TWM485258U - Polygon three-dimensional woven band - Google Patents

Description

Polygonal three-dimensional webbing

This creation is related to the webbing, and more specifically, to a polygonal three-dimensional webbing in which the individual yarns are clearly distinguishable in the axial direction and the edge contours are conspicuous.

According to the daily necessities such as shoelaces, clothes belts and pet belts, the belts and belts are mostly made of a braiding machine with a horse-drawn yarn tube. The production method is continuous interlaced knitting on the outer side of one of the center lines. A plurality of yarns are finally produced into ropes and belts having a circular or flat cross section, which are then cut as needed for various purposes.

Because the conventional rope and the yarn with the outer side of the center line are all in a single color (because the yarn is interlaced on the outer side of the center line, if a variety of yarns of different colors are used, the appearance will be multi-colored cross-mixed, even Unsightly), the appearance is relatively monotonous, and the cross section is round or flat. If used for knots, such as ropes and belts, the friction coefficient of the curved surface is low. The knot is easy to loosen, which may cause inconvenience in use, and therefore, it is not easy to increase its economic value.

In order to solve the aforementioned problems, some companies have developed color changes. The three-dimensional webbing, as shown in the first patent of the Republic of China No. 502759 and the first figure, is mainly constructed in that the outer layer of the center line 1 is interlaced with a plurality of yarns 2, 3, and 4 of different colors to form a plurality of lines of different color variations. Plane, which can be used to form a polygonal three-dimensional webbing with different color variations.

The three-dimensional webbing disclosed in the aforementioned patent, although having a multi-color change, can solve the disadvantage that the surface friction coefficient of the conventional webbing is low and easy to loosen after knotting, however, the yarns 2, 3 on the outer side of the center line 1 are 4 Interlaced weaving (ie, at the edge of the contour of the webbing), the adjacent yarns 2, 3, 4 are overlapped and staggered, instead of the yarns of each color forming a single strip extending, respectively. Not clear enough to affect the industrial upgrading, still must be improved!

The main purpose of this creation is to provide a polygonal three-dimensional webbing, which not only has a distinct color of the braided wire body, but also has a clear outline of the three-dimensional edge, which is helpful for loosening when knotted, and has practical value.

In order to achieve the foregoing objectives, the present invention provides a polygonal three-dimensional webbing comprising a center line; a first line body continuously woven on the outside of the center line; and a plurality of second line bodies along the center line The axial body is continuously woven on the first wire body.

Further, the centerline is woven from a plurality of strands having an outer diameter greater than the first and second strands.

Further, each of the second wire systems is interspersed and woven inside and outside the first wire body to contact the center wire and slightly protrude the surface of the first wire body.

Further, each of the second wire bodies may be yarns of different colors.

This creation:

10‧‧‧Polygonal webbing

12‧‧‧ center line

14‧‧‧First line body

16‧‧‧Second body

Convention:

1‧‧‧ center line

2, 3, 4 ‧ ‧ yarn

The first figure is a schematic cross-sectional view of a conventional three-dimensional webbing.

The second drawing is a perspective view of a preferred embodiment of the present invention.

The third drawing is a schematic cross-sectional view of a preferred embodiment of the present invention.

In order to enable your review board to have a better understanding and recognition of the features and characteristics of this creation, the following preferred embodiments are listed below with the following description:

Referring to the second and third figures, the polygonal three-dimensional webbing 10 of the preferred embodiment is woven by a braiding machine, and includes a center line 12, a first line body 14 and six strips. Second line body 16.

The center line 12 is a cylindrical line body woven from a plurality of strands (two or more yarns combined).

The first wire body 14 is a single strand and is continuously braided and wrapped around the center line 12 to be tubular.

Each of the second wire bodies 16 may be a yarn of the same or different colors. In this embodiment, the yarns of different colors are continuously inserted and woven into the first wire body 14 along the axial direction of the center line 12, The outer side is in contact with the center line 12 and slightly protrudes from the surface of the first line body 14.

Thereby, the characteristics and functions of the polygonal three-dimensional webbing 10 are as follows:

The six second wire bodies 16 are continuously interspersed and woven inside and outside the first wire body 14. Therefore, the inner side of each of the second wire bodies 16 can contact the center line 12 and the outer side to slightly protrude the first wire body 14 The surface of the first linear body 14 can be pulled and supported on the outer side of the first linear body 14, and the polygonal three-dimensional webbing 10 can be in the shape of a hexagonal three-dimensional webbing. In other words, by knitting and providing a plurality of second wire bodies 16 on the first wire body 14, the polygonal three-dimensional webbing 10 can be made into a three-dimensional webbing of several sides.

In this way, the polygonal three-dimensional webbing 10 has a three-dimensional structure which is more difficult to loosen when knotting, and can be used as a rope or belt which needs to be loosened when knotting, for example, as a shoe. It is very useful for use.

In addition, each of the second wire bodies 16 is woven on the first wire body 14 along the axial direction of the center line 12, so that the polygonal three-dimensional webbing 10 is viewed from the outside, and each of the second wire bodies 16 is different in color and strips. a strip extending distinctly from the surface of the first line body 14 and different from the colored line body outside the conventional three-dimensional webbing (such as the second line body 16 of the present invention) are cross-woven to form a two parallel line body, and The three-dimensional contour is more obvious, completely solving the shortcomings of the conventional three-dimensional webbing, such as the color is not clear and the outline is not stereoscopic, and the better use effect is provided, which is superior to the conventional one, and can achieve the intended creative purpose.

It can be seen from the above that the polygonal three-dimensional webbing is created by Each of the second wire bodies is continuously inserted into the structure which is woven inside and outside the first wire body and extends axially along the center line, and each of the second wire bodies can be axially extended to the first line in different colors and stripes. The surface of the body, and the overall appearance can present a polygonal shape with a three-dimensional contour. The appearance is not only beautiful, but also the edge contour is obvious. The three-dimensional structure is more difficult to loosen when knotting, and can be used as a rope to avoid loosening when knotting. With the use of the belt, it has practical value; the reason is that this creation does meet the requirements of the new patent, and the application is filed according to law.

Of course, the polygonal three-dimensional webbing of the present invention is not limited to the hexagonal three-dimensional webbing type, and may be a triangle, a quadrangle, a pentagon or the like, and only a plurality of second thread bodies are knitted and provided on the first thread body. The polygonal three-dimensional webbing is made into a three-dimensional webbing of several sides.

The above disclosure is merely a preferred embodiment of the present invention, and the scope of the present creative embodiment is not limited thereto, and the average variation made by those skilled in the art according to the present invention and the technical field in the art. Changes familiar to the person should remain within the scope of this creation patent.

10‧‧‧Polygonal webbing

14‧‧‧First line body

16‧‧‧Second body

Claims (4)

A polygonal three-dimensional webbing, which is continuously woven by a plurality of yarns, comprising: a center line; a first line body continuously woven and wrapped around the center line; and a plurality of second line bodies along the center line The axial direction is continuously woven on the first line body: thereby, a polygonal three-dimensional webbing having the same number as each of the second line bodies can be formed. The polygonal three-dimensional webbing of claim 1, wherein the centerline is woven from a plurality of wires and has an outer diameter greater than the first and second wire bodies. The polygonal three-dimensional webbing of claim 1 or 2, wherein each of the second thread systems is interspersed and woven inside and outside the first line body to contact the center line and slightly protrude the surface of the first line body. . The polygonal three-dimensional webbing of claim 3, wherein each of the second thread bodies is a yarn of a different color.