МЕТОД ПОЛУЧЕНИЯ ПЛОСКОСТЕЙ, ПАРАЛЛЕЛЬНЫХ ОСИ ВРАЩЕНИЯ ЗАГОТОВКИ НА ТОКАРНЫХ АВТОМАТАХ

D Dudukalo,M Chepchurov,M Vagner,Д Дудукало,М Вагнер,М Чепчуров

doi:10.34031/article_5db43fa622b135.74427811

Abstract

This article describes the method of obtaining surfaces by moving cutting tool edge in the transversal direction on automatic lathes. The application of this handling method allows person to take a fresh look at the usage and modernization for state of the art equipment and improve its technological capabilities, which allows increasing capacity and extending the range of products. In this article tool movements are calculated for revolution of the workpiece, a model for moving the tool path is produced and with the help of using software package a tool movement graph is constructed when a plane is formed parallel to the product axis. It is established that the obtained model of tool movement allows a person to analyze velocity variation in speed from zero to maximum value, since the method’s implementation of moving the tool in the opposite direction it require to solve the tool’s reverse problem. The method allows a person to analyze movements and trajectories for ensuring the implementation of obtaining planes and various complex products on automatic lathes.

Highlights

The article describes the method of obtaining surfaces by moving the cutting edge of the tool in the transverse direction on automatic lathes
This method allows to take a fresh look at the use and modernization of modern equipment, to enlarge its technological capabilities. this allows to increase productivity and expand the range of products
The tool movements for one turn of the workpiece are calculated, a model for moving the tool path is built, using the software package, a tool moving graph is constructed when a plane is formed parallel to the axis of the product

Summary

Introduction

МЕТОД ПОЛУЧЕНИЯ ПЛОСКОСТЕЙ, ПАРАЛЛЕЛЬНЫХ ОСИ ВРАЩЕНИЯ ЗАГОТОВКИ НА ТОКАРНЫХ АВТОМАТАХ Рассчитаны перемещения инструмента за один оборот заготовки, построена модель перемещения траектории инструмента, с помощью программного пакета построен график перемещения резца при формировании плоскости, параллельной оси изделия. Для реализации метода перемещения резца в обратном направлении требуется решение проблемы реверса инструмента. Метод позволяет анализировать перемещения и траектории, для обеспечения реализации получения плоскостей и различных сложнопрофильных изделий на токарных автоматах.

Results

Conclusion