JP2007517282A - Identification tag and related identification tag system - Google Patents

Abstract

  In accordance with the present invention, an identification tag and associated tag system is provided for securely attaching an identification tag to a selected wearer or object, such as attaching to a wearer's wrist or the like. The identification tag comprises a relatively compact and substantially planar structure adapted to receive wearer-related identification information and other identification information in human-readable or machine-readable form. The information tag is adapted for quick and easy assembly to a wristband for attachment to a selected wearer or object, or an elongated, bendable strap such as a bracelet, or band. In one preferred form, the identification tag carries a radio frequency identification (RFID) circuit adapted to communicate wearer related information with a remote reader. A tag system that includes an identification tag that is assembled using a bendable strap, provided with a relatively wide and relatively flat informational surface area, is particularly useful with small wearers or objects, such as infants or small children It is.

Description

  The present invention relates generally to improvements in identification devices, such as identification tags, and wristbands for convenient and comfortable attachment of identification tags to selected wearers or objects. Or related systems including means such as bracelets and the like.

  The present invention relates generally to improvements in identification devices, such as identification tags, and wristbands for convenient and comfortable attachment of identification tags to selected wearers or objects. Or related systems including means such as bracelets and the like. More specifically, the present invention provides a relatively large informational surface area that is large enough to accommodate a range of important identification data in a human readable and / or machine readable form. Provide an improved identification tag and associated system specifically designed for use with small wearers or objects, such as infants or small children, where the information description area is It is relatively flat to facilitate and improve the reading of machine readable data.

  Identification bands, such as wristbands or bracelets or other closed loop elements, are generally known in the art, and identification bands are associated with the person wearing the band or The band describes or maintains some form of information or data associated with the attached or attached object. Therefore, the information held by the identification band moves with the wearer. For example, in a typical configuration, such as for use as a wristband, an elongate bendable strap formed of bendable plastic or the like is wrapped around an authorized wearer's wrist to provide a suitable interconnect. To this end, the identification band is held on the wearer's wrist, including attachment members that fit together or can mesh with each other at both ends thereof. Appropriate information can be printed directly on the outer surface of the band or on a label glued to the band, or such information can be adapted for slide fit mounting in a pocket formed in the band structure The identification information is added to the band, such as by printing on a printed card or the like. For example, events such as amusement parks and concerts for security identification such as military or industrial equipment for patient identification in medical facilities, and personnel identification and / or access control in prisons etc. Such identification bands are widely used for the identification of parents, for identification of airport passengers and / or baggage, for identification and tracking of shipped parcels, and for animal management etc. Use and have been proposed. Examples of this general type of identification band are U.S. Pat. Nos. 4,221,063, 4,285,146, 4,318,234, 4,386,795, 5,226,809, 5,448,846, 5,457,906, 5,479,797, 5,493,805, 5,581,924, 5,609,716, 5,615,504, 5 , 740,623, 5,792,299, 5,799,426, 5,973,598, 5,973,600, and 5,979,941 They are incorporated herein by reference.

  In recent years, improved identification systems, including identification bands and tags, have replaced wearer-related data, typically in addition to or in addition to human-readable data limited to printed or handwritten alphanumeric characters. Designed to be machine readable. In one form, such machine-readable information is printed on a bendable strap, such as in the form of a straight bar code, or otherwise retained and arranged for scanning by a conventional bar code reader or the like. Data can be included. See, for example, US Pat. Nos. 5,448,846, 5,799,426, and 5,615,504. See also US Pat. Nos. 6,0616,618 and 6,510,634. As a further form, such machine-readable information is received on a wearable strap attached to or within a pliable strap and selected for proper wireless communication with a remote reader, A radio frequency identification (RFID) circuit or chip adapted for storage may be included. Illustrative examples of identification bands including RFID technology include US Pat. Nos. 5,493,805, 5,973,598, 5,973,600, which are also incorporated herein by reference. See 6,181,287, and 6,414,543, and pending US patent application Ser. No. 10 / 101,219.

  Identification bands containing machine-readable data can beneficially incorporate a wide range of wearer-related information, such as detailed biometric information when used on a patient in a healthcare facility, such machine-readable The range of such data will far exceed the practical space limitations of the band to receive the same data in a conventional human readable format. In other words, machine readable data technology can be added to and / or held in an identification band compared to prior art bands that describe information only in human readable form. Allowed a substantial increase in the amount and range of wearer-related data. In a patient identification system, for example, an identification band can describe or hold basic patient name data, etc. in human readable characters, and can also include patient name, age, gender, address, medical status A wide range of the same and further information regarding allergies and / or treatment prescriptions can also be maintained in machine-readable form.

  Despite the benefits and advantages derived from the incorporation of machine readable information on or within a fragile identification band, the practical implementation of machine readable technology has a number of major drawbacks and disadvantages. It was accompanied by various points. In particular, some forms of machine-readable data, such as linear barcodes, require a relatively flat surface for accurate and reliable reading by a barcode reader. However, identification bands such as wristbands or ankle bracelets that are attached to individuals exhibit an essentially bent structure. When attaching the band to an adult of average size, the degree of curvature of the band, and the resulting distortion of the bar code information, may be insufficient to interfere with data reading. This is often not the case with relatively small identification bands that are sized to fit small people such as infants or small children. In addition, band curvature can also affect the transmission or broadcast range of RFID circuits for communication with remote readers, and communication with such RFID circuits is suitable for infants or small children For small sized bands, it can be significantly impaired.

  In addition, for a small size identification band that is sized comfortably for the wearer, the band width is sized for quick and easy viewing and suitable for receiving human readable information or a bar. It will provide insufficient surface area to receive machine readable bar code information of a size suitable for facilitating reading by a code reader. Similarly, a small size identification band would be too small to hold or support an RFID circuit or chip.

  In addition, current identification bands for describing or retaining wearer-related information in human-readable or machine-readable form typically have a permanent inscription of information thereon, and / or Consists of a relatively stiff plastic-based material designed to provide a sturdy and durable substrate suitable for protecting and supporting an RFID circuit or chip. As a result, such identification bands tend to be relatively stiff and have relatively sharp edges, and thus can be somewhat uncomfortable for the user to wear over time. In addition, such identification bands are often designed to cover printed information and / or RFID circuits or to protect against damage due to water ingress, while around the wearer's wrist etc. The bending and bending of the band associated with the wrapped fastener is often combined with further bending and bending during the normal use cycle, often wrinkling and cutting off the end of the band, thereby undesirably In particular, it allows water to enter the band. Such water ingress can damage and distort the printed information in a way that renders the printed information unreadable and / or causes damage to the wrapped RFID circuit. .

  Accordingly, there is a need for further improvements to and to identification band types and associated identification systems that retain wearer related information, particularly for use with small infants or children, or small objects. A relatively flat, information-carrying surface with a relatively large area is provided along with an identification strap or band having a suitable relatively small size. The present invention fulfills these needs and provides further related advantages.

(Summary of the Invention)
In accordance with the present invention, an identification tag and associated tag system is provided for securely attaching an identification tag to a selected wearer or object, such as attaching to a wearer's wrist or the like. The identification tag comprises a relatively compact and substantially planar structure adapted to receive wearer-related identification information and other identification information in human-readable or machine-readable form. The information tag is adapted for quick and easy assembly to a wristband for attachment to a selected wearer or object, or an elongated, bendable strap such as a bracelet, or band. In one preferred form, the identification tag carries a radio frequency identification (RFID) circuit adapted to communicate wearer related information with a remote reader. A tag system that includes an identification tag that is assembled using a bendable strap, provided with a relatively wide and relatively flat informational surface area, is particularly useful with small wearers or objects, such as infants or small children It is.

  In a preferred form, the identification tag describes printed human-readable identification data such as basic information about the wearer such as name, address, etc. In addition, the identification tag describes or retains at least some wearer-related information in a machine-readable form, such as by printing data on the tag in a barcode format. Additionally or alternatively, the machine readable information can be input to an RFID circuit formed on or held by the identification tag. The identification tag can be provided as a unitary item suitable for processing through an appropriate printing mechanism or the like, including means for entering identification data into the tag in various formats. Alternatively, the identification tag can be provided in a removable form in the form of an elongated roll or sheet for processing through one or more suitable printing mechanisms. In each configuration, the identification tag is made of a substrate material that is printable and sufficiently rigid to hold a substantially flat or planar shape.

  The identification tag is formed for quick and easy assembly using a bendable strap or band that is selected to be substantially most comfortable when worn around an individual's wrist or ankle, etc. It is preferably made of a lightweight and inexpensive material such as vinyl-based plastic. In one form, the identification tag wraps the strap around a specific wearer's wrist, etc., and holds the strap on the wearer in a closed loop configuration by proper engagement of one or more securing elements Prior to doing so, it includes a set of spatially spaced, generally parallel strap slots for quick and easy slide fit assembly onto a bendable strap. In accordance with one important aspect of the present invention, the identification tag is attached to the exterior of the strap and defines an information-bearing surface having a relatively large surface area with a width that exceeds the strap width. The overall size and shape of the identification tag and its orientation relative to the strap when it is attached to the strap, such that at least a substantial portion of the tag is due to a barcode reader and / or wireless communication with a remote reader of the RFID circuit, etc. Selected to retain its substantial planar shape sufficiently for facilitating reading of reliable machine-readable wearer-related information and for reliable reading.

  In one form of the invention, an identification tag is provided on a portion of the paper sheet, the other portion of the paper sheet being human readable, each associated with wearer related information attached to the identification tag, and It includes a plurality of associated adhesive labels adapted to receive and describe machine readable information. As a related alternative, the identification tag may include one or more removable adhesive labels that each describe or retain wearer related information in human readable and / or machine readable form. Further, the identification tag with its label can be mounted as a unit on a bendable strap or band. In either configuration, each removable label is applied when applied to other objects associated with the wearer, such as a glass bottle containing a specimen of a patient's body fluid, and as required. Can be separated.

  In a further alternative preferred form, a plurality of identification tags are provided in the form of a roll or sheet and in an associated set adapted to describe or retain appropriate wearer-related identification information in a medical facility environment. Each pair of tags is sized and shaped for attachment to the mother and infant wrist or ankle, respectively.

  As a further alternative preferred form, the identification tags can be assembled using a single pliable strap that is used to attach the identification tags to a single wearer. Each identification tag, or a selected one of a plurality of identification tags, is color coded to indicate one or more selected situations, such as a particular medical condition associated with a particular patient, etc. Can show.

  Other features and advantages of the present invention will become more apparent from the following detailed description, taken in conjunction with the accompanying drawings, illustrating by way of example the principles of the invention.

  The accompanying drawings illustrate the invention.

Detailed Description of Preferred Embodiments
As shown in the exemplary drawings, an improved identification tag system, generally referred to by reference numeral 10 in FIGS. 1 and 3, is mounted by being mounted around an authorized wearer's wrist 12 (FIG. 1). As such, it is provided for attachment to a selected person or a particular object. The identification tag system 10 is an identification tag in the form of a relatively compact, substantially planar structure adapted to receive wearer related identification information and other information in a human readable and / or machine readable form. 14. The information description identification tag 14 is adapted for quick and easy assembly to an elongated, bendable strap or band 16, such as a wristband or bracelet, for attachment to a selected wearer or object. The identification tag system 10 includes an identification tag 14 that is assembled with a bendable strap 16 provided with a relatively large and relatively flat information-bearing surface area, particularly for small wear such as infants or small children. Useful for, but not limited to, a person or object, further allows the strap 16 to be constructed of a relatively soft and compliant material selected to be substantially most comfortable.

  1-3, as one preferred form, an identification tag 14 is shown, which generally has relatively rounded corners that are comfortable for the user, It has a rigid and general rectangular structure. The tag 14 is constructed of a material suitable for receiving and describing print information applied thereto in a human readable and / or machine readable form. 3 is inscribed on the left hand side of the tag 14 (as shown in FIG. 3) in combination with a straight line carved on the right hand side of the tag 14 or machine readable information such as a matrix barcode 20. Human readable information 18 such as the wearer's name, address and identification number is shown. Such a bar code 20 includes a copy of human readable information 18 along with additional data such as patient status, treatment prescriptions, etc., when tag system 10 is used as a patient identification bracelet. A wide range of wearer-related data can be expressed without limitation. Bar code 20 is adapted for quick and simple reading by a conventional bar code reader (not shown in FIGS. 1-3).

  In one preferred form, the identification tag 14 can have a multilayer structure that can include a stack of plastic materials such as paper, synthetic paper, and / or polyester, textured polyethylene, and the like. In such a configuration, the identification tag 14 is relatively robust and durable for receiving, describing and / or supporting wearer-related information added thereto, such as by conventional printer technology. Provide a substrate, have a relatively stiff but somewhat bendable or compliant structure. In one form, the tag 14 can be surface treated for thermal sensitivity so that wearer related information 18, 20 can be printed thereon by a thermal printer. Other forms include other types of printers, including but not limited to laser printers and the like. In some forms, print information can be added directly to the outer surface of the tag 14, whereas in other forms the tag 14 is above the inner layer to which the print information is added. A transparent cover layer can be incorporated to protect and overlap. Those skilled in the art will recognize and appreciate that a wide variety of materials and configurations, and associated manufacturing methods, can be used to form the identification tag 14.

  FIG. 2 shows a radio frequency identification built in the identification tag 14 by embedding a communication circuit or chip in the tag 14 so as to be protected between a plurality of layers forming the tag. An (RFID) circuit 22 is shown. This RFID circuit 22 is adapted to receive and store a wide range of possible detailed wearer related information for proper wireless communication with a remote reader (also not shown in FIGS. 1-3). The U.S. Pat. Nos. 5,493,805, 5,973,598, 5,973,600, 6,181,287, incorporated herein by reference, as illustrative examples of identification bands including RFID technology , And 6,414,543 and pending US patent application Ser. No. 10 / 101,219.

  The identification tag 14 thus configured is adapted for quick and easy assembly to the bendable strap 16 and thus for quick and easy attachment to the selected wearer or object. 1-3 include a set of spaced apart, generally parallel strap slots 24 formed therein at respective positions located near or adjacent to opposite ends of tag 14. A tag 14 is shown in which these slots 24 are sized and shaped to accommodate a slide fit reception of the free end of the bendable strap 16. Thus, the identification tag 14 can be slid along the length of the strap 16 for direct visual reading of human readable data 18 and machine readable such as barcode data. Engraved wearer-related information 18, 20 is written on the outside of the tag 14, otherwise visible for direct optical scanning of data 20 and / or for wireless communication with RFID circuitry .

  The opposite end of the pliable strap 16 is typically supported and held in a closed ring configuration (FIG. 1) of a selected size that wraps the strap 16 around the wearer's wrist 12 or the like. One or more fixations that are configured near the free end of the strap and receive and / or engage with a structure such as one of a plurality of longitudinally spaced openings 28 Contains or holds element 26. While the exemplary drawing (FIG. 3) shows a set of snap-fit locking elements 26 at the opposite end of the strap 16, these snap-fit elements 26 through a selected one of the strap openings 28. A variety of different strap configurations and associated fixation devices can be used for the mutual meshing. In this regard, U.S. Pat. Nos. 4,221,063, 4,285,146, 4,318,234, 4,386,795, 5,226,809, incorporated herein by reference, 5,448,846, 5,457,906, 5,479,797, 5,493,805, 5,581,924, 5,609,716, 5,615,504, 5, , 740,623, 5,792,299, 5,799,426, 5,973,598, 5,973,500, and 5,979,941 are selected to be flexible straps. A wide variety of different types of fixation structures are disclosed for quick and easy retention in the form of closed rings of different diameter sizes.

  In accordance with one important aspect of the present invention, the bendable strap 16 is selected to be substantially the wearer's most comfortable without substantial wear and tear on the wearer's skin, and is lightweight and inexpensive. It can be made of a very flexible or compliant soft plastic material. That is, a conventional identification band of the type designed to print wearer-related information directly on it and / or to protect and support an RFID circuit or chip may be somewhat sharp and rough edges The result is an identification wristband or bracelet that exhibits a relatively stiff structure that can be uncomfortable for the user to wear for extended periods of time. On the other hand, in the identification tag system 10 of the present invention, the bendable strap 16 does not describe the wearer-related information printed directly on the strap 16, but the wearer-related information is printed thereon. It does not hold any other card or label, nor does it define a structure for receiving and supporting the RFID circuit or chip in a protected manner. Instead, such wearer-related information and RFID circuitry or chips are retained by separately formed identification tags 14. Accordingly, the pliable strap 16 is constructed of an extremely soft, compliant, and more desirably stretch resistant material, such as a soft vinyl-based plastic, selected to be substantially most comfortable to the wearer. be able to.

  Further, according to a further important aspect of the present invention, the information description identification tag 14 is attached to the outside of the strap 16. Thus, the tag 14 is configured in a size and shape that defines a tag surface outside the board on which information is written, having a surface area extending beyond the width of the associated strap 16. As a result, the available informational surface area on the identification tag 14 receives and retains a substantial amount of wearer-related data for direct and / or quick and easy reading by an automatic reader. In addition, the tag 14 has a small size suitable for attachment to a small person or object, particularly an infant or small child, or any significant amount of wearer-related data. It can also be assembled with a pliable strap 16 having a strap width that exhibits a minimal or insufficient surface area to describe. In this regard, the width and length of a pliable strap of a size suitable for mounting around the wrist, ankle, etc. of a newborn infant or small child is quickly and easily readable by alternative means. It is generally insufficient to describe a wide range of wearer-related information.

  When the strap 16 is attached to a selected wearer in a closed loop configuration, the relatively stiff identification tag 14 when attached on the bendable strap 16 does not deform and is substantially flat, Alternatively, a substantially planar shape is sufficiently retained to provide a substantially or substantially planar strap band arrangement. Thus, the placed flat or nearly flat band is a quick, simple, reliable print machine readable data 20 such as by wireless communication of the RFID circuit 22 with a bar code reader and / or a remote reader. For machine reading, wearer-related information is shown on the identification tag 14 with minimal or no curvature. That is, the identification tag 14 does not bend enough to directly follow the high degree of curvature associated with, for example, a small diameter strap 16 attached to the wrist or ankle of a newborn or small child, such a high The degree of curvature may interfere with barcode reading and / or reduce the broadcast range of the RFID circuit 22. Importantly, however, the remaining portion of the soft and bendable strap 16 can exhibit a high degree of curvature that is essential for holding a fixed strap in the wearer, although in a very comfortable manner.

  The identification tag 14 may be provided as a single or unitary element for processing through one or more printer mechanisms for printing wearer related information thereon, and such one or more. The printer mechanism may also include suitable programming means for inputting a desired range of wearer-related data to the RFID circuit 22. Instead, in order to facilitate printing and programming, supply or multiple identification tags 14 may be processed through one or more printer / programmer mechanisms such as example print mechanism 30 shown in FIG. Each supplied identification tag 14 can be provided in the form of a roll or sheet, and each supplied identification tag 14 can be rolled or sheeted for immediate assembly with a bendable associated strap 16 and attachment to a particular person or object. Is removable.

  In particular, according to one preferred form, FIG. 4 shows an elongated tape or strip 32 of a plurality of identification tags 14 of the type shown in FIGS. 1-3, wherein the tags 14 are interconnected end to end. And are separable from each other by sewing holes 34 or fragile suitable intervening wires. FIG. 5 is a cross-sectional view showing the placement of RFID circuits 22 embedded within each tag 14 that are overlaid and placed between a plurality of underlying tag forming layers. FIG. 6 shows an elongate tape arranged in the form of a roll 36 suitable for mounting in a printing mechanism 30 (FIG. 8) for continuous individual input to each tag 14 of appropriate wearer-related information. A strip 32 is shown, which is then fed from the mechanism 30 for removal from the roll 36 and proper assembly using the pliable strap 16 (FIG. 3). Each identification tag 14 includes one or more locator ports 38 (FIG. 4) formed therein, through the optically controlled advancement of the strip 32, and the resulting print mechanism 30, etc. Printer / programmer processing can be facilitated. In contrast to the end-to-end configuration shown in FIGS. 4 and 6, FIG. 7 shows an alternative or modified elongate tape interconnected so that a plurality of identification tags 14 can be separated in a side-by-side relationship. Or strip 132 is shown.

  FIGS. 9-12 show a modified version of the identification tag, where the modified tag is referenced by reference numeral 114, but otherwise the elements shown and described in FIGS. 1-4 in terms of structure or function Elements in common with each other are indicated with a common reference number. As shown, when the tag 114 is mounted on the strap 16, the rectangular tag is redirected so that its long dimension extends perpendicular to the long dimension of the associated strap 16 that is bendable. 114 generally conforms to the embodiment of FIGS.

  In particular, the modified identification tag 114 shown in FIGS. 9-11 is in human readable form 18 and machine readable form such as barcode data 20 in accordance with the embodiment of FIGS. 1-3 described above. Both are configured to have a relatively stiff, yet somewhat compliant, rounded corner structure that defines a sturdy and durable substrate for receiving and supporting wearer-related data. In addition, the tag 114 can include an RFID circuit 22 (FIGS. 10-11) with the capacity to receive and store a wide range of wearer-related information formed thereon or embedded therein. Tag 114 has a general rectangular size and shape, defined in a shorter dimension that is significantly smaller than the longer dimension. As shown, the tag 114 is formed with a set of spaced slots 24 near one end thereof for receiving a slide fit of the pliable strap 16 therethrough. These slots 24 are generally formed parallel to the long dimension of the tag 114, thereby directing the tag 114 to extend generally perpendicular to the long dimension of the associated strap 16 where the long dimension is pliable. Is shown. In this configuration, the entire wide area of the information description surface area defined by the tag 114 is retained, and the strap band arranged in a substantially or substantially planar shape defined by the shorter width of the tag 114 is used by the user. In order to further enhance the comfort, it is substantially minimized. Thus, as best shown in FIG. 11, the majority of the tag area extends transverse to the strap 16.

  All the modified identification tags 114 as previously shown and described in this application may also be processed as a single or unitary element, or through one or more printing mechanisms 30 (FIG. 8), etc. It can also be provided in the form of a suitable roll or sheet comprising a plurality of removable tags. FIG. 12 shows an identification tag 114 with an elongated tape or strip 32 having separable machine holes 34 and the like interconnected. FIG. 12 also shows each identification tag 114, including the locator port 38 formed therein, and / or the reflective strip 40 in or on the board, the optically controlled advance of the strip 32, These structures can be provided to facilitate printer / programmer processing through the print mechanism 30 and the like as a result.

  FIG. 13 shows a set of identification tags 114 mounted on a pliable common strap 16 attached to a single wearer's wrist 12 or the like. In this regard, in those examples where a single identification tag 14 or 114 may provide insufficient data capacity for a particular application, the second is to provide increased storage capacity for wearer related information. Or a subsequent tag can be mounted on the strap 16. These multiple identification tags can be attached to the band 16 simultaneously or sequentially over time as the wearer-related information evolves, changes, and / or requires updating. When one or both of the tags is color coded as indicated by reference numeral 115 or otherwise marked with one or more visible markings and the patient wears the band in a medical facility or the like Quick and easy visual display of specific information, such as specific medical conditions (eg, allergies, diabetes, etc.), or specific shipping instructions (eg, express delivery) when banding a package or object to be shipped Can be provided. Importantly, the use of two or more identification tags 14 and / or 114 on a single pliable strap 16 does not significantly increase the overall stiffness or roughness of the tag system. And therefore does not significantly impair the desired high level of user comfort.

  FIG. 14 illustrates a plurality of forms of the type shown in FIGS. 1-3, consolidated in a common sheet or printable paper 42 for proper processing through one or more suitable print / programming mechanisms. An identification tag 14 is shown. Each tag 14 can be separated from the sheet 42 by a perforated machine hole 134 or other suitable brittle line. With respect to the identification tag 14, it will be appreciated and understood that any of the various identification tag embodiments shown and described in this application can be provided in the form of a printable sheet as shown in FIG. I will.

  FIGS. 15-16 illustrate an alternative preferred tag system in accordance with the principles of the present invention in which a plurality of identification tags are provided in the form of a roll or printable sheet and appropriate wearer-related identification information. Provided in a related set of states that are to be described or retained. Each associated set of identification tags as shown is associated with a first tag 214 sized and shaped to attach to a wrist or ankle of a first person such as a mother in a healthcare facility environment, and the mother. It includes at least one second tag 314 shown to have a smaller size and shape suitable for attachment to a wrist or ankle of a second person such as a newborn or child.

  In particular, FIG. 15 shows a series of identification tags 214 and 314 in a related set or group provided in the form of an elongated tape or strip 32 and interconnected by one or more separable machine holes 34 or the like. Is shown. Each related set or group of tags as shown is there for slide fit attachment to a relatively large and pliable strap 216 (FIG. 16) adapted for attachment to an adult such as a mother in a healthcare facility environment. A first relatively large identification tag 214 is formed with a set of strap slots 24 formed therein. In addition, each set or group is associated with each other for slide fit attachment to a smaller, pliable strap 316 (FIG. 16) sized to attach to a smaller person, such as the mother's newborn. A set of strap slots 24 is shown to include at least one smaller identification tag 314, such as the set of smaller tags 314 shown in FIG. FIG. 15 shows two such smaller tags 314, for example for use with twins. Those skilled in the art will recognize and appreciate that the identification tags comprising each related group can be the same or similar size if desired.

  The illustrated plurality of tag sets or groups of strips 32 are adapted to be processed through one or more suitable printer / programmer mechanisms such as the printing mechanism 30 shown in FIG. In each set of identification tags, such as within each of the larger tags 214, a locator port 38 is formed, thereby facilitating optically controlled advancement of the strip 32 through one or more printing mechanisms. it can. Alternatively, a reflective strip 40 of the type shown in FIG. 12 (not shown in FIGS. 15-16) can be used. FIG. 15 shows each identification tag 214, 314 as including human readable information 18 and associated machine readable information 20, such as barcode data. Each tag 214, 314 may further be equipped with an RFID circuit 22 (not shown in FIGS. 15-16) for programmable input of wearer related data as previously shown and described in this application. .

  FIG. 15 shows one preferred array for an elongate tape or strip 32 where each larger identification tag 214 is placed in an end-to-end relationship, with successive associations of smaller tags 314. Arranged in pairs. FIG. 17 shows an array of similar elongated tapes or strips, in which successive related pairs of smaller tags 314 are arranged in parallel, with end-to-end relationships with associated larger tags 214. Has been. FIG. 18 illustrates a further alternative array of elongated tapes or strips in which at least one locator port 38 is formed and separated from adjacent tag sets or groups, such as by a line in the machine hole 34. On the possible tape segment 44, each associated set or group of larger and smaller identification tags 214, 314 is retained. In FIG. 18, each tag set or group has a plurality of firsts for use with a strap attached to a mother and father, for example, associated with a plurality of smaller tags 314 attached to an associated infant or the like. Tag 214 and a plurality of second tags 314. FIG. 18 shows tags 214, 314 bounded by additional lines such as a machine hole 34 ′ for separation from the associated strip segment 44.

  19-22 illustrate a further alternative preferred embodiment of the present invention in which the modified identification tag 414 includes human readable information 18 and / or machine readable data 20. And at least one, preferably a plurality of removable adhesive labels 46, describing the same or some of the wearer-related data 18,20. The resulting identification tag 414, including the adhesive label 46, is adapted to be quickly and easily attached to the bendable strap 16 and thus to a quick and easy attachment of a selected person or object to the wrist 12, etc. .

  In particular, each modified identification tag 414 includes a base portion 48 that includes wearer-related data 18, 20 as previously described. Also, as previously described, each modified tag 414 can also include an RFID circuit. The modified tag 414 further includes an extended segment 50 that holds a label 46, where each label 46 can be stamped with all or a portion of the wearer-related data 18, 20, A separate RFID circuit 22 can be incorporated. FIG. 19 shows this modified tag 414 in the form of an elongated tape or strip that includes a plurality of end-to-end interconnected tags 414, including a set of strap slots 24, and a locator port. Each of 38 is formed in base portion 48.

  As shown in FIG. 20, the modified tag 414 is formed by at least one layer 52 in the board and at least one layer 54 outside the board, these two layers 52, 54 being typically the base portion. At 48, it is adhered and pasted. However, in the extension 50, the label 46 is formed on the off-board layer 54 so as to peel away and separate from it when and as desired. That is, the layer 54 outside the board has the pressure-sensitive adhesive film 56 covering the lower surface and the entire inner surface of the board, while the release film or liner 58 is disposed above the layer 52 inside the board. Cover and spread only over the entire extended portion 50. In this mechanism, two layers 52, 54 are bonded throughout the area of the base portion 48, but the label 46 on the extended portion 50 is used to attach a patient chart or prescription paper or patient specimen in a healthcare facility environment. One can be lifted or peeled off at a time for proper adhesion to other objects associated with the tag wearer, such as a containing glass bottle. If desired, a machine hole 34, or brittle line, can be formed between the base portion 48 and the extended portion 50.

  FIG. 21 has been modified to include an adhesive label 46 slidably attached to a pliable strap 16 that includes a suitable securing element 26 for attaching a tag 414 to a person's wrist or the like (as shown in FIG. 22). A tag 414 is shown. 19-21, a plurality of labels 46 are arranged along the length of the extended portion 50 in a side-by-side array. Alternatively, as shown in FIG. 23, the plurality of labels 46 may be arranged in relatively small sets or groups oriented in an end-to-end array on the extended portion 46.

  FIG. 24 shows a reader 60 for reading wearer related information held by the tag system 10 shown as being attached to the wrist 12 of a particular person. The exemplary reader 60 can comprise a suitable wireless communication device for contactless communication with the RFID circuit 22 held by the identification tag 14 and / or the reader 60 is printed on the tag 14. A standard bar code reader or the like for optical scanning and reading machine readable data 20 may be provided. The reader 60 is attached to or coupled to a rotary ticket gate 62 of the type used to permit admission to concert halls, sports stadiums or facilities such as arenas, amusement parks, transportation facilities, etc. As shown. Alternatively, a hand-held reader such as a bar code reader and / or a wireless transmission reader can be used to read the data held in the identification tag.

  FIGS. 25-29 and 32 show that at least one identification tag is defined in or within the first portion 65 of the printable paper and at least one, preferably a plurality of removable labels 46 are One preferred form of combined printable paper 64 is defined in or within the second portion 66 of printable paper. In the illustrative example, the first portion 65 of the paper 64 is a set of relatively large identification tags 514, generally constituted by the set of identification tags shown and described before this application with respect to FIGS. And a set of relatively smaller identification tags 614. Further, the illustrative example shows a second portion 66 of the paper 64 that includes a plurality of peelable backside adhesive labels 46. As all described before this application, each of tags 514, 614, and label 46 describes information printed thereon, such as human-readable information 18 and / or machine-readable information 20. Have been to. In addition, each tag 514, 614, and label 46 can also hold an associated RFID circuit as shown and described prior to this application, where such RFID circuit is within each tag and label. And are therefore not shown in FIGS. Printing by a laser type printer, or if desired, generally through a single path through other suitable printing means that can be incorporated into the printing mechanism 30 as shown in FIG. Possible information can be added to the paper 64.

  As best shown in FIGS. 27 and 32, the first portion 65 of the printable paper 64 is a transparent film overcoated with a film of a substantially transparent adhesive 70, such as a pressure sensitive adhesive layer. A backing sheet 68 of material is included. This substrate, defined by the backing sheet 68 and the adhesive film 70, is secured to the back or back side of the relatively stiff but somewhat bendable surface layer 72. Significantly, as shown, the majority of the back side of this surface layer 72 retains a release film liner or coating 74 so that the surface layer 72 can be peeled away from the underlying adhesive film 70. it can. However, the surface layer 72 also includes printable regions 75 and 76 (FIG. 32) on the front or top side of the surface layer 72 that are not backed by the release film 74 or not covered by the backside, whereby the surface These printable areas 75, 76 of the layer 74 are firmly adhered to the backing sheet 68 by the underlying adhesive film 70. These printable areas 75 and 76 show identification tags 514 and 614 formed in the future, and correspond to each.

  Each printable area 75, 76, which represents one of the identification tags 514, 614, in the first portion 65 of the printable paper 64 is a quick and simple from the paper, as shown at 534 (FIG. 32). Perforated or punched out to be suitable for separation. In contrast, the underlying backing sheet 68 is similarly punched or stamped, as shown at 535, which is the first just below the printable area 75 or 76 of the associated tag. And a second portion 78 that is a mirror of the same size and shape is defined along the edge on one side thereof, and is folded in two. Further, these perforations or punches in the backing sheet 68 further define the strap slot 24 for subsequent attachment of the formed identification tag to the associated strap 16 (FIGS. 30-31). Similar strap slots can also be formed in the overlying printable areas 75,76.

  In this configuration, following proper printing and / or programming of appropriate wearer-related information to the printable areas 75, 76 on the surface layer 72, by the rearward movement of the die-cut portion shown in FIG. Thus, each identification tag 514, 614 can be separated from the paper 64. This separates the tag 514 or 614 from the first portion 65 of the printable paper. Initially, each perforated tag 514, 614 has an associated printable surface layer region 75 or 76 that is glued directly onto the first portion 77 under the backing sheet 68. An adjacent second portion 78 of the backing sheet 68 is separated from the overlying surface layer 72. Significantly, the presence of the release film 74 between the surface layer 72 and the second segment 78 of the backing sheet on top of the second portion 78 with the adhesive film 70 remaining thereon. Allows relatively free peeling. Next, as shown in FIG. 28 for the larger tag 514 and FIG. 29 for the smaller tag 614, the second portion 78 associated with each tag is folded over the front surface of the associated printable surface layer portion 75 or 76. The printed information can then be overlaid by the transparent second portion 78 of the backing sheet 68 to form a protected laminar or multilayer, and substantially waterproof identification tag 514 or 614. . Next, as shown in FIGS. 30 to 31, each tag 514 and 614 can be slid and assembled to the associated strap 16 which is easily bent.

  The second portion 66 of the printable paper 64 is defined by the region of the surface layer 72 extending laterally on one side of the first portion 65 of the paper 64 described above. As shown, if desired, machine holes 34, or suitable brittle lines, can be provided between these first and second portions 65, 66 to allow separation. . Within the second portion 66 of the printable paper 64, the back side or back side of the surface layer 72 is backed by an adhesive film 170, such as a pressure sensitive adhesive, etc., and a backing sheet 168 (which can be opaque). The front or upper side of is covered with a suitable release film or liner 174. The majority of the surface layer 72 defining this second portion of the printable paper 64 is subdivided into a plurality of adhesive backing labels 46 by machine holes 134 or suitable brittle lines.

  Thus, following the entry of the desired information into the identification tags 514, 614 and label 46, the identification tag is separated from the paper 64, such as by movement of the die cut portion, and then all previous As described in the above, it is folded to the final state along the folding guide line for attachment to the related wristband strap 16 which is easy to bend. If desired, the first portion 65 of the paper 64 can then be separated from the second label description portion 66 by cutting along and separating along the machine holes 34. Thereafter, as described earlier in this application, a pre-printed peelable adhesive label 46 may be obtained for quick and easy application to an associated or associated object with the tag 514, 614. The second label description portion 66 can be utilized when desired. As an example, when one or more identification tags are used for patient identification in a medical facility or the like, the second portion 66 of the printable paper can remain in the patient's chart or file, An adhesive label 46 is described which can be peeled off and separated from the paper portion 66 and can be readily and suitably adhered to a doctor's instructions, drug containers, specimen glass bottles, medical reports, and the like.

  33-36 illustrate a first portion 165 that defines at least one identification tag, such as the exemplary two-foldable tags 714 and 814, and a first portion that defines at least one, preferably a plurality of peelable adhesive labels 46. A modified printable paper 164 including two portions 166 is shown. In this type, a common backing sheet 168 (FIG. 34), which can be opaque, extends through both paper portions 165, 166 and is covered with an isolation film or liner 174. The common surface layer 72 also extends through both the paper portions 165, 166 and is covered on the back side with a suitable adhesive film 70, such as a layer of pressure sensitive adhesive or the like. Within the first portion 165 are associated with identification tags 714 and 814 formed in the future, such as by a suitable punch or machine hole 234 extending rrw through the surface layer 72 and the underlying adhesive film 70, respectively. A plurality of printable areas 175 and 176 are defined. Each such printable area defines a mirror image, adhesive backed, two-fold fold tag structure that is adjacent along one edge. Additional stamped or machined holes formed in the printable areas 175, 176 define the strap attachment slot 24.

  Following the printing of the desired information 18, 20, and any input of information to the RFID circuit that may or may be included therein, as previously described with respect to the embodiment of FIGS. Each identification tag 714 and 814 can be separated from the paper 164, such as by peel-off separation from the underlying backing sheet 168 and release film 174 (as shown). Next, the tag is folded along a fragile line or an instruction line 15 that can be folded into two appropriately, and an adhesive film 70 is pasted on the back side in a face-to-face relationship. Multi-layer identification tags can be formed for quick and easy slide fit attachment to (not shown). While the exemplary drawings show that information is printed on only one side of a tag that can be folded in half, it will be appreciated that print information can be added to both sides if desired. Will.

  After printing, the first portion 165 of the paper 164 can be separated from the associated second portion 166, such as by intervening machine holes 34 (FIG. 33), or appropriate brittle lines. Thereafter, as described earlier in this application, when it is desired to obtain a pre-printed label 46 for attachment to an object associated with or associated with the tag 714, 814, the second The label description portion 166 can be used.

  A further modified printable paper 264 is shown in FIG. 37, but a relatively stiff sheet such as a printable polyester or other printable plastic whose surface layer extends over the first portion 165 of the paper. A first surface layer member 172 of the pedestal and a second surface that extends across the second portion 166 of the paper 264 and is relatively light weight and pliable, typically formed by a paper-based label pedestal Except as defined by the layer member 272, this type of the present invention corresponds to the embodiment shown and described in FIGS. These first and second surface layer members 172 and 272 are supported in a side-by-side relationship by a common backing sheet 168. As previously described with respect to FIGS. 33-36, an identification tag, such as tag 914, and a peelable associated label 46 are formed and adapted for use.

  FIGS. 38-39 illustrate a further variation of printable paper 364 where the backing sheet 168 is covered with a release film or liner 174 throughout the second portion 166 of the paper, A release film is not included on the first portion 165. In this type, a peelable label 46 with a backside adhesive coating 70 is also provided on the second portion 166 as defined by a stamped surface layer 272 such as a paper-based label mount. The first portion 165 of the printable paper 364 can be defined by a stiffer and / or more robust material, such as a printable plastic sheet mount that defines the surface layer 172 of the first portion 165. In this embodiment, one or more identification tags, such as tags 1014 and 1114 on the first portion 165, have a perimeter punch, machine hole, or peripheral shape corresponding to the size and shape of the final tag. It is determined by the brittle line 334 or the like. Since there is no release film 174 in the first portion 165 of the paper 364, each identification tag 1014, 1114 is adhered to the underlying backing sheet 168 by the adhesive layer 70 on the back side of the surface layer 172.

  After the addition of print information and other wearer-related information to each tag 1014, 1114 on the first portion 165 of the paper 364, with a flexible strap or band (not shown in FIGS. 38-39) For assembly, each identification tag can be separated by moving the die-cut portion (FIG. 39). Thereafter, as described prior to this application, the first portion 165 of the paper 364 can be separated along the perforation or punch 34 and the second portion 166 is placed over the adhesive label 46 thereon. Leave it with you.

  FIGS. 40-41 illustrate a further variation of printable paper 464, where the backing sheet 168 terminates one end of the paper beyond the associated second portion 166 of the paper by a short distance, 38, except that the edge of this side of the backing sheet 168 is fixed to the edge of one side of the first portion 165 of the printable paper by an adhesive lap joint or bead 80 (FIG. 41) or the like. It is the same as what was shown and demonstrated by -39. A further similar variation is shown in FIG. 42, where the modified printable paper 564 has a backing sheet 168 on one side of the second portion 166 of the paper, such as by a flexible web joint 180 that is pliable. Is connected to one end of the first portion 165 of the paper. In the embodiment of FIGS. 40-42, identification tags and labels are formed and used, as described before the present application.

  FIG. 43 illustrates a further embodiment for printable paper 664 that may correspond to any one of the previously described embodiments shown in FIGS. Each identification tag formed on one portion 165 may correspond to an identification tag 414 that describes a label, as shown and described before this application with respect to FIGS. As shown, the second portion 166 of the printable paper 664 also holds a plurality of peelable labels 46.

  FIG. 44 shows a still further alternative embodiment for printable paper 764, where a plurality of identification tags 14 and 114 are formed on the first portion 165 of the paper and the tags 14, 114 are shown. One or more of which are color-coded, or incorporate flags or other words and / or symbols that are easily visible or easily identifiable, as indicated at 115 Alert people about one or more special conditions associated with a person or object wearing the tag. In this regard, the tags 14, 114 can be assembled with a common band or strap 16 as shown and described before this application with respect to FIG. Also, the second portion 166 of the printable paper 764 holds a plurality of peelable labels 46.

  Various further changes and improvements in and to the improved identification tag and associated tag system of the present invention will be apparent to those skilled in the art. For example, with respect to any one of various tag embodiments and various printable paper embodiments, the features shown and described in this application may be used in any one of the other disclosed embodiments, or One skilled in the art will recognize and appreciate that it can be used in it. Further, in all of its various embodiments, patient identification in medical facilities, etc., security protection facilities such as military or industrial equipment, and personnel identification and / or access control in prisons, amusement parks and concerts, and sports Including, but not limited to, guardian identification in events such as events, airports and other transportation and passenger and / or baggage identification, product and inventory and shipping parcel identification and tracking, and animal management Those skilled in the art will appreciate that the present identification tag and tag system can be used in a wide range or various identification applications involving humans or objects that are not. Accordingly, no limitation on the invention is intended in the foregoing description and accompanying drawings, except as set forth in the appended claims.

FIG. 4 is a perspective view showing an identification tag constructed in accordance with the present invention attached to a wristband or the like and shown to be attached to a person's wrist or the like. It is a top view of the identification tag shown in FIG. 1 which peeled one part and showed the detail of internal structure. FIG. 3 is an enlarged plan view showing the identification tag of FIGS. 1 and 2 slidably attached to a wristband or the like. FIG. 3 is a plan view showing an elongate strip with a plurality of identification tags corresponding to the identification tags of FIGS. 1 and 2, showing a plurality of identification tags removably interconnected in an end-to-end relationship. FIG. 5 is a cross-sectional view of the enlarged fragment, generally taken at line 5-5 of FIG. FIG. 5 is a perspective view of the elongated strip of FIG. 4 provided in the form of a roll. FIG. 5 is a fragmentary plan view similar to FIG. 4 but showing an elongate strip with a plurality of identification tags removably interconnected in side-by-side relationship. FIG. 8 is a perspective view showing a dispenser for dispensing a certain amount of continuous identification tags of the type shown in FIGS. 1-7, and the dispenser further includes a human readable form and / or machine read for each identification tag dispensed. Means for adding information can be built in where possible. FIG. 2 is a perspective view similar to FIG. 1 but showing an identification tag constructed in accordance with an alternative preferred form of the present invention attached to a wristband or the like and shown to be worn on a person's wrist. FIG. 10 is a plan view of the identification tag shown in FIG. 9 with a part peeled off to show details of the internal structure. It is an enlarged plan view which shows the identification tag of FIG.9 and 10 slid and attached to a wristband etc. FIG. It is a top view which shows the some identification tag corresponding to the identification tag of FIG. 1, and has shown the some identification tag mutually connected removably in the relationship which connects an end. FIG. 10 is a perspective view similar to FIG. 9, but showing a plurality of identification tags of the type shown in FIGS. 9 and 10 attached to a wristband or the like and shown to be attached to a person's wrist. 3 is a plan view showing a sheet describing a plurality of removable identification tags of the type shown in FIGS. 1 and 2. FIG. Adjacent, removably interconnected groups of relatively larger and relatively smaller identification tags, for example, for use by related adults and children such as mothers and infants FIG. FIG. 16 is a plan view of the larger identification tag shown in FIG. 15 attached to a larger or adult size wristband or the like, or a smaller or child size wristband, respectively. FIG. 17 is a plan view of an elongated strip with relatively larger identification tags and relatively smaller adjacent identification tags shown in FIGS. 15 and 16, but here the identification tags are arranged in an alternative configuration. FIG. 18 is a plan view similar to FIGS. 15 and 17, but arranged here in a further alternative configuration showing an elongated strip with adjacent larger identification tags and smaller identification tags. FIG. 6 is a plan view showing an elongate strip comprising a series of removably interconnected identification tags, each carrying a plurality of individual removable adhesive labels. FIG. 20 is an exploded perspective view showing details of the configuration of each identification tag shown in FIG. 19. FIG. 21 is a plan view showing the identification tag of FIGS. 19 and 20 slidably attached to a wristband or the like. FIG. 22 is a perspective view showing the identification tag and wristband of FIG. 21 attached to a person's wrist. FIG. 20 shows a plan view similar to FIG. 19 but with an elongated strip comprising a plurality of adhesive labels and a series of removably interconnected identification tags according to an alternative configuration. It is a perspective view which shows the rotary ticket gate mechanism incorporating the reader for reading the information on one of the identification tags of this invention. FIG. 3 is a front elevational view showing a printable paper including at least one identification tag disposed on a first portion of the paper and a plurality of adhesive labels formed on the second portion of the paper. FIG. 26 is an elevational view of the back side of the printable paper shown in FIG. 25. FIG. 27 is an exploded cross-sectional view taken generally at line 27-27 of FIG. FIG. 28 is a front elevational view of the first identification tag separated from the printable paper of FIGS. FIG. 28 is a perspective view of a second identification tag separated from the printable paper of FIGS. FIG. 29 is an enlarged plan view showing the identification tag of FIG. 28 attached by sliding on a wristband or the like. FIG. 30 is an enlarged plan view showing the identification tag of FIG. 29 attached by being slid on a wristband or the like. 28 shows details of the structure of the printable paper of FIGS. FIG. 5 is an elevational view of the front of a further alternative preferred form including at least one identification tag disposed on the first portion of the paper and a plurality of adhesive labels formed on the second portion of the paper. The changed printable paper is shown. FIG. 34 is an exploded cross-sectional view taken generally at line 34-34 of FIG. 33; FIG. 35 is a perspective view of an identification tag separated from the printable paper of FIGS. FIG. 36 is a further perspective view of the identification tag of FIG. 35. FIG. 35 is an exploded cross-sectional view similar to FIG. 34, but showing a further modified printable paper. FIG. 5 is an elevational view of the front of a further alternative preferred form including at least one identification tag disposed on the first portion of the paper and a plurality of adhesive labels formed on the second portion of the paper. Figure 2 shows a further modified printable paper. FIG. 39 is an exploded cross-sectional view taken generally at line 39-39 of FIG. FIG. 5 is a front elevation view of yet another alternative preferred form comprising at least one identification tag disposed on the first portion of the paper and a plurality of adhesive labels formed on the second portion of the paper. Fig. 5 shows further modified printable paper including. FIG. 41 is an exploded cross-sectional view taken generally at line 41-41 of FIG. FIG. 42 is an exploded cross-sectional view similar to FIG. 41, but showing a further modified printable paper. FIG. 6 is an exploded perspective view showing a further modified printable paper that represents yet another alternative preferred form of the invention. FIG. 6 is a front elevational view showing a further modified printable paper comprising a further preferred embodiment of the present invention.

Claims (86)

An identification tag including means for receiving information associated with a particular wearer or object;
An elongated and bendable strap and associated fastening means for constructing and holding the strap in the form of a closed ring of a selected perimeter size that is wrapped around a portion of the particular wearer or object;
The identification tag system is characterized in that the identification tag is attached to the outside of the strap and has a size and shape that extends beyond the width of the strap. The information receiving means on the identification tag comprises an information describing surface area comprising a surface that appears outside the board of the tag when the tag is mounted on the strap, and is held on the information describing surface area; The identification tag system according to claim 1, further comprising information associated with the specific wearer or object. The identification tag system according to claim 2, wherein the information is printed on the information describing surface area. The identification tag system according to claim 2, wherein the information is printed on the information description surface area in a human-readable form. The identification tag system according to claim 2, wherein the information is printed on the information description surface area in a machine-readable form. 6. The identification tag system of claim 5, wherein the information in machine readable form includes barcode data. The identification tag system according to claim 2, wherein the information is printed on the information describing surface area in a human-readable form and a machine-readable form. The identification tag system according to claim 2, wherein the information receiving means on the identification tag further comprises a radio frequency identification (RFID) circuit held by the tag. The identification tag system according to claim 1, wherein the information receiving unit on the identification tag includes a radio frequency identification (RFID) circuit held by the tag. The identification tag system according to claim 9, wherein the tag has a multilayer structure, and the RFID circuit is embedded in the tag. The identification tag system of claim 1, wherein the identification tag comprises a relatively rigid, generally planar structure, and the bendable strap comprises a relatively soft and compliant structure. The identification tag system of claim 1, wherein the identification tag has at least one slot formed therein for receiving a slide fit of the strap therethrough. The identification tag system of claim 1, wherein the identification tag has a set of slots formed and disposed therein for receiving a slide fit of the strap therethrough. The identification tag has a generally rectangular shape defining a long dimension and a short dimension, and further, the set of slots is formed in the tag for receiving a slide fit of the strap therethrough. The identification tag system of claim 13, wherein the tag is oriented so that the long dimension roughly matches the long dimension of the strap. The identification tag has a generally rectangular shape defining a long dimension and a short dimension, and further, the set of slots is formed in the tag for receiving a slide fit of the strap therethrough. The identification tag system of claim 13, wherein the tag is oriented such that the long dimension extends generally perpendicular to the long dimension of the strap. The identification tag system according to claim 2, wherein a substantial part of the information describing surface area on the identification tag extends laterally from the strap. A supply of identification tags removably interconnected to each other, and at least one processor mechanism for adding the information to one of the identification tags, the resulting information description tag comprising: The identification tag system of claim 1, wherein the identification tag system is separable from the supply for mounting on a strap. The identification tag system of claim 17, wherein the supply of removably interconnected identification tags is provided in the form of a roll. 18. The identification tag system of claim 17, wherein the supply of removably interconnected identification tags is provided in the form of a sheet. The identification of claim 1, further comprising a plurality of said identification tags attached to the outside of said bendable strap, each having a size and shape that extends beyond the width of said strap. Tag system. The identification tag system according to claim 20, wherein at least one of the identification tags is color-coded. Each further comprising an associated group of identification tags, including a means for receiving information about a particular group of people or objects, and a plurality of pliable straps, each of the identification tags removably interconnected with each other. The identification tag system of claim 1, wherein the tag system is separable from each other for respective attachment to the bendable strap. 23. The identification tag system of claim 22, wherein the group of identification tags includes at least one relatively large tag and at least one relatively smaller tag. The identification tag system of claim 1, wherein the identification tag further comprises at least one removable label that includes means for receiving information associated with the particular wearer or object. . 25. The identification tag system of claim 24, wherein the at least one removable label comprises a plurality of removable labels. 25. The identification tag system of claim 24, wherein the label comprises a backside adhesive label. The identification tag further comprises: a printable sheet having a first part and a second part, wherein the information receiving means comprises a printable area presented on the upper side. And wherein the second paper portion includes a plurality of backside adhesive labels, each including means for receiving information associated with the particular wearer or object. The identification tag system described in. Identification for attachment to the elongate and bendable strap associated with a securing means for constructing and holding the strap with a closed ring of selected outer circumference size, wrapped around a specific wearer or part of the object A tag,
An identification tag that is relatively rigid and has a generally planar structure and includes means for receiving information associated with a particular wearer or object;
Means for attaching the tag having a size and shape extending beyond the width of the strap to the outside of the strap;
An identification tag comprising: The information receiving means on the identification tag includes an information describing surface area including a surface that appears outside the board of the tag when the tag is attached to the strap, and is further held on the information describing surface area The identification tag of claim 28, comprising information associated with the particular wearer or object. 30. The identification tag according to claim 29, wherein the information is printed on the information describing surface area. 30. The information is printed on the informational surface area in selected one or both of human readable form and machine readable form. Identification tag. 32. The identification tag according to claim 31, wherein the information in machine-readable form includes barcode data. The identification tag according to claim 28, wherein the information receiving means on the identification tag comprises a radio frequency identification (RFID) circuit held by the tag. The identification tag according to claim 33, wherein the tag has a multilayer structure, and further, the RFID circuit is embedded in the tag. 29. The identification tag of claim 28, wherein the identification tag has at least one slot formed therein for receiving a slide fit of the strap therethrough. 36. The identification tag of claim 35, wherein the identification tag has a set of slots formed and disposed therein for receiving a slide fit of the strap therethrough. 30. The identification tag according to claim 29, wherein when the tag is attached to the strap, a substantial portion of the information describing surface area on the identification tag extends laterally from the strap. 29. The identification tag of claim 28, wherein the identification tag further comprises at least one removable label that includes means for receiving information associated with the particular wearer or object. 40. The identification tag of claim 38, wherein the at least one removable label comprises a plurality of removable labels. 39. The identification tag of claim 38, wherein the label comprises a backside adhesive label. A printable paper having a first portion and a second portion;
The identification tag is formed in the first paper portion, and each of the second paper portions comprises: 29. The identification tag system of claim 28, comprising a plurality of backside adhesive labels including means for receiving information associated with the particular wearer or object. A supply of identification tags, each comprising means for receiving information associated with a particular wearer or object;
A supply of elongated and bendable straps, and an association for holding and holding each of the straps in the form of a closed ring of a selected perimeter size that is wrapped around a portion of the particular wearer Fixing means;
An identification tag system, wherein each of the identification tags is attached to the outside of an associated one of the straps and is sized and shaped to extend beyond the width of the associated strap. When the tag is attached to the associated strap, the information receiving means on each of the identification tags comprises an information describing surface area on a surface that appears outside of the board, and is further held by the information describing surface area. 43. The identification tag system of claim 42, comprising information associated with the specific wearer or object. 44. The identification tag system according to claim 43, wherein the information is printed on the information describing surface area. 45. The information according to claim 44, wherein the information is printed on the informational surface area in a selected one or both of human readable form, machine readable form. Identification tag system. 46. The identification tag system of claim 45, wherein the information in machine readable form includes barcode data. 43. The identification tag system of claim 42, wherein the information receiving means on each of the identification tags comprises a radio frequency identification (RFID) circuit. 48. The identification tag system of claim 47, wherein each of the identification tags has a multi-layer structure, and further, the RFID circuit associated therewith is embedded in the identification tag. 43. The identification tag of claim 42, wherein each of the identification tags is relatively rigid and comprises a generally planar structure, and each of the pliable straps comprises a relatively soft and compliant structure. system. 43. The identification tag system of claim 42, wherein each of the identification tags has at least one slot formed therein for receiving a slide fit of the associated strap therethrough. 43. The identification tag system of claim 42, wherein each of the identification tags has a set of slots formed and disposed therein for receiving a slide fit of the associated strap therethrough. . 44. The identification tag system of claim 43, wherein when the tag is attached to the associated strap, a substantial portion of the informational surface area on each of the identification tags extends laterally from the associated strap. . The supply of identification tags comprises a plurality of the identification tags removably interconnected with each other;
And further including at least one processor mechanism for adding the information to each of the identification tags, wherein each of the resulting information description tags is separated from the plurality of identification tags for attachment to the associated strap. 43. The identification tag system according to claim 42, characterized in that it is possible. 43. The identification tag system of claim 42, wherein at least one of the identification tags is color coded. 54. The identification tag system of claim 53, wherein the plurality of removably interconnected identification tags are provided in the form of a roll. 54. The identification tag system of claim 53, wherein the plurality of removably interconnected identification tags are provided in the form of a sheet. The supply of identification tags is
Each of identification tags including means for receiving information about a particular group of people or objects, removably interconnected to each other and separable from each other for respective attachment to the pliable strap 43. The identification tag system according to claim 42, comprising an association group. 58. The identification tag system of claim 57, wherein the related group of identification tags includes at least one relatively large tag and at least one relatively smaller tag. 43. The identification tag of claim 42, wherein each of the identification tags further comprises at least one removable label that includes means for receiving information associated with the particular wearer or object. system. 60. The identification tag system of claim 59, wherein the at least one removable label comprises a plurality of removable labels. The identification tag further comprises: a printable sheet having a first part and a second part, wherein the information receiving means comprises a printable area presented on the upper side. And the second paper portion includes a plurality of backside adhesive labels, each including means for receiving information associated with the particular wearer or object. 43. An identification tag system according to 42. To be attached to an elongate, bendable strap with associated fastening means for constructing and holding the strap in the form of a closed ring of a selected perimeter size that is wrapped around a particular wearer or part of an object A printable paper including a first portion defining at least one identification tag made into
The at least one identification tag defining a printable area presented at the top for receiving print information associated with the particular wearer or object;
A second portion defining a plurality of removable backside adhesive labels, each including defining a printable area for receiving print information associated with the particular wearer or object; and ,
An identification tag system comprising: A slender and bendable strap having associated fastening means for constructing and holding the strap in the form of a closed ring of a selected perimeter size, wrapped around a particular wearer or part of an object;
64. The identification tag system of claim 62, further comprising: 64. The identification tag system according to claim 62, wherein the first and second paper portions are separable. 64. The identification tag system of claim 62, wherein each of the labels comprises a peelable label. 64. The identification tag system of claim 62, wherein the at least one identification tag defined in the first portion of the sheet includes a plurality of identification tags. The identification tag system according to claim 66, wherein at least one of the plurality of identification tags is color-coded. 64. The identification tag system of claim 62, wherein the at least one identification tag includes a transparent protective cover film. 64. The identification tag system of claim 62, wherein the at least one identification tag has a multilayer structure. 63. The identification tag system of claim 62, wherein the print information is printed on each of the at least one identification tag and the label in a human readable form. 63. The identification tag system of claim 62, wherein the print information is printed on each of the at least one identification tag and the label in a machine readable form. 63. The identification tag system of claim 62, wherein the print information is printed on each of the at least one identification tag and the label in a human readable form and a machine readable form. 63. The identification tag system of claim 62, wherein the at least one identification tag has at least one slot formed therein for receiving a slide fit of the strap therethrough. The at least one identification tag includes means for receiving information about a particular group of people or objects, each being removably interconnected and separable from each other for respective attachment to the pliable strap 63. The identification tag system of claim 62, comprising a related group of identification tags. The first paper portion coats a first surface layer defining the printable area on a front surface thereof, a transparent backing sheet under the first surface layer, and a front surface of the backing sheet. A transparent adhesive film and a release film that coats the back side of the first surface layer at the same time leaving the back side portion corresponding to the printable area uncoated,
The backing sheet has a first portion under the printable area, and a size and shape that is adjacent to the first portion on one side thereof and substantially mirrors the first portion. A second part,
The printable area is adhered to the underlying first portion of the backing sheet by the adhesive film;
The first surface layer and the backing sheet are pre-formed so as to allow the moldable separation as a unit of the printable area and the first and second portions of the backing sheet. Including the fragile lines made,
63. The identification tag system of claim 62, wherein the second portion of the backing sheet is foldable over the front surface of the printable area and overlies and protects print information thereon. . The second paper portion includes a second surface layer defining the plurality of labels, a second backing sheet under the first and second surface layers, and a back side of the second surface layer The identification tag system according to claim 75, further comprising: a transparent adhesive film that coats the front surface of the second backing sheet. The identification tag system according to claim 76, wherein the first and second surface layers comprise a common sheet. A surface layer extending over the first and second paper portions; a backing sheet under the surface layer and extending over the first and second paper portions; and An adhesive film for coating the back side, and a release film for coating the front surface of the backing sheet,
The surface layer in the first paper portion is adjacent and has a size and shape that defines the at least one printable first region and is substantially a mirror of the first region. Define the second area,
The surface layer in the second paper portion defines the plurality of labels;
The surface layer includes a pre-formed fragile line to allow peel-off separation of the first and second regions as a unit;
The first and second regions are foldable rearward so that their back sides are oriented in a face-to-face relationship, thereby forming the at least one identification tag having a multi-layer structure. 63. The identification tag system according to claim 62. 79. The surface layer of claim 78, wherein the surface layer comprises a first surface layer material within the first paper portion and a second surface layer material within the second paper portion. Identification tag system. 79. The identification tag system of claim 78, wherein the adjacent second region comprises a second printable region. A surface layer extending across the first and second paper portions; a backing sheet lying below the surface layer and extending across the first and second paper portions; and the surface An adhesive film coating the back side of the layer, and leaving the front side of the backing sheet across the first paper portion uncoated while simultaneously spreading the front side of the backing sheet so as to spread over the second paper portion. A release film to be coated,
The surface layer in the first paper portion defines the at least one printable area, the surface layer in the second paper portion defines the plurality of labels;
The surface layer and the backing sheet are each substantially configured to permit die separation of the printable area and the portion under the backing sheet as a unit defining the at least one identification tag. 63. The identification tag system of claim 62, comprising a pre-formed fragile line arranged in a mechanical manner. 82. The surface layer of claim 81, wherein the surface layer comprises a first surface layer material within the first paper portion and a second surface layer material within the second paper portion. Identification tag system. The printable paper is
A first surface layer defining the first paper portion, further defining the at least one identification tag separable therefrom, and defining one end thereof;
A second surface layer extending across the paper portion; a backing sheet under the second surface layer defining an end on one side; and an adhesive film coating the back side of the second surface layer; A release film that coats the front surface of the backing sheet, wherein the second surface layer defines the plurality of labels,
64. The identification tag system according to claim 62, further comprising means for connecting the one end of the first surface layer to the one end of the backing sheet. The identification tag system according to claim 83, wherein the connection means includes an adhesive bead. 84. The identification tag system according to claim 83, wherein the connecting means comprises a bendable web. The at least one identification tag defined on the first paper portion further incorporates at least one removable label including means for receiving information associated with the particular wearer or object. 63. The identification tag system according to claim 62.

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