A Lightweight and Highly Flexible Roof Beam Tailored Welding Station

Abstract

The invention discloses a light-weight and highly flexible top cover beam tailoring welding station, which comprises a rotary switching device, a skylight outer plate pressing mechanism, a skylight positioning assembly, a beam positioning assembly, a top cover outer plate positioning and pressing assembly, and a pushable flexible The bottom plate, two sets of rotary switching devices extend along the front and rear direction and are arranged on the left and right sides of the pushable flexible bottom plate, the positioning and pressing components of the outer plate of the top cover are set on the outside of the two sets of rotary switching devices and fixed on the pushable flexible bottom plate, The sunroof outer panel pressing mechanism is arranged between two sets of rotating switching devices and is arranged on the front part of the pushable flexible base plate. The skylight positioning assembly and the beam positioning assembly are switchably and symmetrically arranged on the two groups of rotating switching devices respectively. A light-weight and highly flexible roof beam tailor-welding station of the present invention is applicable to the welding of roof assemblies of various models and has a simplified structure, low cost, light weight, fast transfer of the whole line, and the working surface is off the ground The height is low, and the switching model is convenient and quick.

Description

Technical field [0001] The present invention relates to a flat table, in particular to a lightweight highly flexible top cover beam welding table. Background [0002] The existing flexible top cover beam welding table tooling assembly consists of a standardized flexible base plate 16, a flexible mounting base module 17, a sunroof frame positioning fixture module 18 and a base plate switching trolley 19 four parts, such as Figure 1-7 as shown in , the following issues exist: [0003] (1) The working surface has a high ground height (about 1.3m), in order to ensure the ergonomics, the workers must set up a process platform for production, and the material transportation must be lifted; [0004] (2) The sunroof frame positioning fixture module 18 is too heavy (about 220kg for a single model), it is very difficult to switch and there are safety hazards in module lifting; [0005] (3) When switching to production, it is necessary to manually promote the transport of the bottom plate t...

AI Technical Summary

Problems solved by technology

[0003] (1) The height of the working surface from the ground is relatively high (about 1.3m). In order to ensure ergonomics, workers must set up process steps for production, and materials must be transported through lifting;

[0004] (2) The positioning fixture module 18 of the sunroof frame is too heavy (about 220kg for a single model), it is very difficult to switch and there is a safety hazard in the lifting of the module;

[0005] (3) When switching production, it is necessary to manually push and transport the bottom plate switching trolley 19. The trolley plus the bottom plate and fixtures, the entire switching equipment is too heavy (about 2.2t), and a large amount of manpower is required to complete the switching;

[0006] (4) The flexible installation base module 17 is bulky and has high processing and assembly requirements. Once the feet are fixed, it is difficult to migrate

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