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A platform for research: civil engineering, architecture and urbanism
Steel structural member with shock resistance
The steel structure component comprises a bearing beam body and steel column pieces arranged at the two ends of the bearing beam body, a supporting beam body is arranged below the bearing beam body, and connecting components are arranged between the two ends of the bearing beam body and the steel column pieces and between the two ends of the supporting beam body and the steel column pieces. Damping components are further symmetrically arranged between the bearing beam body and the supporting beam body and used for reducing the damage strength of vibration acting force to connecting components, and a bending-resistant component is arranged below the bearing beam body and used for preventing the bearing beam body from being bent due to the vibration acting force. According to the steel structure component with the shock resistance, the high-damping shock insulation rubber blocks are used for achieving the energy dissipation effect on the shock acting force, under the action of the first fixing plate and the second fixing plate, the connection strength between the steel ball pieces and the bearing beam body and the connection strength between the steel ball pieces and the supporting beam body are enhanced, and under the action of the first stress column body, the first shock absorption rubber blocks and the second shock absorption rubber blocks, the steel ball pieces are not prone to falling off. And vibration acting force can be properly absorbed and dissipated.
本发明公开了一种具有抗震性的钢结构构件，包括承重梁体和设置于承重梁体两端的钢柱件，承重梁体下方设置有支撑梁体，且承重梁体和支撑梁体的两端与钢柱件之间均设置有连接构件，并在承重梁体与支撑梁体之间还对称设置有减震构件，且减震构件用于降低震动作用力对连接构件的破坏强度，其中承重梁体下方设置有抗弯曲构件，且抗弯曲构件用于防止承重梁体因震动作用力而出现弯曲状况，此具有抗震性的钢结构构件，利用高阻尼隔震橡胶块对震动作用力起到消能作用，并在固定板一和固定板二的作用下，则加强钢珠件与承重梁体和支撑梁体之间的连接强度，并在受力柱体一、减震橡胶块一和减震橡胶块二的作用下，可适当的对震动作用力进行吸收和消能工作。
Steel structural member with shock resistance
The steel structure component comprises a bearing beam body and steel column pieces arranged at the two ends of the bearing beam body, a supporting beam body is arranged below the bearing beam body, and connecting components are arranged between the two ends of the bearing beam body and the steel column pieces and between the two ends of the supporting beam body and the steel column pieces. Damping components are further symmetrically arranged between the bearing beam body and the supporting beam body and used for reducing the damage strength of vibration acting force to connecting components, and a bending-resistant component is arranged below the bearing beam body and used for preventing the bearing beam body from being bent due to the vibration acting force. According to the steel structure component with the shock resistance, the high-damping shock insulation rubber blocks are used for achieving the energy dissipation effect on the shock acting force, under the action of the first fixing plate and the second fixing plate, the connection strength between the steel ball pieces and the bearing beam body and the connection strength between the steel ball pieces and the supporting beam body are enhanced, and under the action of the first stress column body, the first shock absorption rubber blocks and the second shock absorption rubber blocks, the steel ball pieces are not prone to falling off. And vibration acting force can be properly absorbed and dissipated.
本发明公开了一种具有抗震性的钢结构构件，包括承重梁体和设置于承重梁体两端的钢柱件，承重梁体下方设置有支撑梁体，且承重梁体和支撑梁体的两端与钢柱件之间均设置有连接构件，并在承重梁体与支撑梁体之间还对称设置有减震构件，且减震构件用于降低震动作用力对连接构件的破坏强度，其中承重梁体下方设置有抗弯曲构件，且抗弯曲构件用于防止承重梁体因震动作用力而出现弯曲状况，此具有抗震性的钢结构构件，利用高阻尼隔震橡胶块对震动作用力起到消能作用，并在固定板一和固定板二的作用下，则加强钢珠件与承重梁体和支撑梁体之间的连接强度，并在受力柱体一、减震橡胶块一和减震橡胶块二的作用下，可适当的对震动作用力进行吸收和消能工作。
Steel structural member with shock resistance
一种具有抗震性的钢结构构件
XUE JIANLI (author) / LI XIAONING (author) / LI MENGJUN (author) / SUN SHENGJIE (author) / LUAN XIANGJUN (author) / ZHANG WENJING (author) / ZHANG HENG (author) / LI WENJUN (author) / WANG JIANFENG (author)
2023-04-28
Patent
Electronic Resource
Chinese