Moore Business Forms, Inc.

Moore U.s.a., Inc.

Burroughs, Inc.

Mark S Casper

Henk Haan

Stephen Michalovic

Kevin A Schindler

Martha M Balshaw

John R Soltysiak

Jimmie A Harrod

Wayne C Peterson

Leonard R Steidel

John C Bane

Richard S Downing

Michael C Maier

Eugene E Paananen

Robert I Thomson

Robert E Braungart

Dan Shenk

Chung H Peng

A decal having a body of readily tearable material and a reflective material first face has first, toner, indicia on the first face circumscribing a first area, and second indicia outside of the first area. A protective substantially transparent plastic (e.g. acrylic or polyester) thin (e.g. about 0.001-0.002 inches) film substantially covers the first indicia (and has an area not greater than about 130% of the first area) and protects the first indicia but does not significantly increase the tear resistance of the decal body. The protective film is held to the decal with an aggressive adhesive so that the decal will tear if removable of the protective film is attempted. The protective film may be applied either manually or automatically, and the decal is part of a business form (e.g. a mailer type business form) which has toner indicia on it substantially identical to the first indicia, imaged at substantially the same time using a laser printer.

Registration-decal form with protective patch

A license plate decal is provided on a folded (e.g. Z-folded) business form which acts as a carrier for the decal. A cut out is formed in a panel of the mailer and a patch (such as a glassine patch) is adhesively secured at a peripheral portion to the mailer panel and a release coating is provided on at least a significant part of the central portion of the patch. The decal adhesive engages the release coating so that the decal and its associated pressure sensitive adhesive may be readily removed from the patch. The patch may be secured to the paper on either face thereof; if secured at the bottom face, the patch and decal can flex into the cutout to provide a minimum thickness when in a stack of mailer intermediates. Where the patch is secured at its top face, the maximum thickness of the patch and decal combination is preferably about 0.008 inches, which is significantly less than the thickness at the decal in prior art carriers.

Pressure seal license plate decal

A business document contains a removable decal. The decal has a plastic substrate overlaid with a reflective coating including an aluminum coating and glass beads. A toner receptor coating overlies the reflective coating. A fine screen pattern is printed on the toner coating and which pattern may include jagged lines or closely spaced dots. Variable and non-variable information is then printed on the toner receptive coating. In the event of use of a solvent to alter the printed information on the decal, the fine printed screen pattern is likewise disrupted and evidences alteration of the decal.

Security features for a decal

A cradle for holding and feeding a stack of sheets in a printer or copier which compensates for non-uniformities in the stack, and especially non-uniformities in the central portion of the stack, thereby presenting a level top sheet to a sheet feeder regardless of how many sheets are in the stack. The cradle broadly comprises a rectangular base plate and four support posts arranged proximate the corners of the base plate. Two extension springs are arranged diametrically with respect to one another, each spring supported at its ends by the support posts, with the springs intersecting one another at approximately the center of the base plate. The extension springs support a plastic sheet, upon which the stack of sheets is laid.

Cradle for feeding of non-uniform sheets in a printer or copier

Labels are provided with sequential numbers which are important in a number of different applications including whether or not there are enough labels left on a roll to perform various operations on the roll. Linerless labels in a spiral roll include an innermost label and an outermost label. Each label includes a substrate with an inner face primarily coated with pressure sensitive adhesive and an outer face coated with release material. The sequential numbers are typically unobtrusive, and are applied to one or both of the inner and outer faces, preferably on the substrate before the coatings are applied. Desirably the innermost label contains the lowest number (typically zero or one) and the outermost the highest. Various pattern coatings can be applied to the substrate, particularly for the adhesive, depending upon the particular application, including at the interface between labels to make them easier to cut at the interface without the blade sticking to adhesive. The sequential numbers may be provided at the non-adhesive interface, or on non-adhesive portions of separable side strips along the labels. A roll of conventional lined labels may be unwound, sequential numbers applied to the adhesive side, and wound up in a roll again. In the printing of labels to be used on pharmaceuticals, thermally sensitive labels may be used and a scanner under computer control used to verify the correctness of the numbers and other pharmaceutical indicia printed.

Linerless label identification

An inexpensive material dispenser for a roll or rolls of linerless labels may be in tube form, or constructed from a folded sheet blank. The tube may be removably closed at one or both ends and have an exterior peripheral surface with at least a portion of adhesive release material. A roll of linerless labels is loose in the tube interior and dispensed through an opening in the peripheral surface. A cardboard or paperboard blank may be folded so that end tabs are received within (having an interference fit with) a roll core, or a core for a plurality of label rolls. The labels of the plurality of rolls are prevented from touching each other.

Dispenser for linerless labels

A simple, inexpensive, and easy to construct label dispenser is provided for linerless labels. The dispenser is made from a rectangular strip of cardboard or paper board having four parallel fold lines defining the strip into first through fifth panels and with first and second openings in the first and fifth panels and a third opening in the third panel. The strip is folded about the fold lines to form an open ended rectangular parallelepiped with the first and fifth panels in face to face engagement. A plastic plug is inserted into the first and second openings, making a friction fit with them and holding the first and fifth panels together. A second plug is inserted into the third opening, and the plugs define a pivot axis for a roll of linerless labels. One of the labels is separated from the roll and the adhesive face of it is placed in engagement with the second panel outer face and parts of the fifth and third panels to facilitate holding of the blank in a rectangular parallelepiped configuration, while providing a non-stick tear-off surface for other labels in the roll mounted for rotation about an axis defined by the plugs.

Portable linerless label dispenser

A single-ply of paper in web form continuously forms one-piece statement mailers by first die-cutting appropriate portions of the mailer to form a window for a return envelope, and inset edges for a bang-tail and payment coupon. Non-personalized and personalized information is printed on the single ply in various panels thereof. By repeating sequences of applying glue and folding the web into various panels, a complete statement with personalized and non-personalized information can be provided an addressee. Additionally, fugitive glue lines are provided in the return envelope to space the inserts, i.e., a payment coupon and remittance, from edges of the return envelope to facilitate opening of the envelope by automatic mail openers. Further, charge cards are releasably secured to one of the panels such that, when the ply is folded to form the mailer, at least two panels lie on opposite sides of the cards within the mailer.

Single-part statement mailer with charge card

A single-ply of paper in web form continuously forms one-piece statement mailers by first die-cutting appropriate portions of the mailer to form a window for a return envelope, and inset edges for a bang-tail and payment coupon. Non-personalized and personalized information is printed on the single ply in various panels thereof. By repeating sequences of applying glue and folding the web into various panels, a complete statement with personalized and non-personalized information can be provided an addressee. Additionally, fugitive glue lines are provided in the return envelope to space the inserts, i.e., a payment coupon and remittance, from edges of the return envelope to facilitate opening of the envelope by automatic mail openers.

Single-part statement mailer

A trim rewinder eliminates manual removal of trim, and increases rewinder capacity several fold. A stripper portion of a bin of the rewinder strips wound trim from elongated members of the rewinder into the bin as the bin is removed. A pressure member wipingly presses trim tightly about the elongated members to compact the trim.

Trim rewinder with automatic stop

Apparatus to burst form sets from continuous business form assemblies along burst lines, and adjustable to varying form set depths. An intermittently operatively cooperating pair of entry rollers and an intermittently operatively cooperating pair of exit rollers are on a frame. A first of the entry rollers is rotatable about a first axis of rotation and revolvable about a first axis of revolution. A first of the exit rollers is rotatable about a second axis of rotation and revolvable about a second axis of revolution. The revolutions of the entry and exit rollers are timed relative to each other and adjustably timed relative to the speed of the continuous business form assemblies. Both pairs of rollers operatively cooperate substantially simultaneously with each other. Both pairs of rollers operatively cooperate while burst lines of the assemblies are between the entry rollers and the exit rollers. The periods of intermittency of the roller cooperation coordinates with the depths of the form sets of the assemblies.

Form burster

A constant spacing document feeder employs a motor control circuit which drives a feed wheel at an average speed which is dependent upon the length of a document. Since the spacing between successive documents is a function of the length of each following document, by varying the speed of the feed wheel in accordance with the length of each document, the spacing between each document can be maintained substantially constant.

Constant spacing document feeder

A document feeding apparatus is provided which includes a hopper for holding a stack of documents edgewise, feed means for serially removing documents from the hopper, and a follower or pressure flag for biasing the stack towards the feed means. Augers are disposed within the hopper adjacent the feed means for advancing the stack thereto, and for aligning or jogging the documents in an intermediate area thereof. The diameter and pitch of the threads of the augers increase from leading ends thereof towards their center sections, and decrease from the center sections towards the trailing ends thereof. The narrow-pitched threads at the leading ends of the augers serve to divide the document stack into packs. The widening pitch of the augers allows the documents to spread apart in the center sections, thereby reducing interdocumental pressure and friction and allowing the documents to be jogged and properly aligned relative to the base and a front edge guide of the hopper. The decreasing thread pitch of the augers adjacent the document feed means serves to compress the packs to present a firmly packed stack of documents to the feed means.

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Williamsville, NY, United States of America

Mark S Casper