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Publication Citation: Large-Area Overhead Manipulator for Access of Fields

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Author(s): Jeffrey W. White; Roger V. Bostelman;
Title: Large-Area Overhead Manipulator for Access of Fields
Published: July 22, 2011
Abstract: Multi-axis, cable-driven manipulators have evolved over many years providing large area suspended platform access, programmability, relatively rigid and flexibly- positioned platform control and full six degree of freedom (DOF) manipulation of sensors and tools. We describe innovations for a new six DOF manipulator, called 'Large-area Overhead Manipulator for Access of Fields (LOMAF)' that is highly scalable and provides access to areas that can measure from several square centimeters to several hectares and can traverse level or irregular terrain, including vertical surfaces. Two scaled prototypes have been developed and tested providing the basis for designing a much larger, computer-controlled system. The LOMAF design, prototypes, tests, results and suggested applications are presented in this paper.
Proceedings: 4th International Multi-Conference on Engineering and Technological Innovation (IMETI 2011)
Pages: 7 pp.
Location: Orlando, FL
Dates: July 19-22, 2011
Keywords: LOMAF, RoboCrane, multi-axis, cable-driven, suspended platform, large area access
Research Areas: Manipulation, Robotics, Mobility, Manufacturing, Agriculture, Metrology