Two-for-one twisting mechanism

Abstract

The double twisting framework includes the engine frame, the spindle dial running intercalated on the said engine frame, the guiding yarn setting and the winding setting intercalated on the said engine frame, the said guiding yarn is located between the storing yarn canister and the winding yarn setting, the said guiding yarn setting includes the guiding yarn bracket, the threading yarn board is located on the said guiding yarn bracket, the bearing is located on the said threading yarn board. In the practice appliance, the yarn is missive pass the spindle dial from the storing yarn canister, the spindle dial is tail-wagging, the yarn is tail-wagging drive by the spindle dial to realize the twisting and coiling handle of the yarn, when the yarn passes the guiding yarn setting, the yarn is drilled through the bearing, then the yarn is coiled the tension bearing piece, the yarn can drive the inside track of the bearing to eddy, so the tatty degree of the yarn can be depressed, the filoplume produced from the yarn is reduced to ensure the intension of the yarn and reduce the breaking yarn phenomenon.

Description

technical field [0001] The invention relates to a two-for-one twister. Background technique [0002] The existing two-for-one twisting machine comprises a frame, a spindle turntable arranged on the frame, a yarn storage bobbin arranged on the spindle turntable, a yarn guiding device and a winding device arranged on the frame, and yarns are stored in the yarn storage bobbin. There is usually a yarn outlet on the spindle turntable, the yarn passes through the yarn outlet, and is taken up by the winding device after passing through the yarn guide device, and the spindle turntable rotates at a high speed under the action of the driving device, so that the yarn is Driven by the spindle turntable, it rotates around the yarn storage drum at high speed, so as to realize the twisting operation of the yarn. The yarn guide device includes a yarn guide bracket. In actual work, the yarn will touch the yarn guide bracket, and the contact between the high-speed ...

AI Technical Summary

Problems solved by technology

The yarn guide device includes a yarn guide bracket. In actual work, the yarn will touch the yarn guide bracket, and the contact between the high-speed rotating yarn and the yarn guide bracket will produce hairiness, resulting in poor yarn strength and prone to hair loss. broken yarn

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