A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
OBJECT VISUALIZATION IN CONSTRUCTION HEAVY EQUIPMENT
A stereo camera (100) constructed to generate video data and distance data (326) is attached to a construction work machine (10). A location of a work tool (30) attached to the construction machine (10) is computed from sensor signals and the distance data (326) are analyzed for an indication of an object located at the work tool (30). A video overlay is rendered including an object indicator (420) that visually emphasizes an object image of the object at the spatial location of the work tool (30). A composite image (410) of the rendered video data and the video overlay is displayed on a monitor (210, 360).
OBJECT VISUALIZATION IN CONSTRUCTION HEAVY EQUIPMENT
A stereo camera (100) constructed to generate video data and distance data (326) is attached to a construction work machine (10). A location of a work tool (30) attached to the construction machine (10) is computed from sensor signals and the distance data (326) are analyzed for an indication of an object located at the work tool (30). A video overlay is rendered including an object indicator (420) that visually emphasizes an object image of the object at the spatial location of the work tool (30). A composite image (410) of the rendered video data and the video overlay is displayed on a monitor (210, 360).
OBJECT VISUALIZATION IN CONSTRUCTION HEAVY EQUIPMENT
OBJEKTVISUALISIERUNG IN BAUMASCHINEN
VISUALISATION D'OBJET DANS UN ÉQUIPEMENT LOURD DE CONSTRUCTION
MORRIS-TAKAMOTO KYE (author) / LI SIRUI (author)
2024-06-26
Patent
Electronic Resource
English
IPC:
E02F
Baggern
,
DREDGING
Real-Time 3D Visualization of Heavy Construction Equipment Operations Using LADAR
| British Library Conference Proceedings | 2013