TH28734B - Methodology of Turret Control - Google Patents

Abstract

The finished machine for wire winding and the method of using it is said to have Been disclosed Success Included A terrace assembly, a turret assembly, and a tiller to remove the filling core. Support the spindle shaft to be driven to rotate In coordination with the hollow core, while wrapping the paper strips. Each axle has Gets driven in a closed, non-circular axial shaft path. The finished machine for packing, the filling core is conveyed. The filling axis goes onto the axial shaft during the axial shaft. Moving along the contour of the packing crescent. The filling axis of the closed axial trajectory and the prefabrication for the removal of the filling core also remove the enclosed gant Each cable disc comes out of each axle shaft while the axial shaft travels along the crescent for conduction. The trajectory of the closed axle shaft, the turret assembly is rotated continuously and can be changed. Number of sheets per log Yes, while the terrace assembly is spinning, the unit can still be It consists of a axial shaft with pieces Assembled for the coordination of the transformable core

Claims (1)

1. The methodology for controlling the continuous winding of material onto each lock consists of the following steps: preparing the turret assembly that supports multiple drive shafts for winding onto the lock; preparing the drive reel for transferring the continuous sheet of material to the turret assembly; rotating the drive reel; and rotating the turret assembly.