Pitney Bowes Inc.

M James Marin

Norman R Lilly

Robert E Mersereau

Ferris Gene Keyt

Michael E Field

A label printing system. The system includes a computer output printer of the type having a platen roller, a bail rod assembly and a tractor feeder, together defining a web path. A separator rod is attached parallel to the bail rod and introduces a separation angle into the web path. Labels attached to a web of released material are peeled by the separation angle after printing. Variable information is printed on a label being processed and the web is advanced to print fixed information on the next label; moving the printed label over the separator rod and peeling it from the web. A thin edge is left attached to facilitate retrieval by the operator of the printed label. A shipping manifest system including the subject label printer is also disclosed.

Label printing system for a computer output line printer

A system for progressively folding a sheet as it continuously moves along a feed path from a printer to an envelope inserting station; said system including an arrangement for initially forming longitudinal score lines on a sheet and for then progressively laterally bending and creasing the sheet along said score lines to as to form a folded sheet having a plurality of mutually overlying panels. The scoring and lateral bending operations take place in a progressive manner as the sheet continuously moves along its substantially linear feed path.

Sheet folding device

Apparatus for accumulating sheet material in stacked relation on a vertically descending tray and transferring the stack for subsequent processing. An oscillating transfer mechanism is positioned in the path of movement of the tray as it is lowered. The tray and stack is pivoted by cam means into a complemental position with the transfer mechanism and as it passes the transfer mechanism is deposits the accumulated stack on the transfer mechanism. The transfer mechanism is then oscillated to remove the stack. When the stacking tray has assumed its transfer mode, an auxiliary sheet material receiving tray is formed by rotating two vanes from a vertical to horizontal position to receive subsequent sheets. Upon return of the stack tray to its initial position, the vanes are rotated back to their horizontal position dropping the accumulated sheets to the tray. A deflector which decelerates and positions the sheet material in the stack remains in contact with the stack and senses the level of the stack on the descending tray to deactivate the drive lowering the tray to assure that the stack reaches a certain height before transfer is effected.

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South Norwalk, CT, United States of America

M James Marin