Abstract: An apparatus for pocketing documents in vertically-aligned pockets. The apparatus includes a frame and slides for mounting the frame for reciprocal movement between a home position and an extended position relative to the apparatus. A plurality of vertically-aligned, pocket members is mounted on the frame for selectively receiving documents to be pocketed. A transfer station, having first and second track members, receives a document therebetween, with the first track member being mounted on the frame for movement therewith. A first transport apparatus is used to move a document in a first direction to said transfer station, and a second transport apparatus is used to move a document in a second direction from the transfer station to the plurality of pocket members. A transfer apparatus is used to transfer a document at the transfer station from the first transport apparatus to said second transport apparatus.

Abstract: A printing apparatus is provided which utilizes rolling pressure contact for printing, and includes a plurality of sets of serially arranged character elements mounted for movement on the external surface of a printing drum. Movement of the sets to place a desired character into printing position is accomplished by controlling the speed of a motor driving a pulley connected by cable to a given character set, relative to the speed of a motor driving the printing drum in rotational movement.

Abstract: A non-impact printing method wherein pulsed light is transmitted through a mask containing enlarged characters. The characters are optically reduced and are focused on a document in back of a heat-sensitive or thermal magnetic ink ribbon. Heat energy projected by the pulsed light causes ink transfer from the ribbon onto the paper.

Abstract: A method and apparatus for thermally printing on plain paper high resolution fonts such as the ABA's E13B font. In one embodiment, the thermal print head is held stationary while the record medium (like a bank check) and ribbon (containing heat-transferrable ink) are moved, and in a second embodiment, the record medium and the ribbon are held stationary while the printing head is moved. The print head is comprised of printing units with each printing unit having a printing face having resistive heating elements therein. The heating elements are arranged in rows and columns in the associated face to produce a printed dot density of 6.05 N dots per millimeter, wherein N is equal to 1, 2, or 3. Loading of the next pattern of data to be printed is effected while the prior pattern is being "burned" or printed. An R-C circuit is included in the energizing circuit to minimize overheating of the heating elements during repeated energization thereof. Characters or bar codes may be printed by the apparatus.