Uninterrupted staple yarn knitting machine

Abstract

The invention discloses an interrupted short yarn knitting machine. A jacquard machine is mounted above a rectangular rack; a comber board is located below the jacquard machine and fixedly mounted on the rack; a main control board is located below the comber board; a sliding rod I and a sliding rod II are arranged on the rack and support the main control board; a moving mechanism and a moving-out and addition mechanism are located right in front of a warp yarn controller; a reeling mechanism and a let-off mechanism are horizontally mounted in front of and at back of the warp yarn controller respectively and controlled through a motor A and a motor B, and the warp yarn controller is located below the main control board. Warp yarn which is all knitted into a fabric is moved out through constant circulation, a certain amount of warp yarn is added correspondingly for continuous knitting, shorter warp yarn can be continuously knitted without connection, and the purposes of controlling the interweaving rule of warp and weft yarn through the computer jacquard machine and realizing jacquard weaving and mechanical weaving are achieved.

Description

technical field [0001] The invention relates to the field of textile machinery, in particular to a short-filament infinite weaving machine. Background technique [0002] The two-dimensional bamboo weaving handicrafts of the world's intangible cultural heritage, using thin bamboo threads to weave birds, animals, characters, calligraphy and paintings, landscapes, etc. are lifelike, and have extremely high economic and collection value. The biggest features of this kind of products are: the number of bamboo threads is large (tens of thousands), the length is short (tens of centimeters) without bamboo joints, and unlimited (hundreds of meters) weaving is not allowed. Since the existing textile machinery technology requires manual threading of the joints before the next weaving step after the length of the silk thread is exhausted, a complete and continuous weaving pattern cannot be formed, so that this type of product stays in the original manual comparison pattern paper pattern...

AI Technical Summary

Problems solved by technology

Since the existing textile machinery technology requires manual threading of the joints before the next weaving step after the length of the silk thread is exhausted, a complete and continuous weaving pattern cannot be formed, so that this type of product stays in the original manual comparison pattern paper pattern. Silk weaving, in the era of pure hand weaving

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