Abstract: The present invention generally relates to a convenient and aesthetically pleasing way to label a wide variety of objects. The invention includes both an adhesive image transfer sheet assembly and a method for labeling a disc using standard computer equipment typically found in a home or office, such as an ink jet printer. One embodiment of the invention relates to an adhesive image transfer sheet assembly having a backing sheet that is coated with an ink-receptive coating. The coating is activatable to a tacky state by the application of light pressure or heat, and/or by wetting the coating with ink jet ink. The assembly may also be pre-cut to a particular shape, so as to correspond to the shape of a disc, for instance. An other embodiment of the invention relates to a method of labeling an object using the adhesive image transfer sheet assembly. After receiving printing, the ink-receptive coating is placed against the upper surface of the disc, and the user lighty rubs the backing sheet.

Abstract: An improved label sheet assembly and application kit including an optional liner sheet, a carrier strip, and a removably attached label facestock sheet. The application kit further includes a stacked group of tabbed sheets and an alignment guide. The label facestock sheet assembly includes a plurality of cut lines defining a perimeter of a plurality of facestock labels spaced from one another in an offset manner that substantially corresponds to a set of staggered tabs extending outwardly from a stacked group of divider sheets. The carrier strip is defined by a plurality of cuts having substantially the same shape as a portion of the perimeters of the facestock labels, but with slightly smaller dimensions as its respective label. The user may separate the carrier strip from the liner sheet, exposing an adhesive back of the precut labels and place and align the carrier strip across the divider sheets such that the precut labels are placed on the tabs of the divider sheets.

Abstract: A label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet. A versatile label dispenser apparatus advances the label sheets and deflects them over a peeling bar in one direction to partially separate the labels from the backing sheet; with the advancing action being determined by the bar code information. The label sheet assemblies are then deflected in the opposite direction, and are routed in a substantially flat condition to the output of the dispenser apparatus. The labels are partially dispensed, substantially vertically from the dispenser, and a substantial number of sensors are provided to sense when all of the labels have been removed; and then the dispenser advances the label sheet assembly to partially dispense the next row of labels. The bar code reader may also sense the leading edge of the label sheet assembly to accurately control the incremental advancing of the label sheet assembly.

Abstract: A label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet. A versatile label dispenser apparatus advances the label sheets and deflects them over a peeling bar in one direction to partially separate the labels from the backing sheet; with the advancing action being determined by the bar code information. The label sheet assemblies are then deflected in the opposite direction, and are routed in a substantially flat condition to the output of the dispenser apparatus. The labels are partially dispensed, substantially vertically from the dispenser, and a substantial number of sensors are provided to sense when all of the labels have been removed; and then the dispenser advances the label sheet assembly to partially dispense the next row of labels. The bar code reader may also sense the leading edge of the label sheet assembly to accurately control the incremental advancing of the label sheet assembly.

Abstract: A media sheet which can be a label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet, and/or a validation symbol or mark. A sheet feeding mechanism which may be part of a label peeler has at least one sensor which reads the encoded information and/or the validation symbol, and either takes an action with respect to the sheet, does not take the action, or takes a different action with respect to the sheet depending on the encoding or symbol on the sheet. The actions can include advancing the label sheet according to the layout of labels on the sheet, dispensing labels depending on the presence of a validation code, or other actions.

Abstract: A return address label having a send address label formed therein are provided in a printable sheet. The printable sheet includes a release liner, pressure-sensitive adhesive layer, and face stock layer. The pressure-sensitive adhesive layer may be applied to the release liner and the face stock layer may be applied to the pressure-sensitive adhesive layer. The adhesive layer and face stock layer have an outer die cut and an inner die cut. The release liner has a release liner die cut located between the inner and outer die cuts. The outer die cut and the release liner die cut form a return address label and the inner die cut forms a send address label. The send address label is within the outer die cut of the return address label and formed by the inner die cut.

Abstract: A label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet. A versatile label dispenser apparatus advances the label sheets and deflects them over a peeling bar in one direction to partially separate the labels from the backing sheet; with the advancing action being determined by the bar code information. The label sheet assemblies are then deflected in the opposite direction, and are routed in a substantially flat condition to the output of the dispenser apparatus. The labels are partially dispensed, substantially vertically from the dispenser, and a substantial number of sensors are provided to sense when all of the labels have been removed; and then the dispenser advances the label sheet assembly to partially dispense the next row of labels. The bar code reader may also sense the leading edge of the label sheet assembly to accurately control the incremental advancing of the label sheet assembly.

Abstract: A label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet. A versatile label dispenser apparatus advances the label sheets and deflects them over a peeling bar in one direction to partially separate the labels from the backing sheet; with the advancing action being determined by the bar code information. The label sheet assemblies are then deflected in the opposite direction, and are routed in a substantially flat condition to the output of the dispenser apparatus. The labels are partially dispensed, substantially vertically from the dispenser, and a substantial number of sensors are provided to sense when all of the labels have been removed; and then the dispenser advances the label sheet assembly to partially dispense the next row of labels. The bar code reader may also sense the leading edge of the label sheet assembly to accurately control the incremental advancing of the label sheet assembly.

Abstract: A label sheet assembly is provided with bar code information thereon defining the layout of the labels on the backing sheet. A versatile label dispenser apparatus advances the label sheets and deflects them over a peeling bar in one direction to partially separate the labels from the backing sheet; with the advancing action being determined by the bar code information. The label sheet assemblies are then deflected in the opposite direction, and are routed in a substantially flat condition to the output of the dispenser apparatus. The labels are partially dispensed, substantially vertically from the dispenser, and a substantial number of sensors are provided to sense when all of the labels have been removed; and then the dispenser advances the label sheet assembly to partially dispense the next row of labels. The bar code reader may also sense the leading edge of the label sheet assembly to accurately control the incremental advancing of the label sheet assembly.

Abstract: A return address label having a send address label formed therein are provided in a printable sheet. The printable sheet includes a release liner, pressure-sensitive adhesive layer, and face stock layer. The pressure-sensitive adhesive layer may be applied to the release liner and the face stock layer may be applied to the pressure-sensitive adhesive layer. The adhesive layer and face stock layer have an outer die cut and an inner die cut. The release liner has a release liner die cut located between the inner and outer die cuts. The outer die cut and the release liner die cut form a return address label and the inner die cut forms a send address label. The send address label is within the outer die cut of the return address label and formed by the inner die cut.

Abstract: Label packages including a backing sheet and inner face paper housing the labels are flimsy and thereby susceptible to damage due to flexing. Several embodiments for sturdy foldable packaging of printable labels are disclosed. The packaging includes a heavy, sturdy backing sheet in one embodiment to preclude the packaging from flexing, thereby damaging the labels. In another embodiment a sturdy insert card is placed in the packaging. In a further embodiment, a sturdy and thick backing card is placed in the packaging. In a still further embodiment see-through windows in the design allow the customer easier viewing access to choose the style of labels based on his/her preference. In another embodiment, the labels and the surrounding matrix are patterned differently for ease in identifying the labels from the matrix for easier peel-off of the labels.

Abstract: A machineable envelope assembly includes an envelope and a strip releasably attached to the envelope. The strip extends out from the envelope flap when the strip lies flat relative to the envelope pocket panels to define with the panels a rectangle having a full letter-size paper width. Thus, when the assembly is in a paper tray of a printer or copier, the assembly is configured and sized to engage both sides of the paper tray, so that the envelope is continually aligned and does not skew during a feeding and printing process in the printer or copier. Thereby the address(es) and/or any PC printed postage are printed straight and accurately positioned in the envelope. The assemblies can be stacked into printer infeed trays and automatically fed therefrom for mass printings and mailings. And after being printed and output by the printer, the strips are peeled off of the envelopes, the paper sheet(s) or other desired contents inserted into the envelopes and the envelope flaps sealed closed.

Abstract: Substrates having gel ink receptive surfaces as well as an economical and versatile method for their production is provided. The substrates are comprised of media having a dark gel ink writeable surface that is comprised of dark ink disposed upon lighter substrates, as provided by the methods detailed herein. The teachings of the present invention provide users with methodologies that render various substrates, such as paper, particularly amenable to the deposition and display of indicia comprised of gel ink.

Abstract: A high strength, flexible, foldable and printable sheet, such as a label sheet or cardstock, is provided with a line of weakness. The sheet has maximum dimensions greater than that of a box into which the sheet is to be located, and is therefore folded flat to fit into the box. The sheet is later removed, and may be printed in a laser or ink jet printer or copier. The sheet is formed to have a tensile strength of at least 4.5 or 5.0 or more kilograms, across the line of weakness, so that it will reliably feed through an office type printer or copier.

Abstract: A method for preparing and printing adhesively-backed notes includes several steps. A divisible note assembly for printing in a laser or ink-jet printer or photocopier is first prepared. The note assembly has a divisible backing sheet and a divisible note paper sheet having a pressure sensitive adhesive coating thereon. The assembly is divided into at least two subsections by perforations extending through both the note paper sheet and the backing sheet. The user prints onto one or more notes with a laser or ink-jet printer or a photocopier. The user may separate one or more subsections from the assembly either before or after printing. If separated before printing, the user may print on less than the full assembly and may save the remainder of the assembly for later use. After printing, the user removes the backing sheet from the subsection and applies the note paper to a substrate.

Abstract: A computer printer or copier compatible dual envelope assembly is provided for convenience in addressing two No. 10 envelopes (41/8 inches by 91/2 inches, or about 4.times.9 inches), with the assembly being in the order of 81/2 inches wide and having a length at least equal to the length of said envelopes and with the envelopes extending in the longitudinal direction of said assembly.

Abstract: A computer printer or copier compatible dual envelope assembly is provided for convenience in addressing two No. 10 envelopes (41/8 inches by 91/2 inches, or about 4.times.9 inches), with the assembly being in the order of 81/2 inches wide and having a length at least equal to the length of said envelopes and with the envelopes extending in the longitudinal direction of said assembly.

Abstract: A reusable presentation frame for overhead transparencies that has a view window through which a transparency may be revealed. The presentation frame has a "track" through which an opaque sliding concealment (slider) means may slide and thus conceal a variable portion of the transparency. The presentation frame may be constructed by bonding together multiple levels each having a plurality of borders which define the view window. Starting at the bottom level, the levels may include at least one raiser level, a transparency entrance level through which an overhead transparency may be inserted, a first ledge level, a first track level, and a top frame. The opaque slider may be inserted through the first track level at a side without a border and movably positioned within the presentation frame. Alternate embodiments of the presentation frame may include additional sliders and additional tracks.

Abstract: A method of making an index tab label assembly using a label having a coating that facilitates printing on the label. Each label is made out of a polyester film having a pressure-sensitive adhesive attached to one side of the film and a coating comprising aluminum oxide, resin chips, methyl ethyl ketone, and toluene, applied to the other side of the sheet. The coating provides good anchorage for toner, abrasive resistance for writing, and electrostatic properties that facilitate printing when using laser or xerographic equipment. The labels are die cut from a thin sheet of film attached to a backing sheet by the pressure sensitive adhesive. Top, bottom and vertical strips of the thin sheet of film remain on the backing sheet after die cutting to facilitate passing the labels and backing sheet through a printing device, by preventing jamming as the assembly passes through the device. Indicia are printed on the labels by sending the labels and backing sheet through the printing device.

Abstract: An index tab label assembly using a label having a coating that facilitates printing on the label. Each label is made out of a polyester film having a pressure-sensitive adhesive attached to one side of the film and a coating comprising aluminum oxide, resin chips, methyl ethyl ketone, and toluene, applied to the other side of the sheet. The coating provides good anchorage for toner, abrasive resistance for writing, and electrostatic properties that facilitate printing when using laser or xerographic equipment. The printed label is attached by the pressure-sensitive adhesive directly to a tab of a divider or file to make an index tab, or to a tab reinforcer attached to the tab.