 480 together with a part of the shape part 480 and is exposed to the outside through the hanger space 420. That is, the suspension part 460 forms a protrusion line PL together with a part of the shape part 480, and the suspension part 460 and the formation part 480 are exposed to the outside through the protrusion line PL. do.

The hook portion 500 communicates with the hanger space 420 through the annular space in the annular interior, and is bent against a bottleneck at the lower side of the hook space 434 to annular from the opening of the hook space 434. Hook space 434 by facing the ring-shaped end on the upper side of the hook space 434 to the bent portion B4 that is inclined obliquely toward the ring space and is bent against the bottleneck on the lower side of the hook space 434. ) To the first word of a person's thumb.

The hook portion 500 includes a hook stage 490 connecting the bottleneck of the shape portion 480. The hook stage 490 has a head shape of a bird to define the bird's mouth by the hook space 434. The annular shape has an annular space starting from the lower side of the hook space 434 and extending toward the upper side of the hook space 434 to the end of the annular shape. The suspension part 460, the shape part 480, and the hook part 500 have the same thickness t1 or width when viewed from the front. Meanwhile, the suspension part 460 and the shape part 480 define the hanger opening 440.

Referring to FIG. 18, the compound hanger 512 according to the first modified example of the present invention has a shape similar to that of the compound hanger 510 of FIG. 17, but the shape portion 483 of the compound hanger 512 is illustrated in FIG. 17. Has a shape different from that of the shape portion 480 of the compound hanger 510. The shape portion 483 is connected to the suspension portion 460 below the bottleneck at one side of the hanger space 422 and extends obliquely and extends toward the hook portion 500, and the bottleneck at the other side of the hanger space 422. It has a hook (473H) bent in the shape of a bow from the bottleneck toward the outside of the bottleneck and extends straight toward the hook portion (500) connected to the hook (474H) through the bottleneck at the bent portion (B3).

Here, the shape portion 483 has a shape stage 473 to implement the shape described above. The suspension portion 460 protrudes from the shape portion 483 together with a portion of the shape portion 483 and is exposed to the outside through the hanger space 422. On the other hand, the hook portion 500 communicates with the hanger space 422 through the annular space inside the annular shape, and is bent against the bottleneck at the lower side of the hook space 434 to be hooked from the opening of the hook space 434. Hook space inclined obliquely toward the annular annular space and facing the annular end on the upper side of the hook space 434 to the bent portion B4 that is bent against the bottleneck on the lower side of the hook space 434. Limit 434 to the first word of a person's thumb.

The annular shape has an annular space starting from the lower side of the hook space 434 and extending toward the upper side of the hook space 434 to the end of the annular shape. The suspension portion 460, the shape portion 483 and the hook portion 500 have the same thickness t1 or width when viewed from the front.

Referring to FIG. 19, the compound hanger 514 according to the second modification of the present invention has a shape similar to the compound hanger 510 of FIG. 17, but the shape portion 483 and the hook portion of the compound hanger 514 are provided. 503 has a shape different from that of the shape portion 480 and the hook portion 500 of the compound hanger 510 of FIG. 17. The shape 483 has already been described in FIG. 18. Here, the hook portion 503 communicates with the hanger space 424 through the annular space inside the annular shape, and is bent against a bottleneck at the lower side of the hook space 424 to be hooked from the opening of the hook space 424. Hook space tilted obliquely toward the annular annular space and away from the bent portion B4 bent against the bottleneck on the lower side of the hook space 424 with the annular end on the upper side of the hook space 424 away. 424 is limited to fingers bent around the palm of a person.

The hook portion 503 has a hook stand 493 to implement the shape described above. The annular shape has an annular space starting from the lower side of the hook space 424 and extending toward the upper side of the hook space 424 to the end of the annular shape. The suspension portion 460, the shape portion 483, and the hook portion 503 have the same thickness t1 or width when viewed from the front.

Referring to FIG. 20, the compound hanger 516 according to the third modification of the present invention has a shape similar to that of the compound hanger 510 of FIG. 17, but the suspension part 464 and the shape of the compound hanger 516 are illustrated. The 486 and the hook 506 have a shape different from the suspension 460, the shape 480, and the hook 500 of the compound hook 510 of FIG. 17. In more detail, the suspension portion 464 has a suspension stand 454 consisting of a straight line at one side of the hanger space 426.

The shape portion 486 is connected to the suspension portion 464 below the bottleneck on one side of the hanger space 426 and extends obliquely and extends toward the hook portion 506, and the bottleneck on the other side of the hanger space 426. It has a hook 476H bent in a bow shape from the bottleneck toward the outside of the bottleneck and extends straight toward the hook portion 506 through the bottleneck 476H through the bottleneck at the bent portion B5. The feature 486 has a feature 476 to implement the shape described above. The suspension portion 464 protrudes from the shape portion 486 together with a portion of the shape portion 486 and is exposed to the outside through the hanger space 426.

On the other hand, the hook portion 506 fills the inside of the annular shape enough to close the hanger space 426, and bent against the bottleneck at the lower side of the hook space 434 to remove the annular shape from the opening of the hook space 434 The hook space 426 is made by facing the ring-shaped end on the upper side of the hook space 426 to the bent portion B6 which is inclined obliquely toward and bent against the bottleneck on the lower side of the hook space 426. Confined to the first node of the thumb. Here, the hook portion 506 has a hook stage 496 to implement the shape described above.

The suspension portion 464 and the shape portion 486 have different thicknesses (t2> t3) or widths when viewed from the front. The shape 486 and the hook portion 506 have different thicknesses (t3 <t4) or widths when viewed from the front.

Referring to FIG. 21, the compound hanger 518 according to the fourth modified example of the present invention has a shape similar to that of the compound hanger 510 of FIG. 17, but the suspension part 468 and the shape of the compound hanger 516 are formed. The 489 and the hook portion 509 have a shape different from the suspension portion 460, the shape portion 480, and the hook portion 500 of the compound hook 510 of FIG. 17. However, since the suspension part 468 has a thickness t1 <t5 different from the suspension stand 450 of the suspension part 460 of FIG. 17, the suspension part 468 has the same shape as the suspension part 458. 468) will be omitted.

The shape portion 489 is connected to the suspension portion 468 below the bottleneck at one side of the hanger space 428 and extends obliquely and extends toward the hook portion 509, and the bottleneck at the other side of the hanger space 428. With a hook (479H) supported below, it extends at an angle to the bottleneck. The feature 489 has a feature stand 479 to implement the shape described above. Here, the suspension portion 468 protrudes from the shape portion 489 together with a portion of the shape portion 489 and is exposed to the outside through the hanger space 428.

The hook portion 509 closes the hanger space by sufficiently filling the inside of the annular shape, and is bent against the bottleneck at the lower side of the hook space 438 and inclined obliquely toward the annular shape from the opening of the hook space 438. The hook space 438 is bent around the palm of the person, with the ring-shaped end facing away from the bent portion B7 bent against the bottleneck on the lower side of the hook space 438 on the upper side of the hook space 438. It is limited to a big finger. The hook portion 509 has a hook base 499 to implement the shape described above.

The suspended portion 468 and the shaped portion 489 have different thicknesses (t5 < t6) or widths when viewed from the front. The shape 489 and the hook 509 have different thicknesses t6 < t7 or width when viewed from the front.

Referring to FIGS. 22 and 23, the

composite hanger

310 or 510 is detached from the hanger 520 of a wardrobe (not shown in the drawing) and mounted on the compound hanger 310 or 510 (miscellaneous goods other than clothing or clothing). Can be mounted. The suspension is disclosed in FIG. 23 as a wide neck knit 530 or jeans 540, but is not limited thereto, and may be, for example, a narrow neck knit or short pants.

Here, by applying an external force (F in FIG. 22) to the hook portion 300 of the compound hanger 310, which is mounted on the compound hanger 310, and having a wide neck 530, the suspension part may be attached to the hook portion 300. 260 and the initial shape of the feature 280 (see solid line) are deformed (see dashed line) as shown in FIG. 23, and suspended on the neck of the knit 540 during the application of an external force F to the compound hanger 310. The hook portion 330 is exposed to the outside from the neck of the knit 540 while the 260 and the shape 280 are inserted, and the external force F is removed from the compound hanger 310 to remove the neck of the knit 540. And / or contacting the suspension portion 260 and the shape portion 280 around the neck as shown in FIG. 23.

Deformation of the initial shape of the suspension portion 260 and the shape portion 280 with respect to the hook portion 300 is a composite hanger 310 using the elasticity of the line 210 in the hook portion 300 of FIGS. 13 and 22. Rotation of the suspending portion 260 and the shape portion 280 (R1, R2) toward the central region of the. Here, the compound hanger 310 initializes the appearance of the knit 540 by elastically moving the suspension part 260 with respect to the shape part 280 corresponding to the weight of the knit 540 regardless of the external force (F). Spread and hold in shape to make the clothes look good in the knit 540.

In addition, the hanger 460, the shape 480 and the hook portion 500, which is located across the hook 470H along the folded portion of the jeans 540 to fold the jeans 540 to the compound hanger 510 ) Are inserted in sequence, the suspension portion 460 and the shape portion 480, or the shape portion 480 and the hook portion 500, or the suspension portion 460, the shape portion 480 and the hook portion 500 May include wearing jeans 540.

Here, the hook 470H is located between the suspension portion 460 and the hook portion 500 to grasp the center of gravity, the elasticity by the shape of the hook portion 500 acts on the hanger compound 510 jeans The weight of 540 can prevent sagging of the compound hanger 510. In addition, the compound hanger 510 is a miscellaneous goods including shoes, gloves, waistbands, hats or ties by using the hook space 434 by placing the hook 500 near the door of the closet according to the user's purpose of use. Can ferment water.

Thereafter, the

composite hanger

310 or 510 can suspend a wide neck knit 530 or jeans 540 to the hanger 520 of the closet. Here, the hanger 520 is not limited to a built-in hanger provided in the interior of the closet, for example, may be a pole (hang) or stand-type hanger provided on the outside of the closet. Alternatively, the hanger 520 may be replaced by a laundry line of a laundry room having a narrow space.

Claims

Suspension for opening the hanger space on the lower side;

A shape defining a bottleneck of the hanger space at a central side; And

A hook portion located on a bottleneck of the hanger space at an upper side and defined in a ring shape,

The suspension is made symmetrically or asymmetrically around the hanger space,

The shape portion corresponds symmetrically to the symmetrical shape of the suspension portion or asymmetrically to the asymmetrical shape of the suspension portion under the bottleneck of the hanger space,

The hook portion communicates with the hanger space through the annular shape or closes the hanger space under the annular shape to define the hook space in the annular shape,

And the hanging portion, the shape portion and the hook portion define the hanger space inside and the hook space outside.
According to claim 1,

The suspension portion, the shape portion and the hook portion is made of an elastic material and connected by one line,

The shape portion has a smaller modulus of elasticity than the suspension portion and the hook portion,

The hook portion has a greater elastic modulus than the suspension portion and the shape portion.
According to claim 1,

The hanging part is a complex hanger extending obliquely to each other on the cut ring facing the inside of the cut ring of the hook at the same level to be made of two mirror-shaped hooks.
The method of claim 3, wherein

Further comprising a non-slip member on the suspension portion and the shape portion,

And the anti-slip member is located on at least one of the two hooks to surround the suspension and the shape.
The method of claim 3, wherein

The hanging part includes a hanging hanger comprising a line extending from the shape toward the bottom of the shape on both sides of the shape.
The method of claim 3, wherein

The suspension portion includes a suspension stand composed of a plate and a curved protrusion sequentially positioned downward from the shape portion on both sides of the shape portion,

The plate is made of a shoe spatula shape having a progressively larger area along the direction from the shape portion downward to the shape portion,

And the curved protrusion is located at the end of the plate below the plate to correspond to the cut ring.
The method of claim 3, wherein

The suspension portion includes a suspension stand and a moving ring sequentially positioned from both sides of the shape portion from below the shape portion to below the shape portion,

The suspension stand has a cylindrical shape in a portion accommodating the movable ring to accommodate the movable ring, a sliding hole penetrating one end of the suspension stand in a central area therein, and positioned around the sliding hole to communicate with the sliding hole. A guide groove facing through the slide hole,

And the movable ring includes a sliding line moving along the slide hole, a rotating screw connecting an end of the sliding line and an end of the folding line, and a folding line freely rotating around the rotating screw.
The method of claim 7, wherein

The sliding line includes a receiving groove extending inwardly from the outer wall in the longitudinal direction and a guide member protruding toward the guide hole from the outer wall at one end,

The folding line is rotated about the rotating screw to be received in the receiving groove of the sliding line.
The method of claim 3, wherein

Wherein the shape extends at an angle to the other from the two hooks on the suspension and is bent at a predetermined angle to define a bottleneck.
The method of claim 9,

The shape portion, the compound hanger comprising a shape band consisting of a line connecting the suspension portion and the hook portion on both sides of the suspension portion.
The method of claim 9,

The shape portion includes a shape band consisting of a line between the suspension portion and the hook portion at both sides of the suspension portion and a buffer member positioned on a path of the line,

The shock absorbing member has a coil shape under the bottleneck, and has a smaller modulus of elasticity than the line around the shock absorbing member, the compound hanger comprising a buffer upper line directed to the hook portion and a buffer lower line directed to the suspension portion.
The method of claim 3, wherein

The hook portion extends from the bottleneck on the shape and has the hook space around the bottleneck, connecting the bottleneck,

And the hook portion is located between the hanger space and the hook space and bounds the hanger space and the hook space.
The method of claim 12,

The hook portion includes a hook stand made of a line connecting the bottleneck on both sides of the shape portion,

The hook stage has one side line defining a head shape of a bird at one side of the shape part, and the other side line defining the hook space having an open mouth shape of the bird at the other side of the shape part. Is formed by integrally connecting,

The hanger space is a compound hanger surrounding the hook space between the one side line and the other side line.
The method of claim 12,

The hook portion includes a hook base consisting of a line between the bottleneck on both sides of the shape portion and a relaxation member positioned on the path of the line,

The hook stage has an open mouth shape of the bird so as to be connected to the one side line defining the head shape of the bird on one side of the shape and the one side lie on the other side of the shape. And includes the other side line defining the

The relaxation member is positioned below the hook space on the path of the other line and has a coil shape on the bottleneck, and includes a relaxation stop line directed to the hook space and a relaxation movement line directed to the bottleneck,

Wherein said relaxation resistant line has a smaller modulus of elasticity than said relaxation movement line.
The method of claim 12,

The hook portion includes a hook stand made of a line connecting the bottleneck on both sides of the shape portion,

The hook stand is a compound hanger having a shape that cuts the lower semicircle from the '0' shape is located on the lower side of the '6' shape to define the hook space in a curve located on the upper side of the '6' shape.
According to claim 1,

The suspending portion is formed in a straight line on both sides of the hanger space inclined obliquely to face each other,

The shape portion is bent under the bottleneck in the same slope as the suspension portion and bent and extending straight from the bottleneck toward the hook portion.
The method of claim 16,

The hook portion communicates with the hanger space through the annular space in the annular interior, and is bent relative to the bottleneck on the lower side of the hook space and obliquely toward the annular annular ring space from the opening of the hook space. Limiting the hook space to the first segment of the human thumb by tilting and facing the annular end on the upper side of the hook space to a bent portion that is bent relative to the bottleneck on the lower side of the hook space,

And the annular shape has the annular space starting from the lower side of the hook space and extending toward the upper side of the hook space to the end of the annular shape.
According to claim 1,

The hanging part is a compound hanger consisting of a line bent at one side of the hanger space.
The method of claim 18,

The shape portion is bent and obliquely obliquely bent at the one side of the hanger space below the bottleneck, and bowed from the bottleneck to the outside of the bottleneck below the bottleneck at the other side of the hanger space. Extending through the bottleneck with the hook through the hook and straight toward the hook,

The hanging part is protruded from the shape with a portion of the shape hanger is exposed to the outside through the hanger space.
The method of claim 19,

The hook portion communicates with the hanger space through the annular space in the annular interior, and is bent relative to the bottleneck on the lower side of the hook space and obliquely toward the annular annular ring space from the opening of the hook space. Limiting the hook space to the first segment of the human thumb by tilting and facing the annular end on the upper side of the hook space to a bent portion that is bent relative to the bottleneck on the lower side of the hook space,

And the annular shape has the annular space starting from the lower side of the hook space and extending toward the upper side of the hook space to the end of the annular shape.