학술논문
Development of a Wire Angle and Slackness Estimation System Using Depth Camera for Trolly-Position Correction Before Lift-Off of Overhead Cranes / 深度カメラを用いた天井クレーン地切り前位置補正のための吊り紐角度・緩み度推定システムの開発
Document Type
Journal Article
Author
Source
The Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec). 2023, :2-A19
Subject
Language
Japanese
ISSN
2424-3124
Abstract
While the automation of overhead cranes is progressing, the ‘lift-off’ process is still manually operated. In this paper, we developed a system for estimating the angle and slackness of lifting wire using point cloud data obtained by a depth camera that can be easily installed on actual equipment. We then developed a lift-off operation support system where subjects only monitor the estimated wire angle and slackness. The experimental results using a scale-model crane show that the support system suppressed the swing of the suspended load, compared to a lift-off operation with the subject’s vision.