Abstract: A method of sequentially advancing, cutting and sorting forms attached together serially in two single-path form-webs in which the forms carry a code to identify forms to be assembled together by sorting, comprises the following consecutive steps: introducing the two webs in a superposed state and with an at least partial lateral overlap to a cutting table such that a perforated margin on each web is situated along opposite external edges when viewing the two superposed webs together; engaging each web solely at the outer perforated margin by a tractor device on the cutting table and advancing each web on the cutting table by a perforated margin solely along one longitudinal web edge; transversely severing the forms from the web by a transverse cutter of the cutting table; and sorting and assembling the forms as a function of the code thereon.

Abstract: A printer apparatus for a document handling machine is adapted to obtain a signal from a series of information-bearing marks on a first document and transmit that signal to the control device for the printer apparatus to initiate the printing of an image such as a bar code on a second document which is to be furnished in a mailing envelope along with the first document. The printer apparatus automatically removes the second document from a hopper, advances the second document to a printing station, lowers a print head module to the printing station over the second document, prints a specified but variable bar code on the second document, and delivers the imprinted second document to the transport raceway of a document insertion machine.

Abstract: The printing machine has a multi-color offset printing unit, behind this a sheet conveying device, and an intaglio printing unit to which the sheets printed and provided with register marks in the first printing unit are transferred by the conveying device. The conveying device comprises a detector system responding to these register marks, and a register drum. Each of the two printing units and the register drum have their own drive mechanisms mechanically independent of each other. The drive mechanism for the second printing unit is controlled in dependence upon the speed of the first printing unit, and the drive mechanism for the register drum is controlled on the one hand in dependence upon the speed of the second printing unit and on the other hand in dependence upon the register deviation measured in the circumferential direction. Further, on the register drum are disposed devices for correcting side register and any skew of a sheet in dependence upon the measured register deviations.