8-PLY FABRIC WARP MOVEMENT

Abstract

Disclosed is a multi-ply woven fabric knitting structure which is formed by weaving the upper weft yarn, lower weft yarn, upper warp yarn and lower warp yarns from different knitting types in connection with each other. Particularly, at least two upper warp yarns and lower warp yarns in are used in the fabric structure.

Claims

1. Multi-ply woven fabric knitting structure which is formed by weaving an upper weft yarn, a lower weft yarn, an upper warp yarn and lower warp yarns from different knitting types in connection with each other, wherein at least two each of the upper warp yarns and lower warp yarns are used in said fabric structure.

2. The multi-ply woven fabric knitting structure according to claim 1, wherein desired water absorbency and hydrophilic properties are provided for the multi-ply fabric by using three each of the said upper warp yarn and lower warp yarn.

Description

BRIEF DESCRIPTION OF THE FIGURES CLARIFYING THE INVENTION

[0030] FIG. 1 shows the schematic view of the multi-ply woven fabric knitting structure that consists of triple warp yarns.

REFERENCE NUMBERS

[0031] A. Multi-ply woven fabric knitting structure [0032] AA. Bottom weft yarn [0033] UA. Upper weft yarn [0034] AC. Lower warp yarn [0035] UC. Upper warp yarn

DETAILED DESCRIPTION OF AN EMBODIMENT OF THE INVENTION

[0036] In this detailed description, the preferred embodiments of the inventive multi ply woven fabric knitting structure (A) is described only for clarifying the subject matter in a manner such that no limiting effect is created.

[0037] Said multi-ply woven fabric knitting structure (A) consists of the lower warp yarn (AC) on the lower section of the fabric and the upper warp yarn (UC) on the upper section thereof. It also consists of the lower weft yarn (AA) and the upper weft yarn (UA) inserted between these warp yarns.

[0038] The upper weft yarns (UA) forming the upper fabric and the lower weft yarns (AA) forming the lower fabric are seen in the multi-ply woven fabric knitting structure (A), whose woven structure is shown in FIG. 1.

[0039] While forming the upper fabric, the first two upper weft yarns (UA) are inserted under the 3 upper warp yarns (UC). The next two weft yarns are inserted in the same direction, but the 3 upper warp yarns (UC) are moved to the bottom to be combined with the lower fabric.

[0040] While forming the lower fabric, the first two lower weft yarns (AA) are inserted under the 3 lower warp yarns (AC). While the next lower weft yarn (AA) is being inserted, 3 upper warp yarns (UC) and 3 lower warp yarns (AC) remain under this weft thread. At this point, the warp yarns that form the upper and lower fabrics are connected to each other and the fabrics are connected to each other. While the 4th lower weft yarn (AA) is being inserted, the 3 upper warp yarns (UC) are moved to their own position and passed over the upper weft yarn (UA).

[0041] These movements are repeated continuously so as to create a double-ply fabric structure. In this weaving process, 8-ply woven fabric is formed by using 3 upper warp yarns (UC), 3 lower warp yarns (AC), 1 upper weft yarn (UA) and 1 lower weft yarn (AA).

[0042] Since said upper warp yarns (UC) and lower warp yarns (AC) are used on the lower and upper surfaces, they form a multi-ply fabric structure by connecting the two fabrics. In addition, the following is provided by using 3 warp yarns as the invention; [0043] a more frequent appearance is obtained, [0044] fabric touch softens, [0045] hydrophilicity increases, [0046] shrinkage problem is eliminated and [0047] the water absorbency of the fabric increase.