Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Guide assembly for hoisting steel ring beam in place and hoisting method for steel ring beam in place
The invention relates to an annular beam hoisting technology, in particular to a guide assembly for hoisting a steel ring beam in place and a hoisting method for the steel ring beam in place. The guiding assembly comprises a guiding piece and an arc-shaped slope guiding piece. The guide piece is arranged on a web plate of the steel column bracket through a bolt and is used for increasing the contact area between the web plate of the steel column bracket and the steel ring beam; the arc-shaped slope guide piece is arranged on an upper flange plate of the steel ring beam, and the curved surface faces the steel column. Compared with an existing guide limiting device, the guide component and the arc-shaped guide slope component are adopted between the steel ring beam and the steel column, so that the effect of linearly adjusting the position relation between the steel ring beam and the steel column is achieved, and therefore, when the steel structure is integrated, the relative gap of the steel structure can be controlled, and the positioning accuracy of the steel structure is improved. And excessive stress and friction cannot be generated on the contact part between the steel structure and the steel column, so that the possibility of deformation and damage of the steel structure or the steel column is avoided.
本发明涉及环形梁吊装技术，具体是一种钢环梁吊装就位的导向组件及钢环梁的吊装就位方法；导向组件包括导向件和弧形导坡件；导向件通过螺栓设置在钢柱牛腿的腹板上，用于增大钢柱牛腿的腹板与钢环梁之间的接触面积；弧形导坡件设置在钢环梁的上翼缘板上且曲面朝向钢柱。发明所提出的导向组件及就位方法，其与现有的导向限位装置相比，由于在钢环梁与钢柱之间采用了导向件、弧形导坡件，从而实现了线性调整两者之间位置关系的效果，进而，在钢结构整体时，既可控制钢结构的相对间隙，又能保证不对钢结构与钢柱之间的接触部位产生多于的应力、摩擦、进而避免了导致钢结构或钢柱变形、损坏的可能。
Guide assembly for hoisting steel ring beam in place and hoisting method for steel ring beam in place
The invention relates to an annular beam hoisting technology, in particular to a guide assembly for hoisting a steel ring beam in place and a hoisting method for the steel ring beam in place. The guiding assembly comprises a guiding piece and an arc-shaped slope guiding piece. The guide piece is arranged on a web plate of the steel column bracket through a bolt and is used for increasing the contact area between the web plate of the steel column bracket and the steel ring beam; the arc-shaped slope guide piece is arranged on an upper flange plate of the steel ring beam, and the curved surface faces the steel column. Compared with an existing guide limiting device, the guide component and the arc-shaped guide slope component are adopted between the steel ring beam and the steel column, so that the effect of linearly adjusting the position relation between the steel ring beam and the steel column is achieved, and therefore, when the steel structure is integrated, the relative gap of the steel structure can be controlled, and the positioning accuracy of the steel structure is improved. And excessive stress and friction cannot be generated on the contact part between the steel structure and the steel column, so that the possibility of deformation and damage of the steel structure or the steel column is avoided.
本发明涉及环形梁吊装技术，具体是一种钢环梁吊装就位的导向组件及钢环梁的吊装就位方法；导向组件包括导向件和弧形导坡件；导向件通过螺栓设置在钢柱牛腿的腹板上，用于增大钢柱牛腿的腹板与钢环梁之间的接触面积；弧形导坡件设置在钢环梁的上翼缘板上且曲面朝向钢柱。发明所提出的导向组件及就位方法，其与现有的导向限位装置相比，由于在钢环梁与钢柱之间采用了导向件、弧形导坡件，从而实现了线性调整两者之间位置关系的效果，进而，在钢结构整体时，既可控制钢结构的相对间隙，又能保证不对钢结构与钢柱之间的接触部位产生多于的应力、摩擦、进而避免了导致钢结构或钢柱变形、损坏的可能。
Guide assembly for hoisting steel ring beam in place and hoisting method for steel ring beam in place
一种钢环梁吊装就位的导向组件及钢环梁的吊装就位方法
GUO JIANPENG (Autor:in) / LIN WENBIAO (Autor:in) / JIANG GUOMING (Autor:in) / ZHANG SHIYANG (Autor:in) / XU KE (Autor:in) / PAN NING (Autor:in) / CHEN LIANGLIANG (Autor:in) / LIN LIHUA (Autor:in) / MIN WENMAO (Autor:in) / YU DONG (Autor:in)
06.09.2024
Patent
Elektronische Ressource
Chinesisch
Steel beam hoisting auxiliary in-place device and method
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2024