Firstly, the production of simple single system of computerized flat knitting machine needs to improve the internal management of the industry. Starting from the standardization of spare parts and assemblies, and according to the needs of industrial engineering, it should change from extensive manufacturing to refined improvement, so as to improve production efficiency and life, improve the quality, reliability, stability, repair rate and service cost of the products. Low.
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Secondly, it is necessary to improve the development of simple single system. On the basis of general products, efforts should be made to increase new varieties and expand new functions. More in-depth research and development should be carried out in the production efficiency, reliability and adaptability of the machine, especially in knitting technology, mechanical assembly processing and computer control software and hardware, so as to make the design and production of computerized flat knitting machine possible. From imitation to innovation, from knowing what it is to knowing why it is, continuously improve the key competitiveness of products.
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Thirdly, we should always expand and train the technical team so that the level and experience of mechanical design and production, knitting technology and electronic and computer technicians in the industry can be continuously improved to meet the needs of product manufacturing, design and after-sales service.
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Knitting starting needle 1. Put the left and right needle return handle of the main machine into & ldquo; 2 & rdquo;, the triangular control cam disc into & ldquo; 0 & rdquo;, the density value into & ldquo; R & rdquo;, the left and right needle return handle of the auxiliary machine into & ldquo; 2 & rdquo;, the needle start triangular control cam disc into & ldquo; 0 & rdquo;, the density value into & ldquo; R & rdquo;. 2. Use 1x1 needle selection board to dial the main machine needle to & ldquo; 4 & rdquo; File, auxiliary machine needle to & ldquo; 4 & rdquo; File, two machine needles are arranged in a crossed arrangement. 3. Push the nose twice by air so that the needles of both machines stay at & ldquo; 2 & rdquo; on the gear, the nose is on the left side. 4. The end of the braided yarn is passed from top to bottom through the interval between the two machines, tied to the bolt of the fixing bracket, and then the braided yarn is fed into the feeding nozzle of the common yarn guide.