Special-shaped cantilever hyperboloid wood veneer installation structure

Abstract

The invention discloses a special-shaped cantilever hyperboloid wood veneer installation structure comprising a base steel frame, a multilayer board layer (4), a plurality of right-angled trapezoid battens (5), a plurality of wooden mouldings (6) and a U-shaped curved face wood veneer (7). The base steel frame is stably and fixedly connected to a civil wall (1), the surface of the base steel frame is fixed to the multilayer board layer (4), the surface of the multilayer board layer (4) is provided with the right-angled trapezoid battens (5) at intervals, and the bevels of the right-angled trapezoid battens (5) are fitted to the surface of the multilayer board layer (4) tightly; the surface of the multilayer board layer (4) is provided with the wooden mouldings (6) at intervals; the section of the U-shaped curved face wood veneer (7) is in a U shape, and the opening of the U-shaped curved face wood veneer (7) covers the multilayer board layer (4). By the aid of the structure, the installation of the hyperboloid wood veneer with large spanning space can be implemented, the installation quality is guaranteed, and the productized construction of the hyperboloid wood veneer can be implemented.

Description

technical field [0001] The invention relates to a special-shaped cantilevered hyperboloid wooden veneer installation structure. Background technique [0002] It is difficult to control the installation accuracy of hyperboloid wood veneer during the construction process, and the quality requirements are particularly high. The radian of the base installation can directly affect the surface sensory of hyperboloid wood veneer, and it will be deformed due to its own weight. The installation accuracy of large spans is affected by the site. Due to the influence of environment, temperature and other aspects, it is difficult to control the installation accuracy. This technology breaks through the installation technology of hyperboloid wood veneer in large-span curved space, and solves the problem that the hyperboloid wood veneer technology on the wall is difficult to be used more in spaces with special shapes in the curved space, ensuring the installation quality and improving the qu...

AI Technical Summary

Problems solved by technology

[0004] 1. It is difficult to install, position and set out the wooden veneer in a large-span space, and it is difficult to control the accuracy, which is not convenient for the implementation of productization

[0005] 2. The accuracy and quality of the installation are difficult to control, the lines are uneven, the spacing between the plates, the difference in height and bottom of the joints between the plates, and the deviation of the curvature of the surface are large, and the layering effect is poor

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