Abstract: The present specification describes an ultra-high frequency (UHF) radio frequency identification (RFID) device, having a wire inlay bonded with a plastic material; and, an electronic integrated circuit attached thereto. The wire inlay is formed by looping and embedding the wire in a predefined circular design on a substrate. The UHF RFID device operates within frequencies ranging from 840 MHz to 960 MHz. The electronic integrated circuit comprises a transponder chip operating at frequencies ranging from 840 MHz to 960 MHz; and the transponder chip is a Class 1 Generation 2 UHF RFID transponder chip.

Abstract: The present specification describes an ultra-high frequency (UHF) radio frequency identification (RFID) device, having a wire inlay bonded with a plastic material; and, an electronic integrated circuit attached thereto. The wire inlay is formed by looping and embedding the wire in a predefined circular design on a substrate. The UHF RFID device operates within frequencies ranging from 840 MHz to 960 MHz. The electronic integrated circuit comprises a transponder chip operating at frequencies ranging from 840 MHz to 960 MHz; and the transponder chip is a Class 1 Generation 2 UHF RFID transponder chip.

Abstract: A monitoring apparatus for the eye has a soft contact lens formed of a transparent substrate having an inner surface that faces the eye and an outer surface. A first arcuate pattern of resistive traces is formed onto the outer surface of the lens substrate and centered about the center of the lens. A second arcuate pattern of resistive traces is formed onto the inner surface of the lens substrate and centered about the center of the lens. One or more conductive traces connects the first pattern to the second pattern. A signal monitor is in signal communication with the first and second arcuate patterns of resistive traces and provides a signal indicative of the lens shape according to electrical current through the first and second arcuate patterns of resistive traces.

Abstract: A monitoring apparatus for the eye has a soft contact lens formed of a transparent substrate having an inner surface that faces the eye and an outer surface. A first arcuate pattern of resistive traces is formed onto the outer surface of the lens substrate and centered about the center of the lens. A second arcuate pattern of resistive traces is formed onto the inner surface of the lens substrate and centered about the center of the lens. One or more conductive traces connects the first pattern to the second pattern. A signal monitor is in signal communication with the first and second arcuate patterns of resistive traces and provides a signal indicative of the lens shape according to electrical current through the first and second arcuate patterns of resistive traces.

Abstract: A method for systematically generating and evaluating an innovation. The method includes identifying and selecting a new opportunity. The method also includes conceptualizing the new opportunity into a plurality of potential products and distributing an economic risk associated with the opportunity. The method can also include envisioning an organization for introducing products and pursing the opportunity.

Abstract: A method for systematically generating and evaluating an innovation. The method includes identifying and selecting an entrepreneurial opportunity. The method also includes conceptualizing the entrepreneurial opportunity into a plurality of potential products and distributing an economic risk. The economic risk is associated with the opportunity. The method also includes envisioning an organization for introducing products and pursing the opportunity.