Гідроімпульсний привод пристрою для радіального віброточіння та подрібнення зливної стружки з вбудованим генератором імпульсів тиску

Abstract

The dissertation is devoted to the development and research of hydroimpulsive drive of the new device for radial vibroturning with built-in generator of pulse pressure with the aim of crushing the drain chips and reducing the mass and overall dimensions of the device. Using schemed search based on the known results of the research of processes vibrocutting and development of devices for the implementation of these processes created a new hydroimpulsive device for radial vibroturning with a built-in round parametric type, which, through the use of elastic elements of high rigidity, such as packages of disk springs and slit coil, in one node combines the features of a cylinder and an elastic element, which is built round. Mathematical model of hydroimpulsive drive device for radial vibroturning was developed using the PC and tested in the software package MATLAB 6.5. The correctness was confirmed experimentally. New method of calculation of the new design of the device for radial vibro-turning with a built-in round-based hydroimpulsive drive was developed. Perspective designs of hydroimpulsive devices for vibroturning were offered.