Gauze weaving method and gauze waving equipment

Abstract

The invention discloses a gauze weaving method and a gauze weaving device, and the gauze weaving method mainly leads each two corresponding warps to be twistedly woven in the interval between last shed and next shed, adopts water jet current as a carrier to carry wefts into the shed, and implements battening. The gauze weaving device comprises a shedding mechanism, a weft insertion mechanism, a let-off mechanism, a coiling mechanism and a driving mechanism, a fixed heddle clasp is arranged on a heald frame in the front row of the shedding mechanism, and a movable heddle clasp that can move left and right is arranged on a heald frame in the back row of the shedding mechanism; the shedding mechanism implements shedding once to drive the warps to form a shed once and then implements shedding again to drive each two corresponding warps to be twistedly woven once, the weft insertion mechanism impements water jet current in real time and carries the wefts into the shed when the shed is formed at every time, and the weft insertion is finished once. The gauze weaving method and the gauze weaving device of the invention are characterized by low production cost, high production efficiency and good gauze quality, etc.

Description

technical field [0001] The present invention relates to a gauze weaving method and a gauze weaving device (gauze weaving machine). Background technique [0002] In the prior art, the gauze product mainly selects plastic silk and glass fiber silk to be woven into cloth and forms. Due to the particularity of plastic filaments and glass fiber filaments, shuttle looms are mostly used as gauze weaving equipment. This type of gauze weaving equipment, its opening mechanism is provided with a heald on the heald frame, the warp thread passes through the brown eye of the heald, driven by the heald frame, the heald moves up and down to form a shed, and the shuttle piece carries the weft yarn into the shuttle mouth, and then beat-up by the weft-beating mechanism, that is, to weave gauze in the weaving method of conventional fabrics. This weaving method cannot make the warp yarn entangle in the process of warp yarn forming the shed, so twisted weaving cannot be realized, and then the q...

AI Technical Summary

Problems solved by technology

In this weaving method, the warp yarn cannot be entangled in the process of warp yarn forming the shed, so twisted weaving cannot be realized, and the gauze fabric has low quality and poor strength.

In addition, the above-mentioned shuttle weft insertion method leads to low production efficiency and high cost of gauze weaving, which is also contrary to the national industrial policy of encouraging energy saving and consumption reduction.

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