Frame sash assembly production line

Abstract

The invention provides a frame sash assembly production line. The frame sash assembly production line comprises a supporting mechanism, a conveying mechanism arranged on the supporting mechanism and aturnover mechanism arranged on the previous station of the supporting mechanism; wherein the turnover mechanism is constructed to be used for transferring fragile parts conveyed from a previous station to the supporting mechanism; the supporting mechanism is constructed to be used for supporting the fragile parts; and the conveying mechanism is constructed to be used for conveying the fragile parts on the supporting mechanism to the next station. In conclusion, according to the frame sash assembly production line provided by the invention, by using the supporting structure and the conveying structure, the influence on fragile parts can be reduced, so that rapid transportation is completed on a production line, meanwhile, by using the overturning mechanism, the steering function of the production line can be achieved, the occupied area is fully utilized, the maintenance intensity and the maintenance cost of workers are effectively reduced, the overall structure is reasonable, the costis low, and the applicability is high.

Description

technical field [0001] The invention relates to the field of door and window processing equipment, in particular to a frame fan assembly production line. Background technique [0002] The production line is composed of multiple systems or devices, and is an assembly-line automated production system that can complete specific tasks. In the field of door and window production, it usually includes blanking, outer frame assembly, inner leaf assembly and other processes. [0003] However, the door and window production line of traditional technology often uses manual assembly to assemble the outer frame, resulting in problems such as excessive production line occupation, cumbersome manual handling, and excessive labor intensity of workers, which greatly increases the product production cycle. At the same time, it is easy to cause damage to components such as the outer frame and the inner fan during manual handling, especially the fragile parts such as the inner fan, which cannot...

AI Technical Summary

Problems solved by technology

[0003] However, the door and window production line of traditional technology often uses manual assembly to assemble the outer frame, resulting in problems such as excessive production line occupation, cumbersome manual handling, and excessive labor intensity of workers, which greatly increases the production cycle.

At the same time, it is easy to cause damage to components such as the outer frame and the inner fan during manual handling, especially the fragile parts such as the inner fan, which cannot be effectively protected during the transportation process, resulting in high scrap costs

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