Abstract: A cut sheet mailer business form assembly comprises a non-adhesive bearing message sheet and one or more adhesive-bearing cover sheets prepared for printing of the message sheet, alignment and sealing to provide multiple mailers.A rectangular message sheet has end edges, marginal edges, a longitudinal dimension between the end edges along a longitudinal axis, and a transverse dimension between the marginal edges along a transverse axis. Marginal lines of perforations are along the marginal edges of the message sheet extending fully between the end edges. Transverse end lines of perforations extend along the end edges between the marginal lines of perforations. A rectangular cover sheet has cover sheet end edges, cover sheet marginal edges, a longitudinal dimension between the cover sheet end edges equal to the longitudinal dimension of the message sheet, and a transverse dimension between the cover sheet marginal edges equal to the transverse dimension of the message sheet.

Abstract: A mailer business form assembly comprises a non-adhesive bearing message sheet and one or more adhesive-bearing cover sheets prepared for printing of the message sheet, alignment and sealing to provide multiple mailers.

Abstract: A continuous business form assembly provides custom addressed, outgoing envelopes filled with contents sometimes including return envelopes. The assembly comprises at least four webs, one of which is a self-imaging web. The self-imaging web is positioned and adapted to provide custom addresses on itself visible through outgoing envelope windows.

Abstract: A carbon security system is provided for a customer using a credit card to get all of the carbons when the customer copy is taken. Security is achieved because all carbons are connected to the customer copy and are removed together with the customer copy. A set made up of the customer copy and all carbons may be folded over so that the carbons are left inside of the folded customer copy. A strip of adhesive attached to the top side or underside of the stub retains the folded set together. Thus, there results a very good way for the customer to retain the carbons without getting a mess on his or her hands and without risking fraudulent use of credit card data obtained from the carbons.

Abstract: An improved machine and apparatus are disclosed for assisting in decollating or separating the separable parts of a multi-part, carbonless, manifold, continuous web business forms assembly having integral "locks" incorporated therein that are utilized to hold the parts of the continuous web business forms assembly in alignment when the continuous web business forms assembly is used on high speed printing device. The improved machine has a plurality of decollating stations arranged in series, and each station includes a refold roller. The part of the continuous web business forms assembly being separated at a decollating station passes about and contacts the refold roller.

Abstract: A stuffed sealed envelope assembly has a free insert immobilized therein against shifting by means of adhering material provided on confronting surfaces both the front and back of the envelope and so characterized that the material will stick only to itself and not to the insert. Such material is placed in contact with the insert while remaining unattached therefrom so as to snugly hold the insert in registry within the envelope. Removal of an envelope stub facilitates opening and extraction of the insert.

Abstract: A unit set of multiple plies includes superimposed top, intermediate and bottom plies each being devoid of any tear lines which may form a stub, and each being coated on selected surfaces thereof with chemicals which are capable of reacting with one another to produce a colored mark. The top and bottom plies are interconnected by means of a removable glue flap, and portions of the glue extend through holes lying along a margin of the bottom ply so as to thereby interconnect the intermediate and bottom plies together. The top ply is coated front and back and the intermediate ply is coated on its back surface with a micro-encapsulated color precursor, while the bottom ply is coated front and back and the top surface of the intermediate ply is coated with a record-developing material. Upon application of pressure to the set, colored marks are formed on the intermediate and bottom ply top surfaces as the reactive components of the coatings on mating surfaces react.

Abstract: A sealed envelope is pre-stuffed with at least one insert sheet which is positively held in place against any shifting movements relative to the envelope by retention elements attached only to the envelope and in abutting engagement with marginal edges of the insert sheets.

Abstract: Sealed envelopes of a continuous envelope assembly each include front and back panels and a return envelope contained therein. The return envelope is free of attachment to the sealed envelope along all its marginal edges, and is constructed as having a protective portion overlying its flap with such portion being attached to the sealed envelope so as to be retained therewith upon extraction of the return envelope. The return envelope is immobilized within the sealed envelope by retention chips in abutting engagement with the marginal edges of the return envelope. These retention chips are secured to the outer envelope and are defined by severed extensions of the return envelope.

Abstract: An envelope assembly of a succession of envelopes each includes a front and back panel and extractable insert material contained therein, the insert material comprising a top-opening return mailer envelope connected to a portion of the envelope by means of a panel forming a portion or chip of the return envelope which is separable therefrom, and which is retained with the envelope upon extraction of the insert. As an alternative, the chip of the return envelope is connected to an insert sheet within each envelope.