A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building micro-vibration prevention system and construction method
The invention relates to a building micro-vibration prevention system and a construction method, belongs to the technical field of civil engineering, and solves the problems that in the prior art, a piled raft vibration reduction foundation is poor in vibration control effect and construction uniformity, and cracks are prone to occurring in the concrete pouring and curing process. The building micro-vibration prevention system comprises a frame, an anti-sedimentation foundation, a vibration reduction foundation and a power pipe gallery, the frame, the anti-sedimentation foundation and the vibration reduction foundation are all arranged on a soil body, and the power pipe gallery penetrates through the vibration reduction foundation. According to the anti-settlement foundation of the anti-micro-vibration system, the space in the soft soil layer is filled and solidified, the bearing capacity of the foundation is improved, and therefore anti-settlement support is provided for the vibration reduction foundation; the frame and the vibration reduction foundation can isolate the annular large scientific equipment from the soil body and the power pipe gallery, and vibration transmitted to the annular large scientific equipment by the soil body and the power pipe gallery is reduced under the condition that the settlement and bearing capacity requirements of the soil body are met.
本发明涉及一种建筑防微振系统及构筑方法，属于土木工程技术领域，解决了现有技术中桩筏减振基础的振动控制效果差、施工均匀性差、混凝土浇筑养护过程中容易出现裂缝的问题。本发明一种建筑防微振系统包括框架、防沉降基础、减振基础和动力管廊，框架、防沉降基础和减振基础均设置在土体上，动力管廊穿过减振基础。本发明防微振系统的防沉降基础填充固化中软土层中存的空间，提高地基承载能力，从而为减振基础提供防沉降支撑；框架和减振基础能够隔绝环形大科学设备与土体、动力管廊，在满足土体的沉降和承载力要求情况下，减小土体和动力管廊传递给环形大科学设备的振动。
Building micro-vibration prevention system and construction method
The invention relates to a building micro-vibration prevention system and a construction method, belongs to the technical field of civil engineering, and solves the problems that in the prior art, a piled raft vibration reduction foundation is poor in vibration control effect and construction uniformity, and cracks are prone to occurring in the concrete pouring and curing process. The building micro-vibration prevention system comprises a frame, an anti-sedimentation foundation, a vibration reduction foundation and a power pipe gallery, the frame, the anti-sedimentation foundation and the vibration reduction foundation are all arranged on a soil body, and the power pipe gallery penetrates through the vibration reduction foundation. According to the anti-settlement foundation of the anti-micro-vibration system, the space in the soft soil layer is filled and solidified, the bearing capacity of the foundation is improved, and therefore anti-settlement support is provided for the vibration reduction foundation; the frame and the vibration reduction foundation can isolate the annular large scientific equipment from the soil body and the power pipe gallery, and vibration transmitted to the annular large scientific equipment by the soil body and the power pipe gallery is reduced under the condition that the settlement and bearing capacity requirements of the soil body are met.
本发明涉及一种建筑防微振系统及构筑方法，属于土木工程技术领域，解决了现有技术中桩筏减振基础的振动控制效果差、施工均匀性差、混凝土浇筑养护过程中容易出现裂缝的问题。本发明一种建筑防微振系统包括框架、防沉降基础、减振基础和动力管廊，框架、防沉降基础和减振基础均设置在土体上，动力管廊穿过减振基础。本发明防微振系统的防沉降基础填充固化中软土层中存的空间，提高地基承载能力，从而为减振基础提供防沉降支撑；框架和减振基础能够隔绝环形大科学设备与土体、动力管廊，在满足土体的沉降和承载力要求情况下，减小土体和动力管廊传递给环形大科学设备的振动。
Building micro-vibration prevention system and construction method
一种建筑防微振系统及构筑方法
XING YUNLIN (author) / LOU YU (author) / CHEN LIU (author) / LYU ZUOCHAO (author) / JIN CHUNFENG (author) / WU YAOHUI (author) / LU AIZHEN (author) / XU ZHAOGANG (author) / ZHANG YUNSHI (author) / ZUO HANWEN (author)
2024-03-01
Patent
Electronic Resource
Chinese
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