JPS6237452Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improvement of a handbag made of metal mesh. Here, the metal mesh is the second
As shown in the figure, thin metal plates a having engaging claws c are connected by a ring b.

Handbags made of metal mesh are widely used because of the unique texture created by the large number of thin metal plates, but the surface of the handbag tends to be flat. Therefore, the object of the present invention is to make the thin plate more freely movable so that light can be reflected in multiple directions by the thin plate, thereby giving the handbag more elegance.

For this reason, the present invention initially forms the hanging portion of the lid only with a metal mesh surface member, and by increasing the density of the metal mesh in the surface member, a gear is formed in the hanging portion of the lid.
I tried to give the thin plate in this part more freedom of movement. However, as shown in FIG. 3, when the hanging portion of the lid of the handbag 12 is formed only by the surface member 11 made of metal mesh, the hanging portion formed on the back side of the thin metal plate 13 at the edge thereof is There was a drawback that the claws 14 got caught on fabrics 15 such as clothes. In addition, 16 in the figure indicates a ring for connecting the thin small plates 13 to each other. For this reason, we formed a hanging part by attaching the normally used fabric back member to the metal mesh front member, but in this case, the cloth back member restricts the movement of the thin plates of the front member, and the ridges of the front member Reflection effect has been halved.

Therefore, the present invention allows the thin plate to move freely,
In addition, the bag is intended to prevent thin plates from becoming entangled, and is a hand bag in which all or part of the surface of the bag body is made of metal mesh, and at least the hanging portion of the lid body is made of a metal mesh surface member and the back surface. By connecting the metal mesh at the edges of both members, both members are integrated into a bag shape, and by increasing the density of the metal mesh in the surface member, ridges are formed on the surface member. This is a handbag that provides a unique handbag.

An example will be described below based on the drawings.

FIG. 1 is a perspective view of a handbag whose entire surface is made of metal mesh, with the left half of the lid 1 rolled up. The lid 1 consists of a top part 2 having a width equal to the width of the lintel, and a hanging part 3 extending from the top part 2. The surface of the top part 2 is also made of metal mesh, and a backing cloth 4 continuing from the back surface of the main body is applied to the back surface of the metal mesh, and a core material is inserted between the two. The hanging portion 3 consists of a front member 5 made of metal mesh and a back member 6 also made of metal mesh, and the thin metal mesh plates at the edges of both 5 and 6 are connected by a ring, so that the two are connected. 5 and 6 are integrated into a bag shape. The ring is engaged with an engaging pawl on the back surface of the thin plate, and the method of connection using the ring itself is similar to that of conventional metal meshes in general.

The thin plates used in the rows of this surface member 5 are:
This is 1.5 times the number of rows of the top 2 in which no ridges are formed, and in this example, 60 thin plates were used for the surface member 5 and 40 thin plates were used for the top 2. Therefore, the structure of the boundary between both 5 and 2 is as shown in Figure 2.
The area where the adjacent thin plates 2a, 2a' of the top part 2 are connected by one ring 2b, and the area where the adjacent thin plates 2a', 2a',
By repeating the process of attaching different rings 2b' and 2b'' to 2a'', the number of rings can be increased,
The thin plates 5a of the surface member 5 are attached to this. In Fig. 2, the distance between the small thin plates 2a of the top 2 is increased for explanation purposes, but in reality, the distance between them is 2.5 mm.
It is about 0.5 mm for a thin plate of mm square, and the thin plates 5a of the surface member 5 are attached at an angle corresponding to that amount, and a collection of these slopes forms a ridge 7 on the surface member 5. appears. For a width of 128 mm, a thin plate of 2.5 mm square is used, and the number of metal mesh meshes is 40 pairs.
If you set it to 60, around 8 ridges will appear.

The thin plates at the edges of the front member 5 and the back member 6 are connected by a ring as described above. The number of metal meshes on the back member 6 is 40, and the difference in the number of meshes at the lower edges of both members 5 and 6 can be adjusted in the same way as for connecting the front member 5 and the top part 2 described above. by. Furthermore, since there is no difference in the number of stitches between the left and right edges of both members 5 and 6, it is sufficient to connect the thin plates to each other with rings without changing the number of stitches, just as in the conventional case.

Although the number of meshes of the metal mesh of the back member 6 was set to 40 in this embodiment, it may be set to 60 similarly to the front member 5. Further, the structure of the top portion 2 may be the same as that of the hanging portion 3, and ridges may be formed on the entire lid 1. Also,
In addition to increasing the density of metal mesh by 1.5 times at once by increasing the number of meshes from 40 to 60 in one step,
The density of the metal mesh may be doubled or more by gradually increasing the number of meshes in several stages. Further, the density of the metal mesh may be increased only in the central portion of the surface member, and the density may not be increased in the left and right portions.

As described above, in the present invention, ridges are formed on the surface member by increasing the density of the metal mesh on the surface member of the hanging part of the lid body, so the degree of freedom of the metal mesh on the surface member is increased, and it can be adjusted to the movement of the handbag. The ridges of the metal mesh change and reflect light in many directions, giving the handbag a touch of elegance. In addition, a back member made of metal mesh was provided on the back of the front member of the hanging part, and the metal mesh at the edges of both were connected to integrate the two into a bag shape.
As shown in the figure, only the surfaces of the thin plates of both the front and back members 5 and 6 of the hanging portion are exposed to the outside, and the engaging claws on the back surface are arranged inside, that is, inside the bag. It never appears externally. Therefore, it is possible to completely prevent the engaging claws of the thin plates from getting caught on the fabric 15 such as clothes even at the edges. Moreover,
Since the back member is made of metal mesh rather than cloth, the back member does not interfere with the movement of the metal mesh of the front member, and the front member can move extremely freely. Furthermore, since both the front and back sides are made of metal mesh, the hanging portions can be given an appropriate thickness, making it possible to provide an elegant handbag.

[Brief explanation of the drawing]

1...lid, 2...top, 3...hanging part, 5...
...Surface member, 6... Back member, 7... Ridge, a...
Metal thin plate, b...ring, c...claw. Fig. 1 is a perspective view of a handbag according to an embodiment of the present invention, Fig. 2 is an enlarged structural explanatory view of the arrows in Fig. 1,
FIG. 3 is an explanatory diagram of a case where the hanging portion is composed only of the surface member.

Claims (1)

[Scope of utility model registration request] In a hand bag in which all or a part of the surface of the bag body is formed by a metal mesh formed by connecting a large number of thin plates having engagement claws on the back surface with a ring, at least the hanging portion of the lid body is made of a metal mesh surface. A member and a back member made of metal mesh are formed, and the thin plates at the edges of both metal mesh members are connected by a ring so that the engaging claws are arranged on the inside, thereby connecting both members. A handbag which is integrated into a bag shape and has ridges formed on the surface member by increasing the density of metal mesh on the surface member.