Online amorphous ribbon conveying equipment and realization method thereof

Abstract

The invention relates to online amorphous ribbon conveying equipment and a realization method thereof. The realization method comprises the following steps of: causing amorphous ribbons breaking away from ribbon manufacturing rollers to be adsorbed on multiple groups of conveying belts through suction generated by a high-pressure centrifugal blower; adjusting the speed of the multiple groups of conveying belts so that the amorphous ribbons have tensile force in the conveying process and are straightly conveyed to grabbing rollers; and grabbing the amorphous ribbons after adjusting the relative positions between the amorphous ribbons and the grabbing rollers to the best grabbing positions according to the relative positions between the amorphous ribbons conveyed by the multiple groups of conveying belts and the grabbing rollers. According to the realization method, the amorphous ribbons are prevented from having head upwarping or breaking away from the conveying belts through the multiple-group combination manner of the multiple groups of conveying belts. The yield of the amorphous ribbons is increased by using a distance fine adjusting system for adjusting the best positions for grapping; and a reeling technology is optimized so that the safety is greatly increased, and the problems of low yield, poor reliability and difficulty in treatment of waste ribbons in the ribbon coiling process are avoided.

Description

technical field [0001] The invention relates to on-line conveying equipment, in particular to an on-line conveying equipment for amorphous strip material and its realization method. Background technique [0002] At present, the collection of amorphous strips mostly uses the method of grabbing by a single machine close to the tape-making roller, that is, one grabbing machine performs online grabbing within 30mm from the tape-making roller, and the grabbing machine retreats to The coiling is carried out at a certain distance. Due to the short distance between the grabbing roller and the tape-making roller, the safety is reduced, and the collision between the grabbing roller and the tape-making roller is prone to occur, and the control system is out of control, resulting in production termination. After coiling, the coiling process takes more than 3 minutes, resulting in many waste tapes, low material yield, large amount of scrap, and the waste tapes generated during the proces...

AI Technical Summary

Problems solved by technology

[0002] At present, the collection of amorphous strips mostly uses the method of grabbing by a single machine close to the tape-making roller, that is, one grabbing machine performs online grabbing within 30mm from the tape-making roller, and the grabbing machine retreats to The coiling is carried out at a certain distance. Due to the short distance between the grabbing roller and the tape-making roller, the safety is reduced, and the collision between the grabbing roller and the tape-making roller is prone to occur, and the control system is out of control, resulting in production termination. After coiling, the coiling process takes more than 3 minutes, resulting in many waste tapes, low material yield, large amount of scrap, and the waste tapes generated during the process are not easy to handle, etc.

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