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Control distribution of partially decoupled multi-level manipulators with five DOFs
M. Loizaga, O. Altuzarra, Ch. Pinto, V. Petuya
Journal:

Robotica / Volume 35 / Issue 2 / February 2017

Published online by Cambridge University Press:

03 July 2015, pp. 337-353
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Multi-level manipulators are those mechanisms in which two or more levels, that define the main chain of the manipulator, are joined in parallel to each other. Besides, each level is linked to the base in parallel by some limbs. Based on the idea of multi-level manipulators and using the concept of plain leg surfaces, the synthesis of partially decoupled manipulators with five degrees of freedom is presented. Among the different possibilities that exist to design the main chain of the manipulator, one is selected and the different manipulators that can be obtained from this option are analyzed. The concept of control distribution per level is presented and compared with the distribution of degrees of freedom per level. Finally, each of the proposed manipulators is studied and those which decouple the rotations are chosen.