Whole-flow intelligent spinning production line

Abstract

The invention discloses a whole-flow intelligent spinning production line. A conveying system for connecting output sides of adjacent process work points and feeding sides of next processes is arranged among a bale plucker, a carding machine, a pre-drawing frame, a draw frame and lap machine, a combing machine, an end drawing machine, a roving frame and a spinning frame which are sequentially arranged; a control system in signal connection with the bale plucker, the carding machine, the pre-drawing frame, the draw frame and lap machine, the combing machine, the end drawing machine, the rovingframe, the spinning frame and a conveying system is arranged; the control system controls working states of the bale plucker, the carding machine, the pre-drawing frame, the draw frame and lap machine, the combing machine, the end drawing machine, the roving frame, the spinning frame and the conveying system to control normal operation of the whole-flow intelligent spinning production line. The whole-flow intelligent spinning production line realizes automation, continuity and intelligence of each process by use of the conveying system, the logistics cost is reduced, and unmanned management ofa spinning workshop is realized.

Description

technical field [0001] The invention relates to the field of textile technology, in particular to a full-process intelligent spinning production line that realizes full-automatic and unmanned spinning production. Background technique [0002] The spinning production line generally includes a plucking machine for opening and loosening cotton, a carding machine for carding and drafting to make sliver regularly placed in the sliver barrel, and a cotton sliver for opening and cleaning cotton. Pre-drawing frame for drawing and combining cotton sliver, sliver and winding machine for further drawing and combining cotton sliver, combing machine and final drawing frame, further drawing and twisting cotton sliver A roving frame and a spinning frame that drafts and twists the roving into a yarn with a certain number (count) and a certain strength. [0003] The raw materials of each process need to be transferred from the output side of the previous process to the supply side of the ne...

AI Technical Summary

Problems solved by technology

At present, spinning mills realize the connection of various processes through manual transfer, but the following problems exist in the transfer of workers: on the one hand, the transfer of a large number of cans is labor-intensive; on the other hand, the noise in the spinning workshop is loud, The dust is heavy and the temperature is high, which is not conducive to the health of workers; with the increase of labor costs, the production cost of spinning mills has increased; some spinning mills also use AGV transport vehicles for transshipment at some process connections to reduce workers' work However, the AGV transport vehicle needs to reserve the AGV transport vehicle moving channel, and the transportation volume of the AGV transport vehicle is limited, and it takes a lot of time to transfer a large amount of raw materials

The production line connects the roving frame to the baler section with a bobbin conveying system, and uses an AGV transport vehicle to transport multiple stacks of bobbins, realizing the intelligent management of the roving frame to the baling section. However, the production line is only in the roving frame output section Intelligently transport the bobbins produced. Manual transfer or AGV transport vehicles are still used for transfer from the plucking machine to the roving frame. The transportation volume of the AGV transport vehicles is limited. It takes a lot of time to transfer a large amount of raw materials. If a large number of AGVs are used Transport vehicles, the planning of the path of AGV transport vehicles in the factory is difficult, and will increase production costs

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