Abstract:

Aimed at the special requirements of the carbon fiber multi-layer diagonal fabric, a fiber multi-layer diagonal fabric equipment was developed by using the 3d modeling and simulating manners for virtual prototype simulation, optimizing the design and dynamics performance of the components. The meridian system of tension compensation transmission of thirty layers carbon fiber diagonal of connection loom is suitable for different fabric weaving process requirements. The electronic jacquard and dobby shedding mechanism composite device realizes implement the multi-layer warp three position openings. The weft insertion mechanism solved the problems of high and low corresponding shed weft insertion and other issues by using automatically finding shed technology. The design of beating-up mechanism can realize step by step a beating-up, multi-layer a beating-up, repeating the beating-up technology and it solves the problem of beating-up on wear and guarantees the carbon fiber fabric weft density. This research provides solutions for the woven equipment to reduce the manufacturing cost of carbon fiber and the carbon fiber composite material skeleton weaving technology.

Key words: carbon fiber, multi-layer diagonal, weaving, tension compensation