JP2012239792A - Stopper member for laundry hanger - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a stopper member for laundry hanger capable of preventing the parallel movement of hangers on a laundry pole, which causes adjacent laundries to come close to each other and forms ill-ventilated space between the laundries and therefore prevents drying of the laundries, and also capable of preventing the laundries from dropping from the laundry pole due to strong winds.SOLUTION: A laundry hanger comprises a stopper member at a hook part. A hole is formed at one end of the stopper member so that the tip of the hook member passes through the hole. A hole for attaching the stopper member to the hook part and a cut part connecting to the hole are formed at the other end of the stopper member.

Description

The present invention relates to a stopper attached to a hook of a laundry hanger capable of preventing parallel movement of the laundry along the clothesline due to wind and preventing the laundry from falling from the clothesline due to strong wind. It relates to members.

When the laundry is to be hung on the clothesline, the laundry is directly hung on the clothesline without using a hanger or the like, or once hung on the hanger or the like and then hung on the clothesline. During outdoor drying, due to the influence of wind, the hangers may move in parallel along the clothesline and a plurality of laundry approaches. When a plurality of laundry approaches, ventilation between the laundry is deteriorated and drying of the laundry is prevented. Furthermore, depending on the wind speed, the laundry could fall from the clothesline.

To prevent the above problems, attach a ring support ring to the hook base of the laundry hanger and create a hanger body with a ring hook at the tip of the hook. When using the hook, hang the hook on a clothes rack, hook the clip O-ring placed on the hook base on the hook, and make the hook circular so that the hanger can be prevented from falling off. There was a hanger (Patent Document 1).

Certainly, with the above configuration, the laundry hung on the clothesline does not fall from the clothesline under the influence of the wind, but it is unavoidable that the laundry moves in parallel along the clothesline. And since it has a somewhat complicated structure, it takes time to remove the hanger from the clothesline. Furthermore, a special hanger having a special shape is required, and there is a problem that a versatile hanger that has been distributed in the past cannot be used.

There was also an invention relating to a hanger stopper provided with an R shape having a spring effect. This is an invention related to a hanger stopper that fits a hanger on a laundry together with a clothes hanger from above and fixes the hanger to the clothes hanger by a spring effect (Patent Document 2).

With such a configuration, the laundry hung on the clothesline does not fall from the clothesline under the influence of the wind and does not move in parallel with the wind. However, since the laundry hung on the hangers has to be dried, the hanger stopper must be set on each hanger as a further work.

Furthermore, there has also been an invention in which a tube-shaped guard component made of a material having flexibility and elasticity is attached to the hook portion of the hanger body so as to have adhesion to the clothesline (Patent Document 3).

  In the first place, the invention according to Patent Document 3 prevents the hook portions of the laundry hanging hangers from being tangled when the laundry hanging hangers are stored, and allows the hangers to be easily taken out one by one from the storage location. It is. As a secondary effect, even if there was adhesion between the guard part and the hanging basket, it was in line contact with the drying basket and was poor in adhesion.

JP 2011-399 A JP 2004-344615 A Japanese Patent No. 4454770

In the invention according to Patent Document 1, it seems that the laundry that is hung on the hanger suspended from the clothesline does not fall from the clothesline due to the wind, but the laundry is hung together with the hanger due to the wind. It is inevitable to translate along the ridge. And since the hanger which concerns on patent document 1 has a complicated structure, it takes an effort to remove a hanger from the clothesline. Furthermore, a special hanger having a special shape is necessary, and there is a disadvantage that a versatile hanger that has been distributed in the past cannot be used (Patent Document 1).

In the invention which concerns on patent document 2, since the laundry hung on the hanger is dried, a hanger stopper must be set to each hanger as a further operation | work, and it takes time (patent document 2). As in the invention according to Patent Document 3, even if the hook part of the hanger body is attached to a tube-shaped guard part made of a material having flexibility and elasticity, even if there is adhesion with a special item hanging basket, the guard The member is in line contact with the clothes-drying basket and has poor adhesion (Patent Document 3).

In order to solve the above-mentioned problems, the present invention is a stopper member attached to a hook part of a laundry hanger, and a hole part through which the stopper member is passed from the front end of the hook part in the vicinity of both ends of the stopper member It was set as the stopper member characterized by having.

Further, the present invention provides a stopper member to be attached to a hook part of a laundry hanger, wherein the stopper member is made of a material having flexibility, elasticity and non-slip property.

Furthermore, the present invention provides a stopper member that is attached to a hook part of a laundry hanger, wherein the material of the stopper member is silicon rubber.

Most of the stopper members of the laundry basket and the laundry hanging hanger are in surface contact with the laundry basket. The larger the area of the surface-contacted portion, the greater the frictional resistance. Therefore, even if the laundry is beaten by the wind, it is difficult to translate. In addition, the gap between the stopper member and the hook part for the laundry hanger is small, so even if the hook part is tilted by the wind and the hook part swings at the same time, the hook part and the hook part Since the portion has a degree of freedom with respect to the stopper member, the stopper member for the laundry hanger itself does not move, so that the stopper member remains in surface contact with the clothes-drying basket as usual. For this reason, even if it is beaten by the wind, the clothes hanger is not translated along the clothesline.

In addition, since an elastic member such as silicon rubber is attached so as to bridge the annular hook, when the hanger with the laundry set on the clothesline is suspended, the stopper made of the elastic member is caused by the weight of the laundry. It will be elastically deformed, further increasing the contact area between the stopper and the clothes-drying basket and improving the adhesion, thereby making it possible to stabilize the hanging state of the hanger.

Moreover, since the stopper member for the laundry hanger is made of a material with a high coefficient of friction, it has high adhesion to the laundry basket and prevents the hanger from moving in parallel along the clothesline. Can do.

The relationship between the diameters of the holes installed in two places of the stopper member for the laundry hanger according to the present invention and the diameter of the hook part of the hanger is very simple as long as the stopper member passes from the tip side of the hook part. Therefore, it can be handled with little concern about the diameter of the hook part of the hanger, which is versatile.

Further, since the stopper member for the laundry hanger is made of a material that can be easily dyed, such as silicon rubber or ethylene propylene rubber, it can be colorfully designed and has excellent fashionability. Furthermore, since the stopper member for the laundry hanging hanger has a very simple structure that is directly attached to the hook portion of the hanger, it is very easy to manufacture and the manufacturing cost can be reduced.

Overall view of a stopper member for a laundry hanger according to the present invention The front view which shows the state which attached the stopper member for the laundry drying hanger by this invention to the hook part of the hanger. The perspective view which shows the state which dried the laundry on the clothesline The front view which shows the state which attached the stopper member for the laundry drying hanger at the time of a strong wind to the hook part of the hanger.

Embodiments of the present invention will be described with reference to the drawings. FIG. 1 shows an overall view of a stopper member 10 for a laundry hanger according to the present invention. As the material of the stopper member 10, a material having a high frictional resistance with the clothes basket 40 such as silicon rubber is used. In the vicinity of both ends of the stopper member 10, there are holes 20 through which the stopper member 10 is passed from the tip of the hook portion 30 of the hanger.

The two hole portions 20 near both ends of the stopper member 10 can be set by extending the stopper member 10 along the hook portion 30 after passing through the hanger 50 from the tip of the hook portion 30. The stopper member 10 can be set on the hanger 50 by such an extremely simple operation. The hole diameter of the hole part 20 should just be larger than the diameter of the hook part 30 of a hanger, and it is not necessary to design especially according to the diameter of the hook part 30 of the hanger for laundry. However, as shown in FIG. 4, it is desirable that the diameter of the hanger be approximately equal when used in a strong wind.

FIG. 2 shows a state in which the stopper member 10 is attached to the hook part 30 of the laundry hanging hanger. The laundry basket 40 and the laundry hanging hanger stopper member 10 are in surface contact with the laundry basket 40. Since the area of the portion where the stopper member 10 and the hanging basket 40 are in surface contact is large, the frictional resistance between the stopper member 10 and the hanging basket 40 is increased. For this reason, even if the laundry is beaten by the wind, the hanger 50 is difficult to translate.

In addition, as can be seen from FIG. 2, since the gap between the stopper member 10 and the hook part 30 for the laundry hanger is small and the hook part 30 is slanted by the wind and tilted at the same time, the hook part 30 Even if it is swung, the hook portion 30 has a degree of freedom with respect to the stopper member 10, so that the stopper member 10 itself for the laundry hanger does not move. For this reason, even if it is beaten by the wind, the clothes hanger is not translated along the clothesline.

FIG. 3 shows a state in which a hanger with a laundry attached to the clothesline 40 is suspended. As described above, since the area of the portion where the stopper member 10 and the laundry basket 40 are in surface contact with each other is large, the frictional resistance is large, and it is difficult for the laundry to move in parallel even if it is blown by the wind. Therefore, as shown in FIG. 3, even if a plurality of laundry items are hung on the laundry basket 40, the hanger 50 moves in parallel along the laundry basket 40 due to the influence of the wind, and the plurality of laundry items approach each other. As the laundry approaches, the ventilation between the laundry is deteriorated and drying of the laundry is not hindered.

In addition, since an elastic member such as silicon rubber is attached so as to hang over the annular hook portion 30, when the hanger 50 in which the laundry is set on the laundry basket 40 is suspended, the stopper member 10 made of an elastic member is It will be elastically deformed by its own weight of the laundry, etc., increasing the contact area between the stopper member 10 and the laundry basket 40 and improving the adhesion, so that the hanging state of the hanger 50 can be made more stable.

FIG. 4 shows a state in which the stopper member 10 is attached to the hook portion 30 of the laundry drying hanger in a strong wind. By firmly surrounding the clothes hanger 40 with the stopper member 10 and the hook portion 30 for the clothes hanger, the hanger 30 on which the laundry is set moves in parallel along the clothes hanger 40 even in a strong wind. In addition, it is possible to prevent a plurality of laundry from approaching under the influence of strong winds, and it is possible to prevent the laundry from falling from the clothesline.

  The laundry hanger stopper member of the present invention is not limited to the above embodiment, and various modifications and combinations are possible within the scope described in the claims and the scope described in the specification. These modifications and combinations are also included in the scope of the right.

The laundry-hanging hanger stopper member of the present invention can be used in the industrial field relating to a laundry-hanging hanger that hangs laundry on a laundry basket and dries it.

DESCRIPTION OF SYMBOLS 10 Stopper member 20 Hole 30 Laundry clothes hanger hook 40 Washing basket 50 Laundry clothes hanger

Claims (3)

A stopper member attached to the hook part of the laundry hanger,
In the vicinity of both ends of the stopper member, there is a hole for passing the stopper member from the tip of the hook portion. The stopper member according to claim 1, wherein the stopper member is attached to a hook portion of a laundry hanger, wherein the stopper member is made of a material having flexibility, elasticity, and non-slip property. The stopper member according to claim 1 or 2, wherein the stopper member is made of silicon rubber, and is attached to a hook portion of a laundry hanger.

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