Definition of service angle of android’s robot hand by method of small movements of gripper’s axis synthesis by speed vector
Определение зоны обслуживания кисти андроидного робота методом синтеза малых перемещений оси захвата по вектору скорости
2019-03-01
SCID: 54.1/j4tbqk4j
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android robot armgripper axis orientationmotion synthesisservice solid anglevelocity vector
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Abstract (AI)
The paper presents a generalized method for determining the service solid angle based on the assigned gripper axis orientation with a stationary grip center. Motion synthesis in this work is carried out in the vector of velocities. As an example, a solid angle of the android robot arm is determined, this angle being formed by the longitudinal axis of a gripper. The nature of the method is based on the study of sets of configuration positions, defining the end point positions of the unit radius sphere sweep, which specifies the service solid angle. From this the spherical curve specifying the shape of the desired solid angle was determined. The results of the research can be used in the development of control systems of autonomous android robots.
Key Findings
1
A generalized method determines a robot gripper’s service solid angle for prescribed gripper-axis orientations while keeping the grip center stationary.
2
The boundary of the service solid angle is obtained as a spherical curve derived from the analyzed configuration positions.
3
The method is demonstrated by determining the service solid angle formed by the longitudinal axis of an android robot gripper.
4
The method synthesizes motion using velocity vectors and analyzes configuration-position sets corresponding to the endpoint of a swept unit-radius sphere.
5
The results may support development of control systems for autonomous android robots.
Research Object
the android robot arm and its gripper with a stationary grip center
Research Subject
the service solid angle defined by gripper-axis orientation and its determination through velocity-vector-based small-motion synthesis
Publication Details
Publication Date
2019-03-01
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