Abstract: A bandage with an insertable medical data card consisting of a bandage with a central pocket, a slit for accessing the pocket, a flap for sealing the pocket, and a transparent faceplate on the pocket. The medical data card contains pertinent medical data of a user adapted to be inserted into the pocket of the bandage and the bandage worn upon the body of the user. The bandage is changeable every three to four days and the medical data card can be transferred from one bandage to another. The system provides a wearable medical data card which instantly informs first responders and medical caregivers of the user's pertinent medical information, saving precious time while life saving measures based on the pertinent medical information gleaned from the medical data card are being implemented.

Abstract: The invention relates to a personal document in the form of a book, comprising a book cover, a multi-layered personalised side which contains personalised data, in addition to inner pages. The personalised side and the inner pages are secured by means of a seam to the book cover. The multi-layered personalizing side is provided with a central area which is made of a textile layer which is joined on both sides to a thermoplastic layer which covers the central area until the projecting end. A RFID element comprising an IC element is integrated into the central area for the contactless transfer of biometric data of the personal document owner. The personalised side is sewn by means of a seam in the region of the projecting end.

Abstract: The present invention relates to identification systems and more particularly to patient identification systems comprising an identification band and a reusable pouch. The identification system comprises an identification band that is passed through one or more slits in a reusable identification pouch. The pouch includes an information area where information about the patient may be printed, and a pocket where alert labels or other tags may be stored. When the identification band is removed, the pouch may be mounted onto a new band. The information contained on and attached to the pouch may be reused each time a new identification band is needed.

Abstract: A method of producing batches of micro particles includes affixing a substrate sheet to a support and cutting the substrate sheet with a laser device to define a plurality of micro particles. Before, after or during the cutting of the substrate sheet, the region of the substrate sheet defining each micro particle is marked with a code or other identifying marking using a laser device. The code or other identifying marking is unique to the particular batch of micro particles to uniquely identify that batch. The micro particles are removed from the support by a solvent. Preferably, a single laser device is used for cutting the substrate sheet and marking the micro particles. Alternatively, separate laser devices may be used for cutting the substrate sheet and marking the micro particles.

Abstract: A discrete micro particle having a micro image, a method of making discrete micro particles and use in authentication of products. The micro images are printed on a photo sensitive layer on a media and the media is ground into small discrete particles on which the micro images can be viewed for verification of the authenticity of a product on which the micro particles have been placed.

Abstract: An apparatus for authenticating an object on the basis of incorporating onto the object at least one security feature known as a microdot which includes plural unique microscopic patterned markers each of which include indicia and the method of making such microdots.

Abstract: The present invention relates to a key locator (10) having a tag (12). A key attachment means (14) is securely attached to the tag (12) and at least one key (16) is securely attached to the key attachment means (14). At least one set of instructions (18) are inscribed on the tag (12). The tag (12) includes a mailing address (20) having mailing address postage indicia (20A) inscribed on the tag (12). A microchip (22) which comprises an user's personal identifier therein embedded with the tag (12). A bar code (24) which comprises an user's personal identifier therein inscribed on the tag (12), along with a magnetic strip (26) which also has an user's personal identifier therein recorded. A method is included describing the method to record the user's personal identifier onto the tag (12).

Abstract: A wallet card comprised of front and back transparent exterior surface panels, front and back core panels, and an elongate internal sleeve is disclosed. The outward-facing surfaces of the core panels bear personal medical information, and a flexible strip thermometer is stowed within the sleeve. Registering apertures are provided in the core panels, these being sized to accommodate a plurality of microfilm chips bearing further personal medical information. Thus, a display window is defined in the wallet card wherethrough the microfilm chips may be read.

Abstract: A card blank for identification cards and the like that include a microfilm with predetermined information to be read by a common utensil such as a magnifying glass or a microscope. The card includes two sheets that joined together at predetermined areas and include each a window with similar dimensions and in alignment. The microfilm is positioned between the two sheets exposing most of its area with information. The edges of the microfilm are sandwiched by the two sheets defining a peripheral wall around the windows. One of the embodiments contemplates the use of a slot in one of the sheets with a peripheral pocket surrounding the windows. This allows the ready insertion of the microfilm. Another embodiment includes a flexible second sheet that folds back permitting a user to bring one straight edge of the microfilm in abutting contact with an interface line thereby readily positioning the microfilm so that a substantial portion of its information is exposed.

Abstract: The present invention relates to a key locator (10) having a tag (12). A key attachment means (14) is securely attached to the tag (12) and at least one key (16) is securely attached to the key attachment means (14). At least one set of instructions (18) are inscribed on the tag (12). The tag (12) includes a mailing address (20) having mailing address postage indicia (20A) inscribed on the tag (12). A microchip (22) which comprises an user's personal identifier therein embedded with the tag (12). A bar code (24) which comprises an user's personal identifier therein inscribed on the tag (12), along with a magnetic strip (26) which also has an user's personal identifier therein recorded. A method is included describing the method to record the user's personal identifier onto the tag (12).

Abstract: A composite microdot fabricated form a microdot and at least one composite layer. The composite layer is selected to impart to the composite microdot at least one of the characteristics of enhanced visibility, camouflage, buoyancy control, magnetic attraction, and controlled biodegradation. A second composite layer may also be applied to the microdot. A coating may also be selectively applied to the composite microdot, the coating having at least one of the features of being waterproof, water repellant, hydrophilic, soluble and opaque.

Abstract: An emergency medical card includes a first location for displaying a reduced-sized medical data transparency with a detachable lens element for separation from the card to view the medical data contained on the transparency. In a first embodiment, the hinge member secures the periphery of a first card with the periphery of a reduced-size lens card, with the hinge permitting the lens card to be bent back adjacent to the first card so that its profile remains that of a typical credit card. In a second embodiment, the lens is secured by a perforation within the profile of the same card.

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 method and apparatus for theft identification of articles, such as, machines and equipment employs one or more miniature, coded portions or disks, each disk in the form of a thin film bearing preassigned data which is photo optically reduced on the film so as not to be readable with the naked eye, and at least partially severed from the film so as to facilitate application to an article. The disks may be placed on or buried in the articles at different locations known only to the owners as well as being placed at other random locations and are composed of a material not discernible by remote locating means thereby making it virtually impossible for unauthorized persons to locate and remove the disks from the equipment.

Abstract: An eye and machine readable medical data, identification and health insurance card provides two "leaves", each of which has two faces upon which data may appear. The leaves, which are card-like members, are interconnected by a self-hinge, and may be folded with respect to each other or made to lie flat. The data includes eye-readable material on the card as well as on a microfilm strip associated with the card, and also machine-readable indicia such as the bearer's medical history, including, if so desired, an electro-cardiogram.

Abstract: A card for microfilm and the like including a core with a cut-out open at an edge thereof and front and back surfaces. Front and back transparent panels are bonded to the front and back core surfaces respectively in covering relation to the cut-out. An opaque security cover is removably secured to one of the front and back panels in covering relation over the cut-out. A pocket is formed by the cut-out between the front and back panels and is adapted to receive a microfilm segment readable through the front panel with the cover removed from the card. A method of forming the card includes the steps of heat laminating the front and back panels against the core front and back surfaces respectively with a microfilm segment and a spacer positioned in the pocket and removably securing the opaque cover to one of the front and back panels in covering relation over the cut-out.

Abstract: A holder with a stack of sheets, each of which is provided with a hole through which a pin passes, the sheets being provided with a slot that extends from the hole to the edge of the sheet, and a cutout that is diametrically opposed to the slot. An annular part formed from a thin plate of stiff and, optionally, easily bent material is secured to the pin. This passes obliquely upwards through the slots and cutouts in the sheets and is arranged with about one half beneath the stack of sheets, the other half being above the stack (FIG. 4).