A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Groove type anti-drawing shock insulation support
The invention discloses a groove type anti-drawing shock insulation support which comprises a lower sliding groove assembly, a lower sliding body assembly, an upper sliding body assembly, an upper sliding groove assembly and a cross shaft connecting piece. The lower sliding body assembly and the upper sliding body assembly are connected through a cross shaft to form a sliding block. The lower sliding groove assembly and the upper sliding groove assembly are provided with limiting devices which can limit vertical movement of the sliding block, and the anti-drawing effect is achieved through joint work of the limiting devices and the cross shaft connecting piece. The lower sliding body assembly and the upper sliding body assembly can rotate around the cross shaft so as to guarantee that the sliding block can make full contact with the lower sliding face and the upper sliding face when stressed. Compared with a traditional friction pendulum support, the support can effectively resist vertical pulling resistance and can provide a good shock insulation effect. The support has the advantages of being simple in structure, reliable in work, convenient to install and the like, and can be widely applied to the fields of large buildings, bridges, industrial equipment and the like needing earthquake isolation protection. The further research and development of the technology can play a positive role in promoting the improvement of the earthquake safety of an engineering structure, so that the life safety of personnel is guaranteed.
本发明公开了一种凹槽式抗拉拔隔震支座，该支座包括下滑动凹槽组件、下滑动体组件、上滑动体组件、上滑动凹槽组件、十字轴连接件，所述下滑动体组件、上滑动体组件通过十字轴相连形成滑块，下滑动凹槽组件、上滑动凹槽组件具有限位装置，可限制所述滑块竖直向移动，通过限位装置与十字轴连接件共同工作实现抗拉拔效果；下滑动体组件、上滑动体组件可以绕着十字轴进行转动，以保证受力时，滑块可以和下滑动面、上滑动面充分接触。与传统摩擦摆支座相比，该支座能够有效抵御竖向抗拔力，并能提供良好的隔震效果。这种支座具有结构简单、工作可靠、安装方便等优点，可广泛应用于大型建筑物、桥梁、工业设备等需要地震隔震保护的领域。该技术的进一步研发将对提高工程结构的地震安全性起到积极的推动作用，使人员生命安全得到保障。
Groove type anti-drawing shock insulation support
The invention discloses a groove type anti-drawing shock insulation support which comprises a lower sliding groove assembly, a lower sliding body assembly, an upper sliding body assembly, an upper sliding groove assembly and a cross shaft connecting piece. The lower sliding body assembly and the upper sliding body assembly are connected through a cross shaft to form a sliding block. The lower sliding groove assembly and the upper sliding groove assembly are provided with limiting devices which can limit vertical movement of the sliding block, and the anti-drawing effect is achieved through joint work of the limiting devices and the cross shaft connecting piece. The lower sliding body assembly and the upper sliding body assembly can rotate around the cross shaft so as to guarantee that the sliding block can make full contact with the lower sliding face and the upper sliding face when stressed. Compared with a traditional friction pendulum support, the support can effectively resist vertical pulling resistance and can provide a good shock insulation effect. The support has the advantages of being simple in structure, reliable in work, convenient to install and the like, and can be widely applied to the fields of large buildings, bridges, industrial equipment and the like needing earthquake isolation protection. The further research and development of the technology can play a positive role in promoting the improvement of the earthquake safety of an engineering structure, so that the life safety of personnel is guaranteed.
本发明公开了一种凹槽式抗拉拔隔震支座，该支座包括下滑动凹槽组件、下滑动体组件、上滑动体组件、上滑动凹槽组件、十字轴连接件，所述下滑动体组件、上滑动体组件通过十字轴相连形成滑块，下滑动凹槽组件、上滑动凹槽组件具有限位装置，可限制所述滑块竖直向移动，通过限位装置与十字轴连接件共同工作实现抗拉拔效果；下滑动体组件、上滑动体组件可以绕着十字轴进行转动，以保证受力时，滑块可以和下滑动面、上滑动面充分接触。与传统摩擦摆支座相比，该支座能够有效抵御竖向抗拔力，并能提供良好的隔震效果。这种支座具有结构简单、工作可靠、安装方便等优点，可广泛应用于大型建筑物、桥梁、工业设备等需要地震隔震保护的领域。该技术的进一步研发将对提高工程结构的地震安全性起到积极的推动作用，使人员生命安全得到保障。
Groove type anti-drawing shock insulation support
一种凹槽式抗拉拔隔震支座
WANG TAO (author) / REN ZHIFEI (author) / LI HAIYANG (author) / ZHANG WENMING (author) / TENG RUI (author) / GAO SHENG (author) / ZHOU ZHONGYI (author) / ZHAO HONGSHENG (author) / WEI ZHANGCHAO (author) / KOU ZEZHONG (author)
2024-08-30
Patent
Electronic Resource
Chinese
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