Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Swivel system for driving swivel bridge to rotate through gears and construction method
The invention relates to a swivel system using a gear to drive a swivel bridge to rotate and a construction method. The swivel system comprises an upper bearing platform, a lower bearing platform, an upper spherical hinge, a lower spherical hinge and a gear power device, and the gear power device drives a swivel structure to rotate. The construction method comprises the following steps: pouring lower bearing platform concrete and mounting a slideway; mounting a lower spherical hinge; an upper spherical hinge is installed; supporting feet are installed; pouring an upper bearing platform concrete pier or a bridge tower for construction; constructing a bridge pier or a bridge tower and a main beam; a gear power device is arranged in main beam construction; arranging a gear power device to start a gear transmission device; starting the gear transmission device to accelerate the rotation of the rotating body structure; the acceleration rotating body structure is a deceleration rotating body structure; the gear power device is detached by the decelerating rotating body structure; disassembling the gear power device; and sealing and building the bearing platform. According to the invention, by designing a structural construction for driving the swivel bridge pier to rotate by using the gears, the defects of a traditional swivel bridge traction mode are overcome, and the application and popularization of a swivel construction method are facilitated.
本发明涉及一种使用齿轮驱动转体桥梁转动的转体系统及施工方法，包括上承台、下承台、上球铰、下球铰、齿轮动力装置，齿轮动力装置带动转体结构转动。施工步骤包括：浇筑下承台混凝土及安装滑道；安装下球铰；安装上球铰；安装撑脚；浇筑上承台混凝土桥墩或桥塔施工；桥墩或桥塔施工主梁施工；主梁施工布置齿轮动力装置；布置齿轮动力装置启动齿轮传动装置；启动齿轮传动装置加速转动转体结构；加速转动转体结构减速转动转体结构；减速转动转体结构拆卸齿轮动力装置；拆卸齿轮动力装置；封筑承台。本发明通过设计一种使用齿轮带动转体桥墩转动的结构构造，克服传统转体桥梁牵引方式的弊端，有助于促进转体施工方法的应用与推广。
Swivel system for driving swivel bridge to rotate through gears and construction method
The invention relates to a swivel system using a gear to drive a swivel bridge to rotate and a construction method. The swivel system comprises an upper bearing platform, a lower bearing platform, an upper spherical hinge, a lower spherical hinge and a gear power device, and the gear power device drives a swivel structure to rotate. The construction method comprises the following steps: pouring lower bearing platform concrete and mounting a slideway; mounting a lower spherical hinge; an upper spherical hinge is installed; supporting feet are installed; pouring an upper bearing platform concrete pier or a bridge tower for construction; constructing a bridge pier or a bridge tower and a main beam; a gear power device is arranged in main beam construction; arranging a gear power device to start a gear transmission device; starting the gear transmission device to accelerate the rotation of the rotating body structure; the acceleration rotating body structure is a deceleration rotating body structure; the gear power device is detached by the decelerating rotating body structure; disassembling the gear power device; and sealing and building the bearing platform. According to the invention, by designing a structural construction for driving the swivel bridge pier to rotate by using the gears, the defects of a traditional swivel bridge traction mode are overcome, and the application and popularization of a swivel construction method are facilitated.
本发明涉及一种使用齿轮驱动转体桥梁转动的转体系统及施工方法，包括上承台、下承台、上球铰、下球铰、齿轮动力装置，齿轮动力装置带动转体结构转动。施工步骤包括：浇筑下承台混凝土及安装滑道；安装下球铰；安装上球铰；安装撑脚；浇筑上承台混凝土桥墩或桥塔施工；桥墩或桥塔施工主梁施工；主梁施工布置齿轮动力装置；布置齿轮动力装置启动齿轮传动装置；启动齿轮传动装置加速转动转体结构；加速转动转体结构减速转动转体结构；减速转动转体结构拆卸齿轮动力装置；拆卸齿轮动力装置；封筑承台。本发明通过设计一种使用齿轮带动转体桥墩转动的结构构造，克服传统转体桥梁牵引方式的弊端，有助于促进转体施工方法的应用与推广。
Swivel system for driving swivel bridge to rotate through gears and construction method
一种使用齿轮驱动转体桥梁转动的转体系统及施工方法
ZHAN GANGYI (Autor:in) / WEI JIANGANG (Autor:in) / GONG HONGHUA (Autor:in) / JIA LIZHI (Autor:in) / YANG YAOFENG (Autor:in) / WAN BO (Autor:in) / SONG JIANPING (Autor:in) / ZENG XIANPING (Autor:in) / LI XIN (Autor:in) / ZHANG XIAOWU (Autor:in)
26.05.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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