JP4994346B2 - Hanger anti-slip structure - Google Patents

Description

  The present invention relates to a hanger anti-slip structure.

2. Description of the Related Art Conventionally, a clothes hanger anti-slip structure has a structure in which a sheet-like member is attached to a shoulder receiving portion on which a shoulder portion of a garment is hung to prevent the garment from slipping, as described in Patent Document 1, for example. It was. Further, as described in Patent Document 2, there is a structure in which a cap-like member is fitted to the end portion of the shoulder receiving portion to prevent the clothing from slipping.
Registered Utility Model No. 3043700 Japanese Examined Patent Publication No. 7-106171

However, the structure in which the sheet-like member is adhered has a problem in that the end of the sheet-like member is easily turned and peeled when the clothes are removed. Furthermore, there is a problem that the adhesive of the sheet-like member remaining on the hanger body adheres to the clothes and becomes dirty.
Moreover, the structure which fits a cap-shaped member had to respond | correspond the shape of the shoulder receiving part of a hanger main body, and a cap-shaped member. Further, since the cap-shaped member is box-shaped (bottomed cylindrical shape), there is a problem that the degree of freedom of elastic deformation is low and the mounting is very difficult. Further, in the case where the shoulder receiving portion has an enlarged bulging shape as it goes toward the end portion, it is difficult to attach the cap-shaped member. If the opening of the cap member is formed large corresponding to the bulging end, there is a problem that the adhesion is impaired and the cap member slides down with the clothing.

  Accordingly, an object of the present invention is to provide a hanger anti-slip structure that can reliably prevent clothing from slipping or losing its shape in response to shoulder receivers of various shapes without using an adhesive.

In order to achieve the above object, a hanger anti-slip structure according to the present invention comprises a hanger body for hanging clothes, and a cylindrical net member made of an elastomer that can be expanded and contracted elastically. Each of the net members is attached to each other in an outer fitting shape , and the net member is folded back to form a stepped portion for hooking the garment string portion on the shoulder support portion .

Further, the net member is attached so as to be movable in the longitudinal direction of the shoulder support portion (so that the longitudinal position can be changed and adjusted) .
Also, in which the length of the natural state of the net member, and 90% or less than 20% of the longitudinal dimension of the shoulder receiving section.
The net member is formed by cutting a long cylindrical body of an extruded elastomer into a predetermined short dimension.

  According to the anti-slip structure of the hanger of the present invention, it is possible to prevent the clothing from slipping at the shoulder receiving portion and to easily prevent the clothing from slipping or the clothing from being deformed. A hanger body having various shapes of shoulder supports can be easily provided with an anti-slip function for clothing. Moreover, the anti-slip | skid effect | action of clothing can be obtained without using an adhesive, and the stain | pollution | contamination of clothing can be prevented.

Hereinafter, the present invention will be described in detail with reference to the drawings illustrating embodiments.
FIG. 1 is a perspective view showing an embodiment of the hanger anti-slip structure of the present invention.
The hanger anti-slip structure of the present invention includes a hanger body 2 having a pair of synthetic resin shoulder receiving portions 20 and 20 on which the shoulder portion of the garment A is hung, and a shoulder receiving portion 20 and 20 that are externally fitted to each other. A cylindrical net member 1, 1 to be worn;

The hanger body 2 has a mountain-shaped collar receiving portion 21 made of a synthetic resin to which a metal hanging hook member 22 is attached at the top and receives a collar portion of a garment. The pair of shoulder receiving portions 20 and 20 are integrally formed by resin molding so as to project obliquely forward and downward from both sides of the collar receiving portion 21. Further, the end portion 20a of the shoulder receiving portion 20 has a bulging shape (except for the most advanced portion) toward the tip.
Here, the protruding direction of the shoulder receiving portion 20 (the direction of the arrow N in FIG. 1) is referred to as the longitudinal direction N of the shoulder receiving portion 20. Further, the length from the collar receiving part 21 from the inverting section 5 of the shoulder receiving portion 20 to the tip of the shoulder receiving portion 20 and a longitudinal dimension L _20.

  The net member 1 is made of a thermoplastic polyester-based elastomer, and is elastically deformable (highly restored to a natural state by elastic force). An anti-slip member capable of imparting sufficient frictional resistance to clothing. In the present invention, “elastomer” is defined as a polymer substance exhibiting rubber-like elasticity.

  Further, the net member 1 is elastically fitted by a force that contracts toward the shoulder receiving portion 20 due to its own elasticity. If it is held at a fixed position of the shoulder receiving portion 20 by elastic force and frictional force without using an adhesive, and an external force is applied by a human hand in the longitudinal direction N, it can be moved (position can be changed). The net member 1 is elastically deformed corresponding to the shape of the shoulder receiving portion 20 at the moving destination (at least on the upper surface, the left and right rear surfaces, and the front surface of the shoulder receiving portion 20) and is attached in close contact.

FIG. 2 shows an example of the net member 1. Fig.2 (a) is a top view, FIG.2 (b) is BB sectional drawing of Fig.2 (a).
The net member 1 has a cylindrical shape in a natural state, and the length L ₁ in the natural state is set to 20% to 90% of the longitudinal dimension L ₂₀ of the shoulder receiving portion 20. This is because if it is shorter than 20%, sufficient frictional resistance cannot be imparted even if it contacts the garment A, and slipping or losing shape cannot be prevented. On the other hand, if it is larger than 90%, the frictional resistance becomes too large when attaching to the shoulder receiving portion 20, and it becomes difficult to attach and detach the net member 1. Further, it is difficult to move in the longitudinal direction N. Incidentally, the length L _1, and more preferably set as 50% to 30% or more longitudinal dimension L _20.

  The net member 1 is composed of a linear member 11 having a small diameter such as a circular cross section, a polygon, or an ellipse made of an elastomer, and includes a large number of linear members 11a (11) on the inner diameter side and an outer diameter side. It has many linear members 11b (11).

As shown in the simplified perspective view of FIG. 3, the net member 1 has a rhombic mesh (net) -like wall portion formed by a large number of linear members 11 (11 a and 11 b) extruded from an extruder (not shown). A long cylindrical body 10 made of an elastomer is cut into a predetermined short dimension and formed. The predetermined short dimension is a dimension that becomes the above-described length dimension L ₁ in a natural state after cutting.

Elongated tubular body 10, together with the linear member 11a of the inner diameter side extruded from the inner diameter side die which rotates in one direction of the axis L ₀ around becomes spiral in one direction of the axis L ₀ around the shaft linear member 11b of the outer diameter side extruded from the outer diameter side die which rotates in the other direction of the heart L ₀ around becomes spiral in the other direction of the axis L ₀ around, the linear member 11a, crossing unit of 11b Are integrally fused (bonded) to form a rhombus-like wall portion in plan view.

In this way, the net member 1 formed in a three-dimensionally intersecting rhombus network has stretchability (flexibility) in the radial direction of the axis L ₀ . It has a high degree of freedom of deformation and a sufficient restoring force due to elastic force. Further, a slight unevenness (about the diameter of the linear member 11) is formed on the outer peripheral side, so that the frictional resistance against the clothing A in contact can be sufficiently increased.

The usage method (action) of the hanger anti-slip structure of the present invention described above will be described.
The end 20a of the shoulder receiving portion 20 is inserted into the net member 1 by a human hand, and the net member 1 is attached to the shoulder receiving portion 20 in a covering shape. As shown in FIG. 4, the net member 1 is elastic in a mouth-opening shape (so that it is swallowed) along the outer shape (the surface facing the inner surface of the clothing A) even when the end 20a is bulging. It deforms and is securely attached to the shoulder receiving portion 20 in a flexible manner corresponding to the shape of the end portion 20a.

  The net member 1 slides (moves) in the longitudinal direction N by an external force by a human hand and easily gets over the end portion 20a. Even a portion thinner than the end portion 20a in the shoulder receiving portion 20 is attached in close contact with its own elastic force (self-restoring force). For example, although not shown, the net member 1 moves in the longitudinal direction of the shoulder receiving portion 20 even in the shoulder receiving portion 20 formed in an uneven wave shape, and is attached in a close contact manner at a predetermined position corresponding to the clothing A. Worn.

  When the garment A is hung on the hanger body 2, the net member 1 is interposed between the shoulder receiving portion 20 and the shoulder portion of the garment A as shown in the simplified cross-sectional view of the main part shown in FIG. 5 and 6, the inner and outer double linear members 11a and 11b shown in FIGS. 2 and 4 are shown in a simplified manner. The net member 1 is in surface contact with the inner surface of the garment A that is hung and prevents frictional slippage and sliding off from the shoulder support portion 20 by frictional resistance. In appearance, large irregularities are not formed on the shoulder portion of the clothing A, and the beauty of the clothing A is maintained (displayed at the store).

Here, when the shoulder portion of the garment A such as a dress or a camisole is a linear member or a narrow strip member, the string portion (string or strip) a of the garment A has a contact area with the net member 1. Since it is small, sufficient frictional resistance may not be obtained.
Therefore, as shown in FIG. 6, when the net member 1 is folded back so as to be turned outward, a latching stepped portion 30 to which the string portion a of the clothing A can be locked is formed in the shoulder receiving portion 20. By forming the latching step portion 30 closer to the end portion 20a than the string portion a, the net member 1 acts as a stopper (contact member) to prevent slipping. A latching stepped portion 30 that is difficult for the string portion a to get over is formed.

  The design of the present invention can be changed. For example, the outer shape of the hanger body 2 can be a single character or a mountain shape. The material of the hanger body 1 is free of wood or metal. Moreover, the mesh shape of the net member 1 is free, such as a lattice shape.

  As described above, the present invention includes the hanger body 2 for hanging the garment A and the tubular net member 1 made of an elastomer, which can be expanded and contracted elastically. Since the net members 1 and 1 are attached in an outer fitting shape, the garment A can be prevented from slipping at the shoulder receiving portion 20, and the garment can be easily prevented from slipping or losing its shape. The hanger body 2 having the shoulder receiving portions 20 of various shapes can be given a function of preventing the garment A from slipping. The anti-slip action of the garment A can be obtained without using an adhesive, and the garment A can be prevented from being soiled by the adhesive. The net member 1, which is a non-slip, can be easily detached from the hanger body 2. Further, since the net member 1 is made of an elastomer, sufficient flexibility and elasticity for accommodating the shoulder receiving portion 20 can be obtained. Sufficient frictional resistance can be imparted to clothing A, and yellowing or color stains can be prevented from being imparted to clothing A.

  Further, since the net member 1 is attached so as to be movable in the longitudinal direction N of the shoulder receiving portion 20 (by a human hand), the clothing A having a wide shoulder width, the collar opening and the neck opening are greatly opened (hanger body 2 Corresponding to the shape of various clothing A such as clothing A with a small shoulder allowance), it can surely prevent slipping and losing shape.

  Further, since the net member 1 is folded back and the shoulder step portion 20 is formed with the stepped portion 30 for the strap portion a of the clothing A, the strap portion a of the clothing A can be prevented from slipping. Even if the garment A has a string portion (string-shaped or belt-shaped shoulder portion) a that has a small contact area with the net member 1 and cannot provide sufficient frictional resistance, it will slip and lose shape due to the latching (locking). Can be prevented.

Further, since the length L ₁ in the natural state of the net member 1 is set to 20% or more and 90% or less of the longitudinal dimension L ₂₀ of the shoulder receiving portion 20, sufficient frictional resistance is given to the garment A, It can prevent out of shape. The net member 1 can be easily attached and detached from the hanger body 2 without excessively increasing the frictional resistance (while preventing slippage).

Since the net member 1 is formed by cutting a long cylindrical body 10 of an extruded elastomer into a predetermined short dimension, the net member 1 can be mass-produced easily and inexpensively. Easily and the length L ₁ corresponding to the longitudinal dimension L ₂₀ of the shoulder receiving portion 20 of the hanger body 2 rapid response.

It is a perspective view which shows embodiment of this invention. It is a figure which shows an example of a net member, (a) is a top view, (b) is BB sectional drawing of (a). It is a perspective view which shows an example of a elongate cylindrical body. It is a simple perspective view explaining an effect | action. It is a simplified principal part sectional view explaining an operation. It is a simplified principal part sectional view explaining an operation.

Explanation of symbols

1 Net member 2 Hanger body
10 Long cylindrical body
20 Shoulder support
30 Stepping part for hanging A Clothing a String part L ₁ Length dimension L ₂₀ Longitudinal dimension N Longitudinal direction

Claims (4)

A hanger body (2) for hanging clothes (A), and a cylindrical net member (1) made of elastomer that can be expanded and contracted elastically, and comprising shoulder supports (20) and (20) of the hanger body (2) The net members (1) and (1) are attached to each of them in an outer fitting manner , and the net member (1) is folded back and the garment (A) is strapped to the shoulder support (20). Hanger anti-slip structure characterized by forming stepped portion (30) for latching of portion (a) .   The hanger anti-slip structure according to claim 1, wherein the net member (1) is attached so as to be movable in the longitudinal direction (N) of the shoulder support (20). The natural state of the net member (1) the length (L _1), the longitudinal dimension (L ₂₀₎ of claim 1 or 2 wherein the 20% or more and 90% or less of the shoulder receiving section (20) Hanger anti-slip structure. The hanger anti-slip structure according to claim 1, 2 or 3, wherein the net member (1) is formed by cutting a long tubular body (10 ) of an extruded elastomer into a predetermined short dimension .

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