A textile flat knitting machine control structure

Abstract

The invention provides a control structure for a textile flat knitting machine, including a flat knitting machine and a controller system. 1. The rear needle bed is installed on the frame at an included angle. Driven by the controller, the controlled object shaker motor, roller motor, sand spout motor and knitting needle motor jointly complete the weaving of the fabric, and control all the objects on the controlled object. The motors perform coordinated actions to complete the processing of the product, which can realize the synchronous weaving of knitted fabrics with different patterns on the same loom, and because the motor is used to control the yarn feeder synchronously, the accuracy and efficiency of the weaving pattern can be guaranteed, and it has the characteristics of simple structure. During use, it can reduce labor intensity, improve work efficiency and yield.

Description

technical field [0001] The invention belongs to the technical field of electrical equipment and electrical engineering, and in particular relates to a control structure for a textile flat knitting machine. Background technique [0002] In the prior art, the knitting equipment currently used in the knitting product processing equipment has the following problems: the existing equipment is that the yarn feeder drives the knitting needles to move through mechanical parts, and cannot flexibly change the needle-out mode during the knitting process. Only two yarn feeders can be used for work; the yarn feeder drives the knitting needles by mechanical friction, and as the needle spacing increases, the friction force will also double, making it difficult for the existing equipment to complete the knitting needle operation of 1.5 needles per inch. Contents of the invention [0003] In view of the explanation of the background technology above, the present invention provides a contro...

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Problems solved by technology

[0003] In view of the explanation of the above background technology, the present invention provides a control structure of a textile flat knitting machine, which solves the technical problem in the prior art that the yarn feeder relies on mechanical friction to take away the movement of the knitting needles, and cannot flexibly change the needle-out mode during the knitting process.

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