Automatic filament falling system of spinning winding machine

Abstract

The invention discloses an automatic filament falling system of a spinning winding machine. A filament falling bobbin replacing station, a detection station, a spinning spindle plastic package station, a weighing and sorting station, a coding packaging station, a warehousing station and an AGV conveying system for conveying materials among the stations are included. The detection station, the spinning spindle plastic package station, the weighing and sorting station and the coding packaging station are sequentially arranged, and a conveying line for material conveying is arranged between everytwo adjacent stations. The automatic filament falling system of the spinning winding machine automatically finishes the procedures of spindle arranging, spindle replacing, full spindle appearance detecting, full spindle plastic package, full spindle weighing and sorting, full spindle coding and packaging, full spindle storing and warehousing and the like; and compared with traditional manual operation, the labor intensity of workers can be greatly reduced, the filament falling efficiency is improved, the weight difference between filament spindles is reduced, and preparation is made for achieving the intelligent spinning factory.

Description

technical field [0001] The invention relates to the technical field of spinning production, in particular to an automatic doffing system of a spinning winding machine. Background technique [0002] At present, in the spinning workshops of many spinning enterprises, doffing canisters are handled manually. The doffing canister changing here is: take off the full spindles on the spinning winder, and put the empty spindles into the spinning reels at the same time. Around the machine. The spinning winder runs to wind the silk on the empty spindle, and after a period of spinning, the empty spindle becomes a full spindle. Due to the low efficiency and slow speed of manual processing, the spindle replacement time of multiple spinning winding machines in the same batch is different, resulting in differences in the weight of the spinning spindles during doffing, and the weight of the spinning spindles cannot be unified. The full spindle with non-uniform weight of the silk spindle af...

AI Technical Summary

Problems solved by technology

Due to the low efficiency and slow speed of manual processing, the replacement time of the spindles on multiple spinning and winding machines in the same batch is different, resulting in differences in the weight of the spindles during doffing, and the weight of the spindles cannot be unified.

The full spindle with non-uniform weight of the silk spindle affects the efficiency of the semi-finished product used on the machine in the later stage

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