Universal adjusting jig frame system for assembling unit bodies

Abstract

The invention provides a universal adjusting jig frame system for assembling unit bodies. The universal adjusting jig frame system comprises a working rack, at least two transverse rails, at least twolongitudinal rails, at least two U-shaped grooves formed in the rails, square tubes arranged in the U-shaped grooves and two aluminum alloy hinge angle assemblies arranged on the square tubes. The U-shaped grooves can slide on the transverse rails or the longitudinal rails; the square tubes are accommodated in the U-shaped grooves and can move up and down to adjust the height; the two aluminum alloy hinge angle assemblies are oppositely installed on the top surface of the square tubes in a spaced mode and can move left and right/or front and back on the top surfaces of the square tubes, and thus the opening and closing angle is adjusted. The universal adjusting jig frame system has the advantages that three-dimensional six-direction adjustment can be achieved, the universality is high, and the system is suitable for assembling the unit bodies of different sizes, angles, heights and warping degrees; the quality and the assembling precision of the assembled unit bodies can be ensured before the unit bodies are assembled and in the assembling process; the assembling efficiency of the unit bodies is high; and the structure process is simple, and the cost is low.

Description

technical field [0001] The invention relates to a tire frame system for assembling a unit body, in particular, the invention relates to a movable tire frame system capable of three-dimensional universal adjustment and used for assembling a unit body. The invention belongs to the field of curtain wall construction. Background technique [0002] In the architectural design industry, it is common to use unit components. In order to improve the construction speed, the units are usually assembled in the factory and then moved to the site for installation. The existing assembly method is that workers cut and assemble according to the design drawings. During the assembly process, there are no auxiliary tools / measures to ensure the assembly accuracy and quality of the unit body, which depends entirely on the technical level of the construction personnel. Since the position of individual components cannot be guaranteed accurately before and during the assembly of the unit body, non-...

AI Technical Summary

Problems solved by technology

Since the position of individual components cannot be guaranteed accurately before and during the assembly of the unit body, non-mechanical measures can only be used to adjust the posi

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