A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bracket plate type integral connecting joint suitable for steel frame supporting system
The invention discloses a supporting plate type integral connecting joint suitable for a steel frame supporting system. The supporting plate type integral connecting joint comprises an upper column structure, a lower column structure, a supporting plate and a cross beam section. The upper column structure comprises an upper column body and a lower column body, and the upper column body and the lower column body are connected through an upper flange bolt and a lower flange bolt to form a vertical component. The cross beam sections are connected with cross beam bolts through cover plates to form cross members; the supporting plate is in bolted connection with the supporting structure through the cover plate to form a supporting component. According to the supporting plate type integral connecting joint, full-bolt connection of the vertical component, the supporting component and the transverse component of a steel structure can be achieved, welding operation is avoided on site, and the joint installation efficiency and quality are improved; in addition, the supporting plate type integral connecting joint is suitable for central supporting and eccentric supporting, the problem of integral stability of a steel structure can be solved through a double lateral force resisting system, the height of a building structure is increased, deformation of beam column joints is reduced, and the supporting plate type integral connecting joint has good anti-seismic performance and large lateral stiffness.
本发明公开了一种适用于钢框架支撑体系的支托板式整体连接节点，包括上柱结构、下柱结构、支托板及横梁段；上柱结构包括上柱体和下柱体，上柱体和下柱体通过上、下法兰螺栓连接形成竖向构件；横梁段通过盖板与横梁螺栓连接形成横向构件；支托板通过盖板与支撑结构螺栓连接形成支撑构件。本发明的支托板式整体连接节点，能够实现钢结构的竖向构件、支撑构件和横向构件的全螺栓连接，现场无焊接作业，提高了节点安装的效率和质量；另外，本发明的支托板式整体连接节点适用于中心支撑和偏心支撑，双重抗侧力体系能够解决钢结构整体稳定的问题，提高建筑结构的高度，减小梁柱节点的变形，具有良好的抗震性能和较大的抗侧刚度。
Bracket plate type integral connecting joint suitable for steel frame supporting system
The invention discloses a supporting plate type integral connecting joint suitable for a steel frame supporting system. The supporting plate type integral connecting joint comprises an upper column structure, a lower column structure, a supporting plate and a cross beam section. The upper column structure comprises an upper column body and a lower column body, and the upper column body and the lower column body are connected through an upper flange bolt and a lower flange bolt to form a vertical component. The cross beam sections are connected with cross beam bolts through cover plates to form cross members; the supporting plate is in bolted connection with the supporting structure through the cover plate to form a supporting component. According to the supporting plate type integral connecting joint, full-bolt connection of the vertical component, the supporting component and the transverse component of a steel structure can be achieved, welding operation is avoided on site, and the joint installation efficiency and quality are improved; in addition, the supporting plate type integral connecting joint is suitable for central supporting and eccentric supporting, the problem of integral stability of a steel structure can be solved through a double lateral force resisting system, the height of a building structure is increased, deformation of beam column joints is reduced, and the supporting plate type integral connecting joint has good anti-seismic performance and large lateral stiffness.
本发明公开了一种适用于钢框架支撑体系的支托板式整体连接节点，包括上柱结构、下柱结构、支托板及横梁段；上柱结构包括上柱体和下柱体，上柱体和下柱体通过上、下法兰螺栓连接形成竖向构件；横梁段通过盖板与横梁螺栓连接形成横向构件；支托板通过盖板与支撑结构螺栓连接形成支撑构件。本发明的支托板式整体连接节点，能够实现钢结构的竖向构件、支撑构件和横向构件的全螺栓连接，现场无焊接作业，提高了节点安装的效率和质量；另外，本发明的支托板式整体连接节点适用于中心支撑和偏心支撑，双重抗侧力体系能够解决钢结构整体稳定的问题，提高建筑结构的高度，减小梁柱节点的变形，具有良好的抗震性能和较大的抗侧刚度。
Bracket plate type integral connecting joint suitable for steel frame supporting system
一种适用于钢框架支撑体系的支托板式整体连接节点
ZHANG YANXIA (author) / ZHANG AILIN (author) / JIN BOWEN (author) / WU BINGLONG (author)
2022-03-08
Patent
Electronic Resource
Chinese
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