Abstract: A method of advancing sheets includes the step of advancing a first enclosure sheet with a first scuffer. The method also includes the step of advancing a second enclosure sheet into contact with the first enclosure sheet with a second scuffer so that the first enclosure sheet and the second enclosure sheet create a pocket. The method further includes the step of advancing a confidential sheet within the pocket with the first scuffer. An apparatus for advancing a confidential sheet into a pocket defined by a number of enclosure sheets is also disclosed.

Abstract: A method for providing confidentiality to a facsimile transmission includes the step of advancing a back enclosure sheet into a print engine. The method further includes the step of advancing the back enclosure sheet out of the print engine and to an envelope forming station. The method yet further includes the step of securing the back enclosure sheet to a front enclosure sheet so as to form an envelope at the envelope forming station. The method also includes the step of advancing a confidential sheet into the print engine. The method moreover includes the step of printing information associated with a page of the facsimile transmission onto the confidential sheet with the print engine. The method also includes the step of advancing the sheet out of the print engine and into the envelope.

Abstract: A sealing assembly includes a first roller having a sealing ridge attached thereto. The sealing assembly includes a second roller. The sealing ridge is positioned in operative contact with the second roller during a first mode of operation. The sealing ridge is positioned out of operative contact with the second roller during a second mode of operation. The first roller rotates during the first mode operation. The second roller is held stationary during the first mode of operation. A method of sealing an envelope in a document security apparatus is also disclosed.

Abstract: A method of forming an envelope in a document security apparatus includes the step of advancing a first enclosure sheet and a second enclosure sheet to a sealing station within the document security apparatus. The method includes the step of holding both the first enclosure sheet and the second enclosure sheet stationary relative to the sealing station. The method also includes the step of securing the first enclosure sheet to the second enclosure sheet during the holding step. A document security apparatus is also disclosed.

Abstract: A method of enclosing a confidential sheet in an envelope within a document security apparatus includes the step of operating a print engine so as to advance a first enclosure sheet therethrough. The method also includes the step of advancing the first enclosure sheet from an output of the print engine to a first position at a sealing station. The method further includes the step of advancing a second enclosure sheet to a second position at a sealing station. The method moreover includes the step of securing a first portion of the first enclosure sheet to a second portion of the second enclosure sheet at the sealing station so as to create the envelope having an access opening defined therein. The method also includes the step of operating the print engine so as to advance the confidential sheet therethrough.

Abstract: A sealing assembly for sealing an envelope having a first lateral side and a second lateral side includes a support roller. The envelope includes (1) a first enclosure sheet having a first pressure sensitive adhesive thereon, and (2) a second enclosure sheet having a second pressure sensitive adhesive thereon. The sealing assembly also includes a sealing member which is movable between the first lateral side and the second lateral side. The first pressure sensitive adhesive is urged into contact with the second pressure sensitive adhesive by interaction between the sealing member and the support roller when the sealing member is moved between the first lateral side and the second lateral side. A method of sealing an envelope having a first lateral side and a second lateral in a document security apparatus is also disclosed.

Abstract: A method for providing confidentiality to a facsimile transmission includes the step of advancing a front enclosure sheet into the print engine. The method also includes the step of printing information associated with a first page of the facsimile transmission onto the front enclosure sheet with the print engine. The method further includes the step of advancing the front enclosure sheet out of the print engine and to an envelope forming station. The method yet further includes the step of advancing a back enclosure sheet to the envelope forming station. Moreover, the method includes the step of securing the back enclosure sheet to the front enclosure sheet so as to form an envelope at the envelope forming station. The method also includes the step of advancing a confidential sheet into the print engine. The method yet further includes the step of printing information associated with a second page of the facsimile transmission onto the confidential sheet with the print engine.

Abstract: A method of positioning a number of non-transparent enclosure sheets in a document security apparatus includes the step of positioning a first non-transparent enclosure sheet on a first support. The method also includes the step of positioning a second non-transparent enclosure sheet on a second support which is distinct from the first support. The second non-transparent enclosure sheet is oriented relative to the first non-transparent enclosure sheet so as to create a pocket for receiving a confidential sheet when (1) the first non-transparent enclosure sheet is positioned on the first support, and (2) the second non-transparent enclosure sheet is positioned on the second support. The first non-transparent enclosure sheet and the second non-transparent enclosure sheet conceal the confidential sheet from view when the confidential sheet is located in the pocket. A bail system for positioning a number of non-transparent enclosure sheets within a document security apparatus is also disclosed.

Abstract: A sheet receiving sorting device or mailbox has a sheet infeed including a short, pivoted distributor to direct sheets from the infeed, selectively or in sequence, to the input ends of an array of sheet guides extending at angles radiating from the center of the infeed outwardly to the inlet ends of a vertical stack of trays. At the sheet infeed ends of the trays are drive rolls for carrying the sheets into the trays depending upon the positioning of the distributor with respect to the array of sheet guides. The frame structure enables removal of the guides for sheet jam removal.

Abstract: A random access sheet receiver has pairs or sets of trays for receiving sheets arranged in vertically spaced relation and extending horizontally in opposite directions from a central sheet path defined by gates and feed rollers and extending vertically between the sheet inlet ends of the trays. Each set of trays may have one or a plurality of trays of selected sheet capacity. A double acting actuator is employed to selectively actuate any gate or deflector randomly to direct sheets in a selected direction into a selected tray.

Abstract: A DNA molecule comprising a nucleotide sequence substantially corresponding to all or a portion of foot and mouth disease virus RNA and in particular coding for at least one protein of foot and mouth disease virus. The DNA molecule can be inserted into a DNA cloning vehicle capable of expressing the DNA molecule, after a suitable host cell has been transformed by the cloning vehicle. The expression product can be incorporated into a vaccine for stimulating antibodies against FMDV. Methods for producing the DNA molecule, recombinant cloning vehicle and transformed host cell are described.