A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INSPECTION SUPPORT DEVICE, INSPECTION SUPPORT METHOD AND PROGRAM
To provide an inspection support device which accurately detects a bar arrangement region to be inspected.SOLUTION: An inspection support device is provided that supports inspection related to skeletons of architectural and civil engineering structures. This device comprises: a three-dimensional information acquisition unit 32 acquiring the three-dimensional data of the structure including a plurality of planes formed of skeletons; a multiple-plane detection unit 34 detecting a plurality of first planes including at least three points of three-dimensional data from the acquired three-dimensional data and calculating the number of three-dimensional points for each detected first plane; and a front face specifying unit 36 specifying a second plane to be measured in the skeleton of the structure from among a plurality of detected first planes based on the number of calculated three-dimensional points.SELECTED DRAWING: Figure 4
【課題】検査対象の配筋領域を的確に検出する検査支援装置を提供すること。【解決手段】建築及び土木の構造体の骨格に関する検査を支援する検査支援装置において、骨格で形成される複数の平面を含む前記構造体の三次元データを取得する三次元情報取得部３２と、取得された三次元データから、三次元データを少なくとも３点含む第１の平面を複数検出し、検出された第１の平面毎に、三次元点の個数を算出する複数平面検出部３４と、算出された前記三次元点の個数に基づいて、検出された複数の第１の平面の中から、構造体の骨格で計測対象となる第２の平面を特定する前面特定部３６を備える。【選択図】図４
INSPECTION SUPPORT DEVICE, INSPECTION SUPPORT METHOD AND PROGRAM
To provide an inspection support device which accurately detects a bar arrangement region to be inspected.SOLUTION: An inspection support device is provided that supports inspection related to skeletons of architectural and civil engineering structures. This device comprises: a three-dimensional information acquisition unit 32 acquiring the three-dimensional data of the structure including a plurality of planes formed of skeletons; a multiple-plane detection unit 34 detecting a plurality of first planes including at least three points of three-dimensional data from the acquired three-dimensional data and calculating the number of three-dimensional points for each detected first plane; and a front face specifying unit 36 specifying a second plane to be measured in the skeleton of the structure from among a plurality of detected first planes based on the number of calculated three-dimensional points.SELECTED DRAWING: Figure 4
【課題】検査対象の配筋領域を的確に検出する検査支援装置を提供すること。【解決手段】建築及び土木の構造体の骨格に関する検査を支援する検査支援装置において、骨格で形成される複数の平面を含む前記構造体の三次元データを取得する三次元情報取得部３２と、取得された三次元データから、三次元データを少なくとも３点含む第１の平面を複数検出し、検出された第１の平面毎に、三次元点の個数を算出する複数平面検出部３４と、算出された前記三次元点の個数に基づいて、検出された複数の第１の平面の中から、構造体の骨格で計測対象となる第２の平面を特定する前面特定部３６を備える。【選択図】図４
INSPECTION SUPPORT DEVICE, INSPECTION SUPPORT METHOD AND PROGRAM
検査支援装置、検査支援方法及びプログラム
INOSE KENJI (author) / AKIYAMA NAOYUKI (author) / MORIMOTO NAOKI (author) / HAYAKAWA HIROHISA (author) / TAIRA YOHEI (author) / TANIGUCHI TOSHIKAZU (author)
2021-01-28
Patent
Electronic Resource
Japanese
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