Integrated yarn nozzle base

Abstract

The invention relates to yarn guiding mechanism of a computer flat knitting machine and discloses an integrated yarn nozzle base. The integrated yarn nozzle base comprises a yarn nozzle base body andan inclined guide block assembly connected to the integrated yarn nozzle base body; the inclined guide block assembly comprises an inclined guide block pressure spring, an inclined guide block fine-turning locking member, an inclined guide block base connected to the yarn nozzle base and an inclined guide block body movably connected to the inclined guide block base; a groove for the embedding ofthe lower part of the inclined guide block body is installed between the yarn nozzle base body and the inclined guide block base; the inclined guide block pressure spring is installed between the inclined guide block base and the inclined guide block body; one end of the inclined guide block pressure spring is abutted to the lower end of the inclined guide block base and the other end is abutted to the inclined guide block body; the yarn nozzle base body is provided with through holes for the passing through of the inclined guide block fine-turning locking member; the inclined guide block fine-turning locking member passes through the through hole and is threaded with the inclined guide block base. The yarn nozzle base body of the invention is provided with the inclined guide block fine-turning locking member threaded with an adjusting nut; through rotating the inclined guide block fine-turning locking member, the gap between the yarn nozzle base and a top bar.

Description

technical field [0001] The invention relates to a yarn guide mechanism of a computerized flat knitting machine, in particular to an integrated yarn feeder seat. Background technique [0002] On the flat knitting machine, the yarn feeder seat is composed of the yarn feeder body, horns and inclined guide block components. The clamping force and gap between the yarn feeder seat and the sky bar can be adjusted through two waist-shaped grooves arranged on the yarn feeder seat body, but it is difficult to control accurately, especially the gap between the yarn feeder seat and the sky bar. If the gap is large, the yarn feeder seat is prone to shaking; if the gap is small, the yarn feeder seat is prone to jamming. The clamping force between the yarn feeder seat and the pole also has the problem of poor control, especially when the connecting screw between the inclined guide block assembly and the yarn feeder body is not locked, the inclined guide block becomes loose and detached fr...

AI Technical Summary

Problems solved by technology

The clamping force and clearance between the yarn feeder seat and the sky bar can be adjusted through two waist-shaped grooves on the yarn feeder seat body, but it is difficult to control accurately, especially the gap between the yarn feeder seat and the sky bar

If the gap is too large, the yarn feeder seat will easily shake; if the gap is small, the yarn feeder seat will be easily stuck

The clamping force between the yarn feeder seat and the pole also has the problem of poor control, especially when the connecting screw between the inclined guide block assembly and the yarn feeder body is not locked, the inclined guide block becomes loose and detached from the pole , which will cause serious damage to the yarn feeder seat during operation, and if the damaged parts fall on the machine, it will cause damage to other parts of the machine

At the same time, it is inevitable that the clamping force of each yarn carrier cannot be consistent

This adjustment method has high requirements on the skill and care of the operator, and it is difficult to adjust even for skilled workers.

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