Application and working principle of automatic shuttle changing loom

An expert in the field of automatic shuttle changing looms - Shandong Lujia Machinery Technology Co., Ltd. today will introduce you the application and working principle of automatic shuttle changing looms.
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Looms with automatic shuttle change to supplement the weft. The loom can save the manual shuttle changing time, reduce the labor intensity of the operator and increase the stand capacity of the operator, thereby improving the productivity and labor productivity of the loom.
Looms that replenish the weft with automatic shuttle change. The loom can save the manual shuttle changing time, reduce the labor intensity of the operator and increase the stand capacity of the operator, thereby improving the productivity and labor productivity of the loom. The working width of the automatic shuttle changing loom is 105-280 cm. Various pure or blended yarn fabrics can be woven. The automatic shuttle loom was developed in 1926 by the Japanese Toyoda Sakichi on the basis of predecessors, and entered commercial production after continuous improvement. It was adopted in China in the early 1930s, and it was manufactured in factories in the mid-1940s. Later, it was widely used by cotton mills. The automatic shuttle changing mechanism consists of four parts: induction, shuttle library, shuttle box, and shuttle push mechanism. When the weft yarn in the shuttle will run out, the pusher mechanism on the side of the shuttle will be induced by the probe on the switch side to push the shuttle with the weft into the shuttle box horizontally from the bottom of the shuttle library, and the shuttle whose weft yarn has been used up Then it is pushed out from the back of the shuttle box to complete the shuttle change. There are two types of automatic shuttle changing looms: single shuttle and 2 or 4 parallel shuttles. When weaving single-color weft fabrics, use a single shuttle, which can accommodate 10 shuttles; when weaving multi-color weft fabrics, use 2 or 4 parallel shuttles, which can accommodate 10 wefts of 2 or 4 colors. In actual production, the loading and shuttle of the automatic shuttle loom still need manual operation by auxiliary workers, and the overall labor productivity is low.