Method of making horizontal knitting machines

The horizontal knitting machine is composed of a needle assembly set on the needle bed, which completes the weaving of clothing pieces through the operation trajectory of flipping needles, weaving, loop collection, and needle movement. A typical computerized horizontal knitting machine arranges knitting needles horizontally on a needle bed, with the yarn mouth fixed on the yarn mouth seat and set straight above the plane of the knitting needle, with the bottom of the yarn mouth kept at a distance from the knitting plane. A computer horizontal knitting machine is equipped with multiple yarn nozzle seats, each of which is fixed with yarn nozzles. Through the preset program in the computer horizontal knitting machine, each yarn nozzle seat sends the knitted wire threaded on the yarn nozzle to the corresponding knitting needle position as needed, and the knitting needle bounces up and hangs the knitted wire for weaving. Due to the requirements of the product's design and color, different yarn nozzles need to be replaced and run in the same direction to cooperate with the knitting needle. If the distance between different yarn nozzles and the plane of the knitting needle is the same, it will cause the knitting needle to collide with the suspended yarn nozzle, causing damage to the knitting needle and yarn nozzle. There are two existing solutions, the first is to move the suspended yarn nozzle seat out of the weaving area; The second type is the yarn nozzle seat in Germany. The fixed yarn nozzle on the yarn nozzle seat is not straight downwards when it is not in use, but deviates to the left or right by an angle (which significantly increases its distance from the knitting needle plane compared to the straight setting). A wrench is set on each of the left and right tentacles of the yarn nozzle seat. When using the yarn nozzle seat, the machine head slides over the slide rail to the yarn nozzle seat, and the wrench on the tentacle is kneaded to adjust the yarn nozzle to the straight setting for weaving; If it is necessary to switch to another yarn nozzle seat, the machine head slides out from the direction of the other tentacle of the yarn nozzle seat, and during the sliding process, the wrench on the tentacle is kneaded to adjust the yarn nozzle to a deflection angle. The above method is because during product weaving, the replacement of the yarn nozzle seat is frequently used. If the yarn nozzle is taken out of the weaving range every time, it will consume a lot of weaving materials and reduce the weaving power; The second method of yarn mouth holder is produced in Germany, with a messy structure and high production cost.
The skill problem that the horizontal knitting machine needs to solve is to provide an efficient computer horizontal knitting machine, overcoming the disadvantages of low weaving power, waste of weaving materials, and disorderly control structure and high production costs caused by the existing computer horizontal knitting machine's control of yarn nozzle orientation. The skill plan adopted to address the aforementioned skill issues is
An efficient computer horizontal knitting machine, including a machine head and a machine head slide, is equipped with a yarn nozzle seat on the machine head slide, a yarn nozzle is set on the yarn nozzle seat, and a reset spring is set between the yarn nozzle seat and the yarn nozzle. The tail end of the reset spring presses against the yarn nozzle seat, and the head end of the reset spring presses against the yarn nozzle. When the machine head applies pressure to the yarn nozzle, the yarn nozzle moves downward relative to the yarn nozzle seat. When the machine head does not apply pressure to the yarn nozzle, the tension of the reset spring causes the yarn nozzle to move upward relative to the yarn nozzle seat. According to one embodiment, the inner side of the yarn nozzle is provided with a protrusion, and the head end of the reset spring is pressed against the protrusion. According to one embodiment, the yarn mouth seat is provided with a recess, and the tail end of the reset spring is pressed against the inner surface of the recess.