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A platform for research: civil engineering, architecture and urbanism
Construction method for controlling deformation of pipeline by penetrating through seismic isolation layer of basement
The invention discloses a construction method for controlling pipeline deformation by penetrating through a basement shock insulation layer. The construction process comprises the steps of steel skeleton installation, shock insulation wall arrangement, pipeline arrangement, support arrangement, special treatment and lightning protection grounding and power system treatment. The loose gravel eggs have the capacity of absorbing anti-seismic deformation energy and adjusting non-uniform deformation, safety of an internal control pipeline is ensured, the mode of adjusting deformation by backfilling the gravel around is utilized, the problems of pipeline breakage, pipe burst and the like caused by anti-seismic deformation are effectively solved, and the safety of the pipeline is improved. The operation safety and the water supply guarantee rate of the large water conveying pipeline penetrating through the mining subsidence area are greatly improved; meanwhile, thunder and lightning enter the lightning conductor from the sky and the lightning conductor until the lightning conductor is buried in the ground, the lightning conductor is a facility for eliminating lightning stroke and protecting a building or an instrument, the lightning conductor can protect the communication cable in the control pipeline, and the safety of the communication cable is guaranteed.
本发明公开了一种穿地下室隔震层控制管道变形的施工方法，其施工流程有钢骨架安装→隔震墙体设置→管道布置→支座设置→特殊处理→防雷接地及电力系统的处理。本发明通过松散砂砾卵具有吸收抗震变形能量和调节不均匀变形的能力，确保了内部控制管道的安全，利用了周边回填砂卵石调节变形的的方式，有效解决了抗震变形造成管道断裂、爆管等问题，大幅提高了穿越采空塌陷区大型输水管道运营安全和供水保证率；同时雷电从天空从导雷体进入避雷线直至埋地的预埋件，是消除雷击保护建筑物或仪器的设施，同时避雷线可以保护住控制管道内部的通信线缆，同时避雷线可以保护住控制管道内部的通信线缆，保证了通信线缆的安全。
Construction method for controlling deformation of pipeline by penetrating through seismic isolation layer of basement
The invention discloses a construction method for controlling pipeline deformation by penetrating through a basement shock insulation layer. The construction process comprises the steps of steel skeleton installation, shock insulation wall arrangement, pipeline arrangement, support arrangement, special treatment and lightning protection grounding and power system treatment. The loose gravel eggs have the capacity of absorbing anti-seismic deformation energy and adjusting non-uniform deformation, safety of an internal control pipeline is ensured, the mode of adjusting deformation by backfilling the gravel around is utilized, the problems of pipeline breakage, pipe burst and the like caused by anti-seismic deformation are effectively solved, and the safety of the pipeline is improved. The operation safety and the water supply guarantee rate of the large water conveying pipeline penetrating through the mining subsidence area are greatly improved; meanwhile, thunder and lightning enter the lightning conductor from the sky and the lightning conductor until the lightning conductor is buried in the ground, the lightning conductor is a facility for eliminating lightning stroke and protecting a building or an instrument, the lightning conductor can protect the communication cable in the control pipeline, and the safety of the communication cable is guaranteed.
本发明公开了一种穿地下室隔震层控制管道变形的施工方法，其施工流程有钢骨架安装→隔震墙体设置→管道布置→支座设置→特殊处理→防雷接地及电力系统的处理。本发明通过松散砂砾卵具有吸收抗震变形能量和调节不均匀变形的能力，确保了内部控制管道的安全，利用了周边回填砂卵石调节变形的的方式，有效解决了抗震变形造成管道断裂、爆管等问题，大幅提高了穿越采空塌陷区大型输水管道运营安全和供水保证率；同时雷电从天空从导雷体进入避雷线直至埋地的预埋件，是消除雷击保护建筑物或仪器的设施，同时避雷线可以保护住控制管道内部的通信线缆，同时避雷线可以保护住控制管道内部的通信线缆，保证了通信线缆的安全。
Construction method for controlling deformation of pipeline by penetrating through seismic isolation layer of basement
一种穿地下室隔震层控制管道变形的施工方法
YANG YONG (author) / LIU SHUYAN (author) / LI HONGBING (author) / NIE GUILIN (author) / WU YONG (author) / FENG PING (author) / CAI YANGFA (author) / REN MINGJIA (author)
2024-01-16
Patent
Electronic Resource
Chinese
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