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A platform for research: civil engineering, architecture and urbanism
Mountain photovoltaic cast-in-place pile construction method
A mountain photovoltaic cast-in-place pile construction method comprises the following steps that 100, positioning and lofting are conducted, specifically, an axis fixed pile position is measured and placed through a total station by adopting a wire method, and marks are embedded in axis control points; 200, positioning and punching by a drilling machine, adjusting and determining the positions of the drilling machine and a drill bit, and carrying out punching operation; 300, hole forming inspection is conducted, and the hole depth, the hole diameter, the hole wall perpendicularity and the sediment thickness are inspected; 400, a reinforcement cage is manufactured, hoisted and placed, the corresponding reinforcement cage is manufactured according to a drawing, and the manufactured reinforcement cage is hoisted and placed in the drilled formed hole through a crane; 500, concrete pouring is conducted, specifically, concrete is poured into the formed hole where the reinforcement cage is placed; and 600, pile foundation detection is conducted, and after the foundation pile is completed, the integrity of a pile body of the foundation pile and the bearing capacity of the foundation pile are detected. According to the construction method, the influence of external factors such as the construction environment and mountain conditions in the construction process is reduced, operation is easy, safe and reliable, construction can be effectively guided, and the construction quality and progress are fully guaranteed.
一种山地光伏灌注桩施工方法，包括以下步骤：100、定位放样，采用导线法用全站仪测放轴线定桩位，并在轴线控制点埋设标志；200、钻机定位打孔，调整和确定钻机和钻头位置，进行打孔作业；300、成孔检查，对孔深、孔径、孔壁垂直度、沉淀厚度进行检查；400、钢筋笼的制作与吊放，根据图纸制作相应的钢筋笼，采用吊机将制作好的钢筋笼吊放到钻好的成孔内；500、砼灌注，向已将放置好钢筋笼的成孔内灌注砼；600、桩基检测，基桩完成后，对基桩的桩身完整性、基桩的承载力进行检测。本申请的施工方法，降低了施工过程中受到施工环境、山地条件等外部因素的影响，操作简单安全可靠，能够有效的指导施工，相施工的质量和进度都得到了充分的保证。
Mountain photovoltaic cast-in-place pile construction method
A mountain photovoltaic cast-in-place pile construction method comprises the following steps that 100, positioning and lofting are conducted, specifically, an axis fixed pile position is measured and placed through a total station by adopting a wire method, and marks are embedded in axis control points; 200, positioning and punching by a drilling machine, adjusting and determining the positions of the drilling machine and a drill bit, and carrying out punching operation; 300, hole forming inspection is conducted, and the hole depth, the hole diameter, the hole wall perpendicularity and the sediment thickness are inspected; 400, a reinforcement cage is manufactured, hoisted and placed, the corresponding reinforcement cage is manufactured according to a drawing, and the manufactured reinforcement cage is hoisted and placed in the drilled formed hole through a crane; 500, concrete pouring is conducted, specifically, concrete is poured into the formed hole where the reinforcement cage is placed; and 600, pile foundation detection is conducted, and after the foundation pile is completed, the integrity of a pile body of the foundation pile and the bearing capacity of the foundation pile are detected. According to the construction method, the influence of external factors such as the construction environment and mountain conditions in the construction process is reduced, operation is easy, safe and reliable, construction can be effectively guided, and the construction quality and progress are fully guaranteed.
一种山地光伏灌注桩施工方法，包括以下步骤：100、定位放样，采用导线法用全站仪测放轴线定桩位，并在轴线控制点埋设标志；200、钻机定位打孔，调整和确定钻机和钻头位置，进行打孔作业；300、成孔检查，对孔深、孔径、孔壁垂直度、沉淀厚度进行检查；400、钢筋笼的制作与吊放，根据图纸制作相应的钢筋笼，采用吊机将制作好的钢筋笼吊放到钻好的成孔内；500、砼灌注，向已将放置好钢筋笼的成孔内灌注砼；600、桩基检测，基桩完成后，对基桩的桩身完整性、基桩的承载力进行检测。本申请的施工方法，降低了施工过程中受到施工环境、山地条件等外部因素的影响，操作简单安全可靠，能够有效的指导施工，相施工的质量和进度都得到了充分的保证。
Mountain photovoltaic cast-in-place pile construction method
一种山地光伏灌注桩施工方法
QIN DABING (author) / GUO XING (author) / TONG JIANLI (author) / WANG WENJIN (author) / WANG PENGFEI (author) / FAN QIANG (author) / ZHANG WENHAO (author) / ZHOU ZHIJIE (author) / CHEN MIN (author) / WANG HAORAN (author)
2023-05-02
Patent
Electronic Resource
Chinese
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