A thread trimming mechanism for a hosiery machine

Abstract

The invention discloses a thread-cutting mechanism of a hosiery machine. The thread-cutting mechanism includes a frame, a feeding assembly and a thread-cutting assembly. The feeding motor realizes the alternate feeding of the sock body brace on the thread-cutting station. The thread-cutting assembly is arranged on the thread-cutting station, including a lifting knife rest and a knife seat fixed on the lifting knife rest. The knife seat includes a detachable upper knife seat and a lower knife seat. The upper knife seat and the lower knife seat are elastically connected. The thread cutter includes a rotating cutter head and a mesh metal sheet arranged on the outer surface of the rotating cutter head. When performing thread trimming, the mesh surface metal sheet is close to the sock body support plate, and the sock body is fixed by the rotating cutter head. Socks propped up on the stand for thread trimming. The invention can effectively improve the stability and the thread cutting effect of the thread cutter when cutting the thread.

Description

Technical field [0001] The present invention relates to a grease machine fitting in a weaving agencies, and more particularly to a woven homer cutting mechanism. Background technique [0002] As a common bellows, socks is mainly woven from cotton, hair, silk, silk, silk, chemical fiber or such as a coil, which is used in a quantity production, and the sock is re-produced, and the opening of the inside of the sock is re-produced. Headers and toe connections often appear in the tab, affecting the comfort of the aesthetics and consumers, needing the shaped socks to cut off excess floats and remaining lines, prevent the line from staying in the inner surface of the socks. [0003] At present, the common way to go to the wire is mainly manually trimmed. When the worker uses a hand-held shear header, the workload is large, and the workload is low, and it is easy to cause leakage or missed cut due to fatigue during the trimming process. The situation, causing a defective product, and th...

AI Technical Summary

Problems solved by technology

[0002] As a common personal clothing, socks are mainly made of cotton, wool, silk, chemical fiber, etc. or sewn with cloth. At this stage, sock knitting machines are used for mass production. Threads often appear at the joints of the heels and toes, which affects the aesthetics and the comfort of consumers. It is necessary to trim the formed socks to cut off the excess floating threads and remaining threads, so as to prevent the threads from remaining on the inner surface of the socks

[0003] At present, the commonly used method of removing thread ends of socks is mainly manual trimming. During trimming, workers use hand-held thread trimmers to remove them. The workload is heavy and the work efficiency is low. In addition, it is easy to miss or miscut due to fatigue during the trimming process. At the same time, there are also some thread trimmer products on the market. This type of thread trimmer can effectively reduce the cost of the thread trimmer and improve the automation of the production line. However, the position of the trimmer of this thread trimmer product is different from The gap between the trimming planes is fixed, the cutting efficiency and effect are greatly reduced, and because of the unreasonable design of the cutting head, it is easy to pull the thread during the cutting process, resulting in the deformation of the formed socks or even destroying the already woven shape. Socks, resulting in less effective cutting than manual thread cutting

Images