A platform for research: civil engineering, architecture and urbanism
Steam turbine house cover structure, steam turbine house, thermal power plant and steam turbine house construction method
The invention belongs to the technical field of steel structure steam engine rooms, and provides a steam engine room cover structure, a steam engine room, a thermal power plant and a steam engine room construction method.Each vertical truss pipe comprises a plurality of sub truss pipes, a second inserting hole is formed in one end of each sub truss pipe, and a first inserting rod is arranged at the other end of each sub truss pipe; when the size design of a steam engine room is temporarily adjusted, the number of the sub truss pipes can be flexibly adjusted through insertion connection of the second insertion holes and the first insertion rods, so that flexible adjustment of the height of the vertical truss pipes is achieved, materials do not need to be cut, the site construction difficulty is lowered, and the construction efficiency is improved; moreover, one end of the connecting piece is slidably arranged on the top beam rod, the other end of the connecting piece is clamped with the supporting rod piece, the distance for laying the profiled steel sheets is adjustable, flexible construction can be conducted according to the specifications and models of the profiled steel sheets, and the requirements for model unification and machining precision of the profiled steel sheets are lowered.
本发明属于钢结构汽机房技术领域,提出了一种汽机房屋盖结构、汽机房、火力发电厂及汽机房施工方法,每个竖向桁管包括多个子桁管,每个子桁管一端设置有第二插孔,另一端设置有第一插杆,在出现实际施工现场与钢结构建材不匹配,或汽机房尺寸设计临时调整时,能够通过第二插孔和第一插杆的插接,灵活的调整子桁管数量,从而实现竖向桁管高度的灵活调整,不需要对材料进行切割,降低了现场施工难度,提高了施工效率;并且,连接件一端滑动的设置在顶梁杆上,另一端与支撑杆件卡接,用于铺设压型钢板的距离可调,能够根据压型钢板的规格型号进行灵活性施工,降低了对压型钢板型号统一以及加工精度的要求。
Steam turbine house cover structure, steam turbine house, thermal power plant and steam turbine house construction method
The invention belongs to the technical field of steel structure steam engine rooms, and provides a steam engine room cover structure, a steam engine room, a thermal power plant and a steam engine room construction method.Each vertical truss pipe comprises a plurality of sub truss pipes, a second inserting hole is formed in one end of each sub truss pipe, and a first inserting rod is arranged at the other end of each sub truss pipe; when the size design of a steam engine room is temporarily adjusted, the number of the sub truss pipes can be flexibly adjusted through insertion connection of the second insertion holes and the first insertion rods, so that flexible adjustment of the height of the vertical truss pipes is achieved, materials do not need to be cut, the site construction difficulty is lowered, and the construction efficiency is improved; moreover, one end of the connecting piece is slidably arranged on the top beam rod, the other end of the connecting piece is clamped with the supporting rod piece, the distance for laying the profiled steel sheets is adjustable, flexible construction can be conducted according to the specifications and models of the profiled steel sheets, and the requirements for model unification and machining precision of the profiled steel sheets are lowered.
本发明属于钢结构汽机房技术领域,提出了一种汽机房屋盖结构、汽机房、火力发电厂及汽机房施工方法,每个竖向桁管包括多个子桁管,每个子桁管一端设置有第二插孔,另一端设置有第一插杆,在出现实际施工现场与钢结构建材不匹配,或汽机房尺寸设计临时调整时,能够通过第二插孔和第一插杆的插接,灵活的调整子桁管数量,从而实现竖向桁管高度的灵活调整,不需要对材料进行切割,降低了现场施工难度,提高了施工效率;并且,连接件一端滑动的设置在顶梁杆上,另一端与支撑杆件卡接,用于铺设压型钢板的距离可调,能够根据压型钢板的规格型号进行灵活性施工,降低了对压型钢板型号统一以及加工精度的要求。
Steam turbine house cover structure, steam turbine house, thermal power plant and steam turbine house construction method
汽机房屋盖结构、汽机房、火力发电厂及汽机房施工方法
LI CHEN (author) / SUN XIAOHONG (author) / SHEN JIASHENG (author) / LIU YAN (author) / SHEN ZHAOWEI (author) / MU JIANLEI (author) / LIANG YUHONG (author) / ZHANG WEIGANG (author) / LIU CHAO (author) / LIU CHANGBIN (author)
2024-11-22
Patent
Electronic Resource
Chinese
Daylighting top cover for steam turbine house of thermal power plant
European Patent Office | 2023
|Gutter structure between steam turbine house roof and outer wall steel structure column
European Patent Office | 2022
|