Abstract: A packet ironing system for documents fan-folded into a packet which includes a conveyer path bounded laterally by an ironing plate on one side and an opposite-facing backing plate on the other side, defining a conveyance gap therebetween. The leading end of the ironing plate is rotatable about a vertical axis hinge. An actuator for moving the ironing plate about a point of rotation defined by the hinge alters the gap between the ironing plate and the backing plate. Control means which includes a sensor located downstream of infeed rollers signals the actuator to forceably move the ironing plate against the fan-fold document as the document is pulled through the conveyance gap by the infeed rollers.

Abstract: A compact conveyor which passes sheets from a printer to a folder saves valuable floor space while providing the capability of accommodating a short intercopy gap. Sensing means on the conveyor detects the exit of each sheet from the printer and signals a temporary increase in the speed of the folder to a fast-fold operation. As the next sheet travels behind the faster moving first sheet, the intercopy gap between the sheets increases before the next sheet arrives at the folder. The arrival occurs after the first sheet has been completely folded, since the increased gap has provided sufficient time delay. When the first sheet is released from the folder, the folder speed returns to the original slower speed which is equalized with the printer. By adjusting the rate of the fast-fold mode, the gap between the sheets arriving at the folder can be regulated.

Abstract: A collator control system capable of stack, collect and collate operations, which automatically finds an appropriate set of empty bins for the desired mode of operation and provides indications of when the bins have been filled. The system operates on sheets of paper, some of which may be unfolded and others of which may be folded one or more times.