A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of industrial building shock absorption foundation
The invention discloses a construction method of an industrial building shock absorption foundation. The construction method is characterized by comprising the following construction steps of (1) mounting a hydraulic valve on a prefabricated support column, and then pressing the prefabricated support column into a soil body; (2) excavating the soil body to a designed bottom elevation, paving geotechnical cloth on an arch-shaped base, and enabling raft plate and concrete inverted beam formworks to adopt brick moulding beds; (3) binding steel bars of a raft plate and a concrete inverted beam, erecting the raft plate and concrete inverted beam formworks, and reserving shock absorption holes in the raft plate; (4) pouring concrete of the raft plate and the concrete inverted beam; (5) placing shock absorption blocks in the shock absorption holes, placing the shock absorption blocks on supporting columns, paving shock absorption materials on the shock absorption blocks, and paving steel plates on the shock absorption materials for sealing; (6) arranging buttresses on the steel plates at the shock absorption holes; (7) arranging a bearing frame on the buttresses; and (8) installing industrial equipment on the force bearing frame. The construction method is good in shock absorption effect.
本发明公开了一种工业建筑减震基础的施工方法，其特征在于，施工步骤包括：(1)将液压阀安装在预制支撑柱，然后将预制支撑柱压入土体；(2)开挖土体至设计底标高；在拱形基底铺设土工布；筏板和混凝土倒梁模板采用砖胎模；(3)绑扎筏板和混凝土倒梁的钢筋，支设筏板和混凝土倒梁的模板，在筏板内部预留减震孔；(4)浇筑筏板和混凝土倒梁的混凝土；(5)在减震孔内放置减震块，减震块搁置在支撑柱上面，在减震块上面铺设减震材料，在减震材料上面铺设钢板进行封闭；(6)在减震孔位置钢板上面设置支墩；(7)在支墩上面设置承力框架；(8)在承力框架上面安装工业设备。本发明减震效果好。
Construction method of industrial building shock absorption foundation
The invention discloses a construction method of an industrial building shock absorption foundation. The construction method is characterized by comprising the following construction steps of (1) mounting a hydraulic valve on a prefabricated support column, and then pressing the prefabricated support column into a soil body; (2) excavating the soil body to a designed bottom elevation, paving geotechnical cloth on an arch-shaped base, and enabling raft plate and concrete inverted beam formworks to adopt brick moulding beds; (3) binding steel bars of a raft plate and a concrete inverted beam, erecting the raft plate and concrete inverted beam formworks, and reserving shock absorption holes in the raft plate; (4) pouring concrete of the raft plate and the concrete inverted beam; (5) placing shock absorption blocks in the shock absorption holes, placing the shock absorption blocks on supporting columns, paving shock absorption materials on the shock absorption blocks, and paving steel plates on the shock absorption materials for sealing; (6) arranging buttresses on the steel plates at the shock absorption holes; (7) arranging a bearing frame on the buttresses; and (8) installing industrial equipment on the force bearing frame. The construction method is good in shock absorption effect.
本发明公开了一种工业建筑减震基础的施工方法，其特征在于，施工步骤包括：(1)将液压阀安装在预制支撑柱，然后将预制支撑柱压入土体；(2)开挖土体至设计底标高；在拱形基底铺设土工布；筏板和混凝土倒梁模板采用砖胎模；(3)绑扎筏板和混凝土倒梁的钢筋，支设筏板和混凝土倒梁的模板，在筏板内部预留减震孔；(4)浇筑筏板和混凝土倒梁的混凝土；(5)在减震孔内放置减震块，减震块搁置在支撑柱上面，在减震块上面铺设减震材料，在减震材料上面铺设钢板进行封闭；(6)在减震孔位置钢板上面设置支墩；(7)在支墩上面设置承力框架；(8)在承力框架上面安装工业设备。本发明减震效果好。
Construction method of industrial building shock absorption foundation
工业建筑减震基础的施工方法
FAN FUDONG (author)
2020-09-15
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Shock absorption foundation construction method used for industrial equipment replacement
| European Patent Office | 2020
| European Patent Office | 2015
Foundation construction shock isolation device for building
| European Patent Office | 2024
BUILDING FOUNDATION, AND CONSTRUCTION METHOD OF BUILDING FOUNDATION
| European Patent Office | 2023
Building foundation pit construction equipment and building foundation pit construction method
| European Patent Office | 2022