Abstract: A mailer type business form having four parts is produced from two sheets, to define a mailer having top and bottom plies formed from one sheet, and first and second intermediate plies formed from another sheet. The top and first intermediate plies have aligned die cut windows in them, and the second intermediate ply forms a return envelope with the bottom ply. A combination outgoing address for the mailer, and return address for the return envelope, are printed on a portion of the second intermediate ply readily visible through the die cut windows. During production of the mailer, slugs are cut out of one of the sheets, and removed by vacuum or a blast of pressurized gas, and the first and second sheets are merged together, adhesive being applied to the sheets to attach them together.

Abstract: A multi page mailer type business form is constructed by applying a first adhesive pattern to the top sheet bottom face perimeter areas, a second adhesive pattern to the bottom sheet top face perimeter areas, and applying third and fourth adhesive patterns to the middle sheet top and bottom face perimeter areas respectively. Variable information is printed on the top, bottom and middle sheets including machine readable identification information (bar code) which is common to the sheets that are to be assembled into a final multi page mailer. The set is accumulated, and verified by scanning the identification of information, and then the perimeter adhesive patterns are sealed. The adhesive is preferably pressure sensitive adhesive, and the final mailer produced has a book-like construction. The adhesive patterns are such that the top and bottom sheets can be provided in a stack without the perimeter adhesive patterns aligning, and the middle sheets can be provided in a separate stock.

Abstract: Continuous business forms are detached and disposed in offset stacks. Continuous forms being fed into a conventional detacher are sensed by a first optical sensor, and after detachment are conveyed by a roller conveyor away from the detacher in a first direction. A guide rail is elongated in generally the first direction and the detached forms have an edge which engages the guide rail so that all the forms in a particular group are aligned when discharged from the conveyor into a stack. The guide rail is mounted on guide rods, for movement in opposite second and third directions, both generally perpendicular to the first direction, so as to change the position of the edge of detached forms in a subsequent group of forms so that consecutive stacks are offset from each other.

Abstract: A mailer type business form and intermediate are constructed from a single quadrate sheet of paper having first through fourth edges and first and second fold lines, which cooperate to divide the sheet into four panels. The first panel has a cutout positioned to overlie an outgoing address printed on the second panel, when the sheet is folded about the first fold line. Reply address indicia, including bar coding, is printed on the second face of the second panel. Two strips of transfer tape on the first face of the fourth panel cooperate to allow the second and fourth panels to be formed into a return envelope by the recipient. A return envelope flap with rewettable adhesive strip is formed from a second panel. Strips of heat or pressure activated adhesive are disposed adjacent the edges and/or first fold line of various panels in order to seal the sheet into a mailer when folded about the fold lines, and perforation lines are disposed adjacent each of the adhesive strips.

Abstract: A system and method for storing, retrieving displaying, printing and otherwise manipulating color images stored in a central "host" computer from a realtor's remote data terminal includes a host computer which stores and maintains a database containing listings of real estate properties on the market. The host computer also optionally can store image information relating to specific properties. Images can be loaded from remote terminals over telephone lines to the host system on an interactive basis. Images can then be retrieved from the host system, also on an interactive basis, for display, printing, or storage on a storage medium associated with the remote display terminals. Images may also be deleted on an interactive basis from a remote terminal. A specific communications protocol conveys image data between the host computer and remote data terminals.

Abstract: A label construction provides for labels applied to a surface that have long life even outdoors, or in conditions where there are dirt or chemicals. The construction includes a first ply of transparent protective material having first and second side sections and first and second faces. A first adhesive is disposed on the first ply first face, and a first release liner, having less affinity for the first adhesive than the transparent protective material, is disposed on the first adhesive covering the first side section of the first ply. A second release liner is disposed on the first adhesive covering the second side section of the first ply. A label ply is disposed over at least a portion of the second release liner on the opposite face from the transparent protective material, and a second adhesive is disposed between the second release liner and the label ply, having a greater affinity for the label ply than the second release liner.

Abstract: An intermediate for a mailer type business form, and a mailer type business form, are constructed by the simple V-folding of a single sheet of paper, yet provide a return envelope. The return envelope is constructed from pressure sensitive adhesive strips covered with release liner strips and a rewettable glue strip provided on one of the panels of the V-folded sheet, while the panel has printing on its entire inner face. The outgoing address is printed on the second panel near one of the pressure sensitive adhesive strips, and is viewed from the exterior of the mailer through a cutout (with transparent patch) formed in the first panel.

Abstract: A pressure sealer for sealing pressure sensitive adhesive strips on business forms has only a single set of sealing rollers forming a nip. One roller is gear driven by a D.C. motor, and a spring applies a biasing force to press the rollers into contact with each other. A forward sensor and a reverse sensor are positioned just before the nip of the rollers, in or above a support surface for business forms, and cooperate with a computer chip to control the motor to drive a business form in a first direction between the rollers, until it has almost completely passed through the nip. Then the motor is reversed to drive the business form through the nip again in a second direction opposite the first direction. The business form is manually fed to, and removed from, the nip.

Abstract: A distinct conveyor assembly allows a business form sealer--such as a pressure sealer--to operate with forms that have been detached from a continuous supply. Individual forms are detached from the continuous supply while being conveyed in a first direction, to form shingled forms having irregularly positioned side edges. The forms are deshingled by conveying them from the detacher at high speed (e.g. an increase in speed of about ten times or more), and they are registered while being conveyed in the first direction at high speed. Registration may take place by moving the forms against one side edge, or moving them between funnelled side edges to ultimately engage straight guides on both side edges. After registration, the forms may be fed directly to the sealer, or into the top of a hopper, and then withdrawn from the bottom of the hopper and passed through a folder before being fed to the sealer.

Abstract: A business form that may be easily and inexpensively produced provides a security feature while allowing ready printing of variable information on carbonless sheets, and ready utilization of variable security information. Top and bottom sheets of base paper have their bottom and top surfaces, respectively, in engagement with each other. A label is applied to the top surface of the bottom sheet, underlying a blockout printing strip on the top surface of the top sheet. Carbonless imaging means, such as a self-imaging coating on the label and top surface of the bottom sheet (or a CB coating on the bottom surface of the top sheet and a CF coating on the top surface of the bottom sheet, at least at the label), transfer variable data printed on the blockout printing to the label, and preferably to part of the bottom sheet adjacent the label. An adhesive strip, with release tape over it, may be provided on the bottom surface of the bottom sheet.

Abstract: An identification card intermediate includes a transparent plastic substrate with a base stock and release liner each covering about half of the substrate. Indicia is printed on a first face of the base stock. A sticker, having indicia printed on a first face of it, is connected by repositional adhesive to the release liner. The release liner and base stock are connected by permanent adhesive to the plastic substrate. A number of stickers may be provided on the release liner, each including a phone number (e.g. different phone numbers), or providing basically the same information in different languages. An identification card is produced by removing the sticker from the release liner and placing it on the base stock, then removing the release liner from the substrate, and moving the substrate over the first face of the base stock.

Abstract: A business form (and related process) includes a web folded medially to form two plies secured one to another about their marginal edges with a third ply secured about three of its four edges to one of the first and second plies forming a return envelope. The edges of the third ply are offset inwardly relative to the edges of the first and second plies. A fourth insert ply is adhesively secured between the first and third plies along only two of its transverse and longitudinal edges. The two edges are substantially aligned with two of the edges of the second ply, leaving two other edges of the fourth ply inwardly offset from the remaining edges of the second ply.

Abstract: Identification and inventorying of logs, particularly those to be made into paper pulp, is provided utilizing a cellulosic fiber (paper) based identification tag. The tag is printed, as by ion deposition, with variable information, such as bar coding and human recognizable indicia corresponding to the bar coding. By perforations, the tag is separated into a number of different sections, each section having the variable imaging on it. A water soluble acrylic varnish is applied to the web to cover the bar coding. The tags are attached to the cut ends of logs by metal staples, and during processing or inventorying sections of the tag may be removed along the perforations.

Abstract: A C-fold simple mailer is provided which may be processed on a laser (or other non-impact) printer. Pressure sensitive adhesive is utilized to form the mailer, and integral return envelope. C-folding and sealing are effected after printing of variable data on the form. In one construction variable data is printed on both faces of the form utilizing a duplex sheet feed laser printer, while in a second construction a simplex continuous laser printer is utilized and variable data--including the outgoing addressee address indicia--is printed on only one face. In the second construction a die cut window is provided so that the outgoing address information is visible from the exterior of the mailer.

Abstract: A business form, and intermediate for constructing the form, suitable for use as a packing list or invoice. A regular (bond) sheet of paper is constructed into three approximately equal size panels which are Z-folded about fold lines. The first face of the first panel has address indicia printed on it, while the second face of the third panel has two or more strips of transfer tape disposed on it, spaced from each other and parallel to the lines of weakness, facilitating attachment of the form to a package. Invoice information is preferably printed on the first face of the second and third panels. The panels are held together in a packaging slip configuration by strips of pressure seal adhesive. In use, by detaching various portions of the form along perforations the form can be folded about a pressure seal adhesive line between the second and third panels second face adjacent the second fold line, and along the second fold line so that the first face second and third panels (invoices) are readily seen.

Abstract: An apparatus and method are provided for facilitating manual feeding of business forms into business forms handling equipment to bypass the automatic feeder, primarily in the production of mailers from forms having pressure sensitive adhesive strips. Mounted at the interface between the conveyor and folder of the handling equipment is a transparent plastic plate having a slot with forms guides, and a forms centering scale adjacent the slot. A finger opening in, and an upstanding finger tab on, the quadrate plate may be provided to allow it to be lifted out of place covering the interface area between the conveyor and folder. An interlock engaging projection is provided on the plate for stopping operation of the equipment when it is removed. One may bypass the automatic feeding of the conveyor by manually inserting forms into the slot guided by the forms guides.

Abstract: A portable perimeter pressure sealer for sealing pressure sensitive adhesive strips along perimeter edges of a business form includes two pair of sealer wheels, the upper wheel of each pair being angularly movable relative to the lower wheel of each pair to insure uniform application of sealing pressure to a form passing therebetween. The upper wheels have peripheral pressure sealing surfaces which are biased into non-parallel relationship when no form is present between the respective sealer wheel pairs, but which are forced into a parallel relationship upon introduction of a form between the nips of the respective roll pairs.

Abstract: A business form comprises a mailer formed from a single roughly 81/2.times.11 inch sheet, with a reply envelope nestable within the mailer, yet large enough to comply with minimum size postal regulations for mailable first class documents. The mailer sheet is C or Z folded into three sections of approximately equal size with perforations defining marginal portions and main panels. The return envelope has a first portion having a length approximately twice that of a second portion, and a free end. The first and second portions are connected together to define an envelope pocket having a length approximately equal to that of the second portion, including a common first edge opposite from the free end. A first fold line is formed in the first portion at or slightly spaced from the pocket and parallel to the common edge, and a second fold line is formed in the first portion between the first fold line and the free end and parallel to the first fold line.

Abstract: Intermediates for matched mailer type business forms are constructed in four and six panel formats from a single sheet. Pressure sensitive adhesive discontinuous strips are disposed in marginal portions of the intermediates to align with each other when the intermediates are folded first about a center line, and then either a single longitudinal fold line, or first and then second longitudinal fold lines. The adhesive strips may include L-shaped portions at the intersections of strips. The marginal portions are separated from four or six main panels by perforations. The marginal portions adjacent the longitudinal edges of the sheet may have tractor drive openings. Using the invention standard size mailers containing multiple plies may each be constructed from a single sheet, by running the intermediates through a non-impact printer (e.g.