Indoor theater large-area multi-curve complex artistic decorative surface modularized structural design and combination thereof

Abstract

The invention relates to an indoor theater large-area multi-curve complex artistic decorative surface modularized structural design and combination thereof. A large-area multi-curve complex artistic decorative surface is a large ribbon shaped wood decorative surface, the surface is a semi-enclosed structure with a C-shaped overall shape, the large ribbon shaped wood decorative surface structurallycomprises a base layer framework, unit members and a wood decorative surface layer, the base layer framework is installed on an inner wall of a large artistic venue, the multiple unit members are installed on a base layer framework and spliced into a ribbon shape, the wood decorative surface layer is laid on a unit member combination spliced into a ribbon shape, the unit members structurally comprise base frames and steel plate coverings, steel frames are longitudinally used as main bodies of the base frames, flat steels bent by a numerical control machine are transversely used as flat steels, and the unit structure combination is a ribbon framework composed of the multiple unit members. According to a multi-curve complex artistic decorative surface modularized structural and the combination thereof, finished ribbon decoration is flexible, drifting and rich in texture, and consistent good comments of a designer and an owner are obtained.

Description

technical field [0001] The invention relates to the field of architectural decoration, in particular to the modular structure design and combination of large-area, multi-curved and complex artistic decorative surfaces for indoor theaters. Background technique [0002] In the current field of building construction, through the combination of BIM model and digital construction system, many components in the building can be processed off-site, directly transported to the construction site, and assembled into the building (such as GRG, curved ceiling aluminum panels, etc.). Through digital construction, the prefabrication of building components can be automatically completed. These components manufactured by the factory’s precision mechanical technology not only reduce construction errors, but also greatly improve the productivity of component manufacturing, shortening the construction period of the entire building and making it easy to control. [0003] For buildings with compl...

AI Technical Summary

Problems solved by technology

However, for the wooden veneer streamers inside large venues, there are many and strict requirements, not only the high precision of the shape, but also the need to meet the acoustic requirements and the smooth and seamless appearance, which makes it impossible to directly assemble with one material. It must be realized through precise calculation and scientific component construction.

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