Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mechanical shock insulation support and method for fabricated portable house
The invention provides a mechanical shock insulation support and method for an assembly type portable house. The mechanical shock insulation support comprises a main body supporting structure, a shock conversion mechanism and an energy consumption mechanism, wherein the shock conversion mechanism and the energy consumption mechanism are arranged in the main body supporting structure; the limb supporting mechanism is arranged in the building body in a clearance manner; the vibration conversion mechanism comprises a vibration amplification mechanism, the vibration amplification mechanism comprises a cylindrical rotating part rotationally arranged on the side wall of the main body supporting structure, a swing plate is arranged on the side, located in the main body supporting structure, of the cylindrical rotating part, and a stress plate wrapped in the building body is arranged on the other side of the cylindrical rotating part; the end part of the stress plate is in transmission connection with a hinge connecting rod mechanism with a stop of a swing rod, and the hinge connecting rod mechanism with the stop of the swing rod is in transmission connection with an energy consumption mechanism; after the stress plate is subjected to vibration transmitted by a building body, reverse vibration is transmitted to the swing plate through the cylindrical rotating piece, and at the moment, the swing plate generates reverse and large swing; the swing plate drives the swing rod to output a circular motion trail with a stop hinge connecting rod mechanism, the circular motion trail is input into the energy dissipation mechanism, and mechanical shock insulation energy dissipation is completed.
本发明提供一种用于装配式活动板房的机械式隔震支座及方法，包括主体支撑结构，以及设置于主体支撑结构内的震动转换机构和耗能机构；所述肢体支撑机构间隙设置于建筑体内；所述震动转换机构包括震动放大机构，所述震动放大机构包括可旋设置于主体支撑结构侧壁的柱形转动件，所述柱形转动件位于主体支撑结构内的一侧设置有摆动板，另一侧设置有包裹于建筑体内的受力板；所述受力板端部传动连接摆杆有停歇的铰链连杆机构，所述摆杆有停歇的铰链连杆机构传动连接耗能机构；本申请通过受力板受到建筑体传递的震动后，通过柱形转动件向摆动板传递反向震动，此时摆动板产生反向且较大的摆动；所述摆动板带动摆杆有停歇的铰链连杆机构输出圆周运动轨迹，并输入耗能机构，完成机械式隔震耗能。
Mechanical shock insulation support and method for fabricated portable house
The invention provides a mechanical shock insulation support and method for an assembly type portable house. The mechanical shock insulation support comprises a main body supporting structure, a shock conversion mechanism and an energy consumption mechanism, wherein the shock conversion mechanism and the energy consumption mechanism are arranged in the main body supporting structure; the limb supporting mechanism is arranged in the building body in a clearance manner; the vibration conversion mechanism comprises a vibration amplification mechanism, the vibration amplification mechanism comprises a cylindrical rotating part rotationally arranged on the side wall of the main body supporting structure, a swing plate is arranged on the side, located in the main body supporting structure, of the cylindrical rotating part, and a stress plate wrapped in the building body is arranged on the other side of the cylindrical rotating part; the end part of the stress plate is in transmission connection with a hinge connecting rod mechanism with a stop of a swing rod, and the hinge connecting rod mechanism with the stop of the swing rod is in transmission connection with an energy consumption mechanism; after the stress plate is subjected to vibration transmitted by a building body, reverse vibration is transmitted to the swing plate through the cylindrical rotating piece, and at the moment, the swing plate generates reverse and large swing; the swing plate drives the swing rod to output a circular motion trail with a stop hinge connecting rod mechanism, the circular motion trail is input into the energy dissipation mechanism, and mechanical shock insulation energy dissipation is completed.
本发明提供一种用于装配式活动板房的机械式隔震支座及方法，包括主体支撑结构，以及设置于主体支撑结构内的震动转换机构和耗能机构；所述肢体支撑机构间隙设置于建筑体内；所述震动转换机构包括震动放大机构，所述震动放大机构包括可旋设置于主体支撑结构侧壁的柱形转动件，所述柱形转动件位于主体支撑结构内的一侧设置有摆动板，另一侧设置有包裹于建筑体内的受力板；所述受力板端部传动连接摆杆有停歇的铰链连杆机构，所述摆杆有停歇的铰链连杆机构传动连接耗能机构；本申请通过受力板受到建筑体传递的震动后，通过柱形转动件向摆动板传递反向震动，此时摆动板产生反向且较大的摆动；所述摆动板带动摆杆有停歇的铰链连杆机构输出圆周运动轨迹，并输入耗能机构，完成机械式隔震耗能。
Mechanical shock insulation support and method for fabricated portable house
一种用于装配式活动板房的机械式隔震支座及方法
WANG CHAOWEI (Autor:in) / CHEN YAN (Autor:in) / WANG JINCHENG (Autor:in) / QI FEIFEI (Autor:in)
08.12.2023
Patent
Elektronische Ressource
Chinesisch
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