KR101793484B1 - Manifold rack - Google Patents

Abstract

The present invention relates to a combined hanger including: hanging portions extending obliquely toward each other on a cut ring while each facing the inside of the cut ring of a hook at the same level so as to be made up of two hooks of a mirror shape; a shape forming portion extending obliquely from the two hooks towards each other on the hanging portions and bent at an angle so as to define a bottleneck; and a hook portion extending from the bottlenecks on the shape forming portion so as to connect the bottlenecks and have a hook space around the bottlenecks, wherein the hanging portion, the shape forming portion, and the hook portion define a hanger space therein and a hook space outside, wherein the hook portion is positioned between the hanger space and the hook space, and defines a boundary of the hanger space and the hook space.

Description

Compound hanger {MANIFOLD RACK}

The present invention relates to a composite hanger having a drying auxiliary function and a storage auxiliary function of clothes or sundry goods by hanging goods other than clothing or clothes in a hanger at the residence and / or offices.

Recently, clothes hanger has been manufactured in various shapes according to the shape of clothes or sundries. That is, the hanger is embodied as a hook, a lower hook, a hook and a hook.

The hooks on the above-mentioned hooks generally consist of a hook structure located at the edge of one of the triangular structure and the triangular structure, and are used to hang a hanging shirt, a blouse, a knit or a cardigan, etc. on the hangers using a hook structure.

The lower hook is typically made by cutting one side of the triangular structure directly adjacent to the hook structure, and pants, skirts, panties or skirts surrounding the particular sides of the incised triangular structure are hung on the hanger using a hook structure .

In addition, the gripper may be a pants, a blouse or a panty which is cut with one side located on the opposite side of the hook structure in the triangular structure and has a small size horizontal rod and a tongue moving along the horizontal rod, Etc. to the hanger using a hook structure.

The hook is composed of an 'S' -shaped ring structure and a hook structure, and is used to hang fashion accessories such as socks, hats, bags, shoes, belts, and the like, which hang over a ring structure, on a hanger using a hook structure.

Therefore, the clothes hanger is purchased with clothing or sundry goods at the clothes shop, or is purchased in accordance with the shape of the clothes or the sundry goods at the clothes hanger shop away from the clothes shop.

As a technical problem of the clothes hanger, when the hanger is used as a hanger on the hanger, it is not possible to sufficiently utilize the sides constituting the triangular structure inside and outside the triangular structure. Due to the relative slippage of the top surface relative to the triangular structure in the narrow neck, In order to reduce the size of the apparatus.

When the hanger is used as a lower hook, it uses the inside of the incised triangular structure, but it easily slants the side that suspends the bottom due to its own weight, so that the bottom falls easily from the side where the bottom is suspended.

The hanger has a hook structure in a triangular structure or an incised triangular structure and has a difficulty in suspending the top or bottom of the hook structure, and can not match the size of the clothes to the triangular structure or the incised triangular structure, It should be changed to a hanger.

When the hanger is used as a hook, the hanger is often subjected to functional limitations such as suspending the top or bottom due to the loss of the hooks from the horizontal bar. When the hook is used as a hook, the hook is used for other purposes It has low utilization because it can not.

As a problem of the application of the clothes hanger, since the clothes hanger can not suspend the top, bottom or miscellaneous goods through the inside of the triangular structure of the hanger on the clothes hanger, Since the form or the number of the clothes is matched to the length of the hanger, the cleaning time of the clothes is lengthened to shorten the user's spare time.

The hanger has a ring fixed to one end of the side which suspends the bottom so as not to drop the bottom from the side suspending the bottom in the incised triangular structure of the lower hook, It hurts the user or tears the clothes due to the rings.

Since the clothes hanger can not be adjusted to the size of the clothes on the hook structure in the triangular structure or the incised triangular structure, the hanger needs to be replaced with an alternative hanger corresponding to the size of the clothes, so that the hanger can not be reused or recycled due to additional production on the production site, .

The hanger has a greater chance of losing the forceps when used as a peg hook to suspend the top or bottom, causing unnecessary consumption due to repetitive purchases of the user and discomforting the user due to low utilization when used as a hook. give.

On the other hand, the clothes hanger is disclosed in Japanese Utility Model Publication No. JP 3146777 (Prior Art 1), US 4606482 (Prior Art 2), US Patent Publication No. US 9380903 (Prior Art 3), and Naver Blog (Prior art document 4).

According to the prior art, the hanger is used as a hook, a lower hook or a hook for removing the one side from the triangular structure (see the prior art 1), or by attaching a non-slip member to the triangular structure in the hook (@ Preceding document 2).

In addition, the above-described clothes hanger is used by hanging small-sized hooks in place of small-sized horizontal rods and horizontal rods in hanging hooks (@ Prior Art 3), or by changing the shape of the hangers on the hangers (@ Prior Art 4).

However, in the prior art document 1, the clothes hanger can not be hung on the hanger when the portion removed from the triangular structure is inserted into the clothes before the hanger is hooked, and the inside of the triangular structure in the preceding documents 2 to 4 The hook structure can not be used to suspend the clothes.

In addition, in the preceding documents 1 to 4, the heavy clothes such as the winter coat or the winter jumper are hanged on the hanger and the heavy clothes are not able to bear their own weight, thereby deforming the initial shape to drop heavy clothes on the floor.

Therefore, the above-mentioned prior art has a problem in that a sufficient use of the side hanging clothes through the inside and outside of the triangular structure in the hanger, a sufficient utilization of the hook structure located around the triangular structure, It does not sufficiently solve the technical problems and application problems of the above-mentioned hanger for the strength against the deflection.

Japanese Utility Model Registration Utility Publication JP 3146777, United States Patent Application Publication No. 4606482, and US Patent Application Publication No. US 9380903.

Launched in the Naver blog 'Dryer Stand (for 5th graders to submit scientific inventions)'.

SUMMARY OF THE INVENTION The present invention has been devised to solve the problems of the prior art, and it is an object of the present invention to provide a hanging structure for hanging a hanging object (= goods other than clothes or clothes) on hangers, The size of the triangular structure can be freely reduced, the sides for suspending the mounting material in the triangular structure can be held horizontally constant, the triangular structure and / or the hook structure can be adjusted to the size of the mounting water, The triangular structure and the hook structure are used for various purposes,

Since the length of the washing line or the length of the hanger at the time of arranging the mounting water is not taken into account when washing the mounting water, the washing time of the fixing water is shortened or the cleaning time of the fixing water is shortened and the triangular structure is easily inserted into the opening width of the mounting water. The length of the sides making up the triangular structure can be varied to prevent the falling of the mount from the triangular structure and the relative slippage of the mount against the triangular structure, and the triangular structure and / or the hook structure to correspond to the size of the mount, And it is an object of the present invention to provide a composite hook suitable for giving users a feeling of using by using a triangular structure and a hook structure as a multi-purpose.

The composite hanger according to the present invention includes a hanging portion which is inclined obliquely toward each other on the incised ring so as to face the inside of the cut-out ring of the hook at the same level so as to be composed of two mirror- ; A shape extending obliquely from the two claws toward each other on the suspending portion and being bent at an angle to define a bottleneck; And a hook portion extending from the bottleneck on the shape portion and having a hook space around the bottleneck while continuing the bottleneck, wherein the hang portion, the shape portion, and the hook portion are formed in a hanger space Wherein the hook space defines the hook space from the outside, and the hook part is located between the hanger space and the hook space, and delimits the hanger space and the hook space.

The suspension portion, the shape portion, and the hook portion may be integrally formed of an elastic material.

The hanging part, the shape part and the hook part are separated from each other and can be coupled through a connecting member.

Here, the shape portion has a smaller elastic modulus than the hanging portion and the hook portion, and the hook portion may have a greater elastic modulus than the hanging portion and the shape portion.

The composite hook further includes a non-slip member on the suspension and the feature, the non-slip member being located on at least one of the two hooks to surround the suspension and the feature.

The suspending portion may include a suspending portion formed of a line extending from the shape portion to below the shape portion on both sides of the shape portion.

Wherein the hanging portion includes a hanging base made up of a plate and a curved protruding portion sequentially positioned from the shape portion toward the lower side of the shape portion on both sides of the shape portion and the plate has a shape extending from the shape portion to a direction And the curved protrusion may be located at the end of the plate below the plate and correspond to the incised ring.

Wherein the suspending portion includes a first suspending stand composed of a first plate and a curved protruding portion sequentially positioned from the shape portion to the lower side of the shape portion on one side of the shape portion and a second suspending portion provided on the other side of the shape portion, Wherein the first and second plates are of the same shape and have a shape of a shoehorn having a gradually increasing area along the direction from the shape to below the shape, A curved protrusion may be located at the end of the first plate below the first plate to correspond to the incised ring.

Wherein said suspending portion includes a suspending bar and a moving bar sequentially positioned from said shape to said lower side of said bar on both sides of said bar and said suspending bar is provided at a portion accommodating said barb to receive said barb And a guide groove communicating with the slide hole and facing the slide hole, the guide groove being disposed around the slide hole, the guide hole being formed in a cylindrical shape, the slide hole passing through one end of the suspending stand in a central area from the inside, A sliding line moving along the sliding 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.

Wherein the suspending portion includes a first suspending bar and a moving hook which are sequentially positioned from the shape portion to the lower side of the shape portion on one side of the shape portion and a first suspending portion and a movement ring extending from the shape portion to the lower side of the shape portion The first suspending barrel including a sliding hole formed in a cylindrical shape at a portion receiving the moving ring to receive the moving ring and passing through the one end of the first suspending barrel in a central region in the inside thereof, And a guide groove which is located around the slide hole and communicates with the slide hole and faces the slide hole, the move ring including a sliding line that moves along the slide hole, an end of the slide line, And a fold line that freely rotates about the rotary screw, The second suspending unit may be formed as a line so as to have the same shape as the first suspending unit.

Here, the sliding line includes a receiving groove extending in the longitudinal direction from the outer wall toward the inner side and a guide member projecting from the outer wall toward the guide hole at one end, and the folding line is rotated around the rotating screw And can be received in the receiving groove of the sliding line.

The shape may include a cushion formed of lines connecting the suspending portion and the hook portion on both sides of the suspending portion.

Wherein the shape includes a cushioning member made up of a line between the suspending unit and the hooking unit on both sides of the suspending unit and a cushioning member positioned on the path of the line and the cushioning member is coiled And has a lower elastic modulus than the perimeter of the buffer member, and may include an upper buffer line toward the hook and a lower buffer line toward the suspension.

Wherein the shape comprises a first type relative to the one side of the suspension part and made of a line between the suspension part and the hook part and a cushioning member located on the path of the line and at the other side of the suspension part, And a second type opposed to the hook portion, wherein the buffer member has a coil shape below the bottleneck and has a smaller elastic modulus than the circumferential line of the buffer member, and a buffer upper line toward the hook portion And may include a buffer sub-line.

Wherein the shape includes a flexible mating portion and an elastic guide tube between the suspending portion and the hook portion on both sides of the suspending portion and the shape portion is formed by a line connecting the suspending portion and the hook portion to form a bending region below the bottleneck The elastic induction tube may surround the mold and have sidewalls of thick thickness near the bending region in the inner central region and sidewalls thicker from the inner central region toward the inner edge.

Wherein the shape includes a first type mating portion and an elasticity guiding tube between the suspending portion and the hook portion at one side of the suspending portion and a second type relative portion between the suspending portion and the hook portion at the other side of the suspending portion, Wherein the first type opponent and the second shape block are formed by a line connecting the suspending portion and the hook portion and have a bending region below the bottleneck, the elastic induction tube surrounds the first type opponent, A sidewall of thick thickness near the bend region in the region and a thickness of sidewall that is thinner from the inner central region toward the inner edge.

Wherein the hook portion comprises a hook band consisting of a line connecting the bottleneck on either side of the feature, the hook band having a side line defining a bird's head at one side of the feature, Wherein the hanger space is formed by integrally connecting the other side line which defines the hook space in the form of an open mouth of the bird at the other side and the hanger space is formed by connecting the hook space between the one side line and the other side line It can be surrounded.

Wherein the hook portion comprises a hook band made up of a line between the bottlenecks on either side of the feature and a relaxation member positioned on the path of the line, the hook band having a bird's head shape at one side of the feature And an other side line defining the hook space in the shape of an open mouth of the bird to be connected to the one side lie at the other side of the configuration, And a relaxation motion line directed to the bottleneck, the relaxation prevention line being located below the hook space on the path of the side line and having a coil shape on the bottleneck, It is possible to have a smaller elastic modulus.

Wherein the hook portion includes a hook band formed by lines connecting the bottleneck on both sides of the shape portion, the hook band defining the hook space with a curve positioned on the upper side of the '6' Quot; 0 " shape located at the lower side of the " 0 " shape.

Wherein the hook portion includes a hook band formed on a line between the bottlenecks on both sides of the shape portion and a relaxation member positioned on a path of the line, and the hook band is a curve positioned on the upper side of the '6' Wherein the hook member has a shape that defines a hook space and cuts a lower semicircle from a '0' shape located at a lower side of the '6' shape, the relaxation member being positioned at the tip of the cut '6' And a relaxation movement line toward the bottleneck, wherein the relaxation prevention line may have a smaller elastic modulus than the relaxation movement line.

The present invention relates to a hanger for a hanger, a hanger which is sequentially positioned, a hook which is obliquely inclined in a mirror shape on the hanger portion so as to form a triangular structure by the shape portion and the hook portion, a bottleneck which forms a predetermined angle with the hook, Since the connecting curves are aligned and the hanger openings are provided between the hooks, it is possible to fully utilize the sides constituting the triangular structure inside and outside the triangular structure.

The present invention relates to a tripod structure having a hanging part, a shape part and a hook part along a side of a triangular structure and having a hanger space in a triangular structure and a hanging part, a shape part and a hook part formed of an elastic material or a coil- Therefore, the size of the triangular structure can be freely reduced by moving the hanging part and the shape part relative to the hook part in the hanger space.

The present invention relates to a tripod structure having a standing portion forming a side of a triangular structure, a coil shaped cushioning member in a shape portion in a shape portion and a hook portion, or an elastic induction pipe having a different thickness in an inner side wall region, Due to the inherent weight of the water (= goods other than clothing or clothing), it is possible to keep the sides that suspend the mounts in the triangular structure horizontally and constantly against the deflection of the suspension and features.

Since the present invention forms a triangular structure as a general line and defines a hanging space by a hanging part, a shape part and a hook part, the hanging part, the shape part and the hook part when using the triangular structure are rotated, It is possible to suspend the attachment part and the hook part.

The present invention relates to a tripod structure comprising a hanging part forming a side of a triangular structure, a hook, a hanging part facing the both sides of the hanging part in the shape part and the hook part, a side of the triangular structure hanging the hanging water through the hangar space between the shape part and the hook part , And hook rings that define the open mouth of the bird on the hook portion can be used for various purposes regardless of the type of the mount when the triangular structure is rotated.

The present invention has a hanger opening in a hanging part of a triangular structure and sufficiently utilizes the sides constituting a triangular structure inside and outside of the triangular structure. Therefore, when the length of a washing line or the length of a hanger at the time of arranging a hang- It is possible to shorten the washing time of the water or to shorten the cleaning time of the stationary water, thereby lengthening the leisure time of the user.

Since the hanging portion, the shape portion and the hook portion of the triangular structure are made of an elastic material or the hook portion is provided with a coil-shaped relaxation member, the hanging portion and the shape portion are relatively moved with respect to the hook portion, So that the appearance of the stationary object can be kept constant.

The present invention is characterized in that at least one of both sides of a hanging part of a triangular structure is provided with a moving ring inserted into a hanging table and a hanging table to vary the length of the sides of the triangular structure to prevent the falling of the hanging object from the triangular structure, The slip prevention member may be provided on at least one of both sides of the suspending portion to prevent relative slippage of the mounting to the triangular structure.

The present invention is characterized in that a triangular structure is provided with a coiled cushioning member or an elastic induction tube in the shape of a triangular structure, so that a winter coat or a winter jumper can be hung on a hanger, and the hanging part, the shape part and the hook part are positively fitted to the size of the object, It is possible to easily suspend the embedding material in the shape and the hook portion, so that it does not require a substitute depending on the size of the embedding material, thereby enhancing the possibility of reuse or recycling, thereby reducing environmental pollution due to use time.

Since the present invention is used variously as an upper hanger, a lower hanger, a gripper hanger or a hook hanger irrespective of the type of the mounting object during the rotation of the triangular structure, the user is not required to repeatedly purchase, You can give.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing a hanging part, a shape part and a hook part in a composite hook according to the present invention; Fig.
Figure 2 is a schematic diagram of another embodiment of the suspension of Figure 1;
Figures 3 to 5 are schematic diagrams showing another embodiment of the suspension of Figure 1;
FIG. 6 is a schematic view showing another embodiment of the shape of FIG. 1; FIG.
7 is a schematic view showing another embodiment of the shape of Fig.
FIG. 8 is a schematic view showing another embodiment of the hook portion of FIG. 1; FIG.
FIG. 9 is a schematic view showing still another embodiment of the hook portion of FIG. 1; FIG.
10 is a schematic diagram showing another embodiment of the composite hook of FIG.
Figs. 11 and 12 are schematic views for explaining a method of using the composite hook of Fig.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained. In the drawings, like reference numerals refer to the same or similar functions throughout the several views, and length and area, thickness, and the like may be exaggerated for convenience.

Hereinafter, preferred 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 carry out the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing a hanging part, a shape part and a hook part in a composite hook according to the present invention; Fig.

Referring to FIG. 1, a composite hook 200 according to the present invention includes a suspending portion 90, a shaping portion 150, and a hook portion 190. The pendant portion 90 extends obliquely toward each other on the incised ring so as to face the inside of the cut-out ring of the hook at the same level so as to be composed of two mirror-shaped hooks.

The pendant portion 90 includes a suspending bar 30 that is a line 2 extending from the feature 150 to below the feature 150 on either side of the feature 150. The shape 150 extends obliquely from the two claws toward each other on the hanging portion 90 and is bent at an angle to define a bottleneck on the 'A' region.

The shape 150 includes a mating opponent 100 consisting of a line 2 connecting the hanging portion 90 and the hook portion 150 on both sides of the suspending portion 90. The hook portion 190 extends from the bottleneck on the shape portion 150 and has a hook space 6 around the bottleneck while connecting the bottleneck.

The hook portion 190 includes a hook base 160 that is a line 2 connecting the bottlenecks on either side of the feature 150. More specifically, the hook base 160 includes a one-side line 2 that defines a bird's head at one side of the feature 150 and a one- Side line 2 defining a hook space 6, which is in the form of an open mouth of the hook-

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

The hanging part 90, the shape part 150 and the hook part 190 define the hanger space 4 inside and the hook space 6 from the outside. The hook portion 190 is positioned between the hanger space 4 and the hook space 6 and bounds the hanger space 4 and the hook space 6. The hook portion 190 has a greater elastic modulus than the hanging portion 90 and the shape portion 150.

The composite hook 200 further includes a nonslip member 8 on the hanging portion 90 and the shape portion 150. The non-skid member 80 is positioned on at least one of the two claws to enclose the pendant 90 and the feature 150. The non-skid member 80 includes polycarbonate.

Figure 2 is a schematic diagram of another embodiment of the suspension of Figure 1;

2, the hanging portion 90A includes a plate 22 and a curved protrusion 90. The plate 22 is disposed sequentially from the shape portion 150 toward the lower side of the shape portion 150 on both sides of the shape portion 150 of FIG. And a suspension base 30A made up of a base 24. The plate 22 is of a shoehorn shape having a gradually increasing area along the direction from the shape 150 to below the shape 150.

The curved projection 24 is located at the end of the plate 22 below the plate 22 and corresponds to a ring cut in the hook of Fig. The suspension unit 90A can replace the suspension unit 90 of FIG. As a modification of the hanging portion 90A, the hanging portion may include a first plate and a curved protrusion sequentially positioned from the shape 150 toward the bottom of the shape 150 at one side of the shape 150 And a second hanging base, which is comprised of a second plate below the feature 150 at the other side of the feature 150.

The first and second plates may have the same shape as the plate 22 of FIG. 2, and the curved protrusions may have the same shape as the curved protrusions 24 of FIG. The suspension portion 90A may include a nonslip member 9 on the plate 22. [ The non-slip member 9 may extend from the suspension portion 90A toward the shape portion 150 as shown in FIG. The nonslip member 9 may be the same material as the nonslip member 8 of Fig.

Figure 3 is a schematic diagram showing another embodiment of the suspension of Figure 1; FIG. 4 is a schematic view showing a coupling relationship between a suspension line and a moving line in the suspension portion of FIG. 3, and FIG. 5 is a schematic view showing a coupling relationship between the sliding line and the folding line in the moving loop of FIG.

3 to 5, the suspending unit 90B includes a suspending unit (not shown) disposed sequentially from the shape unit 150 toward the lower side of the shape unit 150 on both sides of the shape unit 150 of FIG. 1 30B, and a move ring 80. As shown in FIG. The pivot 30B includes a slide hole 26 formed in a cylindrical shape at a portion receiving the moving pivot 80 to receive the pivot 80 and passing through one end of the pivot 30B in the central area, And a guide groove 28 which is located around the slide hole 26 and communicates with the slide hole 26 and faces the slide hole 26.

The moving ring 80 includes a sliding line 50 that moves along the slide hole 26, a rotating screw 60 that connects the end of the sliding line 50 to the end of the folding line 70, 60 which are free to rotate about the axis of rotation. The sliding line 50 includes a receiving groove 44 extending in the longitudinal direction from the outer wall toward the inside and a guide member 48 projecting from the outer wall toward the guide hole 26 at one end.

The folding line 70 is rotated around the rotary screw 60 to be 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 so that the suspension line 30B together with the sliding line 50 when the moving ring 80 is inserted into the suspending bar 30B, Respectively. The suspension portion 90B can replace the suspension portion 90 of FIG.

As a modification of the hanging portion 90B, the hanging portion may include a first hanging base and a moving hook sequentially positioned below the shape portion 150 from the shape portion 150 at one side of the shape portion 150, And a second hanging base extending from the shape 150 toward the underside of the feature 150 at the other side of the feature 150.

The first suspension unit and the movement arm may have the same structure, the same coupling relationship, and the same function as the suspension arm 30B and the movement arm 80 of Figs. 3 to 5. The second suspending unit may be formed outwardly of the same shape as the first suspending unit and filled with a hollow.

FIG. 6 is a schematic view showing another embodiment of the shape of FIG. 1; FIG.

6, the shape 150A includes a pair of opposed parts 100A and 100B formed of a line 2 between the hanging part 90 and the hook part 190 on both sides of the hanging part 90 of FIG. And a buffer member 120 positioned on the path of the line 2. The cushioning member 120 has a coil shape below the bottleneck and has a smaller elastic modulus than the peripheral line 2 of the cushioning member 120. The cushioning upper line 114 and the suspending unit 90, And a buffer sub-line 118 directed toward the lower buffer layer.

The shape 150A can replace the shape 150 of FIG. As a modified example of the shape portion 150A, the shape portion may include a first type relative to a line 2 between the hanging portion 90 and the hook portion 190 at one side of the suspending portion 90, 2 and a line 2 connecting the hanging portion 90 and the hook portion 190 at the other side of the suspending portion 90. The hook portion 190 may be connected to the hook portion 190 by a hook- The cushioning member may have the same structure as the cushioning member 120 of FIG. 6 and perform the same function.

Figure 7 is a schematic diagram showing another embodiment of the features of Figure 2;

7, the shape portion 150B is formed between the hanging portion 90 and the hook portion 190 on both sides of the hanging portion 90 of FIG. (140). The die partner 100 comprises a line 2 connecting the suspension portion 90 and the hook portion 190 and has a bending region C below the bottleneck. The elastic guide tube 140 surrounds the mold 100 and includes a first side wall 134 facing the bending region C and a first side wall 134 facing away from the bending region C of the mold 100, The second sidewall 138 is thinner than the first sidewall 134 as it moves away from the bend region C of the first sidewall 134. [

The shape 150B may replace the shape 150 of FIG. As a modification of the shape portion 150B, the shape portion includes a first type relative portion and an elasticity induction pipe between the hanging portion 90 and the hook portion 190 on one side of the suspending portion 90, And a second type mating portion between the hanging portion 90 and the hook portion at the other side of the portion 90. [ The first type relative portion and the second shape portion have the same structure as the shape mounter 100 of FIG. 7, and the elasticity induction pipe may have the same structure and function as the elasticity induction pipe 140 of FIG.

The elastic induction pipe may be formed by a first side wall 134 facing the bending region C and a first side wall 134 facing away from the bending region C of the shape portion 100, The second side wall 138 may have a thickness that is thinner than the first side wall 134 as it moves away from the bend region C of the first side wall 100. [

FIG. 8 is a schematic view showing another embodiment of the hook portion of FIG. 1; FIG.

8, the hook portion 190A includes a hook base 160A formed of a line 2 between the bottlenecks on both sides of the shape portion 150 of Fig. 1 and a hook base 160B located on the path of the line 2 And a relaxation member 180A. 1, the hook base 160A includes one side line defining a bird's head shape at one side of the shape portion 150, a one-side line extending from the other side of the shape portion 150, And an other side line defining a hook space 6, which is shaped like a bird's open mouth to be connected to the hook space 6.

The relaxation member 180A may be positioned below the hook space 6 on the path of the other side line. More specifically, the relaxation member 180A has a coil-like shape on the bottleneck of the feature 150 and includes a relaxation blocking line 173 directed toward the hook space 6 and a relaxation movement line 179 directed toward the bottleneck. And the relaxation blocking line 173 may have a smaller modulus of elasticity than the relaxation movement line 179. The hook portion 190A may replace the hook portion 190 of FIG.

FIG. 9 is a schematic view showing still another embodiment of the hook portion of FIG. 1; FIG.

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

On the other hand, as a modification of the hook portion 190B, the hook portion is provided between the bottlenecks on both sides of the shape portion 150, and the hook portion 160B made of the line 3 and the line 3 And a relaxation member 180B positioned on the path. The hook base 180B defines a hook space 6 with a curved line positioned on the upper side of the '6' -shaped shape, and a shape obtained by cutting the lower semicircle from the '0' -shaped shape located on the lower side of the '6'- , And can have a relaxation member 180B at the tip of a '6' shaped cut under the hook space 6.

The relaxation member 180B may include a relaxation blocking line 176 that is coiled on the bottleneck of the feature 150 and that is directed to the hook space 6 and a relaxation motion line 179 that is directed to the bottleneck. The relaxation inhibition line 176 may have a smaller elastic modulus than the relaxation exercise line 179.

10 is a schematic diagram showing another embodiment of the composite hook of FIG.

Referring to FIG. 10, the composite hook 200 may include a hanging portion 90C, a shape portion 150C, and a hook portion 190C that are separated from each other unlike FIG. The hanging part 90C, the shape part 150C and the hook part 190C may have the same shape as the hanging part 90, the shape part 150 and the hook part 190 of FIG.

The hanging portion 90C, the shape portion 150C, and the hook portion 190C may be coupled through a connecting member. The connecting member may be configured to receive a screw (S) comprising a male thread in a groove (G) comprising a female thread. The shape portion 150C has a smaller elastic modulus than the hanging portion 90C and the hook portion 190C and the hook portion 190C has a greater elastic modulus than the hanging portion 90C and the shape portion 90C Lt; / RTI >

Figs. 11 and 12 are schematic views for explaining a method of using the composite hook of Fig.

11 and 12, a composite hook 200 is detached from a hanger 210 of a furniture (not shown) or a laundry line 210 of a laundry room (not shown) (Clothes or goods other than clothing) can be suspended. 11, the composite hook 200 is formed by combining the hanging portion 90A of FIG. 2 with the shape portion 150 and the hook portion 190 of FIG. However, the composite hook 200 may be formed using a combination of the remaining hanging portion, the shape portion, and the hook portion disclosed in Figs. 1 to 10. In addition, the mount is disclosed in FIG. 12 as a necked knit 220, a necked knit 230, a short trousers 240, or a shoe 250, but is not limited thereto.

11) is applied to the hook portion 150 of the composite hook 200 to apply the external force (F in Fig. 11) to the hook portion 150 of the composite hook 200, (Refer to a dotted line) of the hanging portion 90A and the shape of the shape portion 150 (see a solid line) with respect to the elastic member 190 as shown in FIG. 11, and during the application of the external force F to the composite hook 200, The hook portion 190 is exposed to the outside from the neck of the knit 220 or 230 while the hanging portion 90A and the shape portion 150 are inserted into the neck of the knot 220 or 230, (F) to contact the hanging portion 90A and the feature 150 as shown in FIG. 12 around the neck and / or neck of the knit 220 or 230.

The deformation of the hanging portion 90A and the initial shape of the shape portion 150 with respect to the hook portion 190 is performed by using the elasticity of the line 2 at the hook portion 150 of FIG. (R1, R2) of the pendant portion 90A and the feature 150 toward the central region of the pivot portion 90A. 2), and the plate 22 of the hanging portion 90A has a smaller thickness than the line 2 of the shape portion 150 (see FIG. 2) The composite hook 200 elastically moves the hanging 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 to form the knit 220 or 230 ) Can be maintained in the initial shape.

The suspension of the short pants 240 on the composite hook 200 may use a step or a method similar to the suspension of the narrow knit 220 or the narrow neck 230 on the composite hook 200, 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 composite hook 200 by rotating the composite hook 200. [ The hanging part 90A, the shape part 150 and the hook part 190 can be positively supported not only in short pants but also in pants, skirts or dresses having a large waist circumference. The suspension of the shoe 250 on the composite hook 200 may be performed using the suspension portion 90A and the hook portion 190 by rotating the composite hook 200. [

The composite hook 200 includes a hanger space 4 defined by the hooks cut out from the hooks of the hanging portion 90A and a hook space 6 defined by the open mouth of the bird at the hook portion 190 The shoes 250 can be suspended. The suspension of the short pants 240 or shoe 250 on the composite hook 200 may be applied to the composite hook 200 through the shape portion 150 having a smaller elastic modulus than the developing portion 90A and the hook portion 190. [ By applying a sag resistance to the side where the short pants 240 or the shoes 250 are suspended. The prevention of falling of the short pants 240 or the shoes 250 from the composite hook 200 can be performed by using the nonskid member 9 and the curved protrusion 21 of Fig.

The composite hook 200 may then be used to fasten the neck wide knit 220, the narrow knit 230, the short pants 240 or the shoes 250 to the hanger 210 of the furniture or the laundry line 210 of the laundry room. It can be monthly. The hanger 210 is not limited to a built-in hanger provided inside the wardrobe, and may be, for example, a poll-type hanger or a stand-type hanger from the outside of the wardrobe.

2; Line, 4; Hanger space
6; Hook space, 8; The non-
10; A hanger opening, 30; Suspension
90; Suspension Department, 100; Brother
150; Shape, 160; Hooks
190; Hook portion, 200; Compound hook

Claims (20)

A hanging portion extending obliquely to each other on the incised ring so as to face each other with the inside of an incised ring of hooks at the same level so as to be made of two hooks of a mirror shape;
A shape extending obliquely from the two claws toward each other on the suspending portion and being bent at an angle to define a bottleneck; And
And a hook portion extending from the bottleneck on the shape portion and connecting the bottleneck,
Wherein the hanging portion, the shape portion and the hook portion define a hanger space for opening the lower side of the bottleneck and closing the upper side of the bottleneck, the hook portion defining the hook space from the outside, Wherein the hook portion is located between the hanger space and the hook space to delimit the hanger space and the hook space. The method according to claim 1,
Wherein the hanging portion, the shape portion, and the hook portion are integrally formed of an elastic material. The method according to claim 1,
Wherein the hanging portion, the shape portion, and the hook portion are separated from each other and coupled through a connecting member. 4. The method according to any one of claims 2 and 3,
Wherein the shape portion has a smaller elastic modulus than the hanging portion and the hook portion,
Wherein the hook portion has a greater elastic modulus than the hanging portion and the shape portion. The method according to claim 1,
Further comprising a non-slip member on the suspension and the feature,
Wherein said non-slip member is positioned on at least one of said two claws to surround said pendant and said feature. The method according to claim 1,
Wherein the suspending portion includes a suspending portion having a line extending from the shape portion to below the shape portion on both sides of the shape portion. The method according to claim 1,
Wherein the suspending portion includes a suspending stand composed of a plate and a curved protrusion sequentially positioned from the shape portion to below the shape portion on both sides of the shape portion,
Wherein the plate is of a shoehorn type having a gradually increasing area along the direction from the shape to below the shape,
The curved protrusion being located at an end of the plate below the plate and corresponding to the incised ring. The method according to claim 1,
Wherein the suspending portion includes a first suspending stand composed of a first plate and a curved protruding portion sequentially positioned from the shape portion to the lower side of the shape portion on one side of the shape portion and a second suspending portion provided on the other side of the shape portion, And a second hanging base made of two plates,
Wherein the first and second plates are of the same shape and have a spatula-like shape gradually increasing in area along the direction from the shape to below the shape,
The curved protrusion being located at an end of the first plate below the first plate to correspond to the incised ring. The method according to claim 1,
Wherein the suspending portion includes a suspending bar and a moving bar sequentially positioned from the shape to below the shape on both sides of the shape,
Wherein said suspending stand comprises a slide hole which is cylindrically formed at a portion for receiving said moving ring to receive said moving ring and which penetrates one end of said suspending stand in a central region from the inside thereof and is in communication with said slide hole And a guide groove facing through the slide hole,
Wherein the moving hook includes a sliding line moving along the slide hole, a rotating screw connecting the end of the sliding line with an end of the folding line, and the folding line freely rotating around the rotating screw. The method according to claim 1,
Wherein the suspending portion includes a first suspending bar and a moving hook which are sequentially positioned from the shape portion to the lower side of the shape portion on one side of the shape portion and a first suspending portion and a movement ring extending from the shape portion to the lower side of the shape portion Including the second hood,
Wherein the first suspending barrel has a slide hole formed in a cylindrical shape at a portion receiving the moving ring to receive the moving ring and passing through one end of the first suspending barrel in a central region in the inside thereof, And a guide groove communicating with the hole and facing through the slide hole,
Wherein the moving ring includes a sliding line moving along the slide hole, a rotating screw connecting the end of the sliding line with an end of the folding line, and the folding line freely rotating around the rotating screw,
Wherein the second suspending unit is formed in a line such that the second suspending unit has the same shape as the first suspending unit. 11. The method according to any one of claims 9 to 10,
Wherein the sliding line includes a receiving groove extending inwardly from an outer wall along a longitudinal direction and a guide member projecting from the outer wall toward the guide hole at one end,
Wherein the folding line is rotated around the rotating screw to be accommodated in the receiving groove of the sliding line. The method according to claim 1,
Wherein the shape comprises a cushion of a line connecting the hanging part and the hook part on both sides of the hanging part. The method according to claim 1,
Wherein the shape includes a cushion member made of a line between the suspending portion and the hook portion on both sides of the suspending portion and a cushioning member positioned on the path of the line,
Wherein the buffer member has a coil shape below the bottleneck and has a smaller elastic modulus than the perimeter of the buffer member and includes a cushion upper line toward the hook and a cushion lower line toward the cushion. The method according to claim 1,
Wherein the shape comprises a first type relative to the one side of the suspension part and made of a line between the suspension part and the hook part and a cushioning member located on the path of the line and at the other side of the suspension part, And a second type opposed to the hook portion,
Wherein the buffer member has a coil shape below the bottleneck and has a smaller elastic modulus than the perimeter of the buffer member and includes a cushion upper line toward the hook and a cushion lower line toward the cushion. The method according to claim 1,
Wherein the shape includes a flexible mating portion and an elastic induction pipe between the suspending portion and the hook portion on both sides of the suspending portion,
Wherein the shape comprises a line connecting the suspending portion and the hook portion and has a bending region below the bottleneck,
Wherein the elastic guide tube comprises a first sidewall that surrounds the mating portion and faces the bend region away from the bend region of the feature band and a second sidewall that is thinner than the first sidewall as it is away from the bend region of the feature band A composite hook having a second side wall. The method according to claim 1,
Wherein the shape includes a first type mating portion and an elasticity guiding tube between the suspending portion and the hook portion at one side of the suspending portion and a second type relative portion between the suspending portion and the hook portion at the other side of the suspending portion, Lt; / RTI >
Wherein the first type relative portion and the second shape portion are formed by lines connecting the suspending portion and the hook portion and have a bending region below the bottleneck,
Wherein the elastic guide tube comprises a first sidewall surrounding the first type miter and facing the curved region away from the curved region of the feature band and a second sidewall that is thinner than the first sidewall, A composite hook having a second side wall of thickness. The method according to claim 1,
Wherein the hook portion includes a hook band made up of lines connecting the bottleneck on both sides of the shape portion,
The hooking band having one side line defining a bird's head at one side of the feature and another side line defining the hook space at the other side of the feature in the form of a bird's open mouth, Respectively,
Wherein the hanger space surrounds the hook space between the one side line and the other side line. The method according to claim 1,
Wherein the hook portion includes a hook band made of a line between the bottlenecks on both sides of the shape and a relaxation member positioned on the path of the line,
Said hook base having one side line defining a bird's head shape at one side of said feature and a hook opening in the shape of said bird's open mouth connected to said one side line at the other side of said feature And the other side line,
Wherein the relaxation member includes a coiled loosening blocking line and a relaxation blocking line that are located below the hook space on the path of the other side line and are coiled on the bottleneck,
Wherein the relaxation inhibition line has a smaller elastic modulus than the relaxation exercise line. The method according to claim 1,
Wherein the hook portion includes a hook band made up of lines connecting the bottleneck on both sides of the shape portion,
The hook has a shape that defines the hook space with a curve positioned on the upper side of the '6' -shaped shape and cuts the lower semicircle from the '0' -shaped shape located on the lower side of the '6' -shaped shape. The method according to claim 1,
Wherein the hook portion includes a hook band made of a line between the bottlenecks on both sides of the shape and a relaxation member positioned on the path of the line,
The hook base has a shape that defines the hook space with a curve located on the upper side of the '6' -shaped shape and cuts the lower semicircle from the '0' -shaped shape located on the lower side of the '6'
Wherein the relaxation member includes a coiled loosening blocking line and a relaxation blocking line toward the hook space, the loop being located at the tip of the cut '6' shape below the hook space and being coiled on the bottleneck,
Wherein the relaxation inhibition line has a smaller elastic modulus than the relaxation exercise line.

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