Corpus ID: 234482734

A Geometric Approach to the Kinematics of the Canfield Joint

@article{Bueno2021AGA,
  title={A Geometric Approach to the Kinematics of the Canfield Joint},
  author={Christian Bueno and K. Collins and Alan Hylton and Robert Short},
  journal={ArXiv},
  year={2021},
  volume={abs/2105.05955}
}
This paper details an accessible geometric derivation of the forward and inverse kinematics of a parallel robotic linkage known as the Canfield joint, which can be used for pointing applications. The original purpose of the Canfield joint was to serve as a human wrist replacement, and it can be utilized for other purposes such as the precision pointing and tracking of antennas, telescopes, and thrusters. We build upon previous analyses, and generalize them to include the situation where one of… Expand

References

SHOWING 1-10 OF 14 REFERENCES
A Topological Kinematic Workspace Analysis of the Canfield Joint
TLDR
A new method of controlling the Canfield Joint is described which includes elements of both forward and inverse kinematics, and is used to answer the question of how the workspace of the joint changes in the possibility of a failure mode where one degree of freedom is lost. Expand
A Novel Hemispherical Anti-Twist Tracking System (HATTS) for CubeSats
Satellites must often point a device continuously at an object while the satellite and/or object move through space. With these devices, connections are typically made between the articulated deviceExpand
Development of the Carpal Robotic Wrist
The manipulator described in this paper is a novel three degree-of-freedom device that is ideally suited as a robotic wrist or platform manipulator. Because of its similarity to the human wrist, theExpand
Parallel Robots: Mechanics and Control
Introduction What Is a Robot? Robot Components Robot Degrees-of-Freedom Robot Classification The Aims and Scope of This Book Motion Representation Spatial Motion Representation Motion of a Rigid BodyExpand
Developing Capture Mechanisms and High-Fidelity Dynamic Models for the MXER Tether System
A team consisting of collaborators from Tennessee Technological University (TTU), Marshall Space Flight Center, BD Systems, and the University of Delaware (herein called the TTU team) conductedExpand
PowerCube(TM) - Enhanced Power, Propulsion, and Pointing to Enable Agile, High-Performance CubeSat Missions
TLDR
The PowerCube system combines a high-power deployable solar array, a water-electrolysis based thruster, and a ‘carpal joint’ gimbal to provide high- power generation, large delta-V thrust, and precision pointing to enable CubeSats to accomplish high-performance missions. Expand
The Configuration Space and Kinematics of the Canfield Joint
  • 2019, poster presented at SIAM Conference on Applied Algebraic Geometry, Bern, Switzerland.
  • 2019
Towards a Canfield Joint for Deep Space Optical Communication
  • Master’s thesis, Case Western Reserve University School of Graduate Studies, 2019. [Online]. Available: http://rave. ohiolink.edu/etdc/view?acc num=case1536104606070327
  • 2019
Canfield joint
  • 2015
Jimmerson, PowerCube(TM) - Enhanced Power, Propulsion, and Pointing to Enable Agile, High-Performance CubeSat
  • Missions. AIAA,
  • 2012
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