JP2005304642A - Collapsible hanging device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a compact collapsible hanging device capable of hanging many T-shirts and underwear as much as possible and formed of the minimum number of components at a low cost. <P>SOLUTION: This collapsible hanging device for hanging a hanger and the like to a wall comprises two upper/lower suction cups 2 and 3 and two upper/lower support arms 7 and 11 to vertically form a triangle relative to the support wall face. The upper sucker and one tip part of the upper support arm are connected to the projecting piece 4 of the upper suction cup, and the other tip of the upper support arm is formed of a shaft contact hole 9. The projecting piece 22 of the lower suction cup is provided with a means of supporting the tip of one part of the lower support arm, whose one part has a rod shape and other part is formed with a shaft contact hole 13, and the shaft contact holes 15 of both support arms are turnably connected by a pin 16 having locking parts 17 and 18 in its both ends and a hanging hook 19 in its central part. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The product of the present invention is an assembly-type hanger that suspends a portable hanger or the like on a wall surface or the like.

The product of the present invention is a related invention of the following patent filed by the same inventor as the previous invention and filed by the same applicant.
(Application number: Japanese Patent Application No. 2003-375269)

In the assembling-type lifting device of the above-mentioned invention filed earlier, a suction sucker is used as the two upper and lower suction cups used to vertically stand the triangle with respect to the support wall.

The structure of connecting the upper suction sucker and one end of the upper support arm of the assembly type lifting device of the above-mentioned invention previously filed is pivotally attached to a piece for adsorbing the upper suction sucker.

The structure of connecting the lower suction sucker and the tip of the lower support arm of the assembly type lifting device of the above-mentioned invention previously filed forms a tray for placing the tip of the lower support arm on a piece for adsorbing the lower suction sucker, The tip of the lower support arm was placed on the tray and connected.

The suction suction cup referred to in the above invention is hemispherical, the outer side is formed of a hard material, the inner side is formed with a flexible hemispherical suction cup, and the inner suction cup is formed in the outer hemispherical shape. and connected at one for adsorption that is, by actuating the strips for adsorption formed on a semi-spherical outer, in the manner of a pump, between the wall surface and the inner suction cup becomes semi vacuum It is a device that strongly adsorbs to the wall surface.
On the other hand, the suction cup referred to in the present invention is an instrument that is made of a hemispherical and flexible material and presses against a wall surface or the like to reduce the pressure inside the hemisphere to adsorb it.
The suction suction cup has a stronger holding force and is more expensive than a normal suction cup.

Previously filed prefabricated sling of the invention, although the suction sucker can hold the suspended load to a strong, and T-shirts, the suction suckers all of the suction cup since it is intended to hang out underwear, hosiery In some cases, a strong holding force before use is not necessary, and the suction sucker is expensive in price.

The assembly-type lifting device of the above-mentioned invention filed earlier has a configuration in which the tip of the lower support arm is placed on a tray formed on the lower suction cup, so that the parts are separated and there is a risk of loss.

Prefabricated sling of the invention filed previously is using the suction suckers with two vertical, in order to adsorb the suction sucker on the wall actuates the piece formed on an outer hemispherical for adsorption It is necessary, and it is difficult to adsorb the upper and lower suction suckers on the wall surface by one operation at the same time.

  In order to solve the above-mentioned problems, the present invention is an assembly-type suspension for suspending a hanger or the like on a wall surface. It consists of two suction cups and two upper and lower support arms. One tip of the upper suction cup and the upper support arm is connected to the convex piece of the upper suction cup, and the other tip of the upper support arm is axially connected. A hole is formed, and the convex piece of the lower suction cup is provided with means that can support one end of the lower support arm, one of which is rod-shaped and the other is formed with an axial contact hole, and has locking portions at both ends. The present invention provides an assembling-type lifting tool in which the shaft contact holes of both the supporting arms are rotatably connected with a pin having a hanging hook at the center.

A suction suction cup may be used as the upper suction cup.

And in the said assembly-type hanging tool, as a means which provides the one front-end | tip part of the said lower support arm so that support is possible, the axial contact hole formed in the convex piece of the said lower suction cup, and one front-end | tip of the said lower support arm A shaft contact hole formed in the portion may be connected by a rotatable shaft.

Further, as a means for providing support for one end portion of the lower support arm, a tray for placing one end of the lower support arm may be formed on the convex piece of the lower suction cup.

  Furthermore, you may form a hanging hook in the convex piece of the said lower suction cup.

  In addition, a hanging hook may be formed on the saucer on which one end of the lower support arm is placed.

  A suspension hook may be provided on the lower support arm.

  Furthermore, you may form the convex piece which hangs a hanger etc. on the said lower support arm.

The connecting structure of the convex piece of the upper sucker and the one end of the upper support arm may be bonded to the convex piece of the upper sucker and the tip of the upper support arm, A shaft contact hole may be formed at the tip of the upper support arm and connected by a rotatable shaft.

  The assembly-type lifting device is set with a foldable hanger so that it can easily be used for laundry such as underwear and the like, using wall surfaces, tiles, glass, etc. in a hotel or hospital room of a travel destination. Can now be dried.

  Since the main purpose of the present invention is to dry T-shirts and underwear, it is not necessary to use an expensive suction sucker that exhibits a strong holding force as used in the previous invention, Only the upper suction cup uses a suction suction cup, and the lower suction cup can be an ordinary suction cup so that it can be provided at low cost.

  In the previous invention, since the used parts are separated, there is a risk of losing, but in the present invention, there is no risk of losing the used parts in the structure in which the used parts are integrated.

Previous invention, since uses suction suckers two upper and lower both in order to adsorb the suction sucker wall must actuate the piece for the structural adsorption suction sucker, prefabricated sling Although it was difficult to operate two suction suckers at the same time and adsorb them to the wall surface due to the configuration of the above, the present invention uses a normal sucker, so the lower arm and the lower sucker are connected by a rotatable shaft However, even if the assembly-type hanger is integrated, the two upper and lower suction cups can be simultaneously attracted to the wall surface by a single operation.

Compared to the assembly-type lifting device of the previously filed invention, the purpose of drying as much T-shirts, underwear and socks as possible in a compact size is provided at a low cost with a minimum number of parts. did.

FIG. 1 is an exploded view of an embodiment of the assembling-type suspension of the present invention in which one end of a lower support arm is placed on a receiving tray. Since the material is plastic or metal, it can be manufactured at a very low cost. it can.
The suction cups used in the present invention are hemispherical, as described above, made of a transparent, translucent, and flexible material. is there.
Since the present invention assembling type lifting device has a triangular shape upright with respect to the support wall 1, the upper suction cup 2 is formed with a convex piece 4, and the convex piece 4 is formed with an axial contact hole 5.
The upper support arm 7 has a length of about 18.5 cm, and a shaft contact hole 9 is formed at one tip 8 and a shaft contact hole 15 having a diameter of about 7 mm is formed at the other tip 10.
There is a shaft 6 that connects the shaft contact hole 5 of the convex piece of the upper suction cup and the shaft contact hole 9 at one end of the upper support arm.
The lower support arm 11 has a length of about 20 and 5 cm. An axial contact hole 15 having a diameter of about 7 mm is formed at one tip 12 and the other tip 14, and a convex piece for hanging a hanger or the like in the middle of the length. 21 is formed.
The convex piece 22 of the lower suction cup 3 has a receiving tray 23 on which one end 12 of the lower support arm 11 is placed and a hanging hook 24. The connection pins 16 of the upper and lower support arms 7 and 11 have a diameter of about 6 mm. The assembly-type hanger having both ends of the locking portions 17 and 18 and a hanging hook 19 at the center of the pin.

FIG. 2 is an assembly perspective view of an embodiment of the present invention-assembled hanger in which one end of the lower support arm is placed on a receiving tray.
One end 8 of the upper support arm 7 is inserted into the convex piece 4 of the upper suction cup 2, and the axis is inserted into the axial contact hole 5 of the convex piece of the upper suction cup and the axial contact hole 9 at one end of the upper support arm. By passing 6, the convex piece 4 of the upper suction cup and the upper support arm are connected.
By connecting the connecting pin 16 from the inside of each of the shaft contact hole 15 formed at the other tip of the upper support arm 7 and the shaft contact hole 15 formed at the other tip 14 of the lower support arm 11, both supports are supported. The arms 7 and 11 are coupled so as to be rotatable with a suspension hook 19 provided on the connection pin 16 therebetween.

1 and FIG. 2 adsorbs the lower suction cup 3 to the support wall 1, and the receiving tray 23 formed on the convex piece 22 of the lower suction cup 3 has one of the lower support arms. By assembling the tip 12, an assembly-type lifting tool that vertically stands a triangle with respect to the support wall 1 can be formed.

By forming the lower support arm 11 with the shaft 20 through which the hole of the suspension hook is passed and the protruding piece 21 for hooking the hook, a large number of suspension hooks 27 with a shaft contact hole and conventional hangers can be hung.

FIG. 3 is an exploded view of a structure in which the lower suction cup and the lower support arm are connected by a shaft of the assembly-type lifting device of the present invention.
The material and the structure of the connecting pin of the upper suction cup, the upper support arm, and the upper and lower support arms are the same as the structure of the assembly-type suspension shown in FIG.
A different point is a coupling structure of the lower support arm and the lower suction cup.
A shaft contact hole 13 is formed at one end of the lower support arm. A shaft contact hole 25 is formed in the convex piece 22 of the lower suction cup 3, and a shaft 26 that connects the shaft contact hole 25 of the convex piece 22 of the lower suction cup and the shaft contact hole 13 of one end 12 of the lower support arm. There is.

FIG. 4 is an assembly perspective view of a structure in which the lower suction cup and the lower support arm of the assembly type lifting device of the present invention are connected by a shaft.
The connection structure of the upper suction cup and the upper support arm is the same as that of the assembly-type lifting tool shown in FIG.

  The difference is that one end 12 of the lower arm 11 is inserted into the convex piece 22 of the lower suction cup 3, and the connecting shaft 26 is connected to the axial contact hole 25 of the convex piece of the lower suction cup and the one end 12 of the lower support arm. By passing through the hole 13, the convex piece 22 of the lower suction cup and the lower support arm 11 are rotatably connected.

3 and FIG. 4, the upper suspension cup 2 is adsorbed to the support wall 1, and the lower suction cups are arranged so that the upper and lower support arms 7 and 11 are vertically arranged on the support wall. By adsorbing 3, an assembling-type lifting tool that vertically stands a triangle with respect to the support wall 1 can be formed.

FIG. 5 is an exploded view of a structure in which the suction cup is used as the upper suction cup, the normal suction cup is used as the lower suction cup, and the lower suction cup and the lower support arm are connected by a shaft.
The suction sucker referred to in the present invention is hemispherical, the outer side is formed of a hard material, a flexible hemispherical suction cup is formed on the inner side, and the inner suction cup is formed on the outer hemispherical shape. It is connected to the piece for adsorption and by operating the piece for adsorption formed in the outer hemispherical shape, the space between the wall surface and the inner suction cup becomes a semi-vacuum state in the manner of the pump. It is a device that strongly adsorbs to the wall surface.
The structure of the assembly-type lifting device and the configuration of the other connection hole of the upper and lower support arms, the connection pin, the lower support arm and the lower suction cup are the same as the configuration of the assembly-type suspension shown in FIG. is there.
The difference is the upper suction cup and the coupling structure of the upper suction cup and the upper support arm.
A suction piece 31 formed on the upper suction cup 30 and one tip 8 of the upper support arm are pivotally attached.

FIG. 6 is a perspective view of a structure in which the suction cup is used as the upper suction cup, the normal suction cup is used as the lower suction cup, and the lower suction cup and the lower support arm are connected by a shaft.
The connection structure of the upper support arm and the lower support arm, and the connection structure of the lower suction cup and the lower support arm are the same as the structure of the assembly-type suspension shown in FIG.

  The difference is that the upper suction sucker 30 is pressed against the wall surface 1 by rotating the upper arm 7 bonded to the piece 31 for adsorbing the upper suction suction cup 30 against the upper suction suction cup 30. Adsorbed.

5 and FIG. 6, the upper suspension sucker 30 is adsorbed to the support wall 1, and the upper and lower support arms 7 and 11 are vertically lowered so that the triangle is upright on the support wall. By adsorbing the suction cup 3, an assembly-type lifting tool that vertically stands the triangle with respect to the support wall surface 1 can be formed by a series of operations.

FIG. 7 is a perspective view showing an example of use in which a folding hanger is set on the assembly-type lifting device of the present invention.
In this perspective view, an example is shown in which hanging hooks are suspended by providing hanging hooks at a total of three locations, one at the connection pin 16 and two at the lower support arm 11.

Exploded view of an embodiment in which the tip of the lower support arm is placed on a receiving tray The perspective view of the Example which put the front-end | tip of the lower support arm on the saucer An exploded view of an embodiment in which the convex piece of the lower suction cup is connected to the tip of the lower support arm An oblique view of the embodiment in which the convex piece of the lower suction cup and the tip of the lower support arm are connected. It is an exploded view of a structure in which a suction suction cup is used for the upper suction cup, a normal suction cup is used for the lower suction cup, and the lower suction cup and the lower support arm are connected by a shaft. It is a perspective view of a structure in which a suction sucker is used for the upper suction cup and a normal suction cup is used for the lower suction cup, and the lower suction cup and the lower support arm are connected by a shaft. The perspective view which shows the usage example which set the assembly-type hanging tool and the folding hanger

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Support wall surface 2 Upper suction cup 3 Lower suction cup 4 Convex piece of upper suction cup 5 Shaft contact hole of upper suction cup convex piece 6 Shaft which connects upper suction cup convex piece and upper arm 7 Upper support arm 8 One tip part of upper support arm 9 Axis contact hole 10 at one tip of the upper support arm The other tip 11 having the shaft contact hole of the upper support arm 11 Lower support arm 12 One tip 13 of the lower support arm 13 of the tip of the lower support arm Axis contact hole 14 The other tip 15 having an axial contact hole of the lower support arm 15 An axial contact hole 16 of the upper support arm and the lower support arm 16 A pin 17 for connecting the upper support arm and the lower support arm One latching portion of the pin 18 The other hooking part of the pin 19 The hanging hook 20 formed in the center part of the pin 21 The shaft 21 through which the hole of the hanging hook is passed 21 The protruding piece 22 for hooking the hook etc. The protruding piece 23 of the lower sucker Kettle 24 Hanging hook formed on the convex piece of the lower suction cup
25 Axial hole 26 of the convex piece of the lower suction cup 26 A shaft 27 connecting the convex piece of the lower suction cup and the lower arm 27 A hanging hook 28 with a hole for the axial contact Folding hanger 29 Laundry scissors 30 Upper suction sucker 31 Piece for

Claims (8)

An assembly-type suspension for suspending a hanger or the like on a wall surface, wherein the assembly-type suspension is made up of two upper and lower suction cups and two upper and lower support arms so as to stand a triangle vertically with respect to a supporting wall surface. The top end of the upper suction cup and the upper support arm are connected to the convex piece of the upper suction cup, and the other end of the upper support arm is formed with an axial contact hole. The lower support arm, one of which is rod-shaped and the other is formed with a shaft contact hole, is provided with a means capable of supporting, and a pin having a locking portion at both ends and a hanging hook at the center, An assembly-type hanger characterized in that the shaft contact holes of both support arms are connected so as to be rotatable. 2. The assembly-type lifting tool according to claim 1, wherein a suction suction cup is used as the upper suction cup. 3. The assembly-type hanger according to claim 1, wherein, as means for providing one end of the lower support arm so as to be supportable, an axial contact hole formed in a convex piece of the lower suction cup, and the lower support An assembly-type hanger characterized in that a shaft contact hole formed at one end of an arm is connected by a rotatable shaft. The assembling-type lifting tool according to any one of claims 1 to 3, wherein the lower suction cup has a convex piece as a means for providing one end portion of the lower support arm so as to be able to support the lower support arm. An assembly-type lifting device, wherein a tray for placing one end of an arm is formed. The assembly-type hanging tool according to claim 3, wherein a hanging hook is formed on the convex piece of the lower suction cup. 5. The assembly-type lifting device according to claim 4, wherein a suspension hook is formed on a tray on which one end of the lower support arm is placed. The assembly-type hanging tool according to any one of claims 1 to 6, wherein a suspension hook is provided on the lower support arm. The assembly-type hanging tool according to any one of claims 1 to 7, wherein a convex piece for hanging a hanger or the like is formed on the lower support arm.

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