Lease rod penetrating device for sizing machine

Abstract

The invention discloses a lease rod penetrating device for a sizing machine. The lease rod penetrating device comprises a lease rod body, a groove is formed in the lease rod body in the axial direction of the lease rod body, an ejector groove parallel to the lease rod body is formed in the position, located below the groove, of the lease rod body, an ejector is embedded in the ejector groove, anda thread clamp is arranged at the arc end of the ejector. A compression spring is arranged at the position, located on the inner wall of one end of the groove, on the lease rod body, the compression spring makes elastic contact with the plane end of the ejector, and an ejection button assembly is arranged on the lease rod body and connected with the ejector through a buckle assembly. The manner ofclamping a stranded thread through the thread clamp is adopted in the lease rod penetrating device, preliminary fixing of the stranded thread and the ejector is convenient, the preliminarily-fixed stranded thread can penetrate inside rapidly, accurately and flexibly through cooperation with the ejection manner of an ejection spring and the ejector, the operation burden of penetration of the stranded thread is reduced, the errors during manual thread penetrating are avoided, and the thread penetrating efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of sizing processing, in particular to a threading and splitting rod device for a sizing machine. Background technique [0002] In the sizing production process, a certain number of warp beams are placed on the warp beam frame of the sizing machine, and the warp yarns are unwound from the warp beams. One of the yarns of the warp beam is on the top of the skein rod, and the other is on the bottom, so that during the sizing process, the yarn is broken in the sizing pot, and the yarn is broken in the dry splitting area of ​​the headstock. After the yarn is broken, the broken yarn can be re-divided into two layers. Reduce the quality problems of sticking and merging. [0003] At present, the way of twisted wire penetration is generally by re-twisting on the warp beam. On each warp beam, hang one end of the twisted wire with a twisted rod, and then follow another twisted rod on the warp beam from The two layers...

AI Technical Summary

Problems solved by technology

[0003] At present, the way of twisted wire penetration is generally by re-twisting on the warp beam. On each warp beam, hang one end of the twisted wire with a twisted rod, and then follow another twisted rod on the warp beam from The two layers of yarn pass through. Therefore, in the process of threading the skeins, the operator needs to move accurately and quickly to avoid hanging the yarn by the skein rod. Since the number of warp beams generally has 8-24, the operation It takes a lot of time for all personnel to manually thread the skeins, resulting in a large amount of labor, prone to threading errors, and unskilled operations are easy to hang up the yarn, which reduces the efficiency of skein threading

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