LINING FOR BLOCKING WI-FI, ULTRA-SOUND, LASER, VHF, UHF, BLUE TOOTH, AND RFlD TAG SIGNAL

Abstract

A method of blocking the signal of an RFID tag from being read without consent or knowledge of the owner. A lining or cloth is first made of non-magnetic material containing non-magnetic metal in such concentration as is capable of blocking or attenuating transmission of a signal to or from said Radio Frequency Identification Tag. The lining or cloth is then incorporated into an article of manufacture wherein the article may be used to hold a Radio Frequency identification Tag. Lining for Blocking RFID Tag Signal Making a cloth or lining of non-magnetic material containing non-magnetic metal in such concentration as is capable of blocking or attenuating transmission of a signal to or from a Radio Frequency Identification tag; and incorporating the cloth or lining into an article of manufacture wherein the article may be used to block or attenuate a signal to or from a Radio Frequency Identification Tag.

1 . A process for blocking the signal of a Radio Frequency identification tag comprising the steps of, making a lining or thread and cloth of non-magnetic material containing non-magnetic metal in such concentration as is capable of blocking or attenuating transmission of a signal to or from said Radio Frequency identification tag; and incorporating said lining or thread and cloth into an article of manufacture wherein the article may be used to hold a Radio Frequency identification tag within it.
 A. Wherein said non-magnetic metal is selected from a group consisting of aluminum, copper, gold, silver, chromium, carbon nanotubes, and platinum.   B. Wherein said lining or thread and cloth does not substantially affect the ability of the article to bend or fold in its intended use and wherein said bending and folding does not alter the ability of said lining or thread and cloth to attenuate or block said signal.   C. Wherein said lining or thread and cloth is incorporated in said article of manufacture in such a manner that it is not visible without deconstructing the article of manufacture.   D. Wherein said non-magnetic material is in the form of a foil.   E. Wherein said article of manufacture is selected from a group consisting of a bags, backpacks, bags, boxes, briefcases, cases, clothing, envelopes, handbags, labels, money belts, night deposit bags, passport cases, patches, pockets, purses, sleeves and wallets.   F. Wherein said non-magnetic metal is a compound comprised of molecules containing one or more non-magnetic metal atoms.   
     
     
         2 . A process for blocking the signal of a Radio Frequency identification Device comprising the steps of, making a lining of thread, cloth, plastic, gel, aerosol, paint, or glue with non-magnetic metals uniformly distributed or embedded therein in such concentration as is capable of blocking or attenuating transmission of a signal to or from a Radio Frequency identifications tag; and incorporating said lining or thread and cloth into an article of manufacture wherein the article may be used to hold a Radio Frequency identification tag within it.
 A. Wherein the lining or thread and cloth is integrated into the manufacture of, the article such that it is unrecognizable as a lining and is indistinguishable from the components of the article.   B. Wherein the lining is incorporated into a cover for ground fault outlets that prevents an RFID reader from triggering the ground fault.   
     
     
         3 . A process for blocking the signal of a Radio Frequency identification Device comprising the steps of, making a patch comprised of a ceramic, plastic, gel, aerosol, paint, or glue with non-magnetic metals uniformly distributed or embedded therein in such concentration as is capable of blocking or attenuating transmission of a signal to or from a Radio Frequency identification tag; and applying an adhesive to one side of said patch, wherein said adhesive is capable of adhering the patch to a Radio Frequency identification tag.
 A. Wherein said adhesive is made of acryl ate copolymer microspheres.