1、In the daily operation of textile weaving looms, warp yarn abnormalities are one of the main factors that affect fabric forming and machine running stability. Traditional warp detection devices adopt fixed induction structures, which are insensitive to tiny tension changes and unable to detect hidden yarn anomalies in time. The Tilting Warp Stop Motion is a professional weaving auxiliary device designed according to the actual operating rules of warp yarn. It relies on flexible tilting mechanical linkage to monitor the running state of each warp yarn in real time during high-speed weaving. This equipment can effectively intercept various common yarn faults in the early stage of occurrence, prevent abnormal yarns from participating in continuous weaving, and reduce defective fabric generation in mass production. It can target incomplete warp breakage, local yarn loosening and subtle tension deviation that are difficult to capture by conventional devices, providing basic guarantee for orderly weaving operation of the workshop.2、The Tilting Warp Stop Motion can avoid fabric defects caused by yarn entanglement, jamming and unbalanced tension. In the weaving process, floating fibers and surface attachments on warp yarns may cause adjacent yarns to wind and adhere to each other. Entangled yarns will generate abnormal pulling resistance during loom operation, resulting in yarn displacement and irregular weaving lines. Different from fixed detection parts, the tilting structure can sense subtle resistance and tension changes, and trigger an immediate stop to suspend machine operation for manual finishing. In addition, long-term loom operation easily causes individual warp yarn tension deviation due to yarn path friction and winding abrasion, which leads to uneven fabric texture. The sensitive induction performance of Tilting Warp Stop Motion can stabilize the overall warp tension state and avoid local fabric texture differences caused by inconsistent yarn operation.3、The Tilting Warp Stop Motion solves the problem of delayed protection after yarn breakage in traditional weaving equipment. Many conventional stop devices have response delays after warp breakage, allowing the loom to continue running for a certain distance and form continuous defective areas on the fabric. The linkage structure of Tilting Warp Stop Motion acts synchronously with yarn tension changes. Once the warp yarn breaks or loses tension, the tilting component responds instantly to cut off the machine operation, reducing the length of defective sections. Meanwhile, it controls the expansion of minor yarn faults. Small-scale yarn damage and loose threads will deteriorate continuously under long-term tension, causing large-area yarn disorder and increasing later maintenance workload. This equipment can terminate abnormal operating conditions in a timely manner and adapt to the production demands of various yarn materials such as cotton yarn, chemical fiber yarn and blended yarn in modern textile workshops.
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