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High-precision replacement system and method for rubber shock insulation support of shock insulation layer of house building project
The invention discloses a high-precision replacement system and method for a rubber shock insulation support of a shock insulation layer of a house building project, and the system comprises a shock insulation unit (1). The two ends of the vibration isolation connecting beam (101) are connected with upper vibration isolation buttresses (103), and the vibration isolation connecting beam (101) plays a role in conducting and dispersing vibration; the lower vibration isolation buttresses (102) are fixedly connected with the ground; the rubber vibration isolation supports (4) are connected with the vibration isolation connecting beam (101) and the lower vibration isolation buttresses (102) and used for buffering vibration and then indirectly conducting the vibration to the ground; the dismounting and mounting auxiliary unit (3) comprises a working platform (310), a support supporting part (312), a winch (314) and a clamping and positioning unit (320); the support supporting part (312) is arranged at the top of the working platform (310) and is used for mounting the rubber shock insulation support (4); the winch (314) is arranged on the working platform (310) and is matched with the rubber shock insulation support (4); and the clamping and positioning unit (320) is arranged at one end part of the working platform (310). According to the device, structural deformation is prevented in the process of disassembling and assembling the rubber shock insulation support.
本发明公开了一种房建工程隔震层橡胶隔震支座的高精度更换系统及方法,系统包括隔振单元(1),其包括两端均与隔振上支墩(103)连接且起震动传导分散作用的隔振连梁(101)、与地面固定连接的隔振下支墩(102)以及与所述隔振连梁(101)和隔振下支墩(102)连接用于缓冲震动后并间接传导至地面的橡胶隔震支座(4);拆装辅助单元(3),其包括工作平台(310)、设于所述工作平台(310)顶部用于安装所述橡胶隔震支座(4)的支座支撑部(312)、设于所述工作平台(310)上且与所述橡胶隔震支座(4)匹配设置的卷扬机(314)以及设于所述工作平台(310)一端部的夹装定位单元(320)。本发明防止了在拆装橡胶隔震支座过程中发生结构变形。
High-precision replacement system and method for rubber shock insulation support of shock insulation layer of house building project
The invention discloses a high-precision replacement system and method for a rubber shock insulation support of a shock insulation layer of a house building project, and the system comprises a shock insulation unit (1). The two ends of the vibration isolation connecting beam (101) are connected with upper vibration isolation buttresses (103), and the vibration isolation connecting beam (101) plays a role in conducting and dispersing vibration; the lower vibration isolation buttresses (102) are fixedly connected with the ground; the rubber vibration isolation supports (4) are connected with the vibration isolation connecting beam (101) and the lower vibration isolation buttresses (102) and used for buffering vibration and then indirectly conducting the vibration to the ground; the dismounting and mounting auxiliary unit (3) comprises a working platform (310), a support supporting part (312), a winch (314) and a clamping and positioning unit (320); the support supporting part (312) is arranged at the top of the working platform (310) and is used for mounting the rubber shock insulation support (4); the winch (314) is arranged on the working platform (310) and is matched with the rubber shock insulation support (4); and the clamping and positioning unit (320) is arranged at one end part of the working platform (310). According to the device, structural deformation is prevented in the process of disassembling and assembling the rubber shock insulation support.
本发明公开了一种房建工程隔震层橡胶隔震支座的高精度更换系统及方法,系统包括隔振单元(1),其包括两端均与隔振上支墩(103)连接且起震动传导分散作用的隔振连梁(101)、与地面固定连接的隔振下支墩(102)以及与所述隔振连梁(101)和隔振下支墩(102)连接用于缓冲震动后并间接传导至地面的橡胶隔震支座(4);拆装辅助单元(3),其包括工作平台(310)、设于所述工作平台(310)顶部用于安装所述橡胶隔震支座(4)的支座支撑部(312)、设于所述工作平台(310)上且与所述橡胶隔震支座(4)匹配设置的卷扬机(314)以及设于所述工作平台(310)一端部的夹装定位单元(320)。本发明防止了在拆装橡胶隔震支座过程中发生结构变形。
High-precision replacement system and method for rubber shock insulation support of shock insulation layer of house building project
房建工程隔震层橡胶隔震支座的高精度更换系统及方法
YAO YUMIN (Autor:in) / ZHAO HONGBIN (Autor:in) / WAN LI (Autor:in) / WANG SHENGYU (Autor:in) / PAN DONG (Autor:in) / CHEN ZHIDA (Autor:in)
24.02.2023
Patent
Elektronische Ressource
Chinesisch
Europäisches Patentamt | 2024
|Europäisches Patentamt | 2020
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