Hyperbolic multi-variable point support three-dimensional universal adjustable support

Abstract

The invention provides a hyperbolical variable point-supported three dimensional universal adjustable support. The hyperbolical variable point-supported three dimensional universal adjustable support comprises a supporting base, a support horizontal adjusting mechanism, a universal spherical hinge structure, a support vertical adjusting structure and a spiders claw structure. The hyperbolical variable point-supported three dimensional universal adjustable support has the advantages of adapting to point-supported point design requirements for different angles, directions, heights and scales and digesting and assimilating steel structure machining deviation, setting out deviation, structural assembling deviation, structural internal force changes, structural displacement changes and site fragmentary welding caused by influences of site hoisting splicing, construction setting out, structural construction process changes, structural construction environments, wind loads, dead weight loads, temperature changes, construction sequence, construction technique measure schemes, construction devices and tools and the like.

Description

technical field [0001] The invention relates to the field of building structures, in particular to the technical field of building structure support nodes, and provides a hyperbolic multi-variable point-supported three-dimensional universally adjustable support. Background technique [0002] In the prior art, the supports of building structure support nodes are one-dimensional point support or two-dimensional point support, which cannot effectively meet and adapt to building structures, especially the requirements of universally adjustable support nodes of building curtain wall structures with complex and changeable shapes. Today's architectural designs are becoming more and more complex, and the shapes are becoming more and more novel and peculiar. There are more and more steel structure grid structures, grid structures, and truss structures. Complex and changeable building steel structure modeling point support nodes, curtain wall steel structure modeling point support nod...

AI Technical Summary

Problems solved by technology

Complex and changeable building steel structure modeling point support nodes and curtain wall steel structure modeling point support nodes and roof changeable modeling point support nodes can no longer be easily realized through the existing one-dimensional or two-dimensional point support supports

The node connection structure in the prior art, for the impact of wind load, self-weight load, temperature change, construction sequence, construction technical measures, construction equipment and tools, etc., resulting in deviations in steel structure processing, laying out deviations, and structural assembly deviations , structural internal force changes, and poor absorption and digestion capacity of structural displacement

[0003] In addition, the supporting node supports of building structures in the prior art all need to be welded and connected at the construction site, and a large amount of measurement and installation work is required. The risk of construction safety is high, the quality accuracy is low, and the work efficiency is not high. It is impossible to popularize building structures. (Building curtain wall structure) Requirements for production and processing of point-supported joints in factories, standardization, construction site assembly, generalization, adjustability, and zero welding installation work on the construction site

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