Construction method for controlling perpendicularity of uniform-section thin-wall pier based on two-point horizontal distance method
The invention relates to a construction method for controlling the perpendicularity of a uniform-section thin-wall pier based on a two-point horizontal distance method. The construction method comprises the steps of S1, setting base points, specifically, setting a base point at each of the two sides...
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creator | FENG HUIQIANG MIAO JICHAO CHEN QIONGCHAN LAI WENJIE |
description | The invention relates to a construction method for controlling the perpendicularity of a uniform-section thin-wall pier based on a two-point horizontal distance method. The construction method comprises the steps of S1, setting base points, specifically, setting a base point at each of the two sides of the thin-wall pier; s2, determining the horizontal distance of each point: calculating the horizontal distance from each base point to each control point on CAD software according to the coordinates of the 1 # base point and the 2 # base point and the design coordinates of four control points, namely a 1 # control point, a 2 # control point, a 3 # control point and a 4 # control point, on the thin-wall pier; and S3, performing template checking though the two-point horizontal distance method. The method has the advantages that the operation difficulty is low, and compared with a traditional observation station orientation lofting function, the method only needs bubble centering and datum point centering, does n |
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The construction method comprises the steps of S1, setting base points, specifically, setting a base point at each of the two sides of the thin-wall pier; s2, determining the horizontal distance of each point: calculating the horizontal distance from each base point to each control point on CAD software according to the coordinates of the 1 # base point and the 2 # base point and the design coordinates of four control points, namely a 1 # control point, a 2 # control point, a 3 # control point and a 4 # control point, on the thin-wall pier; and S3, performing template checking though the two-point horizontal distance method. 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The construction method comprises the steps of S1, setting base points, specifically, setting a base point at each of the two sides of the thin-wall pier; s2, determining the horizontal distance of each point: calculating the horizontal distance from each base point to each control point on CAD software according to the coordinates of the 1 # base point and the 2 # base point and the design coordinates of four control points, namely a 1 # control point, a 2 # control point, a 3 # control point and a 4 # control point, on the thin-wall pier; and S3, performing template checking though the two-point horizontal distance method. 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The construction method comprises the steps of S1, setting base points, specifically, setting a base point at each of the two sides of the thin-wall pier; s2, determining the horizontal distance of each point: calculating the horizontal distance from each base point to each control point on CAD software according to the coordinates of the 1 # base point and the 2 # base point and the design coordinates of four control points, namely a 1 # control point, a 2 # control point, a 3 # control point and a 4 # control point, on the thin-wall pier; and S3, performing template checking though the two-point horizontal distance method. The method has the advantages that the operation difficulty is low, and compared with a traditional observation station orientation lofting function, the method only needs bubble centering and datum point centering, does n</abstract><oa>free_for_read</oa></addata></record> |
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subjects | ASSEMBLY OF BRIDGES CONSTRUCTION OF BRIDGES CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES FIXED CONSTRUCTIONS GYROSCOPIC INSTRUMENTS MEASURING MEASURING DISTANCES, LEVELS OR BEARINGS NAVIGATION OR VIADUCTS PHOTOGRAMMETRY OR VIDEOGRAMMETRY PHYSICS SURVEYING TESTING |
title | Construction method for controlling perpendicularity of uniform-section thin-wall pier based on two-point horizontal distance method |
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