A rotary storage mechanism for body-in-white welding assembly fixture

Abstract

The invention discloses a rotary storing mechanism for a body-in-white welding total-splicing clamp. The rotary storing mechanism comprises a driven end base, a driving end base and a rotary body transversely erected between the driven end base and driving end base, a plurality of clamp containing areas are evenly arranged along the circumference of the rotary body, each clamp containing area is provided with a clamp track, the lower end face of each clamp track is provided with a forked plate mechanism for fixing the clamp on the clamp tracks, and the driven end base and the driving end base are provided with bolt mechanisms capable of limiting rotation of the rotary body respectively. Compared with the prior art, the rotary storing mechanism has the advantages that the remodeling preparation time is short, and the production frequency is not influenced; multi-car-model collineation can be achieved; floor space is small, and a system with the rotary clamp storing mechanism is smallest in floor space compared with an existing multi-car-model collineation flexible total-splicing system side body clamp storage system capable of being switched along with lines.

Description

technical field [0001] The invention relates to a fixture storage mechanism, in particular to a rotary fixture storage mechanism for an assembly station of an automobile body-in-white welding production line, belonging to the field of automated automobile manufacturing equipment. Background technique [0002] At present, in the field of domestic body-in-white welding, it has gradually become a development trend to produce multiple models at the same time on one production line, and the multi-model collinear flexible assembly system of major domestic automobile factories is basically provided by imported or foreign companies. At present, the online multi-model collinear flexible assembly system can switch along the line without affecting the production cycle. Most of the side fixture storage switching solutions are horizontal moving or vertical rotating. The common disadvantage of the two methods is that they occupy an area The large area has certain limitations on investment...

AI Technical Summary

Problems solved by technology

At present, the online multi-model collinear flexible assembly system can switch along the line without affecting the production cycle. Most of the storage switching solutions for side fixtures are horizontal moving or vertical rotating. The common disadvantage of the two methods is that they occupy an area The area is large, and there are certain limitations on investment

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