Abstract: Multi-part business forms having speciality electronically imaged indicia are produced in a low-cost, high speed, low waste, and enhanced flexibility manner. While two part or four or more part forms may be produced, especially advantageous is the production of three part forms, such as airbills. After individual first, second and third parts are produced using conventional presses, the individual webs are separately fed to a collator and while fed to the collator are electronically imaged with speciality indicia, such as the name and address of the sender, airbill number, and—for the third part—a bar code. The webs are then collated on the collator, two business forms wide. A three part airbill produced includes first and second parts of carbonless paper stock having personalized first indicia electronically imaged on them, and a third part of carbonless label stock having the personalized indicia, and including bar code indicia, electronically imaged on it.

Abstract: This particular combination of steps in the overall process; the spot coating on a single side of a page, as well as on both sides of the page, in a specific pattern are new and unique. The ability to print multiple orientations on a single side of a page or in duplex fashion is not technology, but is an integral part of the overall process. The folding both horizontally and vertically for the 4-part form, or the “Z” fold for the 3-part form, is not new technology, but is an integral part of the overall process in creating this finished product. The combination of the specific patterns and locations of the spot coatings, the printing in certain areas of the page with certain orientations, and the specific manner in which each single page is folded to become a 3 or 4-part form is unique and patentable.

Abstract: Unauthorized alteration of a document can be avoided in a secure document that includes a substrate (10) defining the body of the document. Indicia (24, 26, 30, 32, 36 and 40) located on the substrate (10) designate an area (42) to receive variable information by an impression. The variable information is that whose alteration is to be avoided. A chemical, carbonless imaging system (44) is disposed on the substrate (10) at the area (42) and is operative to form a visible image upon receipt of an impression and a transparent film (46) is located on the substrate (10) to cover the area (42). As a consequence of the construction, any attempt to alter an image appearing on the film (46) will be apparent from the original imaging of the chemical carbonless imaging system (44) or by smudging thereof indicating an alteration attempt.

Abstract: A multi-part set providing for so-called “carbonless” copying between parts of the set, comprises a piece of sheet material such as paper with respective portions of at least one face of the sheet being treated to provide for imaging therebetween when such portions lie in face to face relationship, the piece of material being folded to bring the treated portions into face to face relationship and being provided with at least one separation line. Two-part, three-part and four-part sets are disclosed.

Abstract: A multi-part (e.g. three part) business form is particularly suited for use in dispensing sample drugs where it is necessary to have a label to be placed on a sample medication container, a like label to be placed on the patient's chart, and a record sheet, to be placed in the sample medication distribution log. First and second top and intermediate, respectively, label parts each have a face ply having pressure sensitive adhesive on a back surface and in engagement with an adhesive release coated liner ply, and a third, bottom, paper part underlies the first and second parts. Common non-variable indicia is imaged on the first part face ply, the second part face ply, and the third part, and the parts are releasably connected together (e.g. by permanent adhesive and a line of weakness, adjacent the top edges of the parts) so that at least some of the common indicia is in alignment. Carbonless coatings transfer indicia imaged on the first part face ply to the second part face ply and to the third part.

Abstract: This need is met by the present invention wherein an improved shipment form is provided comprising a partially releasable liner ply, a peel-out package label portion, and a peel-out signature tab. In accordance with one embodiment of the present invention, a shipment form is provided comprising a face sheet, a liner ply, and an adhesive interposed between the face sheet and the liner ply. The face sheet includes printed indicia for indicating an attempted delivery. The adhesive includes a laminating adhesive portion and a reusable adhesive portion. The liner ply defines a releasable liner ply portion adjoining a laminated liner ply portion. The releasable liner ply portion is configured to releasably adhere to the reusable adhesive portion while remaining adjoined to the laminated liner ply portion.

Abstract: Improvements to self-replicating duplex forms are disclosed. Generally, a single sheet of paper is divided into original and copy panels by fold line, and carbonless coatings are applied to the panels so that information entered on the two, front and back surfaces of the original panel are reproduced on the two surfaces of the copy panel.(Group 1) An endorsable carbonless CB coating is applied to the original panel, either at the mill or on-press. A carbonless CF coating is applied to the copy panel so that the coated copy panel is substantially the same thickness as the coated original panel. Specific areas for filling out information on the original panel are offset, from front-to-back, and methods of checking this offset are disclosed. The copy panel is tinted a dissimilar base color from the original panel.(Group 2) The original and copy panels can be formed separately, and joined into a single "virtual" sheet.(Group 3) The original and copy panels can be formed of a single sheet of CF C2S paper stock.

Abstract: Improvements to self-replicating duplex forms are disclosed. Generally, a single sheet of paper is divided into original and copy panels by fold line, and carbonless coatings are applied to the panels so that information entered on the two, front and back surfaces of the original panel are reproduced on the two surfaces of the copy panel.(Group 1) An endorsable carbonless CB coating is applied to the original panel, either at the mill or on-press. A carbonless CF coating is applied to the copy panel so that the coated copy panel is substantially the same thickness as the coated original panel. Specific areas for filling out information on the original panel are offset, from front-to-back, and methods of checking this offset are disclosed. The copy panel is tinted a dissimilar base color from the original panel.(Group 2) The original and copy panels can be formed separately, and joined into a single "virtual" sheet.(Group 3) The original and copy panels can be formed of a single sheet of CF C2S paper stock.