EXPERIMENTAL INVESTIGATION OF THE HANDLING PROCESS OF POLYMERIC UNITS IN A MACHINE WITH A COMPACTED SPACE MOVEMENT OF WORKING CAPACITY

Abstract

An  experimental  determination  of  the  main  technological  parameters  of  polishing  small polymer  parts  with  a  free  abrasive  in  the  form  of  granules  in  containers  that  perform  a  complex  spatial movement. Methodology. An experimental investigation of the processing of small polymeric parts by abrasive in the form of free granules in a machine whose working capacities performs a complex spatial movement to determine rational polishing conditions.  On the basis of experimental research of the processing of small polymer parts in a machine
with a complex spatial motion of a working tank, a rational mode of motion of a friable working medium is established that provides the highest intensity of polishing of parts. The intensity of execution of technological polishing  operations  during  the  implementation  of  cascade  and  waterfall  modes  of  the  friable  working environment  is  shown.  The  mode  of  motion  of  a  friable  working  environment  is  established,  in  the
implementation  of  which  the  intensity  of  polishing  parts  will  be  the  smallest.  It  has  been  experimentally established that in a capacity with proportional greater geometric parameters processing will take less time. Scientific  novelty.  The  regularities  of  the  influence  of  the  geometric  parameters  of  the  working
capacity, which performs the complex spatial motion and the modes of motion of a friable working medium, are determined on the intensity of the process of polishing small polymer parts by abrasive in the form of free granules. Practical significance. The instructions for ealization of the corresponding mode of movement of a friable working medium, which provide intensive polishing of small polymer parts with a free abrasive in the form of granules, are obtained in a machine whose working capacities performs a complex spatial movement.