Principle of Computer Knitting Flat Knitting Machine


Computerized flat knitting machine with turning functio […]

Computerized flat knitting machine with turning function is controlled by computer program. It is mainly used for automatic knitting of woolen sweaters and clothing accessories using cotton, linen, silk, wool, polyester, blends, etc. as raw materials. With automatic six-color yarn changing, automatic adjustment of fabric density, automatic control of the knitting, looping and non-woven turning needles of high and low knitting needles, automatic needle bed shift, automatic winding and pulling, automatic piece counting, thick knot self-stop, broken Yarn auto-stop and other functions. This model mainly includes the following parts: frame, body, head triangle, transmission parts, moving bed parts, pulling parts, yarn conveying parts, computer control parts, etc.

The needle bed slot of this computer flat knitting machine is equipped with upper and lower knitting needles with spring blades. The upper and lower knitting needles of the upper and lower knitting needles are divided into high and low points. . The active triangle in the knitting area is controlled by the program, and automatically realizes the functions of knitting, looping and non-knitting of the high and low knitting needles. The flip stitch area is to change the trajectory of the knitting needles to achieve the flip stitch function of turning the front plate or the rear plate or turning the front plate. This process does not require a needle selector, but uses electromagnets to control the movement. Triangular action. The working state of the active triangle is determined by the position of the lever behind the triangle base plate. The middle part of the lever is fixed on the triangle seat through the lever shaft, and can rotate around the lever shaft. The cover plate and the guide shaft are fixed on the flat surface of the active triangle. Flexibly move up and down in the slide hole. Under the action of spring force, the active triangle is in the lowest working position. One end of the lever is in contact with the lever pin, and the other end is opposite to the two electromagnet cores. The height of the electromagnet is adjusted by the position of the electromagnet seat. The different positions of the rods make the active triangle in a high working state or out of working state. In addition, when the knitting needle is working in the knitting area, the active triangle in the flipping needle area exits the working state.

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