Identification bracelet

• US 5,364,133 A
• Filed: 01/12/1994
• Issued: 11/15/1994
• Est. Priority Date: 01/12/1994
• Status: Expired due to Term

• Current Assignee: Zebra Technologies Corporation
• Original Assignee: Zebra Technologies Corporation
• Inventors: Hofer, Gene A., Longe, Karen M.
• Primary Examiner(s): Rosenbaum, Mark
• Assistant Examiner(s): Fridie, Jr., Willmon
• Application Number:
  US08/180,440
• Time in Patent Office: 307 Days
• Field of Search: 283/72, 283/74, 283/75, 283/80, 283/94, 283/98, 283/107, 283/900, 40/633, 40/299, 40/304, 40/665
• US Class Current: 283/75
• CPC Class Codes: G09F 3/005 Identification bracelets, e.g. secured to the arm of a person
• CPC Class Codes: Y10S 283/90 Medical record

Abstract

An identification bracelet formed from upper and lower layers of flexible material removably laminated with a selectively printed release layer and a pigmented adhesive. The lower layer has a plurality of die cut areas which can be removed to expose a portion of the adhesive, which is then overlapped with, and attached to the upper layer. The adhesive is applied over a selectively printed release layer so as to have areas of high adhesion and areas of low adhesion to the upper layer which separate differentially and form a "void" indication, for example, if the attached ends are separated after application.

Claims

1. An identification bracelet comprising:

a. an upper layer of transparent flexible material for displaying identifying data, said upper layer having top and bottom opposed surfaces;

b. a transparent release layer comprising predetermined printed portions applied to said bottom surface of said upper layer;

c. a pigmented, adhesive layer applied to said bottom surface of said upper layer over said release layer, the adhesive layer forming a relatively strong adhesive bond to the upper layer in areas between the printed portions of the release layer, and forming a relatively weak adhesive bond to the printed portions themselves; and

,

d. a lower layer of flexible material removably laminated to the upper layer by the adhesive layer;

e. wherein, upon any separation of said upper layer from said adhesive layer, a first portion of said pigmented adhesive layer located between said predetermined printed portions of said release layer remains adhered to said bottom surface of said upper layer and forms a border surrounding said printed portions, and a second portion of said adhesive layer detaches therefrom, thereby causing said predetermined printed portions of said release layer to become visually distinguishable from said upper layer and thus providing an indication that the identification bracelet has been altered.

2. An identification bracelet as recited in claim 1, wherein relamination of said upper, release and adhesive layers creates a misalignment between said first and second portions of said adhesive layer and maintains a significant part of the visual distinctiveness of said predetermined printed portions of said release layer.

3. An identification bracelet as recited in claim 1, wherein said lower layer forms a bond with said adhesive layer which is weaker than the bond between said upper layer and said adhesive layer, both at the areas between the printed portions and at the printed portions.

4. An identification bracelet as recited in claim 3, wherein said lower layer is provided with at least one removable section for exposing a section of said adhesive layer and for defining an area for attaching a forward end of said top surface of said upper layer to said exposed adhesive after said identification bracelet has been wrapped around a user, thereby substituting the top surface of the upper layer as a carrier for said adhesive layer at said removable section of said lower layer.

5. An identification bracelet as recited in claim 1, wherein said release layer is substantially thinner than said upper layer of flexible material.

6. An identification bracelet as recited in claim 1, wherein said adhesive layer is formed of a pressure-sensitive adhesive.

7. An identification bracelet as recited in claim 1, wherein said identifying data has been applied to said top surface of said upper layer by a thermal transfer process.

8. An identification bracelet as recited in claim 1, wherein said bracelet has a leading end and a trailing end, and at least one of said ends is tapered as compared to the other.

9. An identification bracelet as recited in claim 1, wherein said lower layer is transparent.

10. An identification bracelet comprising:

a. an upper layer of transparent flexible material for displaying identifying data, said upper layer having top and bottom opposed surfaces;

b. a transparent release layer comprising predetermined printed portions applied to said bottom surface of said upper layer;

c. a pigmented, adhesive layer applied to said bottom surface of said upper layer over said release layer, the adhesive layer having a relatively strong adhesive bond to the upper layer in areas between said printed portions, and a relatively weak adhesive bond in areas where the printed portions exist; and

,

d. a lower layer of flexible material removably laminated to the upper layer by the adhesive layer;

e. wherein any separation of said upper layer from said adhesive layer causes an image of said predetermined printed portions to be visually defined on the lower layer by a portion of the adhesive layer which remains on the lower layer after separation, thereby providing an indication that the identification bracelet has been altered.

11. An identification bracelet as recited in claim 10, wherein relamination of said upper, release, adhesive and lower layers creates a misalignment in said adhesive layer which preserves a significant part of the visual distinctiveness of said image defined on said lower layer.

12. An identification bracelet as recited in claim 10, wherein said lower layer is provided with at least one removable section for exposing a receiving section of the adhesive layer without otherwise disrupting said adhesive layer, and wherein a forward end of said top surface of said upper layer is attached to said receiving section, thereby replacing said lower layer below said receiving section.

13. An identification bracelet as recited in claim 12, wherein said image of said printed portions is defined by a portion of adhesive remaining on said forward end of said top surface of said upper layer after separation of said upper layer from said adhesive layer.

14. An identification bracelet as recited in claim 10, wherein said release layer is substantially thinner than said upper layer of flexible material.

15. An identification bracelet as recited in claim 10, wherein said identifying data has been printed on said top surface of said upper layer by a thermal transfer process.

16. A continuous series of individual, detachable identification bracelets of the type worn by hospital patients for displaying patient identifying information, each of said individual bracelets comprising:

a. an upper layer of transparent flexible material for displaying identifying data, said upper layer having top and bottom opposed surfaces;

b. a transparent release layer comprising predetermined printed portions applied to said bottom surface of said upper layer;

c. a pigmented, adhesive layer applied to the bottom surface of said upper layer over the release layer, the adhesive layer having a relatively strong adhesive bond to the upper layer in areas between the printed portions, and a relatively weak adhesive bond to the printed portions; and

,

d. a lower layer of flexible material removably laminated to the upper layer by the adhesive layer;

e. wherein a separation of the upper layer from said adhesive layer causes a first portion of said adhesive layer located between the printed portions to define a border around said printed portions thereby making said printed portions visually distinguishable from said upper layer and thus providing an indication of separation.

17. A continuous series of detachable identification bracelets as recited in claim 18, wherein die cuts are provided between each of said series of bracelets, and said die cuts are of sufficient depth to be sensed by an optical sensing device.