Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Perpendicularity control method for post-insertion steel pipe column
The invention relates to a perpendicularity control method for a post-insertion steel pipe column, which comprises the following steps of: totally selecting at least three first measurement sections from the whole of the steel pipe column and a tool column which are temporarily butted, and obtaining coordinates of top measurement points and side measurement points of all the first measurement sections; wherein the coordinates of the top measuring points of two adjacent first measuring sections are used for obtaining a first evaluation line, and a corresponding first offset is obtained according to the coordinates of the top measuring points of each of the rest first measuring sections and the first evaluation line; the coordinates of the side measuring points of the two adjacent first measuring sections are used for obtaining a second evaluation line, and a corresponding second offset is obtained according to the coordinates of the side measuring points of the other first measuring sections and the second evaluation line; and the butt joint precision of the steel pipe column and the tool column corresponding to the first measurement section is obtained through the first offset and the second offset. The butt joint precision, the offset and the offset direction of the steel pipe column and the tool column can be obtained more accurately, and the perpendicularity control effect of the steel pipe column through the rear insertion method is improved.
本发明涉及一种后插法钢管柱的垂直度控制方法，在临时对接后的钢管柱和工具柱的整体共选取至少三个第一测量断面，获得所有第一测量断面的顶部测点和侧面测点的坐标；其中相邻的两个第一测量断面的顶部测点的坐标用于获取第一评测线，依据其余每个第一测量断面的顶部测点的坐标和第一评测线获取对应的第一偏移量；相邻的两个第一测量断面的侧面测点的坐标用于获取第二评测线，依据其余每个第一测量断面的侧面测点的坐标与第二评测线获取对应的第二偏移量；通过第一偏移量和第二偏移量获得对应第一测量断面处钢管柱与工具柱的对接精度。其能够更加精准的获取钢管柱与工具柱的对接精度、偏移量和偏移方向，提高后插法钢管柱的垂直度控制效果。
Perpendicularity control method for post-insertion steel pipe column
The invention relates to a perpendicularity control method for a post-insertion steel pipe column, which comprises the following steps of: totally selecting at least three first measurement sections from the whole of the steel pipe column and a tool column which are temporarily butted, and obtaining coordinates of top measurement points and side measurement points of all the first measurement sections; wherein the coordinates of the top measuring points of two adjacent first measuring sections are used for obtaining a first evaluation line, and a corresponding first offset is obtained according to the coordinates of the top measuring points of each of the rest first measuring sections and the first evaluation line; the coordinates of the side measuring points of the two adjacent first measuring sections are used for obtaining a second evaluation line, and a corresponding second offset is obtained according to the coordinates of the side measuring points of the other first measuring sections and the second evaluation line; and the butt joint precision of the steel pipe column and the tool column corresponding to the first measurement section is obtained through the first offset and the second offset. The butt joint precision, the offset and the offset direction of the steel pipe column and the tool column can be obtained more accurately, and the perpendicularity control effect of the steel pipe column through the rear insertion method is improved.
本发明涉及一种后插法钢管柱的垂直度控制方法，在临时对接后的钢管柱和工具柱的整体共选取至少三个第一测量断面，获得所有第一测量断面的顶部测点和侧面测点的坐标；其中相邻的两个第一测量断面的顶部测点的坐标用于获取第一评测线，依据其余每个第一测量断面的顶部测点的坐标和第一评测线获取对应的第一偏移量；相邻的两个第一测量断面的侧面测点的坐标用于获取第二评测线，依据其余每个第一测量断面的侧面测点的坐标与第二评测线获取对应的第二偏移量；通过第一偏移量和第二偏移量获得对应第一测量断面处钢管柱与工具柱的对接精度。其能够更加精准的获取钢管柱与工具柱的对接精度、偏移量和偏移方向，提高后插法钢管柱的垂直度控制效果。
Perpendicularity control method for post-insertion steel pipe column
一种后插法钢管柱的垂直度控制方法
PENG XIAOXIAN (Autor:in) / XIONG HAO (Autor:in) / GUO RUI (Autor:in) / WANG CHUNMING (Autor:in) / CHEN QIANG (Autor:in)
18.03.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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