Abstract: A mechanism for encoding continuously moving documents. Documents are transported between a plurality of fixed dies and a plurality of electronically controlled hammers. An ink bearing ribbon is interposed between the documents and the fixed dies and is momentarily transported at the same velocity as the documents. As the documents traverse the plurality of fixed dies, the electronically controlled hammers are cycled, in a selected sequence and at selected positions, to provide the desired encoding. In those applications wherein the cycle time of the electronically controlled hammers is too slow to allow identical encoding in adjacent positions, a second plurality of fixed dies and electronically controlled hammers may be located adjacent to the first plurality or interspersed among the first plurality of fixed dies.

Abstract: Improved method and apparatus for heat sealing strips of encodable material to documents, a continuous supply of the encodable material being fed, by way of a discrete loop feed assembly, to an alignment station where defined lengths thereof are aligned along the edge of documents transported thereto. A heater-drum assembly effects the heat-sealing of the aligned combination which is then transported, by way of a stacker-deflector assembly, to an output station. The transport of the documents and encodable material are assisted by a continuously running friction belt drive assembly with the severing of the encodable material into strips equal to the length of each document effected in response to photosensor actuated controls responding to the transport location of the documents and material.

Abstract: A mechanism for encoding continuously moving documents. Documents are transported between a plurality of fixed dies and a plurality of electronically controlled hammers. An ink bearing ribbon is interposed between the documents and the fixed dies and is momentarily transported at the same velocity as the documents. As the documents traverse the plurality of fixed dies, the electronically controlled hammers are cycled, in a selected sequence and at selected positions, to provide the desired encoding. In those applications wherein the cycle time of the electronically controlled hammers is too slow to allow identical encoding in adjacent position, a second plurality of fixed dies and electronically controlled hammers may be located adjacent to the first plurality or interspersed among the first plurality of fixed dies.