A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BAR ARRANGEMENT INSPECTION DEVICE AND BAR ARRANGEMENT INSPECTION METHOD
To provide a bar arrangement inspection device 10 which can improve the detection accuracy of a reinforcing iron bar by using an image taken by a monochromatic camera that can increase the resolution per one pixel more than an image taken by a color camera in a case of the same imaging element number or size unless color information is needed, and make the detection result easy to be seen by using the image of the same object taken by the color camera.SOLUTION: A bar arrangement inspection device 10 comprises: a first monochromatic camera 12; a second monochromatic camera 14; a color camera 16; a body 11; a synthesis processing part 30 which obtains three-dimensional bar arrangement data including a plurality of bar arrangement lines on the basis of at least a set of bar arrangement images taken by the first monochromatic camera 12 and the second monochromatic camera 14; and a display coordinate calculation part 34 which calculates coordinates for display for arranging the plurality of bar arrangement lines in the color bar arrangement image taken by the color camera 16.SELECTED DRAWING: Figure 2
【課題】本発明は、色情報が必要ない限り、同一の撮像素子数またはサイズであればカラーカメラによる画像よりも一画素あたりの解像度を高くできるモノクロカメラによる画像を利用して鉄筋の検知精度を向上させると共に、カラーカメラによる同一対象物の画像を用いて検知結果を見やすくすることができる配筋検査装置１０を提供する。【解決手段】本発明に係る配筋検査装置１０は、第１モノクロカメラ１２と、第２モノクロカメラ１４と、カラーカメラ１６と、本体１１と、第１モノクロカメラ１２及び第２モノクロカメラ１４によって撮影された少なくとも一組の配筋画像に基づいて複数の配筋ラインを含む三次元配筋データを得る合成処理部３０と、カラーカメラ１６で撮影されたカラー配筋画像に複数の配筋ラインを配置するための表示用座標を算出する表示座標計算部３４と、を含む。【選択図】図２
BAR ARRANGEMENT INSPECTION DEVICE AND BAR ARRANGEMENT INSPECTION METHOD
To provide a bar arrangement inspection device 10 which can improve the detection accuracy of a reinforcing iron bar by using an image taken by a monochromatic camera that can increase the resolution per one pixel more than an image taken by a color camera in a case of the same imaging element number or size unless color information is needed, and make the detection result easy to be seen by using the image of the same object taken by the color camera.SOLUTION: A bar arrangement inspection device 10 comprises: a first monochromatic camera 12; a second monochromatic camera 14; a color camera 16; a body 11; a synthesis processing part 30 which obtains three-dimensional bar arrangement data including a plurality of bar arrangement lines on the basis of at least a set of bar arrangement images taken by the first monochromatic camera 12 and the second monochromatic camera 14; and a display coordinate calculation part 34 which calculates coordinates for display for arranging the plurality of bar arrangement lines in the color bar arrangement image taken by the color camera 16.SELECTED DRAWING: Figure 2
【課題】本発明は、色情報が必要ない限り、同一の撮像素子数またはサイズであればカラーカメラによる画像よりも一画素あたりの解像度を高くできるモノクロカメラによる画像を利用して鉄筋の検知精度を向上させると共に、カラーカメラによる同一対象物の画像を用いて検知結果を見やすくすることができる配筋検査装置１０を提供する。【解決手段】本発明に係る配筋検査装置１０は、第１モノクロカメラ１２と、第２モノクロカメラ１４と、カラーカメラ１６と、本体１１と、第１モノクロカメラ１２及び第２モノクロカメラ１４によって撮影された少なくとも一組の配筋画像に基づいて複数の配筋ラインを含む三次元配筋データを得る合成処理部３０と、カラーカメラ１６で撮影されたカラー配筋画像に複数の配筋ラインを配置するための表示用座標を算出する表示座標計算部３４と、を含む。【選択図】図２
BAR ARRANGEMENT INSPECTION DEVICE AND BAR ARRANGEMENT INSPECTION METHOD
配筋検査装置及び配筋検査方法
YASHIRO SHIGEMI (author) / YASUTAKE YUTA (author) / AKABOSHI HIROHITO (author) / MASUDA TAKAYUKI (author) / ICHIKAWA TATSUYA (author) / TAKAI SHIGEMITSU (author) / TANOI JUNICHI (author) / UEDA YOICHI (author) / TSUIKI HIROYUKI (author) / SUZUKI TETSUYA (author)
2022-10-05
Patent
Electronic Resource
Japanese
IPC:
G01B
MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS
,
Messen der Länge, der Dicke oder ähnlicher linearer Abmessungen
/
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
/
E04G
SCAFFOLDING
,
Baugerüste
/
G06T
Bilddatenverarbeitung oder Bilddatenerzeugung allgemein
,
IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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