Abstract: Label assemblies for redeemable coupons, pressure- sensitive labels, lottery tickets and the like. A strip of redeemable coupons comprises an indefinite length web coated with a release coating, at least one coupon on the web comprising a sheet of stock material, a first dry coating layer covering the surface of the stock material, a second dry coating covering the first dry coating and a pressure-sensitive adhesive layer over the second dry coating and adhesively securing the coupons to the web. The first and second dry coating layers are substantially incompatible so that they separate from one another when the coupon, applied to an uncoated surface, is pulled therefrom.

Abstract: A sticking material for preventing resticking having an adhesive layer, a second layer laminated on one main surface of the adhesive layer, a peeling agent layer laminated on the second layer and a first layer laminated on the peeling agent layer. The following equation,a<bis satisfied, wherein the force required to separate the first layer from the second layer at the peeling agent layer is denoted as a, and the adhesive force of the adhesive layer with the surface of the second layer is represented by b. Since the second and first layers are adhered temporarily via the peeling agent layer, the first layer once separated from the second layer, cannot be restuck.

Abstract: The invention provides a method for protecting an image which comprises providing a colored image on a substrate and either:A. Applying an antiblocking layer to a release surface of a temporary support; bonding a thermoplastic adhesive layer to said antiblocking layer; laminating said applied support to said colored image via said adhesive; and peeling away said temporary support from said antiblocking layer; orB. applying a thermoplastic adhesive layer to a release surface of a first temporary support; applying an antiblocking layer onto a release surface of a second temporary support, laminating said adhesive onto said colored image and peeling away said first temporary support; and laminating said antiblocking layer onto said adhesive layer and peeling away said second temporary support;wherein said adhesive layer is substantially nontacky at room temperature, is laminated at temperatures between about 60.degree. C. and 90.degree. C.

Abstract: A seal splice or tape comprising a carrier having an adhesive construction on the opposite side thereof. The adhesive construction comprises an adhesive coating on the carrier layer with a release agent and liner thereover. The adhesive coat extending from end to end on one side and only part way inboard on the opposite side. In a preferred embodiment, the carrier is scored near the end having adhesive on both ends to permit both layers of the liner to be removed essentially simultaneously or otherwise.

Abstract: A waterproofing or sealing surfacing for the facade of a building comprises an armature of fibrous material, such as a woven fabric or non-woven tissue which is either glued or pasted by a resin onto the facade of the building. It presents, on its outwardly facing surface, a discontinuous layer with a relief area in the form of drops of water, which layer comprises dry resin droplets adhering to the surface of the armature and defining between them zones which are not covered by these droplets. On this layer, a thin layer of plastics material constituting a protective film adheres to the discontinuous layer formed by the dry resin droplets and is adapted to be easily detached from this layer at the moment of application of the surface on its support or of the layer of finish on the armature.

Abstract: A printed transfer paper for decorating a pottery having a base paper, a decorating ink layer and a cover coat layer characterized in that a binder of a decorating ink layer and/or a cover coat agent of a cover coat layer comprise:(I) a polymer or/and copolymer of a compound having a general formula (A):(II) a photopolymerizable compound having a general formula (B):(III) a photopolymerizable compound having a polymerizable double bond(s) in the molecular other than the compound having the general formula (B), and(IV) a photoinitiator.

Abstract: The invention concerns a top cloth, especially a top cloth cut for clothes, which top cloth or cut is coated on one side with a patterned coating serving to stabilize it. Inventively this coating comprises a lower adhesive layer (2) of patterned heat-sealable plastics elements which are not interconnected and which adhere to the back of said top cloth or cut (1), and an upper covering layer (3) of non-hot sealable or substantially non-hot sealable material. The covering layer can extend substantially or fairly continuously, i.e. pattern-free, over the lower patterned adhesive layer and optionally beyond it and can in its areas between the pattern points of the lower layer not adhere to the top cloth or only slightly adhere thereto, while being easily wiped off. But it can also be directly patterned and congruent with the adhesive pattern beneath it. The invention concerns a process for the manufacture of such a top cloth and a transfer unit for implementing said process.

Abstract: Disclosed herein is a printing material set for preparing bar-code labels by pressure-sensitive printing method comprising (a) a printing tape of a film carrying on the inside surface thereof the microcapsules containing the minute particles of a pigment dispersed in a solution of an adhesive component dissolved in an organic solvent as a core material, and (b) a bar-code label tape comprising bar-code label papers having an adhesive on the undersurface thereof and a stripping tape carrying the bar-code label papers and being removably attached to the adhesive, the printing tape being superposed on the bar-code label tape, the microcapsules facing the uppersurface of the bar-code label tape.

Abstract: A new mold inhibitive coated film adapted to be adhesively stuck to an object such as wall, ceiling or the like is disclosed. The coated film is constructed in the form of a composite layered structure which essentially comprises a flexible fibrous base material, a layer of adhesive or tackifier coated over the one surface of the base member, a layer of liquid coating material coated over the other surface of the base material and a layer of powder coating material distributed over the coated layer of liquid coating material. Each of adhesive or tackifier, liquid coating material and powder coating material has mold inhibitor included therein. Powder coating material is preferably distributed by natural gravity falling or by electrostatically charging each particle thereof. Alternatively, powder coating material may be distributed directly over the coated layer of adhesive. A separator adapted to be peeled off when it is in use is removably attached to the exposed surface of adhesive.

Abstract: A card assembly comprising a backing sheet, a first transparent film bonded to the backing sheet along one side margin area portion through a first pressure sensitive adhesive coating, a transparent releasable film attached to the first transparent film along the remaining area portion, a cut line of a generally closed-loop configuration formed through the first transparent film and the releasable film to define a configuration corresponding to the circumference of a thin article to be interposed between the releasable sheet and the backing sheet, the configuration defining margin area portion on the releasable sheet being along the entire circumference thereof, and a second transparent film secured to the outer surface of the first transparent film along the entire surface thereof through an adhesive coating.

Abstract: Register marking units consist of a base carrier, usually in strip form, having successive ink areas printed on it which are printed in a shearable ink and which are in turn overprinted by a suitable pattern, the pattern being printed in adhesive. The pattern may be adhered to an upper transparent sheet and the ink area to a lower sheet e.g. by adhering the base carrier thereto via a layer of pressure sensitive adhesive on the side of the base carrier remote from the ink areas and normally protected by a release paper.The upper and lower sheets may act to sandwich the unit, to leave the adhesive pattern adhered to the upper sheet when the upper and lower sheets are separated. Thereafter said upper and lower sheets may be re-aligned by registering the adhesive pattern with the holes in the ink area from which ink was removed by the adhesive when upper and lower sheets were separated.

Abstract: A priorly used drop wire having a single layer of PVC insulating compound, containing a relatively-expensive epoxy additive, extruded over a spaced pair of conductors, having relatively rough surfaces, is replaced with drop wire having less-costly, relatively-smooth, drawn, conductors onto which spaced, unplasticized particles of PVC resin are coated and the portions of the particles contacting the surfaces of the conductors are melted, caused to undergo controlled degradation and adhere to the surface of the conductor, and thus form a relatively-stable, texturized, discontinuous coating of adhesion sites on the surfaces of the conductors with interdispersed portions of the surfaces being exposed.Over the precoated conductors, a composition containing a plasticized PVC resin may be extruded to form an insulating covering having a relatively-stable, controlled-degree of adhesion to the adhesion sites and the interdispersed, exposed surfaces of the conductors.

Abstract: Disclosed is a paper support which is suitable for use as a base for printed layers and/or varnish layers which are applied to one side of the support, in particular for slide-off decals. The support comprises a paper which is free from aluminum ions, particularly free from aluminum sulfate, and has a covering coating comprising fluoroalkylphosphate or perfluoroalkylphosphate and, optionally, a thickening agent, applied to its reverse side. Any aluminum ions which may possibly be present are rendered non-reactive by complexing.

Abstract: Various embodiments of an imprintable tape and a preferred method for forming and imprinting the tape are disclosed. Generally, the tape includes an opaque film portion formed from polytetrafluoroethylene and a layer of material of contrasting color laminated to the opaque film so that upon application of compressive force to a selected surface portion of the film, unique characteristics of the polytetrafluoroethylene in the opaque film cause it to become transparent within the selected surface portion and thereby form a contrasting indicia or design by the resulting exposure of the underlying tape or surface. Another embodiment of the tape employs an underlying surface to which the tape is applied for forming the contrasting indicia or design exposed by compressing part of the tape. Various embodiments are disclosed for forming a contrasting colored surface beneath the opaque film.

Abstract: This invention relates to body tattoos, and particularly adhesively applied body tattoos. In particular, the present invention relates to tattoos comprising a printed image on a translucent surface of a porous, non-woven, compacted tissue substrate with an adhesive on the back-side of the substrate. The translucent qualities of the substrate enhance the visual effect of the printed image.

Abstract: A thermal ink transfer laminate wherein an ink design is transferred from a carrier support to an article, typically paper, by application of a thermal printing element, e.g. of the dot matrix type, to the nontransfer side of the carrier. The thermal ink transfer laminate is composed of a carrier support of paper or plastic film overcoated on one side with a heat sensitive transfer substrate. The heat sensitive transfer substrate contains an ink which preferably includes a coloring agent formed of a dye dispersed in an unsaturated fatty acid medium. A separate release layer may be included between the ink and carrier. The coloring agent facilitates attainment of a drastic drop in melt viscosity of the transfer laminate during thermal transfer onto a receiving article. The degree of transfer attained is virtually complete resulting in a transferred image of exceedingly high image clarity and definition when employing the thermal printing element.

Abstract: A composite foil from which metallically lustrous layer areas which have an image structure are to be transferred onto a base, with a carrier layer, with a lacquer layer on said carrier layer, with a metal layer on said lacquer layer and with an adhesive layer on said metal layer, wherein said lacquer layer (4) and said metal layer (8) are divided into areas which have the shape of the image structure, and wherein said carrier layer (2) can be detached from said lacquer layer (4) and the adhesive (14) which is located between the areas by pulling off said carrier layer at room temperature wherein the metal layer is formed from vapor deposited metal and adhesive (14) is a contact adhesive.

Abstract: A composite pressure sensitive adhesive construction has an adhesive portion located laterally on each side of a carrier. The central portion of the carrier is free from adhesive. A split release liner covers each adhesive portion. In use, the adhesive construction can be applied to any article, for example an insulation tube, and especially articles having a split or opening so that the article can be secured in a closed position. Moreover, the adhesive construction can have one laterally adhesive portion applied to the article, with the remaining adhesive portion having the release liner thereon which is readily removed and the remaining adhesive portion securely engaged to the article.

Abstract: A moisture and oxygen barrier laminate which can be applied to a surface of photographic or printed material. The laminate also has an adhesive layer containing ultraviolet light absorbers therein. In the one embodiment, the laminate is transparent, thus allowing continuous display of a photographic or printed material. In another embodiment, the multilayer device is opaque, thus completely blocking the transmission of both ultraviolet and visible light to the photographic film or print. In the latter embodiment, the multi-layer device is removed for display of the photographic print or film and subsequently reattached during storage.

Abstract: Each disclosed wire marker or other adhesive product includes a pressure-sensitive adhesive portion or applique that has a readily peelable bond to the release surface of a carrier sheet. A tab extends from an extremity of the applique, to be torn away when the applique is adhered to a receiving surface, due to a weakening formation between the tab and the applique. Wire markers have an elongated wire-marking portions divided into segments by connections that are progressively weaker in the order of their distance from the tab. Where made by screen printing, the same operation that defines the outlines of the adhesive products also produces the weakening formations.

Abstract: A thermosensitive recording label includes a substrate, a thermosensitive color-forming layer disposed on one side of said substrate, a protective layer disposed on the thermosensitive color-forming layer, and electron beam setting printing ink disposed in a preselected pattern on the protective layer, a pressure-sensitive adhesive layer disposed on another side of the substrate and a releasing bold backing sheet disposed on the pressure-sensitive adhesive layer. A visible pattern is thereafter created by exposing the thermosensitive recording label to an electron beam to set, or cure the electron beam setting ink. The electron beam setting ink may be printed additionally on the substrate and the backing sheet to enable product coding information to be printed on the substrate as well as the printing of a manufacturer's logo on the backing sheet.

Abstract: An improved release formulation for use in a heat transferable laminate wherein an ink design image is transferred from a carrier support to an article by application of heat to the carrier support. On transfer the release splits from the carrier and forms a protective coating over the transfered design. The improved release is coated onto the carrier as a solvent based-wax release. The release coating is then dried to evaporate the solvent contained therein. The improved release has the property that its constituents remain in solution down to temperatures approaching ambient temperature. Upon transfer, the release forms a protective coat which may be subjected to hot water. The improved release contains a montan wax, a rosin ester or hydrocarbon resin, a solvent, and ethylene-vinyl acetate copolymer having a low vinyl acetate content.

Abstract: A heat transferable laminate wherein an ink design image is transferred from a carrier support to a receiving article, typically a plastic bottle or container, by application of heat to the carrier. The heat transferable laminate is composed of a carrier support, release coating, an ink design layer, and improved adhesive coating thereon.The improved adhesive coating is prepared from a mix containing an adhesive component and a film-forming component blended in a miscible solvent. The solvent evaporates upon drying the coating. The adhesive component contains a blend of vinylacetate/ethylene copolymer and a styrene-based resin. The adhesive coating is equally suitable as an adhesive on heat transferable laminates for transfer to a wide variety of plastic articles including polyolefins, polystyrene, and polyvinylchloride. The improved adhesive coating obviates a long standing prior art need to pretreat polyolefin receiving articles as by preflaming prior to applying the heat transferable laminate thereto.

Abstract: Imageable products are described which can be made into dry transfer materials and other transfer materials by imaging them in an electrophotographic copier. The imageable products include an adhesive layer having a coating weight of between about 0.5 and 7 grams per square meter, releasably adhered to a substrate. A non-adhesive layer is applied over the adhesive layer, the non-adhesive layer having a thickness of less than about 30 microns and the non-adhesive layer being capable of accepting electrophotographic toner. The non-adhesive layer is incapable of being stripped from the substrate, to which said non-adhesive layer is releasably adhered by said adhesive layer, from a corner of said non-adhesive layer without fracture.

Abstract: An improved nonglossy release formulation for use in a heat transferable laminate wherein an ink design image is transferred from a carrier support to an article by application of heat to the carrier support. The improved release enhances anchorage of the ink design image while maintaining the required degree of release during transfer to an article. The improved release prevents image distortion during heat transfer to the article and provides the transferred image with a transparent, nonglossy, abrasion and corrosion resistant protective coating. The improved release is composed of a paraffin wax and a binder adhesion-promoting resin composed of a mono-olefin/vinylacetate/acrylic acid terpolymer or a mono-olefin/ethyl acrylate copolymer.

Abstract: A support is disclosed for transfer images or slide-off images, composed of absorbent paper with an applied barrier layer and a water-soluble separation layer for receiving an image layer, whereby the separation layer applied to said support comprises a homo- or co-polymer of acrylic acid and/or a copolymer of alkylvinyl ether and maleic acid anhydride.

Abstract: The decal of the present invention is a combination of a multi-color offset printed design on an extremely thin, flexible, extensible film of water resistant material covering a water soluble slip layer carried by porous decal paper and a uniform deposit of pressure sensitive adhesive covering the design and adapted to hold the design against skin and protect it from disruption during application to a skin surface. The process of the invention enables rapid manufacture of the novel multi-color decal by offset lithograph printing of a multi-color design through the combination of the steps of forming an extremely thin, water resistant film on a water soluble slip layer carried by decal paper, offset printing the design on that film and thereafter depositing on the printed design a pressure sensitive adhesive in a liquid vehicle which is a non-solvent for the film.

Abstract: An improved decal and method of decal manufacture includes a base sheet of polyethylene (polymeric) type material with a urethane (polymeric) high solids content carrier layer in the shape of the decal printed thereon. The graphics for the decal are printed on the carrier layer and a high tack adhesive is then overprinted on the ink layers forming the completed decal. The decal is applied to a surface and the base sheet is separated from the applied decal.

Abstract: A transfer printing sheet comprising a base sheet, a releasing resin layer coating the surface of the base sheet entirely or partially, a layer of a pattern printed on the release resin layer and comprising an elastic high-polymer resin and a pigment in admixture, and a layer containing an agent for dissolving synthetic fibers and covering the entire surface of the pattern layer. When the sheet is subjected to heat and pressure, the pattern of the pattern layer can be transferred onto a fabric of synthetic fiber in contact with the layer containing the dissolving agent to give a distinct print having a soft hand and outstanding color fastness against rubbing, washing and light.

Abstract: A heat transfer sheeting combination of the type for being applied to an article 10 to imprint a design thereon including a substrate 12, a design coating disposed on the substrate 12 and an adhesive layer 22 disposed on the design coating for adhesively securing the design coating to the article 10. The combination is characterized by the substrate 12 including a releasing agent coat 32 disposed between the design coating and the substrate 12 for facilitating the removal of the substrate 12 from the design coating after the application thereof onto the article 10.

Abstract: A transfer sheet comprising a releasable substrate and a heat-foamable pattern, and preferably a further foaming inhibiting pattern formed thereon is prepared, and these patterns are transferred onto a foamable resin layer such as a polyvinyl chloride plastisol containing a blowing agent. The entire structure is heated, whereupon there is obtained a decorative article in which a resin layer, as a whole, has foamed, and at the same time, at the parts where the foamable resin pattern has been transferred, projecting convex parts are formed by the foaming of the heat-foamable pattern, while depressed concave parts are formed at parts onto which the foaming inhibiting pattern has been transferred.

Abstract: A method for producing a composite foil which has metallic lustrous layer areas with an image structure for transferring onto a base, comprising(a) applying at least one continuous lacquer layer on a carrier layer;(b) applying a continuous metal layer onto at least one lacquer layer;(c) applying a solvent resistant layer onto the metal layer, said solvent resistant layer being divided into areas which have the shape of the image structure, leaving areas of the continuous metal layer and the at least one continuous lacquer layer thereunder uncovered by the solvent resistant layer;(d) removing said uncovered areas of the continuous metal layer and the at least one continuous lacquer layer thereunder by treatment with a solvent therefor; and(e) applying a continuous adhesive layer onto the image structure carrying side of the treated composite foil from step (d), which adhesive layer fills said removed areas between the image structure and covers said areas and said image structure.

Abstract: An assembly for marking an elongate object, for example a wire or cable, comprises a flexible heat-recoverable marker strip (1) having one surface which is capable of receiving printed characters, and being supported on a rigid carrier strip to prevent premature recovery of the marker strip when heated, for example when heated to render the printed characters indelible. The assembly is characterized in that the other surface of the marker strip (1) is at least partly coated with a heat-activatable adhesive (2), and is provided with one or more areas of pressure-sensitive or contact adhesive (3) capable at least temporarily of securing the marker strip in position about the object after separation from the carrier strip, and preferably also capable of supporting the marker strip on the carrier strip before separation of the marker strip therefrom.

Abstract: A dry transfer article comprising a carrier film bearing a graphic design in the form of one or more layers of ink and an actinic radiation responsive adhesive overlapping the design, the ink serving as a mask to actinic radiation such that only adhesive in non-ink areas is exposed to radiation creating a differential adhesive tack which allows the article to be positioned on the substrate and the carrier film and exposed adhesive to be selectively removed leaving the graphic design and underlying unexposed adhesive bonded to the substrate.

Abstract: A transferable enamel sheet and the process for producing it is disclosed, which consists of a carrier film, a release layer applied thereon, a paint or enamel layer and an adhesive layer whereby a neutralization layer of wax-type consistency, preferably carnauba wax is applied to the release layer which is of the dimethyl-siloxane type (silicone). It is possible to preform two types of transferable enamel sheets. One of them is characterized by the adhesive layer between the neutralization layer and the paint or enamel layer. In this case the enamel paint itself is used as a removable coating, which can immediately be adhered to the surface to be touched up or painted. The other type is characterized by a buffer layer, preferably acrylic resin coated on the neutralization layer and by sharp defined enamel-characters being printed on the buffer layer with an adhesive layer on the outer side to transfer the characters to any surface.

Abstract: Protective coatings for securing documents from alteration comprising a noncohesive adhesive layer integrated with a verification feature and a method for applying such coatings.

Abstract: An improved decal and method of decal manufacture includes a base sheet of polyethylene (polymeric) type material with a urethane (polymeric) high solids content carrier layer in the shape of the decal printed thereon. The graphics for the decal are printed on the carrier layer and a high tack adhesive is then overprinted on the ink layers forming the completed decal. The decal is applied to a surface and the base sheet is separated from the applied decal.

Abstract: A package assembly for precisely positioning a charge of hot melt adhesive 37 onto an attachment pad (13, 15, 17) or point of use wherein the adhesive is heated to softening or melt temperature (280.degree. F.-325.degree. F.) and thereafter cooled to resolidifying temperature. A single sided pressure sensitive polyimide film tape 40 serves with another film strip 39 to protect sandwiched adhesive strip 37 until use and to hold the adhesive in precise position until thermally bonded to its point of use. Tab ends 39' and 40' serve as aids in stripping tapes 39 and 40, respectively, from the adhesive charge 37.

Abstract: A kit for preparing a mountable plate having an image thereon, such as a nameplate, includes light sensitive film and a colored adhesive mounting element. The film includes a polymeric base, a clear polymeric protective overlay, and a light sensitive layer between the base and the overlay. The mounting element includes a clear adhesive layer for attaching to the film and a colored layer that provides color to the assembled nameplate. The mounting element can also include pressure-sensitive adhesive so that the nameplate can be attached to a surface.There is also described a method for preparing a nameplate using this kit.

Abstract: A decal assembly of the type comprising a translucent sheet with indicia thereon and having an adhesive on the back thereof protected by a backing sheet, and a separate blank clear translucent sheet having adhesive on one side and a backing sheet thereover, the separate sheet being dimensionally larger than the indicia carrying sheet and adapted after the backing sheet on both the indicia carrying and blank sheets being peeled off to be placed adhesive to adhesive with the indicia sheet centered on the blank sheet, whereby the blank sheet forms a frame thereabout and the adhesive thereon is adapted to be adhered to the inside of a window and the like, or alternatively only the indicia sheet can be directly adhered on the external side of the window upon its back sheet alone being removed.

Abstract: A ceramic transfer picture with a water-absorbing separable paper carrier is provided with a screening layer on its surface opposite the image layer. Said screening layer leaves uncovered only the image areas to be moistened; further, a compensating layer of polyglycol or polyethylglycol wax is provided at or in the image layer as well as an organic intermediate layer between the paper carrier and the image layer controlling the plasiticization of the image layer. In order to achieve a fast separation of the images from the paper carrier, steam is raised during the transfer of the decalcamia pictures. Owing to the nonabsorbent screening layer, the paper carrier is strong so that material in rolls may be used in a mechanical transfer.

Abstract: A supporting structure for a decalcomania wherein the decalcomania is inserted into an aqueous solution prepared by adding a reagent to water or into a quantity of mixed aqueous solution prepared by dissolving a reagent in a quantity of suitable solvent and then mixing this solution with a quantity of water and wherein a coating (6, 3A) of a water soluble separating agent is applied over the decalcomania and wherein the dissolving speed of the coat (6, 3A) is selected to be in accordance with the reaction speed of a coloration reactant or a chromogenic substance such as a dye previously added to the coating (6, 3A) of the water soluble separating agent such that a color change will be visually present when the optimum time for transfer of the decalcomania occurs.

Abstract: The disclosed adhesive products include a carrier sheet bearing a polymeric film and an adhesive layer, overlying the film as in dry transfers or underlying the film in products such as wire markers and other labels, or there may be adhesive layers both over and underneath the polymeric film. A constituent initially contained in the polymeric film layer migrates into an ordinarily non-tacky precursor of the adhesive layer, thereby rendering the precursor tacky. The precursor layer becomes adhesive only where it is opposite the polymeric film, being non-tacky outside the area of the film. In important applications, the common area of film and adhesive layers does not cover the whole carrier sheet. Both the adhesive precursor layer and the polymeric film may include portions extending outside the common area.

Abstract: A composite pressure sensitive adhesive construction contains a central release liner, a layer of an adhesive on each side thereof, and optionally, an exterior release liner on at least one of the adhesive layers. The central release liner and the exterior release liner contain release coatings on surfaces thereof which contact the adhesive layer. The pressure sensitive adhesive construction may be utilized in sealing pipe insulating jackets wherein the exterior release liners are removed and the adhesive construction is applied to the opposite longitudinal ends or sides of the insulating jacket cover. The insulating jacket may then be stored until utilized whereupon the central release liner is removed, the jacket inserted about the pipe, and a sealing connection then made by pressing the two exposed adhesive layers together.

Abstract: A membrane switch control panel arrangement and a label assembly for labeling same, for providing for in field applied identification of the control panel legend upon assembly of the switch, in which the control panel arrangement is of the keyboard switch type providing for touch sensitive switch actuation, with the control panel arrangement circuit board circuiting, membrane or touch sensitive switch components therefor, and the control panel legend sheet switch location indicia therefor being arranged in superposed modular group form, and columnarily arranged, spaced apart switch actuation and observation sets, which sets are disposed in spaced apart rows and extending crosswise of the panel in a columnar configuration, with the legend sheet being delineated to receive and have adhered thereto individual in field marked labels that are to bear the switch identification indicia of the adjacent switch location indicia row.

Abstract: This disclosure relates to a new adhesive device and method of forming the same which includes providing a laminate comprised of a felt substrate, release paper, and adhesive. The release paper is permanently attached to one side of the felt substrate to form a sheet having a felt side exposed and a release side of the release paper exposed. This sheet may be divided into sections (to form a plurality of separable pads or sections) by a cut extending through all but connecting tabs between adjacent sections on the sheet. Adhesive is applied to all but a peripheral edge portion of the other side of the felt substrate on each of the sections. A plurality of sheets or laminates may be stacked with the adhesive on one laminate adjacent the exposed release side of the release paper on another laminate. In addition, a separate sheet of release paper may be placed adjacent the exposed adhesive on the outermost stacked laminate.

Abstract: The method and apparatus of the present invention are contemplated in combination with a laminated tape including a clear film and a suitable base, an extrudable adhesive being arranged between the clear film and the base along with a color agent adapted for transport with the adhesive during lateral extrusion. Substantial removal of the adhesive from a selected area of the laminated tape thus results in removal of the color agent and exposure of the base within the selected area. The method and apparatus contemplate means for applying heat and pressure to the selected area of the laminated tape within predetermined parameters for causing lateral extrusion of the adhesive layer and corresponding transport of the color agent to expose the base within the selected area. The method and apparatus of the invention preferably contemplate the laminated tape as being of an elongated configuration with a variety of indicia being available for sequentially imprinting different portions of the tape.

Abstract: A thermosensitive recording adhesive label comprising: a support sheet; a thermosensitive coloring layer formed on the front side of the support sheet, the thermosensitive coloring layer comprising a colorless or light-colored leuco dye and an acidic material capable of coloring the leuco dye when heat is applied thereto; a front barrier layer formed on the thermosensitive coloring layer, the front barrier layer comprising a polymeric material capable of preventing intrusion of materials which may discolor said thermosensitive coloring layer; a back barrier layer formed on the back side of the support sheet, the back barrier layer comprising a polymeric material capable of preventing intrusion of materials which may discolor the thermosensitive coloring layer; an adhesive layer formed on the back barrier layer; and a disposable backing sheet which is attached to the adhesive layer and can be peeled off the adhesive layer when the thermosensitive recording adhesive label is used.

Abstract: Visible index strip rolls of a novel, cost effective construction; and methods and machinery for manufacturing those rolls.

Abstract: A method of manufacturing a water-release transfer is disclosed in which a design in a photopolymerizable ink is applied to a substrate having a water-soluble release coating and the design is subjected to photopolymerizing radiation, e.g. ultra-violet light, to cause the ink to polymerize to a solid state. Preferably the ink comprises a mixture of a liquid unsaturated monomer and a viscous or solid prepolymer, and one or both of the monomer and prepolymer contain acryloyl or methacryloyl groups. The invention includes water-release transfers manufactured using photopolymerizable inks.