A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wind-resistant device and shock insulation layer adopting same
The invention relates to the technical field of building structure engineering, in particular to a wind-resistant device and a shock insulation layer adopting the same. The wind-resistant device comprises a safety component which is a rigid part, wherein the upper end of the safety component is fixedly connected with a top floor system of a building shock insulation layer, the lower end of the safety component is fixedly connected with a bottom floor system of the shock insulation layer, the safety component is provided with a strength limit, and when the force applied to the safety componentby the top floor system and the bottom floor system reaches the strength limit, the safety component is broken. The wind-resistant device is also arranged at the shock insulation layer, the top floorsystem and the bottom floor system of the shock insulation layer are rigidly connected, the working state of a shock insulation rubber support is controlled by controlling a strength limit value of the top floor system and the bottom floor system, when a building bears small loads such as wind loads, the shock insulation rubber support cannot be affected, the service life of the shock insulation rubber support is greatly prolonged, and the use reliability of the shock insulation rubber support is greatly improved.
本发明涉及建筑结构工程技术领域，具体设计一种抗风装置及采用该抗风装置的隔震层，所述抗风装置，包括安全构件，所述安全构件为刚性件，所述安全构件的上端与建筑物隔震层的顶部楼盖固定连接，所述安全构件的下端与所述隔震层的底部楼盖固定连接，所述安全构件设计有一强度极限，当所述顶部楼盖与底部楼盖对所述安全构件的施力达到所述强度极限时，所述安全构件断裂。本申请的抗风装置，也设置在隔震层处，将隔震层的顶部楼盖与底部楼盖进行刚性连接，通过控制其强度极限值大小，进而控制隔震橡胶支座的工作状态，当建筑物受到风载荷等较小载荷时，并不会对隔震橡胶支座造成影响，大幅的提高了隔震橡胶支座的使用寿命和使用可靠性。
Wind-resistant device and shock insulation layer adopting same
The invention relates to the technical field of building structure engineering, in particular to a wind-resistant device and a shock insulation layer adopting the same. The wind-resistant device comprises a safety component which is a rigid part, wherein the upper end of the safety component is fixedly connected with a top floor system of a building shock insulation layer, the lower end of the safety component is fixedly connected with a bottom floor system of the shock insulation layer, the safety component is provided with a strength limit, and when the force applied to the safety componentby the top floor system and the bottom floor system reaches the strength limit, the safety component is broken. The wind-resistant device is also arranged at the shock insulation layer, the top floorsystem and the bottom floor system of the shock insulation layer are rigidly connected, the working state of a shock insulation rubber support is controlled by controlling a strength limit value of the top floor system and the bottom floor system, when a building bears small loads such as wind loads, the shock insulation rubber support cannot be affected, the service life of the shock insulation rubber support is greatly prolonged, and the use reliability of the shock insulation rubber support is greatly improved.
本发明涉及建筑结构工程技术领域，具体设计一种抗风装置及采用该抗风装置的隔震层，所述抗风装置，包括安全构件，所述安全构件为刚性件，所述安全构件的上端与建筑物隔震层的顶部楼盖固定连接，所述安全构件的下端与所述隔震层的底部楼盖固定连接，所述安全构件设计有一强度极限，当所述顶部楼盖与底部楼盖对所述安全构件的施力达到所述强度极限时，所述安全构件断裂。本申请的抗风装置，也设置在隔震层处，将隔震层的顶部楼盖与底部楼盖进行刚性连接，通过控制其强度极限值大小，进而控制隔震橡胶支座的工作状态，当建筑物受到风载荷等较小载荷时，并不会对隔震橡胶支座造成影响，大幅的提高了隔震橡胶支座的使用寿命和使用可靠性。
Wind-resistant device and shock insulation layer adopting same
一种抗风装置及采用该抗风装置的隔震层
GUO YANGZHAO (author) / YANG QIONG (author) / ZHAO GANRONG (author) / LYU SHENGNAN (author)
2021-03-09
Patent
Electronic Resource
Chinese
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