Title :
A Fully Autonomous Robot for Putting Posts for Trellising Vineyard with Centimetric Accuracy
Author :
Ly, Olivier ; Gimbert, Hugo ; Passault, Gregoire ; Baron, Gerald
Author_Institution :
LaBRI, Bordeaux Univ., France
Abstract :
We present an autonomous robot designed to optimize and to make secure the process of putting vineyard post during trellising. The principle is as follows: The robot goes at the location of the post in an autonomous way with a centimetric accuracy, the user provides the post, and then the robot drives the post into earth without additional user intervention. The robot is designed from a small backhoe loader. The tool of the backhoe loader has been replaced by a hydraulic hammer. All the hydraulic functions of the machine are controlled, including the hammer and the tracks. The robot is geolocalized with a differential global navigation satellite systems (GNSS for short) mono-frequency low-cost system relying on a mix of triple and double differences.
Keywords :
agricultural machinery; hammers (machines); hydraulic systems; industrial robots; mobile robots; satellite navigation; GLASS; backhoe loader; centimetric accuracy; differential global navigation satellite systems; fully autonomous robot; hydraulic functions; hydraulic hammer; monofrequency low-cost system; vineyard post putting process; vineyard trellising; Conferences; Europe; Robots; Agricultural Robotics; Autonomous Robotics; Field Robotics; Viticulture;
Conference_Titel :
Autonomous Robot Systems and Competitions (ICARSC), 2015 IEEE International Conference on
Conference_Location :
Vila Real
DOI :
10.1109/ICARSC.2015.42