A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent shock insulation rubber support
The invention provides an intelligent shock insulation rubber support, which relates to the field of shock insulation rubber supports and comprises an upper flange plate, an outer protective curtain arranged on the outer side of the upper flange plate, a pressure sensor arranged on the top of the upper flange plate, a displacement sensor arranged in the middle of the upper flange plate, and a nut fixing frame arranged at the bottom of the upper flange plate. A rear lifting block is fixed to the middle of the pressure sensor, tail connecting strips are rotationally arranged on the two sides of the rear lifting block, the tails of the tail connecting strips are rotationally connected with an inner sliding block, the middle of the inner sliding block is in threaded connection with a middle screw rod, the middle screw rod is rotationally arranged in the middle of the outer frame body, and the pressure sensor ascends to be attached to a building or a foundation; the pressure sensor is far away from the building or the foundation, so that scratches caused by the fact that the pressure sensor is tightly attached to the building or the foundation after the pressure sensor is taken out are avoided, and the problem that filler debugging needs to be repeatedly increased or reduced due to the fact that the pressure sensor is not attached to the building or the foundation is solved.
本发明提供智能化隔震橡胶支座，涉及隔震橡胶支座领域，包括：上法兰板，所述上法兰板外侧设置有外保护帘，上法兰板顶部设置有压力传感器，所述上法兰板中部设置有位移传感器，上法兰板底部设置有螺母固定架，压力传感器中部固定有后升降块，后升降块两侧均转动有尾连接条，尾连接条尾部和内滑块转动连接，内滑块中部和中螺杆螺接，中螺杆转动设置在外架体中部，压力传感器上升保证和建筑物或者地基的贴合，压力传感器下降时，压力传感器和建筑物或者地基的远离，避免压力传感器紧贴建筑物或者地基造成拿出后的划痕，解决了压力传感器和建筑物或者地基之间不贴合，需要反复增加减少填充物调试的问题。
Intelligent shock insulation rubber support
The invention provides an intelligent shock insulation rubber support, which relates to the field of shock insulation rubber supports and comprises an upper flange plate, an outer protective curtain arranged on the outer side of the upper flange plate, a pressure sensor arranged on the top of the upper flange plate, a displacement sensor arranged in the middle of the upper flange plate, and a nut fixing frame arranged at the bottom of the upper flange plate. A rear lifting block is fixed to the middle of the pressure sensor, tail connecting strips are rotationally arranged on the two sides of the rear lifting block, the tails of the tail connecting strips are rotationally connected with an inner sliding block, the middle of the inner sliding block is in threaded connection with a middle screw rod, the middle screw rod is rotationally arranged in the middle of the outer frame body, and the pressure sensor ascends to be attached to a building or a foundation; the pressure sensor is far away from the building or the foundation, so that scratches caused by the fact that the pressure sensor is tightly attached to the building or the foundation after the pressure sensor is taken out are avoided, and the problem that filler debugging needs to be repeatedly increased or reduced due to the fact that the pressure sensor is not attached to the building or the foundation is solved.
本发明提供智能化隔震橡胶支座，涉及隔震橡胶支座领域，包括：上法兰板，所述上法兰板外侧设置有外保护帘，上法兰板顶部设置有压力传感器，所述上法兰板中部设置有位移传感器，上法兰板底部设置有螺母固定架，压力传感器中部固定有后升降块，后升降块两侧均转动有尾连接条，尾连接条尾部和内滑块转动连接，内滑块中部和中螺杆螺接，中螺杆转动设置在外架体中部，压力传感器上升保证和建筑物或者地基的贴合，压力传感器下降时，压力传感器和建筑物或者地基的远离，避免压力传感器紧贴建筑物或者地基造成拿出后的划痕，解决了压力传感器和建筑物或者地基之间不贴合，需要反复增加减少填充物调试的问题。
Intelligent shock insulation rubber support
智能化隔震橡胶支座
ZHAO YADONG (author) / ZHAI GUIQING (author) / FENG JIE (author) / GONG LIQIANG (author) / ZHANG YICHI (author) / ZHANG LIN (author) / ZHANG JUNWEN (author) / GAO SHANSHAN (author) / WANG LELE (author) / CHEN JUNQIAO (author)
2023-08-08
Patent
Electronic Resource
Chinese
| European Patent Office | 2024