Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Three-dimensional adjusting system for curved dome daylighting roof keel and manufacturing and construction method of three-dimensional adjusting system
The invention relates to a curved dome daylighting roof keel three-dimensional adjusting system and a manufacturing and construction method thereof, which are used for installing an aluminum alloy keel on a steel keel, and the keel three-dimensional adjusting system comprises: a semicircular support fixed on the steel keel and arranged corresponding to the aluminum alloy keel; the adjusting seat is connected to the semicircular support and comprises an arc-shaped plate attached to the semicircular support and a connecting plate connected with the arc-shaped plate, the position of the arc-shaped plate can be adjusted on the semicircular support, and the arc-shaped plate is fixedly connected with the semicircular support after the position of the arc-shaped plate is adjusted; the arrangement direction of the connecting plate is consistent with that of the aluminum alloy keel, and the connecting plate is fixedly connected with the aluminum alloy keel. According to the three-dimensional adjusting system, the adjusting function of different angles and different in-out position relations can be provided for installation of the aluminum alloy keel, the installation angle of the aluminum alloy keel is adjusted, the aluminum alloy keel is designed to be in a straight shape, and the effect that the whole aluminum alloy keel is in a double-curved-surface shape can be achieved by adjusting the installation angle; furthermore, the glass panel can also be a plane glass plate, a good smooth and flat hyperboloid model is presented through position adjustment of the adjusting seat, a good curved surface effect is achieved, the cost of components can be reduced through the straight aluminum alloy keel and the glass panel, and therefore construction cost is saved.
本发明涉及一种曲面穹顶采光屋面龙骨三维调节系统及其制作与施工方法，用于将铝合金龙骨安装在钢龙骨上，龙骨三维调节系统包括：固定在钢龙骨上并对应铝合金龙骨设置的半圆形支座；连接在半圆形支座上的调节座，调节座包括贴设在半圆形支座上的弧形板以及与弧形板连接的连接板，弧形板可在半圆形支座上进行位置调节并在位置调节好后与半圆形支座连接固定，连接板的设置方向与铝合金龙骨的设置方向相一致，连接板与铝合金龙骨连接固定。本发明的三维调节系统能够为铝合金龙骨的安装提供不同角度以及不同进出位关系的调节功能，调节铝合金龙骨的安装角度，让铝合金龙骨设计为平直状也可通过安装角度的调节实现整体呈现双曲面的效果，进而玻璃面板也可为平面玻璃板，通过调节座的位置调节而呈现出很好的顺滑平整的双曲面造型，达到较好的曲面效果，且平直的铝合金龙骨及玻璃面板能够降低构件的成本，从而节省施工费用。
Three-dimensional adjusting system for curved dome daylighting roof keel and manufacturing and construction method of three-dimensional adjusting system
The invention relates to a curved dome daylighting roof keel three-dimensional adjusting system and a manufacturing and construction method thereof, which are used for installing an aluminum alloy keel on a steel keel, and the keel three-dimensional adjusting system comprises: a semicircular support fixed on the steel keel and arranged corresponding to the aluminum alloy keel; the adjusting seat is connected to the semicircular support and comprises an arc-shaped plate attached to the semicircular support and a connecting plate connected with the arc-shaped plate, the position of the arc-shaped plate can be adjusted on the semicircular support, and the arc-shaped plate is fixedly connected with the semicircular support after the position of the arc-shaped plate is adjusted; the arrangement direction of the connecting plate is consistent with that of the aluminum alloy keel, and the connecting plate is fixedly connected with the aluminum alloy keel. According to the three-dimensional adjusting system, the adjusting function of different angles and different in-out position relations can be provided for installation of the aluminum alloy keel, the installation angle of the aluminum alloy keel is adjusted, the aluminum alloy keel is designed to be in a straight shape, and the effect that the whole aluminum alloy keel is in a double-curved-surface shape can be achieved by adjusting the installation angle; furthermore, the glass panel can also be a plane glass plate, a good smooth and flat hyperboloid model is presented through position adjustment of the adjusting seat, a good curved surface effect is achieved, the cost of components can be reduced through the straight aluminum alloy keel and the glass panel, and therefore construction cost is saved.
本发明涉及一种曲面穹顶采光屋面龙骨三维调节系统及其制作与施工方法，用于将铝合金龙骨安装在钢龙骨上，龙骨三维调节系统包括：固定在钢龙骨上并对应铝合金龙骨设置的半圆形支座；连接在半圆形支座上的调节座，调节座包括贴设在半圆形支座上的弧形板以及与弧形板连接的连接板，弧形板可在半圆形支座上进行位置调节并在位置调节好后与半圆形支座连接固定，连接板的设置方向与铝合金龙骨的设置方向相一致，连接板与铝合金龙骨连接固定。本发明的三维调节系统能够为铝合金龙骨的安装提供不同角度以及不同进出位关系的调节功能，调节铝合金龙骨的安装角度，让铝合金龙骨设计为平直状也可通过安装角度的调节实现整体呈现双曲面的效果，进而玻璃面板也可为平面玻璃板，通过调节座的位置调节而呈现出很好的顺滑平整的双曲面造型，达到较好的曲面效果，且平直的铝合金龙骨及玻璃面板能够降低构件的成本，从而节省施工费用。
Three-dimensional adjusting system for curved dome daylighting roof keel and manufacturing and construction method of three-dimensional adjusting system
曲面穹顶采光屋面龙骨三维调节系统及其制作与施工方法
GUO RUILONG (Autor:in) / MEN KAILUN (Autor:in) / YANG NAN (Autor:in) / GONG KE (Autor:in) / WANG NING (Autor:in) / ZHANG JUN (Autor:in)
09.07.2024
Patent
Elektronische Ressource
Chinesisch
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