Abstract: High speed sheet feeders receive blocks or bricks of paper sheets, cards or folders stacked edgewise on a downsloping supply ramp, and singulate these for edgewise feeding in rapid succession. The frontmost sheets ready for feeding are buckled and fanned at their upper edges, and their lower edges are arched forward to form a dimple or ridge-shaped pocket by an underlying central traction singulator. A pair of ganged or synchronized feed belts engage the frontmost sheet and propel it rapidly downward edgewise, and a slanting discharge belt receives and diverts the sheet at even higher speed between the discharge belt and a tractive pinch roller. A transfer assembly beneath the discharge belt may receive sheets from an adjacent feeder and interleave them upon command with sheets delivered by the discharge belt.

Abstract: A feeding mechanism for stacking and moving sheets of paper and the like in which sheets are moved to a stacking area where they are held stationary and accumulate in a stack. The stack is released and moved away from the stacking area after a predetermined number of sheets having accumulated in said stack. The moving mechanism includes upper and lower transport belts transversely offset from each other which are in different vertically adjacent planes to cause the belts to grasp and move the sheets. The stacking area is located between a sheet recording mechanism to record the number of sheets passing thereby and a stop mechanism to prevent forward movement of the stack. The sheet recording mechanism comprises a deflecting unit and the stop mechanism comprises a rotatable stop wheel.

Abstract: A feeding mechanism for stacking and moving sheets of paper and the like in which sheets are moved to a stacking area where they are held stationary and accumulate in a stack. The stack is released and moved away from the stacking area after a predetermined number of sheets have accumulated in said stack. The moving mechanism includes upper and lower transport belts transversely offset from each other which are in different vertically adjacent planes to cause the belts to grasp and move the sheets. The stacking area is located between a sheet recording mechanism to record the number of sheets passing thereby and a stop mechanism to prevent forward movement of the stack. The sheet recording mechanism comprises a deflecting unit and the stop mechanism comprises a rotatable stop wheel.

Abstract: A feeding mechanism for stacking and moving sheets of paper and the like in which sheets are moved to a stacking area where they are held stationary and accumulate in a stack. The stack is released and moved away from the stacking area after a predetermined number of sheets have accumulated in said stack. The feeding mechanism includes upper and lower transport belts transversely offset from each other which are in different vertically adjacent planes to cause the belts to grasp and move the sheets. The stacking area is located between a sheet recording mechanism to record the number of sheets passing thereby and a stop mechanism to prevent forward movement of the stack. The sheet recording mechanism comprises a deflecting unit and the stop mechanism comprises a rotatable stop wheel.

Abstract: A mechanism for feeding sheets having a feed belt on front and rear rollers. A singulator assembly overlying and in contact with the feed belt. An auxiliary roller interposed between said front and rear rollers, with the singulation assembly in contact with the feed belt at a point between the front roller and the auxiliary roller. The singulator having a pair of spaced side frame members, central pressure means between the spaced frame members, a roller rotatably mounted on each end of the frame members, and a belt surrounding the rollers and the central pressure means, so that sheets on said feed belt are fed one by one between the singulator assembly and the feed belt.

Abstract: A mechanism for slitting a sheet into a number of individual smaller sheets and thereafter merging the smaller sheets together and mechanism for adjusting the angle of merge.

Abstract: There is disclosed apparatus for stacking and banding tags. The tag stacks are successively banded and a series of selected number of detachably connected tag stacks are produced.

Abstract: An improved machine and method of making and folding an insert and a personalized envelope therefor.

Abstract: An improved machine and method of making and folding an insert and an envelope.

Abstract: An improved machine and method of making and folding an insert and a personalized envelope therefor.

Abstract: A machine and method for packaging travelers checks in which the checks are automatically packaged in predetermined denominations and in predetermined amounts.

Abstract: A mechanism for folding a sheet, such as an envelope with an insert superimposed, means for moving said sheet and insert and means for folding the sheet around the insert. The folding means comprises a ramp having a stop at its forward end and having its rear end spaced above the plane of the moving means to form a gap. Means for causing the sheet to fold along a fold line and for pushing the folded sheet through said gap.

Abstract: An improved machine and method of making and folding a personalized letter and a personalized envelope.