Multi-shuttle warp knitting machine

Abstract

A multi-shuttle warp knitting machine, comprising a traverse mechanism, a pattern shuttle, a ground shuttle, a yarn pressure plate and its transmission mechanism, the pattern shuttle traverse mechanism is located on one side of the warp knitting machine, and the ground shuttle traverse mechanism is located on the warp knitting machine. On the other side, the yarn pressure plate transmission mechanism and the ground shuttle traverse mechanism are located on the same side of the warp knitting machine; And the reduction box, the reduction box drives the ground shuttle weaving sprocket to rotate at the same speed, the chain blocks on the ground shuttle weaving sprocket respectively push the slider to move laterally, and then push the ground shuttle to move laterally through the push rod. The use of thin-walled interlocking shuttle arm, 36 interlocking shuttles, 3 floor shuttles, and 1 yarn pressure plate constitutes a 40 / 20 type warp knitting machine. Compared with the foreign methods of increasing the length of the fuselage, increasing the motor power and the transmission mechanism to increase the number of flower shuttles, the present invention effectively overcomes the defects of its huge structure, large area and increased energy consumption, and has the advantages of energy saving, high efficiency, The characteristics of saving floor space are easy to popularize and apply.

Description

technical field [0001] The invention relates to a warp knitting machine, in particular to a multi-shuttle Raschel warp knitting machine. Background technique [0002] Raschel warp knitting machines produced at home and abroad mainly produce lace fabrics, curtain fabrics, clothing or industrial fabrics. Most of them use 2 to 3 ground shuttles for weaving the base fabric, and 22 to 33 flower shuttles for weaving patterns. The traversing mechanisms of its flower shuttle and ground shuttle are all installed on one side of the warp knitting machine, usually on the right side. The more shuttles there are, the more beautiful and complex the pattern will be. Because the arrangement positions of flower shuttles and ground shuttles have reached the size limit, it is difficult to increase the number of flower shuttles, so how to increase the number of flower shuttles and weave bright and colorful fabrics is always a technical problem to be solved. Foreign countries have adopted the ...

AI Technical Summary

Problems solved by technology

Foreign countries adopt the method of doubling the length of the fuselage, adding motors and transmission mechanisms to increase the number of flower shuttles, but there are defects such as large structure, increased energy consumption, and large floor space.

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