DEVICE FOR REFLECTING MICROWAVE WAVES IN WAVE CANCELLING INTERFERENCE PATTERNS
First Claim
1. A case for a mobile device, the mobile device including an internal antennae operably connected to a radio transceiver, wherein an upper portion of the mobile device has an ear piece that is adapted to be proximate a user'"'"'s ear during normal use, the case comprising:
- a frame encompassing a portion of the mobile device;
a circular reflector positioned a predetermined location relative to the ear piece;
a holder for the circular reflector that positions the circular reflector on the frame at the predetermined location;
wherein the predetermined location is a function of the position of the antenna, the ear piece and the frequency band of the radio transceiver.
1 Assignment
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Accused Products
Abstract
a radio case device intended for use upon, or integrated into, a cellular smart phone device. The installation of a stacked tubular or semi-tubular circumferential reflective elements within the top of the case of such case device results in overlapping omnidirectional reflected time phased re-broadcast of received signal of origin from the microwave or radio device. The re-broadcast signals or reflected signals provide a circumferential omnidirectional signal reflections from differing levels of depth (and accordingly differing distances from signal source) with fractal subdivisions from each depth of element. This creates multiple, interactive, layered and fractal interference patterns, resulting in reduced signal penetration in the area of the end user'"'"'s body and head).
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Citations
20 Claims
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1. A case for a mobile device, the mobile device including an internal antennae operably connected to a radio transceiver, wherein an upper portion of the mobile device has an ear piece that is adapted to be proximate a user'"'"'s ear during normal use, the case comprising:
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a frame encompassing a portion of the mobile device; a circular reflector positioned a predetermined location relative to the ear piece; a holder for the circular reflector that positions the circular reflector on the frame at the predetermined location; wherein the predetermined location is a function of the position of the antenna, the ear piece and the frequency band of the radio transceiver.
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2. A method for attenuating the communication signals transmitted from a mobile devices antenna in the proximity of the mobile device'"'"'s ear piece, the method comprising:
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determining the position of the antenna; determining the position of the ear piece relative to the antenna; determining a phase shift required to create destructive interference with the communication signal at a position proximate the ear piece; positioning a reflector such that the propagation of the communication signal to the reflector and the propagation of a reflected communication signal from the reflector to the position proximate the ear piece results the phase difference between the communication signal and the reflected communication signal at the position proximate the ear piece; wherein the reflector is attached to the mobile device. - View Dependent Claims (3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A mobile device comprising
an antenna; -
a transmitter operable connected to the antennal; an ear piece; wherein the ear piece is positioned proximate a user'"'"'s ear when in the mobile device is in use; a reflector positioned at predetermined location relative to the ear piece and the antenna; wherein the predetermined location is a function of the position of the antenna, the ear piece and the frequency band of the radio transceiver. - View Dependent Claims (14, 15, 16, 17, 18, 19, 20)
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Specification