Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method for controlling installation flatness of spherical support
The invention relates to a construction method for controlling the mounting flatness of a spherical support, which is characterized in that a supporting steel rod is arranged on a support padstone, and the top surface of the supporting steel rod is easily polished to be horizontal; by polishing the top surfaces of the at least three supporting steel rods to the designed elevation of the bottom of the lower steel plate of the spherical support, a supporting plane flush with the designed elevation of the bottom of the lower steel plate of the spherical support can be formed, the spherical support can be temporarily supported through the supporting plane, the supporting steel rods cannot be crushed or deformed by the spherical support, and the service life of the spherical support is prolonged. Furthermore, the mounting elevation and the mounting flatness of the spherical support can be well ensured; the spherical support is supported at the preset position through the bearing steel rod, it can be guaranteed that the spherical support is in a relatively stable state before grouting, grouting and pouring can be directly conducted after a pouring formwork is installed at the position of the support padstone, the bearing steel rod does not need to be taken out and can serve as a framework in mortar, and the connection performance of the support padstone and the spherical support is enhanced; and the construction efficiency can be improved.
本发明涉及一种球形支座控制安装平整度的施工方法，在支座垫石上设置的支承钢杆，打磨支承钢杆顶面至顶面水平比较容易；通过打磨至少三根支承钢杆顶面至球形支座的下钢板的底部设计标高，使得能够形成一个与球形支座的下钢板的底部设计标高平齐的支撑平面，可以通过该支撑平面来临时支撑球形支座，支承钢杆不会被球形支座压坏或者压变形，进而能够很好的保证球形支座的安装标高和安装的平整度；通过支承钢杆支撑球形支座在预设位置，在灌浆之前能保证球形支座处于一个相对稳定的状态，在支座垫石处安装浇筑模板后即可直接灌浆浇筑，支承钢杆无需取出，可以作为砂浆料内的骨架，增强支座垫石与球形支座的连接性能，且能够提高施工效率。
Construction method for controlling installation flatness of spherical support
The invention relates to a construction method for controlling the mounting flatness of a spherical support, which is characterized in that a supporting steel rod is arranged on a support padstone, and the top surface of the supporting steel rod is easily polished to be horizontal; by polishing the top surfaces of the at least three supporting steel rods to the designed elevation of the bottom of the lower steel plate of the spherical support, a supporting plane flush with the designed elevation of the bottom of the lower steel plate of the spherical support can be formed, the spherical support can be temporarily supported through the supporting plane, the supporting steel rods cannot be crushed or deformed by the spherical support, and the service life of the spherical support is prolonged. Furthermore, the mounting elevation and the mounting flatness of the spherical support can be well ensured; the spherical support is supported at the preset position through the bearing steel rod, it can be guaranteed that the spherical support is in a relatively stable state before grouting, grouting and pouring can be directly conducted after a pouring formwork is installed at the position of the support padstone, the bearing steel rod does not need to be taken out and can serve as a framework in mortar, and the connection performance of the support padstone and the spherical support is enhanced; and the construction efficiency can be improved.
本发明涉及一种球形支座控制安装平整度的施工方法，在支座垫石上设置的支承钢杆，打磨支承钢杆顶面至顶面水平比较容易；通过打磨至少三根支承钢杆顶面至球形支座的下钢板的底部设计标高，使得能够形成一个与球形支座的下钢板的底部设计标高平齐的支撑平面，可以通过该支撑平面来临时支撑球形支座，支承钢杆不会被球形支座压坏或者压变形，进而能够很好的保证球形支座的安装标高和安装的平整度；通过支承钢杆支撑球形支座在预设位置，在灌浆之前能保证球形支座处于一个相对稳定的状态，在支座垫石处安装浇筑模板后即可直接灌浆浇筑，支承钢杆无需取出，可以作为砂浆料内的骨架，增强支座垫石与球形支座的连接性能，且能够提高施工效率。
Construction method for controlling installation flatness of spherical support
一种球形支座控制安装平整度的施工方法
LU YAO (Autor:in) / SUN ZHIGANG (Autor:in) / QIN SHENGLONG (Autor:in) / ZHOU CHONG (Autor:in) / NONG XIAODONG (Autor:in) / QIN SHIJING (Autor:in) / CHEN KAIDE (Autor:in) / GENG RUI (Autor:in) / WU JUNLIANG (Autor:in) / JUNG IL-BAE (Autor:in)
21.04.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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