Machine for machining a moving object
AssigneeFives Oto S.P.A.
InventorsGianluca Vecchini, Andrea Anesi
Life of this patent
Estimating the term…
Abstract
A machine for cutting a moving object comprises a conveyor belt for carrying the object along an advancement direction at a line speed and comprises a driving and cutting unit configured to move in a cutting cycle according to a forward phase in order to perform the cutting of the moving object, and configured to move according to a return phase in order to return into the initial position of the cutting cycle. The cutting machine further comprises a processing unit configured to generate a driving signal for controlling the movement of the driving and cutting unit with an acceleration trend wherein the maximum absolute value of the acceleration within the return phase is smaller than the maximum absolute value of the acceleration within the forward phase.
Claims8
A cutting machine configured for cutting a moving object, the machine comprising:
- (a) conveyor means,
- (b) a processing unit, and
- (c) a driving and cutting unit;
- the conveyor means being adapted for carrying the object along an advancement direction at a line speed;
- the processing unit being programmed and configured to control the driving and cutting unit so that the driving and cutting unit moves in a cutting cycle having:
- (1) a forward phase along a direction parallel to the advancement direction with a same direction as a direction of the conveyor means in order to cut the moving object, and
- (2) a return phase subsequent to the forward phase, along the direction parallel to the advancement direction with a direction opposite to the direction of the conveyor means in order to return to an initial position of the cutting cycle;
- wherein the processing unit is programmed and configured to generate a driving signal controlling the movement of the driving and cutting unit with an acceleration trend wherein a maximum absolute value of the acceleration within the return phase is smaller than a maximum absolute value of the acceleration within the forward phase;
- wherein the driving and cutting unit comprises (a) a cutting slide configured to move in the forward and return phases of the cutting cycle and (b) driving means configured to drive the movement of the cutting slide;
- wherein the processing unit is further programmed and configured to calculate a trend of the speed of the cutting slide as a function of input parameters and generate said driving signal;
- wherein the driving signal controls the movement of the cutting slide with said acceleration trend.
Dependencies are inferred from the claim text.