TWM567776U - Cloth with S-shaped interlock knitting structure - Google Patents

Abstract

The present invention discloses a fabric having an S-shaped double woven structure (Tech-force), comprising: a plurality of first woven threads, a plurality of second woven threads, a plurality of third woven threads, and a plurality of fourth woven fabrics line. The plurality of first weaving threads are respectively a warp thread; the plurality of second weaving threads are respectively a weft thread, and one of the upper and lower weaves is interlaced between the first weaving lines, and the order of the upper and lower lines is the same as the previous line. On the contrary, the interlaced portion will generate a plurality of arrays of square meshes; the plurality of third woven lines are rotated counterclockwise by a predetermined angle with the latitude as a starting point, and the upper and lower intervals are interlaced with the first a plurality of mesh oblique angle intersections on the same side of the second weaving line; a plurality of fourth weaving lines are mirrored in the warp direction by the predetermined angle, and then rotated counterclockwise as a starting point of the weft line An angle of inclination, and the upper and lower intervals are interlaced at an intersection of the plurality of mesh oblique angles of the first weaving line and the other side of the second weaving thread; wherein the plurality of third weaves and the plurality of fourth weaves The woven fabric is interlaced obliquely between the plurality of first woven lines and the plurality of second woven lines.

Description

Cloth with S-shaped double rib weave structure

This creation is a cloth with S-type double rib weave (Tech-force) structure, especially a kind of inclined woven thread which adds a plurality of traverses and wefts by S-type plain weave method and then adds a plurality of two crosses. Long, transverse, and oblique double ribbed woven fabrics with better elasticity and tension.

Nowadays, all the textile fabrics of breathable fabrics, clothes or shirts on the market are mostly woven by plain weaving. The so-called flat weave is like a way of knitting bamboo baskets. The lines are divided into warp and weft, and the lines are drawn with straight lines and horizontal lines. Interlaced one by one and 90 degrees are intertwined. Since each weaving thread has the same weaving method from the beginning to the end, the fabric has the same elasticity and tensile force in the longitudinal and transverse directions (the warp tensile force is about 2.2 lbs and the latitudinal tensile force is about 2.4 lbs). However, it lacks the elastic tensile force in the oblique direction, and the deformation of the cloth is easily caused by the oblique pulling, and the elasticity and the pressure are respectively restricted; however, in the weaving of the plain weave, because the warp and the weft are interlaced The combination strength is not strong, and it is easy to cause looseness, so most of them need to be shaped after weaving to be used for other purposes.

Therefore, the fabric with the S-type double rib weave (Tech-force) structure is woven by the double-directional ribbing with the preset inclination angle after the warp and weft of the fabric are S-shaped parallel weave. The lifting has different and better elasticity and tension in the longitudinal, transverse and oblique directions, and can provide more tight supporting pressure at the same time, and provide good gas permeability during extension to maintain comfort and further enhance the competitiveness of the fabric product. the goal of.

The main purpose of the present invention is to provide a fabric having an S-shaped double-ribbed (Tech-force) woven structure, wherein a plurality of third woven threads having a predetermined angle are added to the fabric having a plurality of warp and weft threads and A plurality of fourth weaves at an oblique angle achieve the purpose of improving the elasticity and tension in the longitudinal, lateral, and oblique directions.

In order to achieve the above object, the present invention provides a cloth having an S-shaped double rib weave structure, which comprises: a plurality of first woven threads, a plurality of second woven threads, a plurality of third woven threads, and a plurality of slats Four weaving lines. The plurality of first weaving threads are respectively a warp thread; the plurality of second weaving threads are respectively a weft thread, and one of the upper and lower weaves is interlaced between the first weaving lines, and the order of the upper and lower lines is the same as the previous line. On the contrary, the interlaced portion will generate a plurality of arrays of square meshes; the plurality of third woven lines are rotated counterclockwise by a predetermined angle with the latitude as a starting point, and the upper and lower intervals are interlaced with the first a plurality of mesh oblique angle intersections on the same side of the second weaving line; a plurality of fourth weaving lines are mirrored in the warp direction by the predetermined angle, and then rotated counterclockwise as a starting point of the weft line An angle of inclination, and the upper and lower intervals are interlaced at an intersection of the plurality of mesh oblique angles of the first weaving line and the other side of the second weaving thread; wherein the plurality of third weaves and the plurality of fourth weaves The woven fabric is interlaced obliquely between the plurality of first woven lines and the plurality of second woven lines.

In one embodiment, the first woven line, the second woven line, the third woven line, and the fourth woven line are respectively spiral.

In an embodiment, the predetermined angle of the third weave is preferably 45 degrees; and the angle of the fourth weave is preferably 135 degrees.

In one embodiment, the first woven thread, the second woven thread, the third woven thread, and the fourth woven thread are respectively one of cotton, linen, nylon, polyester fiber, and elastic fiber.

1‧‧‧cloth with S-type double rib weave

11‧‧‧First weaving thread

12‧‧‧Second weaving thread

13‧‧‧ Third weaving thread

14‧‧‧fourth thread

θ 1‧‧‧Preset angle

θ 2‧‧‧ tilt angle

Figure 1 is a schematic view showing the structure of a cloth with an S-shaped double rib weave structure.

Figure 2 is an enlarged schematic view of the A-A portion of the cloth with the S-shaped double rib weave structure.

In order to more clearly describe the fabric of the S-type double ribbed weave (Tech-force) structure proposed by the present invention, the following will be described in detail with reference to the drawings.

Please refer to FIG. 1 and FIG. 2 . FIG. 1 is a schematic structural view of a cloth with an S-shaped double rib weave structure. Figure 2 is an enlarged schematic view of the A-A portion of the cloth with the S-shaped double rib weave structure. As shown in FIG. 1, the cloth 1 having the S-type double rib weave (Tech-force) structure includes: a plurality of first woven lines 11, a plurality of second woven lines 12, and a plurality of third woven lines. Line 13 and a plurality of fourth weaves 14. In addition, in order to achieve a clear representation of the state in which a plurality of interwoven lines are interlaced in a clearer manner, the first and second figures are generally drawn in such a manner that the structure of the overlapping lines is enlarged, and the state of the weaving of the weaving line is compared. The loose way will create a hole between the line and the line, but in practice, the cloth 1 with the S-type double rib weave structure is in a compact state, between the line and the line. Closely fit, no pores are produced, and are described here first.

The plurality of first woven lines 11 are respectively a warp thread, and the plurality of second woven lines 12 are respectively a weft line, and are interlaced one by one between the first woven lines 11, and the order of the next one is up and down. Contrary to the previous line, the interlacing will produce a plurality of arrays of square meshes; that is, weaving is performed by the method of the so-called Plain Weaves, which uses two warps and two wefts. Completing a cycle, one weft thread is woven between the warp threads, and the next one weft thread is interlaced with the first one above the warp threads; that is, the plain weave refers to the warp of the cloth. The line and the weft are crisscrossed, and the intersection is exactly a right angle. When the warp and the warp, the weft and the weft are parallel and the distance is equal, the mesh formed by the cross-weaving will become a square, which is the first weave. The line 11 is interlaced as a straight line (warp line) and a horizontal line (weft line) of the second thread 12 interlaced one by one, and the weave is not only simple and easy to understand, but also the product is firm and solid, and is for the industry. The most commonly used weave.

In addition, the plurality of third woven lines 13 are inclined counterclockwise by a predetermined angle θ 1 with the latitude (second woven thread 12) as a starting point, and the upper and lower intervals are interlaced with the first woven thread 11 and the The plurality of meshes on the same side of the second thread 12 intersect at an oblique angle. The plurality of fourth weaves 14 are rotated counterclockwise by a predetermined angle θ 1 according to the warp direction as a starting point of the weft (second weave 12), and the upper and lower intervals are Interlaced with the intersection of the plurality of mesh oblique angles on the other side of the first woven thread 11 and the second woven thread 12. The plurality of third woven lines 13 and the plurality of fourth woven lines 14 are obliquely interlaced at an upper and lower spacing to the flat woven structure of the plurality of first woven lines 11 and the plurality of second woven lines 12, respectively. between. As shown in FIG. 2, the first woven thread 11, the second woven thread 12, the third woven thread 13, and the fourth woven thread 14 are respectively spiral, and have better flexibility and elasticity. Tensile strength and breathability.

In the embodiment of the cloth with the S-type double rib weave structure, the measurement is performed by a precision instrument, and the data of the preset angle θ 1 is respectively measured at 90 degrees, 45 degrees, and 0 degrees, and the experiment is performed. These angles are defined by the angle of the stripe of the fabric. Finally, the Young's Modulus obtained by the angle θ 1 equal to 45 degrees is the smallest and the elasticity is the best, so the preset of the third thread 13 is obtained. The angle θ 1 is preferably 45 degrees; and the inclination angle θ 2 of the fourth woven thread 14 which is oppositely interlaced with the third woven thread 13 is preferably 135 degrees. That is, the third woven lines 13 interact with the fourth woven lines 14 at an angle of 45 degrees to form an intersecting mesh, and the upper and lower sides are interlaced with the first woven lines 11 and the second woven lines. Between the wires 12, the cloth 1 having the S-type double rib weave structure of the present invention having the best elasticity in the oblique direction can be obtained. Further, the first woven thread 11, the second woven thread 12, the third woven thread 13, and the fourth woven thread 14 are respectively one of cotton, linen, nylon, polyester fiber, and elastic fiber.

In other words, a plurality of third woven lines 13 having a predetermined angle θ 1 (45 degrees) are added to the fabric having a plurality of the first woven threads 11 and the second woven threads 12 and having been woven. And a plurality of fourth woven lines 14 having an inclined angle θ 2 (135 degrees) are woven by double-directional ribbing to achieve better elasticity and tension in the longitudinal, lateral, and oblique directions, respectively, and more compact at the same time. Supporting pressure and providing good breathability during extension to maintain comfort, further enhance its durability and practicality, further enabling the fabric 1 with S-shaped double rib weave structure to be more in the market of many fabrics. Have a competitive advantage.

In summary, the cloth 1 having the S-type double rib weave structure comprises: a plurality of first woven lines 11, a plurality of second woven lines 12, a plurality of third woven lines 13, and a plurality of fourth Weaving thread 14. The plurality of first woven lines 11 are respectively a warp thread; the plurality of second woven lines 12 are respectively a weft line, and are interlaced one by one between the first woven lines 11, and the next one is up and down. The sequence is exactly opposite to the previous line, and the interlaced portion generates a plurality of square meshes of the array; the plurality of third weaving lines 13 are rotated counterclockwise by a predetermined angle θ 1 with the weft as a starting point, and And the lower interval is interlaced at an intersection of the plurality of mesh oblique angles on the same side of the first thread 11 and the second thread 12; the plurality of fourth threads 14 are at the predetermined angle θ 1 according to the warp direction After the mirroring, the tilting angle θ 2 is rotated counterclockwise as the starting point of the weft, and the upper and lower intervals are interlaced at the intersection of the first thread 11 and the other side of the second thread 12 at a plurality of mesh oblique angles. . The plurality of third woven lines 13 and the plurality of fourth woven lines 14 are obliquely interlaced at an upper and lower spacing to the flat woven structure of the plurality of first woven lines 11 and the plurality of second woven lines 12, respectively. between. The first woven thread 11, the second woven thread 12, the third woven thread 13, and the fourth woven thread 14 are each spiral.

The embodiments described above are not intended to limit the scope of application of the present invention. The scope of protection of the present invention should be based on the technical spirit defined by the content of the patent application scope of the present invention and the scope thereof. That is to say, the equal changes and modifications made by Dafan in accordance with the scope of application for patent creation will not lose the essence of this creation, nor will it deviate from the spirit and scope of this creation, so it should be regarded as the further implementation of this creation.

Claims (4)

A cloth having an S-shaped double rib woven structure, comprising: a plurality of first woven lines, each of which is a warp thread; and a plurality of second woven lines, each of which is a weft line, and is interlaced with the first Between the weaving lines, and the order of the upper and lower ones is exactly opposite to the previous one, and the interlacing produces a plurality of square meshes of the array; the plurality of third weaving lines are reversed by the weft The hour hand rotates at a predetermined angle, and the upper and lower intervals are interlaced at the intersection of the first plurality of mesh oblique angles on the same side of the second weave; and the plurality of fourth weaves are The angle is mirrored according to the warp direction, and the tilt point is rotated counterclockwise as the starting point of the weft line, and the upper and lower intervals are interlaced on the same side of the first weaving line and the other side of the second weaving line. An angle intersection; wherein the plurality of third woven lines and the plurality of fourth woven lines are obliquely interlaced at an upper and lower spacing to the flat woven structure of the plurality of first woven lines and the plurality of second woven lines between. The fabric of the S-type double rib weave structure according to the first aspect of the invention, wherein the first woven thread, the second woven thread, the third woven thread, and the fourth woven thread are respectively spiral Weaving thread. The fabric of the S-type double rib weave structure according to the first aspect of the invention, wherein the third weave has a predetermined angle of 45 degrees; and the fourth weave has an inclination angle of 135 degrees. The fabric of the S-type double rib woven structure according to claim 1, wherein the first woven thread, the second woven thread, the third woven thread, and the fourth woven thread are respectively cotton. One of linen, nylon, polyester, and elastic fibers.