George W Hall

US Patent:

20010035645, Nov 1, 2001

Filed:

Nov 12, 1998

Appl. No.:

09/191000

Inventors:

JAMES J. CARIDES - LAWRENCEVILLE GA, US
JAMES T. PITTMAN - LULA GA, US
BENNY R. RICH - GAINESVILLE GA, US
GEORGE W. HALL IV - GAINESVILLE GA, US
TERRY D. FUTRAL - NEWNAN GA, US

International Classification:

B32B009/00

US Classification:

283/081000, 428/043000, 428/040100

Abstract:

A multi-ply label structure is especially, although not necessarily, adapted for affixation to a vessel. The multi-ply label is intended to protect a game piece, coupon, or other material from moisture and other detrimental external environments before affixation to the vessel. As a result, the bottle can be immersed in water for an extended period without destroying the integrity of the label structure.

US Patent:

20140198885, Jul 17, 2014

Filed:

Jan 15, 2013

Appl. No.:

13/741732

Inventors:

Earnest Jefferson Holder - Canton GA, US
George Martin Hall - Sebastian FL, US

Assignee:

Propagation Research Associates, Inc. - Marietta GA

International Classification:

H04B 7/08

US Classification:

375347

Abstract:

A received signal that includes a target signal and an interference signal is sampled in space and time and then filtered into a matched-filtered signal and into a mis-matched-filtered signal, which is orthogonal to, or nearly orthogonal to, the matched-filtered signal. The interference signal is present in both the matched-filtered signal and the mis-matched-filtered signal, whereas the target signal is present in only the matched-filtered signal. In the mis-matched-filtered signal, the interference signal is different from the matched-filtered signal in the temporal property, but is the same as the matched-filtered signal in the spatial property. After the matched-filtered signals and the mis-match-filtered signals have been obtained for the signals received by each antenna element of an array of antenna elements, they are processed to obtain a result vector, W, that is a representation of the target signal without the interference.