DETERMINATION OF TRANSITION PARAMETERS BETWEEN THE CUTTING TOOL AND WORKPIECE COORDINATE SYSTEMS WHITH MULTI-COORDINATE CYLINDRICAL WHEELS MACHINING
The article presents the main dependencies for determining the transition parameters between the coordinate systems of the cutting tool and gears with spatially modified teeth in multi-coordinate cylindrical wheels machining. Depending possible to determine the position and parameters of a profiling plane in space, depending on the type and parameters of the trajectory of the cutting tool. Using the results of the work within the spatial approach to solving the problems of shaping gear rims with spatially modified teeth in gear hobbing operations allows theoretically investigating the cutting gear rims processes in order to increase the teeth geometric accuracy, the appointment of the most rational processing parameters for continuously changing cutting conditions or determination of reserves in increasing the productivity of the modified cutting process toothings cylindrical wheels.