Abstract
The paper considers mathematical models describing the process of passive orientation of axisymmetric parts in the form of the bodies of rotation with implicit asymmetry at the ends in the mechanical disk hopper feeding device with an annular orientator and radial grooves made on a rotating disk. The developed mathematical models make it possible to estimate the boundary conditions under which the reliable orientation of the parts and the time of orientation of the parts will be ensured, depending on the geometric parameters of the part, the coefficient of sliding friction of the part against the guide surfaces, the structural and kinematic parameters of the hopper feeding device.
Published Version
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