Diecutter

Claim 2

In a rotary diecutting device for diecutting traveling web having a frame, a rotating diecutting cylinder mounted in bearings in the frame for supporting a die, a rotating anvil cylinder mounted in bearings in the frame and means to receive a web between the cylinders, the improvement comprising adjustable means in the frame to apply force to urge the diecutting cylinder into contact with the anvil cylinder, the diecutting cylinder having a die accepting location thereon and means thereon spaced from the die accepting location cooperating with the means to apply force to the diecutting cylinder; independently selective means to receive individual anvil cylinders and individual diecutting cylinders of a plurality of diameters; means to selectively receive diecutting cylinders of a plurality of preselected lengths; and including means to adjust the relative distance between individual bearings in the frame.

Claim 3

The device of claim 1 wherein the anvil cylinder is mounted in bearings having means for removing the anvil for reversing, replacing and servicing of a preselected anvil cylinder.

Claim 4

The device of claim 1 wherein the die cylinder is mounted in axially split bearing means for splitting the bearings for reversing, removing, replacing and servicing of a preselected die cylinder.

Claim 5

The device of claim 1 wherein the device has horizontally adjustable means for receiving and supporting a die cylinder of a preselected length.

Claim 6

The device of claim 4 wherein the horizontally adjustable means has means to fix the position in the device of a preselected die cylinder.

Claim 7

The device of claim 1, wherein the device has vertically adjustable means for receiving and supporting a die cylinder of a preselected diameter.

Claim 8

The device of claim 1 wherein the means to apply force to the diecutting cylinder is placed above the diecutting cylinder.

Claim 9

The device of claim 7 wherein the means cooperating with the means to apply force to the diecutting cylinder is positioned symmetrically about the location of a die.

Claim 10

A rotary diecutting device for diecutting a traveling web having a frame, removable bearing means in a lower portion of the frame for mounting a preselected rotatable anvil cylinder, vertical means in the frame extending upwardly from the location of the anvil cylinder, including means for receiving vertically slidable brackets and vertically slidable brackets mounted thereon, a first horizontal cross bar mounted on the vertically slidable brackets for vertical movement along the upwardly extending means, means on the first cross bar receiving a horizontally slidable bracket on the first cross bar and a horizontally slidable bracket mounted thereon, a second horizontal cross bar having means for receiving a horizontally slidable bracket and a horizontally slidable bracket mounted thereon, the second cross bar being fixedly mounted above the first cross bar, the first horizontal cross bar also having a fixed support means thereon, the horizontally slidable bracket on the first cross bar and the fixed support means having split cap bearing blocks mounted thereon, the split cap bearing blocks having means to selectively receive bearing shafts of preselected diecutting cylinders, a preselected diecutting cylinder mounted in the split cap bearing blocks having cylindrical land portions symmetrically disposed circumferentially about a central location for mounting a cutting die, the central location being relieved and of a lesser diameter than the land portions and spaced inwardly therefrom, the horizontally slidable bracket on the second cross bar having means to be positioned at preselected locations along the second cross bar and having an actuatable piston and wheel means mounted thereon, the wheels being responsive to actuation of the cylinders to engage the land portions of the below mounted die cylinder to apply force to the land portions of the die cylinder, the horizontally slidable brackets on the first and second cross bars and the cooperating piston and wheel means being adapted to be adjusted to preselected horizontal locations on the first and second cross bars to receive a plurality of lengths of diecutting cylinders having lands at a variety of preselected positions on the diecutting cylinders, and the wheel and piston means and the first cross bar being adapted to be adjusted to a plurality of preselected vertical locations to receive a plurality of diameters of preselected anvils and diecutting cylinders whereby a variety of die combinations of diameters, lengths, locations of land positions and locations of dies may be used in the device.

Claim 11

A rotary diecutting device for diecutting a traveling web having a frame, removable bearing means in a lower portion of the frame for mounting a preselected rotatable anvil cylinder, vertical means in the frame extending upwardly from the location of the anvil cylinder, including means for receiving vertically slidable brackets and vertically slidable brackets mounted thereon, a first horizontal cross bar mounted on the vertically slidable brackets for vertical movement along the upwardly extending means, means on the first cross bar receiving a horizontally slidable bracket on the first cross bar and a horizontally slidable bracket mounted thereon, a second horizontal cross bar having means for receiving a horizontally slidable bracket and a horizontally slidable bracket mounted thereon, the second cross bar being fixedly mounted above the first cross bar, the first horizontal cross bar also having a fixed support means thereon, the horizontally slidable bracket on the first cross bar and the fixed support means having split cap bearing blocks mounted thereon, the split cap bearing blocks having means to selectively receive bearing shafts of preselected diecutting cylinders, a preselected diecutting cylinder mounted in the split cap bearing blocks having cylindrical land portions symmetrically disposed circumferentially about a central location for mounting a cutting die, the central location being relieved and of a lesser diameter than the land portions and spaced inwardly therefrom, the horizontally slidable bracket on the second cross bar having means to be positioned at preselected locations along the second cross bar and having an actuatable piston and wheel means mounted thereon, the wheels being responsive to actuation of the cylinders to engage the land portions of the below mounted die cylinder to apply force to the land portions of the die cylinder, the horizontally slidable brackets on the first and second cross bars and the cooperating piston and wheel means being adapted to be adjusted to preselected horizontal locations on the first and second cross bars to receive a plurality of lengths of diecutting cylinders having lands at a variety of preselected positions on the diecutting cylinders, and the wheel and piston means and the first cross bar being adapted to be adjusted to a plurality of preselected vertical locations to receive a plurality of diameters of preselected anvils and diecutting cylinders whereby a variety of die combinations of diameters, lengths, locations of land positions and locations of dies may be used in the device.

Claim 12

The device of claim 1 wherein the anvil cylinder is mounted in bearings having means for removing the anvil for reversing, replacing and servicing of a preselected anvil cylinder.

Claim 13

The device of claim 1 wherein the die cylinder is mounted in axially split bearing means for reversing, removing, replacing and servicing of a preselected die cylinder.

Claim 14

The device of claim 1 wherein the device has horizontally adjustable means for receiving and supporting a die cylinder of a preselected length.

Claim 15

The device of claim 12 wherein the horizontally adjustable means has means to fix the position in the device of a preselected die cylinder.