A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
MEASUREMENT DEVICE, CREATION DEVICE, INSPECTION RESULT CREATION SYSTEM, AND PROGRAM
To save the power consumption and simplify the process in creating design drawings for reporting.SOLUTION: A measurement device 11 comprises a first camera 13, a distance measuring sensor 14, a direction designation unit 16, an input unit 15 and a first controller 18. The distance measuring sensor 14 detects the distance to objects in a detection range for each direction. The direction designation unit 16 detects one discretionary direction in the detection range as a designated direction. The input unit 15 detects input of the state of an object existing in the designated direction. The first controller 18 calculates the three-dimensional coordinates of a target object on the basis of the distance to the target object for which state input was detected in the input unit 15. The first controller 18 stores original information in combination with the three-dimensional coordinates and state of the target object. The original information is used for the calculation of the three-dimensional coordinates of a marker. The marker is equivalent to a marker image included in the images imaged by the first camera.SELECTED DRAWING: Figure 2
【課題】報告用設計図の作成を省力化および簡易化する。【解決手段】測定装置１１は第１のカメラ１３と測距センサ１４と方向指定部１６と入力部１５と第１のコントローラ１８とを有する。測距センサ１４は検出範囲内の物体の距離を方向別に検出する。方向指定部１６は検出範囲の任意の一方向を指定方向として検出する。入力部１５は指定方向に存在する物体の状態の入力を検出する。第１のコントローラ１８は入力部１５において状態の入力が検出された対象物体までの距離に基づいて対象物体の三次元座標を算出する。第１のコントローラ１８は元情報を対象物体の三次元座標および状態に組合せて記憶する。元情報をマーカの三次元座標の算出に用いる。マーカは第１のカメラが撮像する画像に含まれるマーカ像に相当する。【選択図】図２
MEASUREMENT DEVICE, CREATION DEVICE, INSPECTION RESULT CREATION SYSTEM, AND PROGRAM
To save the power consumption and simplify the process in creating design drawings for reporting.SOLUTION: A measurement device 11 comprises a first camera 13, a distance measuring sensor 14, a direction designation unit 16, an input unit 15 and a first controller 18. The distance measuring sensor 14 detects the distance to objects in a detection range for each direction. The direction designation unit 16 detects one discretionary direction in the detection range as a designated direction. The input unit 15 detects input of the state of an object existing in the designated direction. The first controller 18 calculates the three-dimensional coordinates of a target object on the basis of the distance to the target object for which state input was detected in the input unit 15. The first controller 18 stores original information in combination with the three-dimensional coordinates and state of the target object. The original information is used for the calculation of the three-dimensional coordinates of a marker. The marker is equivalent to a marker image included in the images imaged by the first camera.SELECTED DRAWING: Figure 2
【課題】報告用設計図の作成を省力化および簡易化する。【解決手段】測定装置１１は第１のカメラ１３と測距センサ１４と方向指定部１６と入力部１５と第１のコントローラ１８とを有する。測距センサ１４は検出範囲内の物体の距離を方向別に検出する。方向指定部１６は検出範囲の任意の一方向を指定方向として検出する。入力部１５は指定方向に存在する物体の状態の入力を検出する。第１のコントローラ１８は入力部１５において状態の入力が検出された対象物体までの距離に基づいて対象物体の三次元座標を算出する。第１のコントローラ１８は元情報を対象物体の三次元座標および状態に組合せて記憶する。元情報をマーカの三次元座標の算出に用いる。マーカは第１のカメラが撮像する画像に含まれるマーカ像に相当する。【選択図】図２
MEASUREMENT DEVICE, CREATION DEVICE, INSPECTION RESULT CREATION SYSTEM, AND PROGRAM
測定装置、作成装置、検査結果作成システム、およびプログラム
OKUMURA YASUHIKO (author) / KONO MAKOTO (author) / HAYASHI EISAKU (author) / DOI MASANORI (author)
2022-01-17
Patent
Electronic Resource
Japanese
CURVE CREATION DEVICE, CURVE CREATION PROGRAM, AND CURVE CREATION METHOD
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