Abstract: A continuous form assembly of self-laminating badges, includes a continuous length of transparent lamina, a lamina of pressure sensitive adhesive adhered to a first surface of the transparent lamina, and a continuous length of carrier paper releasably adhered to the lamina of pressure sensitive adhesive which mounts the transparent lamina. A plurality of spaced apart transverse cuts through the thickness and across the width of the transparent lamina forms a plurality of badges each of which includes, a print field for recording written or printed information disposed on a portion of a second surface of the transparent lamina, wherein a remaining portion of the transparent lamina not covered by the print field includes a lamination portion of sufficient proportion to be folded to cover both forward and rearward surfaces of an area of the transparent lamina covered by the print field.

Abstract: A heat-sensitive adhesive sheet for bonding a pair of information-recorded faces, belonging to the same sheet or two different sheets of recording material, together by application of heat thereto, which comprises three or more layers, including a support and a synthetic resin layer coated on either side of the support, having a peeling resistance ranging from 10 to 150 g/50 mm between the support and each synthetic resin layer in the T-peel test performed at a peeling speed of 300 mm/min. in the atmosphere of 20.degree. C.

Abstract: A method of making a label-equipped sheet and product wherein the label is die-cut from base stock constituting the sheet and held in place by a pressure-sensitive adhesive-equipped release liner, the web patch constituting the release liner having a pattern of coatings thereon including a first pattern of release material so as to leave an uncoated perimeter and thereafter overcoated with pressure-sensitive adhesive.

Abstract: The present invention relates to a heat transfer recording medium in which a substrate items of information such as an image and characters formed on a surface thereof by heat transfer and a transparent protective layer is provided on at least a part of the surface of the thus recorded information through an adhesive layer, if required, characterized in that the adhesive layer and/or protective layer function to provide security against counterfeiting. Combining information recorded by heat transfer with a function to provide security against counterfeiting, the present invention provides greater security against falsifying or counterfeiting.

Abstract: A high-security identification card produced by thermal printing personalized data on a transparent image receiver sheet and laminating the image-bearing surface of the receiver sheet to an opaque card support optionally bearing background printing. During thermal printing of the personalized data, the receiver sheet is supported by a carrier sheet adhered to one side thereof. The carrier sheet is removed prior to lamination by mildly fusing the personalized data bearing surface of the receiver sheet to the pre-printed background information bearing surface of the identification card and mechanically flexing the sandwiched structure to cause the relatively inflexible carrier sheet to break free, at least in part, from the receiver sheet to enable its removal. After removal of the carrier sheet, the sandwiched structure is laminated by heat and pressure applied thereto to cause it to fuse permanently.

Abstract: In an IC card and a manufacturing method therefor, an adhesive is applied between core layers in the vicinity of an opening in which an IC module is placed. The core sheet layers held between adhesive layers can easily be deformed when heat and pressure are applied. Therefore, a gap formed between the card substrate and the IC module is filled. Furthermore, the gap from the IC module is narrower at the corners of the IC module than conventionally shaped openings. As a result, gaps at the corners of the IC module after integral molding are prevented. Therefore, the gap between the IC module and the card substrate can be reliably filled during molding.

Abstract: The image receiving medium of the present invention is an image receiving medium to be used in combination with a heat transfer sheet, characterized in that the image receiving medium includes a laminate of at least one polyvinyl chloride resin sheet, and at least a layer of the image receiving medium superposed on the heat transfer sheet which receives the dye from the heat transfer sheet includes a polyvinyl chloride resin composition containing 0.1 to 10 parts by weight of a plasticizer based on 100 parts by weight of the polyvinyl chloride resin. The image receiving medium of the present invention has specific features in that no image receiving layer is required to be provided separately, image formation of a picture and the like according to the heat transfer system can be effected sharply and quickly, and yet curling caused by heat transfer is not generated.

Abstract: A process for producing protection product of a transferrable protective film for covering and protecting the surface of a document or another element, comprising providing a non-stick support sheet (1), at least one printing (2) of a polymerizable liquid mixture of a hydroxylated polyol and an isocyanate or polyisocyanate, for obtaining a thin transparent polyurethane film, covering said film with a transparent adhesive layer (3) and protecting said adhesive layer with a silicone protective sheet (4); the polyurethane film may be transferred without heat to the document to be protected in order to avoid falsification thereof and for protecting the document from external damaging elements.

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: An emergency medical data card for private individualized and convenient creation and the process of making thereof that can also be provided in a kit form so that individuals can create their own emergency medical data card. The emergency medical data card is created by initially providing a blank form that includes indicia having individualized, personalized information, such as name, address, and a series of medical indicia information that includes lines from each word so that an individual can fill in the particular information required, along with particular boxes that can be checked. The letter size form is then reduced a predetermined amount so that its size ultimatey is slightly smaller than a credit card which conveniently fits in a wallet. The sheet, once reduced, is then attached to a blank rigid plastic card that does say "Emergency Medical Data" on it permanently, all of which can be laminated together.

Abstract: A printed image, suitable for creating an illusion of depth in the perception of a viewer of the image, comprises a multilayer transparent laminate structure having a back surface and a viewing front surface. A number of the layers in the laminate structure each has a portion of the perceived image printed upon at least one surface of the layer front and back surfaces. That portion of the image perceived to be most distant from the viewer is located upon a printed layer which is furthest from the viewing front surface of the laminate structure, and that portion of the image percieved to be most proximate to the viewer is located upon a printed layer closest to the viewing front surface. The portions of the image perceived to be at varying distances therebetween are located upon intermediate printed layers in a sequence which corresponds to the perceived varying distances of the intermediate image portions. At least a majority of the image portions are dissimilar parts of the perceived image.

Abstract: A transparent, tamperproof seal which is utilized for the protection of signed texts and documents. The tamperproof transparent seal for signed texts or documents, inclusive of checks, is constituted of at least one card having on one side thereof, an adhesive inking and varnishing multilayer lamina which is at least partially transparent, and with a suitable movable sheet-like carrier or substrate consisting of a transparent plastic material; and on the other side, possessing a delayed-action adhesive selected from a group of pressure-sensitive adhesives, and which is protected by a liner, heat-activated adhesives and wet-activated adhesives.

Abstract: An I.D. product wherein a ply having longitudinal and transverse lines of perforation defines an I.D. card, a pressure sensitive-equipped transparent film having a first portion attached to the ply and a second portion of the film being positioned in face-to-face relation to the ply, the second portion of the film being equipped with a release liner.

Abstract: An identification card intermediate is constructed so that it has a multi-part construction overlying the base stock of the intermediate. The basic web, comprising a transparent plastic substrate with a base stock covering the first side and a release liner covering the second side, is mated with one or more paper webs and carbon sheet webs so that paper and carbon sheets overlie the base stock of the basic web. A glue pattern adjacent one edge of the base stock holds the paper and carbon sheets in place, and a perforation line through the webs allows detachment of the overlying paper and carbon sheets from the base stock.

Abstract: A transparent insert holder of the type characterized by being adapted to receive and protect cards such as photographs, permits and the like. The insert holder includes first and second four-edged plastic cover sheets for forming front and back surfaces of the insert holder. The first plastic cover sheet has a predetermined-sized transparent window therein defined by a surrounding non-transparent area, and a four-edged, double-sided frame is provided for being positioned between the first and second plastic sheets for securing the first and second sheets to opposing front and back sides of the frame to form the holder. The frame has a pressure sensitive adhesive coating the frame on its front and back surface. The first cover sheet is secured to the frame by the pressure-sensitive adhesive to completely enclose one of the front or back surfaces of the frame.

Abstract: A method of producing a package having a built-in promotional piece by an extrusion lamination process, having the steps of providing a first web of first packaging wall material, placing a promotional piece on the first wall material, directing a first quantity of hot liquid plastic over the first wall material adjacent the piece, directing a second quantity of hot liquid plastic over the promotional piece to form a composite, the second quantity of liquid plastic being less than the first quantity of liquid plastic, attaching second wall material over the composite using an extrusion lamination process to form final packaging wall material and forming the final packaging wall material into a package.

Abstract: A display has a transparent plastic substrate and a colored image formed on the substrate. The colored image is formed on the substrate by process printing a large number of small dots, colored red, yellow, and blue, in a predetermined pattern onto the substrate. The red, yellow, and blue ink dots are translucent to visible light. A reflective layer is deposited against the ink layer to reflect light which passes through the ink layer and thereby give the image formed by the ink layer a shiny, metallic appearance. A stratum of opaque white ink is deposited between the reflective layer and preselected portions of the image to block the passage of visible light from the preselected portions to the reflective layer.

Abstract: Memorabilia insert sheets are pressed against a support sheet having rows and columns of small area self-stick visual fiducial adhesive zones imprinted thereon. Since the adhesive in the zones is releasable and reusable, misaligned insert sheets may be readily mounted upon the support sheet a number of times by an unskilled user until the insert sheet edges are parallel with respect to the support sheet edges and the surrounding borders are even. A transparent cover sheet is then laminated to the insert sheet by the application of heat and pressure to make a long-lasting, attractive display.

Abstract: A single configuration presentation folder is provided, enabling a user to heat laminate custom printed sheets to the face of the folder without the use of a conventional paper carrier. Portions of the folder are scored to produce folders with one or two pouches holding sales literature or pouchless versions for stand-up displays, or folders containing saddle-stitched data sheets therein or laminated data sheets mounted within a loose leaf or spiral bound cover. Various arrays of fiducials are provided for enabling easy, accurate manual positioning of variable sized insert sheets with respect to the folder edges. The fiducials may be made to disappear upon lamination or are otherwise visually non-obtrusive to the eye. The fiducials may consist of disappearing ink, readily releasable adhesive, grid lines formed in the heat activatable adhesive of the cover sheet, indentations in the folder or inks having low visual contrast.

Abstract: An article with at least a portion carrying symbols representing information to be protected against photocopying is formed by a carrier, a continuous layer covering the portion of the carrier and forming a background thereon, and a mainly discontinuous layer applied on the continuous layer and forming the symbols against the background. One of the layers is an iridescent layer of a color that copies dark and the other of the layers has a dark color. Thus photocopying gives an image without distinction between the symbols and the background.

Abstract: Label or package construction incorporating a hidden, but purchaser-accessible, game piece. The label, on the part of the package incorporating the gamepiece, is comprised of multiple plastic layers, or plys, and has gamepiece indicia printed on opposite surfaces of a single layer or on contacting surfaces of adjacent layers. After the product incorporating the label or packaging is purchased, the customer removes the gamepiece portion and folds the portion in a manner such that the indicia containing area on the first layer surface is aligned with the indicia containing area on the second layer surface. When aligned, an indication is provided as to whether the customer is a prize winner.

Abstract: A transparent insert holder of the type characterized by being adapted to receive and protect cards such as photographs, permits and the like. The insert holder includes first and second four-sided plastic sheets for forming front and back sides of the insert holder and a four-sided double-sided adhesive frame for being adhesively positioned between said first and second plastic sheets for securing said first and second sheets together in to form the holder. The adhesive frame defines an opening for receiving a card such as a photograph or identification card therein.

Abstract: A transparent overlay that can protect a document from tampering has a transparent cover sheet, a layer of hot-melt adhesive over one surface of the transparent cover sheet, and a polymeric image-receiving layer over the exposed face of said hot-melt adhesive layer. The transparent cover sheet can be a simple thermoplastic film but preferably is retroreflective sheeting which can bear a pattern or legend that is noticeable only when viewed retroreflectively. When the polymeric image-receiving layer is dye-receptive, it can be imaged by using a thermal printing head with a dye-donor element. A preferred polymeric image-receiving layer that is dye-receptive is chlorinated poly(vinylchloride).

Abstract: A two-element lamination product for manufacture of a secure identification card that requires no insert comprises first and second resin lamination sheets, each substantially larger than the desired ID card dimensions, that are joined along one edge; the two sheets have engageable heat-and-pressure sealable surfaces and are precision cut to define two aligned, matching card panels of the desired ID card dimensions. Each card panel is joined to its sheet by plural frangible bridges. The first card panel has a transparent portion and the second an aligned, matching opaque portion with an image-receptive surface facing the first card panel; opacity may be obtained by pigmentation or by surface coating. Usually, the entire first card panel is transparent and the second card panel is all opaque.

Abstract: A single configuration presentation folder is provided, enabling a user to heat laminate custom printed sheets to the face of the folder without the use of a conventional paper carrier. Portions of the folder are scored to produce folders with one or two pouches holding sales literature or pouchless versions for stand-up displays, or folders containing saddle-stitched data sheets therein or laminated data sheets mounted within a loose leaf or spiral bound cover. Various arrays of fiducials are provided for enabling easy, accurate manual positioning of variable sized insert sheets with respect to the folder edges. The fiducials may be made to disappear upon lamination or are otherwise visually non-obtrusive to the eye. The fiducials may consist of disappearing ink, readily releasable adhesive, grid lines formed in the heat activatable adhesive of the cover sheet, indentations in the folder or inks having low visual contrast.

Abstract: Disclosed is a process for forming secure images which comprises electrostatically charging an imaging member; imagewise exposing the charged member, thereby forming a latent image on the member; developing the latent image with a liquid developer comprising a liquid medium, a charge control additive, and toner particles comprising a colorant and a polymeric material; allowing the developed image to dry on the imaging member; contacting the portion of the imaging member with the dry developed image with a substantially transparent sheet having an adhesive material on the surface thereof in contact with the imaging member, thereby transferring the developed image from the imaging member to the substantially transparent sheet; contacting the adhesive surface of the substantially transparent sheet with the developed image with a paper sheet having a polymeric coating on the surface that is in contact with the substantially transparent sheet; and applying heat and pressure to the substantially transparent sheet a

Abstract: A high-security identification card is produced in a system in which a photograph from a video camera is converted to digital data and reproduced with high-fidelity on a video display screen. Other images, such as signatures and fingerprints, can be treated in a similar manner using either a video camera or a CCD (charge-coupled device). After processing, the video information is displayed on the screen where it is combined with variable data typed in from a keyboard. The digital data from the terminal is fed into a laser printer that prints the portrait and any desired alphanumeric information on a paper sheet. The paper is then laminated, under heat and pressure, between two sheets of transparent thermoplastic material, at a temperature and pressure sufficient to cause the plastic material to penetrate the interstices between the fibers of the paper card and form a unitary structure that cannot be delaminated without destruction of the identifying data.

Abstract: A self-assembled personalized message device including a base substrate with one or more blank areas on which messages can be written; a transparent cover sheet for covering the message areas, a material for adhering the cover sheet to the substrate, and a removable, opaque coating on the cover sheet for obscuring the message area when the cover sheet is adhered to the substrate in which the opaque material is capable of being rubbed off the cover sheet to selectively reveal the message written in the message areas.

Abstract: An intermediate blank for an I.D. card or the like and method of preparation in which a transparent web is equipped with a pressure sensitive adhesive on one surface thereof, half of the pressure sensitive adhesive having adhered thereto a ply of base stock such as paper for receiving printed indicia and the other half being equipped with a release liner whereby upon removal of the release liner, the now exposed adhesive equipped one half of the transparent web is foldable on itself to confine the paper ply.

Abstract: The method for creating a hologram film laminated product comprises the steps of: applying a thermoplastic adhesive material to one side of a hologram film; feeding a substrate to a heat activated dry film thermo laminator and simultaneously feeding the hologram film with the thermoplastic adhesive coated side thereof facing the substrate into the laminator with the substrate; and heat activated dry film thermo laminating the hologram film material to the substrate. The method for applying an adhesive to a hologram film includes the steps of: passing the hologram film between electrical corona treatment rollers; then passing the hologram film past a priming or sizing station; and next passing the hologram film past an adhesive applicator for applying melted adhesive to the hologram film. The hologram laminated product formed by the methods includes a substrate layer, an intermediate adhesive layer, and a hologram film layer.

Abstract: A method of fabricating a plastic card including the steps of printing on the rear surface thereof, laminating a sheet of clear plastic to the rear surface while simultaneously polishing the front surface, laminating a metal layer to the front surface of the sheet of plastic, and applying a protective coating of a mixture of aminocoumarin dye and clear liquid polyvinyl chloride to the surface by a silk screen process to thereby protect the metal layer against wear and abrasion. A plastic card including a central layer having a front surface and a rear surface, a layer of clear plastic sheeting on the rear surface, a metalized layer on the front surface, and a coating of cured silk-screen-applied clear liquid resin consisting of a mixture of aminocoumarin dye and clear liquid polyvinyl chloride on the metal layer for protecting it against wear and abrasion.

Abstract: Identity card, comprising a sheet of synthetic material having a decoration pattern as is customary for papers of value and provided with information essential for the identification of the user or the object pertaining to the identity card, said decoration pattern and said information consisting of sublimatable coloring agents dissolved in said synthetic material and bound to said synthetic material. The identity card preferably comprises a sheet of polyester material. The decoration pattern and the information preferably consist of one or more of the coloring agents Sublaprint Blue 70.013, C.I. Disperse Yellow 61, C.I. Disperse Red 60 and/or C.I. Disperse Blue 3.

Abstract: A booklet, such as a passport, for providing the identity of the holder thereof, with a picture of the face and personal data of the bookholder, includes transparent and supporting sheets bound in the booklet separately from and adjacent to each other. Furthermore, an image receiving layer is formed on one surface of one of the separate transparent and supporting sheets and an optically readable data printing section is provided on either one of the transparent and supporting sheets where optically readable personal data of said booklet holder is printed. Also, an adhesive layer is provided for adhering the transparent and supporting sheets together to sandwich the image receiving layer therebetween after having formed a composite image of the picture and personal data in the image receiving layer.

Abstract: A personal booklet with a picture and personal data of the bookholder, such as a passport for providing the bookholder's identity, comprises transparent and supporting sheets bound in the booklet separately from and adjacent to each other, and an identification data bearing sheet with an image receiving layer formed on a surface thereon. The image receiving layer includes a composite image of the picture and the personal data, and optically readable personal data of the bookholder described by optically readable characters such as font type numbers and/or alphabets. The transparent sheet and the supporting sheet are adhered with adhesive layers to sandwich the identification data bearing sheet therebetween.

Abstract: A card construction is adapted for preparation of several information-carrying mediums, insertion of the mediums and completion of the construction at a location different than the location for the prior manufacturing of the construction. The construction is particularly formed to avoid false indications of a card edge in apparatus which receives the card, e.g., to read magnetically-coded information on the card or to initially encode such information on the card. The card construction incorporates: first and second protective coverings, each capable of transmitting information through the covering; and structure between the coverings defining first and second openings, the first opening disposed toward the first protective covering and the second opening disposed toward the second protective covering; wherein the openings have boundaries, along a boundary of the card construction, which are out of registration with one another.

Abstract: An identification card comprises a center core layer, a photograph embedded in the core layer, a first assembly of multiple layers laminated on the upper surface of the core layer and the photograph, and a second assembly of multiple layers laminated on the back surface of the core layer and the photograph. The layers of the first and second assemblies have substantially similar thermal expansion properties. Accordingly, the thickness of the identification card is uniform since the thickness of the core layer is substantially the same as the thickness of the photograph. High reliability can be obtained without any accompanying warp as a result of the substantially symmetrical arrangement of the first and second assemblies with respect to the core layer and the embedded photograph.

Abstract: In order to simplify the production of an identification card having a colored magnetic track, it is proposed that the magnetic track located on the laminating or transfer band be masked by a white layer of color. By applying the white masked magnetic track to a white colored card layer or to a transparent layer to be underlaid with a white colored layer, one produces a completely user-neutral semifinished product. This iniformly designed semifinished product can then be provided on one or both sides with the particular printed pattern desired as one chooses. the design being selected without any separate consideration of the stripe area.

Abstract: Tamper-indicating package comprising two webs, each of which comprises a layer of polymeric material and a layer of continous filaments disposed in a random arrangement. The filaments are bonded to said polymeric layer. Upon access to the interior of the package, either the random arrangement of filaments will be altered or the polymeric layer will be damaged, thus indicating that the package has been subject to tampering.

Abstract: A high-security identification card is produced in a system in which a photograph from a video camera is converted to digital data and reproduced with high-fidelity on a video display screen. Other images, such as signatures and fingerprints, can be treated in a similar manner using either a video camera or a CCD (charge-coupled device). After processing, the video information is displayed on the screen where it is combined with variable data typed in from a keyboard. The digital data from the terminal is fed into a laser printer that prints the portrait and any desired alphanumeric information on a paper sheet. The paper is then laminated, under heat and pressure, between two sheets of transparent thermoplastic material, at a temperature and pressure sufficient to cause the plastic material to penetrate the interstices between the fibers of the paper card and form a unitary structure that cannot be delaminated without destruction of the identifying data.

Abstract: An internally-illuminated medical data card in a credit card format containing a summary of the medical history of the bearer germane to his existing medical condition. The card, which is of laminated construction, includes a plastic core panel having light-transmitting properties, one face of the panel having formed thereon a metallized layer functioning as a double-faced mirror. Mounted on the layer and on the other face of the panel, respectively, are front and rear film transparencies containing medical data in a directly legible scale, the combined data affording the required summary. The long edges and one end of the panel are in a concave formation to define reflective convex terminations whereby light entering the remaining flat end is transmitted through the panel and is reflected by the convex terminations and by the inner face of the mirror to provide multiple internal reflection, causing the light to illuminate the front transparency to enhance its readability.

Abstract: A laminating envelope has first, second and third rectangular panels which are sequentially secured together along longitudinal edges. Each of the panels has a front and a rear surface and at least one of the panels is transparent. The first and second panels are disposed in facial relation and the aligned edges thereof are secured together for providing a pocket between the panels. A score line in the third panel extends between the third panel side edges. The second panel side edges have a length exceeding the first panel edge length by at least the width of the score line and the third panel side edges are substantially equal in length to the second panel side edges. Adhesive is disposed over the first panel rear surface so that folding of the third panel along the score line causes the third panel rear surface to be in facial relation therewith and secured to the first panel rear surface by the adhesive for thereby securing and sealing the pocket.

Abstract: A label or seal consists of a transparent base foil having an adhesive layer on one side. An intermediate layer or film is applied to the side having the adhesive layer, adhesion between the base foil and the intermediate layer being decreased in some regions. A cover foil is provided which, with its adhesive layer, is laminated onto the other side of the base foil. The cover foil is irreversibly stretchable under tension and/or easily breakable. Further, a safety rim is formed by a portion of the cover foil which extends past the periphery of the base foil.

Abstract: A tamper proof identification card. The disclosed card is made from a core of safety paper sandwiched between two top and bottom layers of polyester coated with polyethylene. The safety paper is bounded at its periphery by a polyester border similar to the top and bottom layers. The layered card is heat and pressure treated to encapsulate the paper. Should the seal be inadequate, any attempts to modify the information marked on the safety paper will be readily apparent.

Abstract: There is disclosed an ultrathin chemically resistant marking system. The system comprises at least one layer of a chemically resistant adhesive film and printed matter which together cooperate to form a marker. The adhesive film is made of a material selected from the group of polymers which adhere to a substrate upon the application of heat and which are resistant to caustic solutions and solvents, such as methylene chloride. The adhesive film has a chemically resistant front and rear surface and an adhesive rear surface for adhering to a substrate. One of the front or rear surfaces contains the printed matter. There is also disclosed a method for producing an ultrathin chemically resistant marking system.

Abstract: An internally-illuminated medical data card in a credit card format containing a summary of the medical history of the bearer germane to his existing medical condition. The card, which is of laminated construction, includes a core panel formed by front and rear plastic sections having light-transmitting properties, a metallized layer functioning as a double-faced mirror being sandwiched therebetween. Nested in the respective faces of the core sections are front and rear film transparencies containing medical data in a directly legible scale, the combined data affording the required summary. The long edges and one end of each core section are in a concave formation to define reflective convex terminations whereby light entering the remaining flat end is transmitted through the section is reflected by the convex terminations and by the mirror to provide multiple internal reflection, causing the light to illuminate the transparencies to enhance their readability.

Abstract: A laminating film product for applying a sealed protective cover to a document such as an identification card has a cover film of an unoriented polyester resin extruded onto a surface of a transfer film of an oriented thermoset polyester resin that has been coated with a release agent such as a soap; a film of a thermoplastic adhesive resin may be extruded onto the exposed surface of the cover film. In use, the laminating film product is laminated to a document under heat and pressure, the transfer film is stripped away, and the exposed cover film is embossed. Magnetic strips, pigment strips, and the like may also be applied to the cover film by hot stamp transfer.

Abstract: A security document such as an identification card including a base layer having at least one surface bonded and security markings printed on that surface. The bonded surface is covered by a protective layer including a film of material fused thereto so as to form a matrix encapsulating the printed security markings (which may include a xerographically reproduced photograph).

Abstract: Disclosed is a multilayer identification card with a transparent protective cover film made of plastic. The film is provided with a steel gravure print relief and affixed by cold adhesion to the basic unit of the identification card so that the steel gravure print remains manually fixable.

Abstract: A credential, such as a passport or an identification card, is provided, for example by impregnation or coating, with a phosphorescent composition which includes at least two phosphorescence activators which exhibit different emission characteristics both with respect to wavelength and lifetime so that, when the composition is irradiated, the initial afterglow changes color, for example from green to blue.

Abstract: An identification card protected against external chemical influences of the environment, having blocking layers in its outer areas to prevent plasticizers and other chemical substances which reduce stability and durability from penetrating inside the card. The blocking layers consisting of PETP (polyethylene terephtalate), PE (polyethylene), paper or other chemically resistant materials are located on the surface of the card, preferably in compound films with the construction PVC/blocking layer/PVC, between which the card core bearing the personalization data is laminated in. Thus partial embeddings such as signature stripes, magnetic stripes, photos, etc. can also be provided in the surface layer, the inner PVC layers of the card still being optimally protected by the blocking layers against the negative consequences of the influence of plasticizers, such as fatigue fracture and bending tears.