An automated "stand-up" composite manual lay-up workshop

Abstract

The invention relates to an automated 'stance type' composite material manual lay-up workshop. The front of the workshop is provided with a workshop entrance (1), and the rear of the workshop is provided with a workshop exit (11); a falling machine (2) is arranged in front of the workshop, a conveyor (3) is in butt joint with the falling machine (2) and is connected with 2-4 raw material conveyingchains (10) arranged side by side from the front of the workshop to the rear of the workshop, and mold conveying chains (6) are further arranged on the two sides of each raw material conveying chain(10); the mold conveying chains (6) are converged at the rear of the workshop and adjoin to the workshop exit (11); and stations are arranged between the raw material conveying chains (10) and the mold conveying chains (6), and material temporary storage frames (5) are arranged between the front stations and the rear stations; the stations comprise small mold stations (4a) and large mold stations(4b). According to the automated 'stance type' composite material manual lay-up workshop, aiming at problems of a traditional scattered station production organization mode and combining with the advantages of current automated logistics and information flow, the former independent stations are organized into the production line through a modern logistics system and an information system, an adaptable technology arrangement scheme is put forward, the building space utilization rate is increased, and the production efficiency is improved.

Description

technical field [0001] The invention is an automatic "stand-up" composite material manual laying workshop, which belongs to the technical field of industrial architectural design. Background technique [0002] In the existing composite material parts manufacturing plant, the manual lay-up process is an indispensable part, and it is the core process to complete the incremental molding of the part shape. The station arrangement in the traditional manual lay-up room adopts a single mold as the center to form several independent operating stations, which are arranged in ranks in the manual lay-up room for production and manufacturing. Traditional processes such as figure 1 shown. [0003] figure 1 In the typical process flow, except for the blanking process, which mainly relies on digital equipment for accidents, the rest of the process and the logistics between processes are all completed manually. According to the traditional team-style process layout plan, the process mat...

AI Technical Summary

Problems solved by technology

Too many auxiliary or repetitive operations will increase the intensity of manual labor, increase the complexity of operations, and increase the risk of misoperation. At the same time, the production rhythm is not controlled, and the human factors of output are heavily affected, thereby reducing production efficiency.

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