Abstract: An electromechanical automated document encoding apparatus is releasably constructed of modular components for accepting and transporting batch documents from either the left or the right. The apparatus is further capable of printing on a first side of a document or an opposite facing second side. A print module includes two parallel document receiving tracks, and a rotatable print head which moves responsive to movement of a table mounting the two document receiving tracks. The print head has two positions, and is capable of printing either on the front or rear of the document. Neither reversing print modes nor feeding batches of documents of different or varying thicknesses require realigning or repositioning of the printing head. Document sensors are an integral part of an adaptive control system optimizing apparatus productivity.

Abstract: A device for feeding envelopes from a hopper to an envelope reading station upon demand. A pair of drive rollers are mounted on a first drive shaft by means of a one-way clutch which allows the rollers to rotate only in a feeding direction. Mounted below the drive rollers are a pair of driven rollers which have a brake applying a force to them counter to the feeding direction. The braking force minimizes the possibility of feeding two documents at the same time. A second substantially identical set of rollers are mounted downstream of the first set of rollers. Upon demand envelopes are fed through the feeder and retained in the nip of the second set of rollers with a portion of the envelope extending into an envelope reading area. An operator reads address indicia from the envelope and keys it into envelope processing apparatus.

Abstract: A device for feeding envelopes from a hopper to an envelope processing station. Driving and driven rollers feed the envelopes one at a time from the hopper. The rollers define a nip through which the envelopes are fed. A unique "U" shaped spring forces the driven roller to contact the driving roller causing the driven roller to oscillate when no envelopes are fed. The oscillation helps envelope feeding by pulling and separating the lead envelope from the stack.

Abstract: An electromechanical automated document encoding apparatus is releasably constructed of modular components for accepting and transporting batch documents from either the left or the right. The apparatus is further capable of printing on a first side of a document or an opposite facing second side. A print module includes two parallel document receiving tracks, and a rotatable print head which moves responsive to movement of a table mounting the two document receiving tracks. The print head has two positions, and is capable of printing either on the front or rear of the document. Neither reversing print modes nor feeding batches of documents of different or varying thicknesses require realigning or repositioning of the printing head. Document sensors are an integral part of an adaptive control system optimizing apparatus productivity.