The emergence of high-speed braiding machines has replaced the general hand-pulled mesh, which is laborious, labor-intensive, and chemically resource-intensive. High efficiency or not. When the metal mesh textile machine works 24 hours a day, many artificial meshes can be hand-woven, and the efficiency is ten times or even hundreds of times higher. So, how does the high-speed braiding machine work? First, let’s take a look at its structure.
The high-speed braiding machine includes a transmission system mechanism, a let-off mechanism, and an edge-pressing mechanism. The transmission mechanism transmits the driving force of the motor to each mechanism through the drive shaft, crankshaft, pedal shaft, and corresponding rotating gears, so that they can move according to a certain period. The let-off mechanism is a mechanism that moves the warp yarn longitudinally. The selvage mechanism clamps the weft yarn to prevent the weft yarn from rebounding, ensures that the weft yarn does not bend, and pushes the weaving fell directly (shuttleless loom); it hooks the weft yarn to prevent the weft yarn from being strangled. , and ensure that the edge of the mesh is smooth (using a shuttle loom).
In order to better enable the warp let-off mechanism and selvage mechanism of the high-speed braiding machine to change the warp let-off width, adjust the warp yarn bearing capacity, adjust the length of each warp yarn, and evenly send the warp yarn from the warp roller. After the weft yarn is released from the hook, it still maintains a certain bearing capacity to prevent the weft yarn from rebounding, improve the reliability of hand knitting, and make the chiffon edge conducive to fiber laser cutting and neatness.
Based on the understanding of the textile process of the metal composite safety protection high-speed braiding machine, the entire process analysis and attitude sequence of the warp let-off mechanism and selvage mechanism were analyzed; the important transmission system prefabricated components of the paper feeding and selvage mechanism were rationally designed and enhanced the contour trend diagram of the warp engine camshaft and selvage engine camshaft. According to this kind of design, when the equipment works for a long time and is subject to vibration and working load, the loosening mechanism and the trimming mechanism can ensure the correct trajectory, so that the equipment can work normally.
The warp let-off mechanism and the selvage mechanism transmission system of the high-speed braiding machine transmission system are more accurate and stable. In addition, it is useful for disassembling and maintaining high-speed knitting machines, as well as disassembling some parts.