WO2022260191A1

WO2022260191A1 - Portable folding hanger

Info

Publication number: WO2022260191A1
Application number: PCT/KR2021/007173
Authority: WO
Inventors: 박병선
Original assignee: 박병선
Priority date: 2021-06-08
Filing date: 2021-06-08
Publication date: 2022-12-15
Also published as: KR102447916B1

Abstract

The present invention relates to a portable folding hanger for hanging clothes and, more specifically, to a portable folding hanger which is formed in a folding structure so as to be convenient to carry around, and is unfolded in a one-touch manner, by means of resilience, by pressing a button provided on one side when in a folded state.

Description

portable foldable hanger

The present invention relates to a portable foldable hanger capable of holding clothes, and more particularly, to a portable foldable hanger that has a foldable structure and is easy to carry, and which unfolds due to elasticity when a button provided on one side is pressed in a folded state in a one-touch manner. It's about hangers.

In general, hangers are tools for arranging clothes by hanging or fitting them. A hanger refers to a piece of clothing, such as a jacket, that is mainly hung on a closet or hanger in order to minimize the volume occupied by the clothes or prevent the clothes from being wrinkled.

The most common form is a triangular shape at both ends of a straight stick that is not loose about the shoulder, and has a shape in which a hook that hangs on a hanger, a shoulder strap that hangs the shoulder of the top, and a part that can hang pants are integrated. In addition, hangers are used not only for storage but also for hanging on a clothesline to dry washed clothes. They are made of wood, plastic, metal, etc.

The hanger, which consists of a hook and a shoulder hanger, is inconvenient to use because the shoulder hangers on both sides cannot be folded. There was a downside to it.

In particular, the conventional hanger often causes the neck of the clothes to be unreasonably stretched when hanging clothes without front openings such as T-shirts on the hanger, and this habit causes a problem in that the neck of the clothes is stretched. .

In addition, the range in which hangers can be utilized according to the type of clothes is very limited, and since various hangers suitable for the size and volume of clothes must be provided, considerable inconvenience is involved in use.

In order to solve this problem, conventionally, hangers have been proposed that allow angle adjustment of the left and right shoulder straps up and down within a limited range of a certain width, but the operation method and configuration of the button responsible for adjusting the shoulder angle are very complicated However, the cost increased due to the large number of parts, and the assembly process was complicated, resulting in a decrease in productivity and an increase in labor costs.

Therefore, there is a need to develop a prefabricated hanger that is not limited by the type and size of clothes, has a folding structure for easy storage and storage, and can be automatically unfolded.

The present invention has been made to solve the above problems, and it is automatically unfolded by pressing a button provided on one side, can be used by folding with a simple operation to reduce the volume, and the length of the shoulder part is adjusted so that the type of clothes And it is an object of the present invention to provide a portable foldable hanger that is not limited in size.

The portable foldable clothes hanger of the present invention includes a main plate 300 having guide protrusions 310 formed through a support hole 311 at the center on both sides; A first shoulder rest part 400 coupled to one end of the guide protrusion 310 and rotating; a second shoulder-hanging part 500 coupled to the other end of the guide protrusion 310 and rotating so as to be symmetrical with the first shoulder-resting part 400; The first and second shoulder-hanging

parts

400 and 500 pass through the first and second shoulder-resting

parts

400 and 500 and the main plate 300 so that the first and second shoulder-resting

parts

400 and 500 are rotated and fixed. A fixed plate 600 that is coupled or uncoupled; a pressure lever 700 controlling the fixing plate 600 so that the first and second

shoulder rest parts

400 and 500 and the fixing plate 600 are coupled or disengaged; A pair of elastic members 800 coupled to the main plate 300 and the first and second shoulder-resting

parts

400 and 500 to elastically support the first and second shoulder-resting parts 500; It is characterized by doing.

In the present invention, the first and

second shoulder parts

400 and 500 include second and

second rotation plates

410 and 510 in which first and second through

holes

411 and 511 into which the guide protrusion 310 is inserted are formed. ; first and

second support arms

420 and 520 extending from one side of each of the first and

second rotation plates

410 and 510 and having a plurality of first and

second fastening grooves

421 and 521; First and

second fastening protrusions

431 and 531 coupled to the first and

second support arms

420 and 520, sliding along the longitudinal direction, and inserted into the first and

second fastening grooves

421 and 521 are formed on one side.

guide grooves

423 and 523 for limiting the sliding length of the first and

second support plates

430 and 530 on the first and

second support arms

420 and 520; ) is further formed.

Meanwhile, first and

second fixing pieces

410h and 510h to which one side of the elastic member 800 is fastened are protruded from the first and

second rotation plates

410 and 510 of the present invention.

In addition, at the edges of the first and

second rotation plates

410 and 510 of the present invention, first and second

curvature seating grooves

414 and 514 drawing the radius of curvature of the first and

second rotation plates

410 and 510 are formed, respectively. , The elastic member 800 seated in the first and second

curvature seating grooves

414 and 514 is stretched or compressed along the radii of rotation of the first and

second rotation plates

410 and 510.

In addition, at least two or more first and

second fixing holes

412 and 512 spaced apart at regular intervals along the rotation direction are formed in the first and

second rotation plates

410 and 510 of the present invention, and the first rotation plate 410 At the edge of the first through hole 411, a first guide groove 413 drawing a constant radius of curvature and a stopper 415 protruding from both ends of the guide groove 413 are further formed. .

At this time, the fixed plate 600 of the present invention includes a moving plate 610 coupled to the pressing lever 700; a first fixing protrusion 620 inserted into any one of the plurality of first fixing holes 412 and protruding from one side of the moving plate 610; A second fixing protrusion 630 inserted into one of the plurality of second fixing holes 512 on one side of the moving plate 610 and having a shorter length than the first fixing protrusion 620; It is characterized by doing.

According to the present invention, the first and second shoulder rests can be unfolded or folded by pressing the pressing lever mounted on the first or second housing with a hand, and the volume of the first and second shoulder rests can be reduced to a minimum when the first and second shoulder rests are folded. It has the advantage of being easy to carry and store.

In addition, the present invention has the advantage of being able to mount various clothes because it is not limited to the type and size of clothes as well as reducing labor costs due to simple assembly.

1 is a perspective view showing the overall appearance of the present invention.

Figure 2 is an exploded perspective view showing the main configuration of the present invention.

Figure 3 is a view showing an embodiment of the operation of the shoulder rest of the present invention and the coupling relationship of the elastic member.

Figure 4 is a cross-sectional view showing an embodiment of the operation of the pressing member and the fixing unit of the present invention.

Hereinafter, one embodiment of the portable foldable hanger of the present invention will be described in detail with reference to the drawings.

Referring to Figures 1 and 2, the portable foldable hanger of the present invention has a first housing (100). The first housing 100 has a shape with one side open. And, the second housing 200 facing the first housing 100 is provided.

One side of the second housing 200 facing the open side of the first housing 100 is open. The first housing 100 and the second housing 200 are coupled to each other, and a predetermined space is formed between the first housing 100 and the second housing 200 due to the open sides facing each other.

Referring to FIGS. 1 and 2 , a main plate 300 is provided between the first housing 100 and the second housing 200 . The main plate 300 has a plate shape that has a predetermined thickness and is erected in the vertical direction. It is disposed in a predetermined space formed between the first housing 100 and the second housing 200 . Then, the main plate 300 is integrally coupled to the first housing 100 and the second housing 200 .

A guide protrusion 310 protrudes from the center of the main plate 300 . The guide protrusions 310 protrude from both sides of the main plate 300 in the horizontal direction, respectively. That is, the guide protrusion 310 protruding from one side of the main plate 300 faces the opened side of the first housing 100, and the guide protrusion 310 protruding from the other side faces the second housing 200. facing the open side of the Also, a support hole 311 is formed through the center of the guide protrusion 310 . The support hole 311 passes through the main plate 300 in a horizontal direction so that the protruding ends of the guide protrusion 310 penetrate each other.

Also, a ring 301 is formed on the upper side of the main plate 300 . The ring 301 has a ring shape with one side open so that it can be mounted on a mounting rod formed in a closet or the like.

Referring to FIGS. 1 and 2 , the first shoulder strap is inserted into and fitted into the guide protrusions 310 provided on one side and the other side of the main plate 300, and rotates vertically around the guide protrusion 310. A portion 400 and a second shoulder hanging portion 500 are provided. That is, the first shoulder part 400 is located on one side of the main plate 300, preferably between the main plate 300 and the first housing 100, and the second shoulder part 500 is located on the first shoulder. It is symmetrical with the hook part 400 and is located between the main plate 300 and the second housing 200 .

The fixing plate 600 is mounted on the outer surface of the first housing 100 . The fixing plate 600 is coupled to the first and second shoulder-hanging

parts

400 and 500, respectively, to fix the first and second shoulder-resting

parts

400 and 500 when the first and second shoulder-resting

parts

400 and 500 rotate up and down. That is, when the first and second shoulder-hanging

parts

400 and 500 are rotated upward to hang clothes, the fixing plate 600 is coupled with the first and second shoulder-resting

parts

400 and 500, and the first and second shoulder-hanging

parts

400 and 500 are unfolded. It prevents the second

shoulder rest parts

400 and 500 from being rotated downward. Then, when the coupling between the fixing plate 600 and the first and

second shoulder straps

400 and 500 is released and the first and

second shoulder straps

400 and 500 rotate downward and are folded, the first and second shoulder straps are optionally The first and second

shoulder rest parts

400 and 500 are coupled again to prevent the

parts

400 and 500 from unfolding.

Meanwhile, first and

second mounting grooves

434 and 534 capable of holding women's underwear or a sleeveless T-shirt may be formed on one side of each of the first and

second shoulder straps

400 and 500 . The first and

second mounting grooves

434 and 534 are formed by being recessed to a predetermined depth.

The pressing lever 700 passes through the second housing 200 and is fastened to the fixing plate 600 while being located on the outer surface of the second housing 200 . The pressing lever 700 controls coupling or detachment between the fixing plate 600 and the first and second shoulder rests 400 and 500 while moving in a horizontal direction together with the fixing plate 600 .

Meanwhile, referring to FIG. 2 , a housing cover 900 surrounding the fixing plate 600 is further mounted on the outside of the first housing 100 . At this time, the inner surface of the housing cover 900 is mounted to be spaced apart from the outer surface of the fixing plate 600 by a predetermined interval. This secures the moving distance of the fixing plate 600 by forming a predetermined space between the inner surface of the housing cover 900 and the outer surface of the fixing plate 600 . Through this, the fixing plate 600 may be exposed to the outside to prevent phenomena such as breakage, malfunction, and jamming of hands.

2 and 3, a pair of elastic members coupled to the main plate 300 and the first and second shoulder-

rest portions

400 and 500 to elastically support the first and second shoulder-rest portions 500 ( 800) is further provided. When the pressing lever 700 is pressed, the first and second shoulder rests 500 can be rotated and automatically unfolded due to the elasticity of the elastic member 800 .

Referring to FIGS. 2 and 3 , the first shoulder rest part 400 includes a first rotation plate 410 , a first support arm 420 and a first holding plate 430 . The first rotation plate 410 has a plate shape with a predetermined thickness and is located between the first housing 100 and the main plate 300 . A first through hole 411 penetrating the first rotation plate 410 is formed at the center of the first rotation plate 410 . A guide protrusion 310 located on one side of the main plate 300 is inserted into the first through hole 411 and fitted thereto, whereby the first rotation plate 410 is rotated around the guide protrusion 310 .

The first support arm 420 extends from one edge of the first rotation plate 410 and has a predetermined length. In the first support arm 420, a plurality of first fastening grooves 421 are formed at regular intervals along the lengthwise direction. The distance between the first fastening grooves 421 may be adjusted at equal intervals or arbitrarily by those skilled in the art.

The first support plate 430 is coupled to the first support arm 420 and slides along the length of the first support arm 420 . At this time, a first fastening protrusion 431 inserted into the first fastening groove 421 protrudes from one side of the first holding plate 430 . That is, when the first fastening protrusion 421 is inserted into the first fastening groove 431, the first holder plate 430 is fixed to the first support arm 420, and the first holder plate 430 is fixed to the first support arm 420 with a predetermined torque or more. ) is pulled or pushed, the first fastening protrusion 421 is separated from the first fastening groove 431 and the first holding plate 430 slides. Therefore, the length of the shoulder part 400 can be adjusted according to the type and size of clothes to be mounted by sliding the first holding plate 430 in one or the other direction along the longitudinal direction of the first support arm 420. .

Meanwhile, a first guide groove 423 is further formed on the first support arm 420 to limit a sliding distance of the first support plate 430 along the longitudinal direction. In addition, a first guide protrusion 433 fitted into the first guide groove 423 is formed on the first mounting plate 430 . Accordingly, a phenomenon in which the first holding plate 430 is separated from the first support arm 420 may be prevented by limiting the maximum extension length of the first holding plate 430 .

Referring to FIGS. 2 and 3 , the second shoulder part 5000 includes a second rotation plate 510, a second support arm 520, and a second support plate 530, and the second rotation plate 510 A second through hole 522 is formed in the second support arm 520. A second fastening groove 521 and a second guard groove 523 are formed. A second fastening protrusion 522 detachably attached to the groove 521 and a second guide protrusion 533 inserted into the second guide groove 523 are formed.

The second shoulder-hanging part 500 is symmetrical with the first shoulder-hanging part 400, and the same configuration and effect as the first shoulder-hanging part 400 can be obtained. conform to

Meanwhile, referring to FIG. 2 ,

air fresheners

440 and 540 are further provided at left and right lower ends of the first and

second holding plates

430 and 530 . At this time, first and second air freshener covers 432 and 532 fastened respectively are provided at the lower ends of the first and

second holding plates

430 and 530, and the

air fresheners

440 and 540 are seated or placed on the first and second air freshener covers 432 and 532. It is mounted and accommodated inside the first and

second holding plates

430 and 530 . The

air fresheners

440 and 540 may be provided as deodorants and dehumidifiers, and the first and second air freshener covers 432 and 532 are formed in a detachable structure, and various products can be stored and used according to the user's choice.

2 and 4, the pressing lever 700 is seated on the other side of the second housing 200, and the connecting shaft 710 is on one side of the pressing lever 700 facing the second housing 200. it protrudes The connecting shaft 710 passes through the first and

second housings

100 and 200 , the first and

second rotation plates

410 and 510 , and the main plate 300 and is coupled to the fixing plate 600 . When the pressure lever 700 is pressed, the connecting shaft 710 moves the fixing plate 600 while being guided to the inner surface of the support hole 311 .

At this time, a lever elastic body 1000 for elastically supporting the pressing lever 700 is further provided between the pressing lever 700 and the second housing 200 . Therefore, when the pressing lever 700 is pressed, the fixing plate 600 is moved to one side, and when the pressing is released, the pressing lever 700 returns to its original position together with the fixing plate 600 by the elasticity of the lever elastic body 1000. .

Referring to FIGS. 2 and 4 , the first rotation plate 410 has a first through hole 411 and a first fixing hole 412 penetrating the first rotation plate 410 between the edge of the first rotation plate 410 . ) is formed. At least two first fixing holes 412 are spaced at regular intervals along the rotation radius of the first rotation plate 410 with the first through hole 411 as the center.

And, a first guide groove 413 drawing a constant radius of curvature around the first through hole 411 is formed at the edge of the first rotation plate 410 . The first guide groove 413 extends along the rotation radius of the first rotation plate 410 .

A second fixing hole 512 penetrating the second rotation plate 510 is also formed in the second rotation plate 510 between the second through hole 511 and the edge of the second rotation plate 510 . At least two second fixing holes 512 are formed at a predetermined interval along the rotation radius of the second rotation plate 410 with the second through hole 511 as the center.

In addition, a second guide groove 513 extending along the radius of rotation of the first rotation plate 410 rotating around the second through hole 411 is further formed at the edge of the second rotation plate 510. .

Meanwhile, first and

second fixing pieces

410h and 510h are protruded from each of the first and

second rotation plates

410 and 510 . One side of each of the pair of elastic members 800 is fastened to the first and

second fixing pieces

410h and 510h, respectively. Here, the elastic member 800 is preferably a coil spring.

And, in order to fix the pair of elastic members 800, first and second fixing

protrusions

304h and 305h are formed on both sides of the main plate 300, respectively, and the first and second fixing

protrusions

304h and 305h are respectively formed. ) is coupled to the other side of each elastic member 800 to elastically support the first and

second rotation plates

410 and 510 .

At this time, the first and

second rotation plates

410 and 510 are seated at the edges of the first and

second rotation plates

410 and 510 in order to achieve smooth rotation of the first and

second rotation plates

410 and 510 due to the elasticity of the elastic member 800. and second

curvature seating grooves

414 and 415 are formed. The first and second curvature seating grooves 414 and 515 are formed along the radii of rotational curvature of the first and

second rotation plates

410 and 510 .

Accordingly, the elastic member 800 may allow the first and

second rotation plates

410 and 510 to rotate smoothly while being stretched or compressed along the rotation radius of the first and

second rotation plates

410 and 510 .

Referring to FIG. 4 , the fixing plate 600 includes a moving plate 610 , a first fixing protrusion 610 and a second fixing protrusion 620 . The moving plate 610 has a predetermined thickness and is coupled to the connecting shaft 710 of the pressing lever 700 to move depending on whether the pressing lever 700 is pressed.

The first fixing protrusion 620 and the second fixing protrusion 630 intersect with the vertical rotation direction of the first and second shoulder rests 400 and 500 on one surface of the moving plate 610 facing the first housing 100. It is formed protruding in the horizontal direction.

The first fixing protrusion 620 is inserted into any one of the plurality of first fixing holes 412 when the first shoulder rest 400 rotates and blocks the rotation of the first rotation plate 410 .

The second fixing protrusion 630 is inserted into any one of the plurality of second fixing holes 512 when the second shoulder rest 500 rotates and prevents the second rotation plate 510 from rotating.

The first and second fixing

protrusions

620 and 630 control rotation of the first and second shoulder rests 400 and 500 while inserting and withdrawing the first and second fixing holes 412 and 512 according to the movement of the moving plate 610. can do.

The second fixing protrusion 630 is formed to have a longer length than the extended length of the first fixing protrusion 620 . The first and second fixing

protrusions

620 and 630 pass through the first housing 100 . The second fixing protrusion 630 extends to a longer length than the first fixing protrusion 620 to be inserted into the second fixing hole 512 through the first rotation plate 410 and the main plate 300 . At this time, since the second fixing protrusion 630 passes through the first guide groove 413, it does not affect the rotation of the first rotation plate 410.

The first and second fixing

protrusions

620 and 630 always remain inserted into the first and second fixing holes 412 and 512, but only when the pressure lever 700 is pressed, the first and second fixing holes 412 and 512 is drawn from

This will be described in more detail with reference to FIG. 4 .

When the user wants to change the angle formed by the first and second

shoulder rest parts

400 and 500, the pressing lever 700 is gradually pressed with a constant pressure. Then, the elastic member 800 is compressed, and the first and second fixing

protrusions

620 and 630 are drawn out of the first and second fixing holes 412 and 512 . Accordingly, the first and

second rotation plates

410 and 510 can be rotated by the elastic force of the elastic member 800 .

Thereafter, when the pressure pressing the pressure lever 700 is released, the first and second shoulder rests 400 and 500 rotate and the first and second fixing protrusions attach to the first and second fixing holes 412 and 512 adjacent to each other. (620,630) is inserted. At this time, since the elastic member 1000 elastically supports the pressing lever 700 in the opposite direction to the pressing direction of the pressing lever 700, the first and second fixing

protrusions

620 and 630 smoothly adjoin the other first and second fixing

protrusions

620 and 630. It may be inserted into the second fixing holes 412 and 512 .

The second fixing protrusion 620 always maintains a state inserted into the first guide groove 413 . Through this, the rotation angle of the first rotation plate 410 can be limited by the extended distance of the first guide groove 413, and indiscriminate rotation of the first shoulder rest part 400 can be prevented. In addition, stoppers 415 may be further formed at both ends of the first guide groove 413 to prevent the first rotation plate 410 from further rotating beyond a certain range in contact with the second fixing protrusion 620. .

Such a one-touch foldable coat hanger of the present invention has the advantage of being easy to carry and store because the first and second shoulder rests 400 and 500 can be unfolded or folded by pressing the pressing lever 700 with a hand.

Claims

a main plate 300 having guide protrusions 310 through which a support hole 311 is formed at the center thereof on both sides;

A first shoulder rest part 400 coupled to one end of the guide protrusion 310 and rotating;

a second shoulder-hanging part 500 coupled to the other end of the guide protrusion 310 and rotating so as to be symmetrical with the first shoulder-resting part 400;

The first and second shoulder-hanging parts 400 and 500 pass through the first and second shoulder-resting parts 400 and 500 and the main plate 300 so that the first and second shoulder-resting parts 400 and 500 are rotated and fixed. A fixed plate 600 that is coupled or uncoupled;

a pressure lever 700 controlling the fixing plate 600 so that the first and second shoulder rest parts 400 and 500 and the fixing plate 600 are coupled or disengaged;

a pair of elastic members 800 coupled to the main plate 300 and the first and second shoulder-resting parts 400 and 500 to elastically support the first and second shoulder-resting parts 500;

A portable foldable hanger comprising a.
According to claim 1,

The first and second shoulder-hanging parts 400 and 500 are

second and second rotation plates 410 and 510 having first and second through holes 411 and 511 into which the guide protrusion 310 is inserted;

first and second support arms 420 and 520 extending from one side of each of the first and second rotation plates 410 and 510 and having a plurality of first and second fastening grooves 421 and 521;

First and second fastening protrusions 431 and 531 coupled to the first and second support arms 420 and 520, sliding along the longitudinal direction, and inserted into the first and second fastening grooves 421 and 521 are formed on one side. Including; first and second holding plates 430 and 530 to be,

A portable foldable hanger, characterized in that guide grooves 423 and 523 limiting sliding lengths of the first and second holding plates 430 and 530 are further formed on the first and second support arms 420 and 520.
According to claim 2,

The first and second rotation plates 410 and 510 have first and second fixing pieces 410h and 510h to which one side of the elastic member 800 is fastened, respectively.
According to claim 3,

At the edges of the first and second rotation plates 410 and 510, first and second curvature seating grooves 414 and 514 are formed, respectively, drawing radii of rotational curvature of the first and second rotation plates 410 and 510,

The elastic member 800 seated in the first and second curvature seating grooves 414 and 514 is stretched or compressed along the radii of rotation of the first and second rotation plates 410 and 510. Portable foldable clothes hanger.
According to claim 4,

The first and second rotation plates 410 and 510 are formed with at least two first and second fixing holes 412 and 512 spaced apart at regular intervals along the rotation direction,

At the edge of the first rotation plate 410, a first guide groove 413 drawing a constant radius of curvature around the first through hole 411 and stoppers 415 protruding from both ends of the guide groove 413 are provided. A portable folding hanger, characterized in that further formed.
According to claim 5,

The fixed plate 600 includes a moving plate 610 coupled to the pressing lever 700;

a first fixing protrusion 620 inserted into any one of the plurality of first fixing holes 412 and protruding from one side of the moving plate 610;

A second fixing protrusion 630 inserted into one of the plurality of second fixing holes 512 on one side of the moving plate 610 and having a shorter length than the first fixing protrusion 620; A portable foldable hanger characterized in that to do.