Douglas Harold Morgan

8213547, Jul 3, 2012

Dec 12, 2008

12/334112

Brandon M. Sisley - Liberty Township OH, US
Brad Prichard - Bloomington IN, US
Douglas N. Morgan - Bloomington IN, US
Craig A. Rouland - Solsberry IN, US

The United States of America as represented by the Secretary of the Navy - Washington DC

H03D 3/22

375329, 375130, 375136, 375279, 375308

A system and method to detect a signal of interest. In one embodiment, the system comprises a memory including a first parameter value, a second parameter value, a third parameter value and a program to identify active video values and null values in a first plurality of signals including the signal of interest. The system includes an interface portion adapted to receive a second plurality of signals based upon power levels of a first plurality of signals. The signal of interest is detectable based on the first, second and third parameter values.

8576953, Nov 5, 2013

Sep 16, 2008

12/211483

Brandon M. Sisley - Liberty Township OH, US
Brad A. Prichard - Bloomington IN, US
Douglas N. Morgan - Bloomington IN, US
Craig A. Rouland - Solsberry IN, US

The United States of America as represented by the Secretary of the Navy - Washington DC

H03D 3/22
H04L 27/22

375329, 375279, 375316, 375322

A system and method for processing signals are disclosed. The method may be performed, at least partially, by the system. In one embodiment, the method comprises sending a first plurality of data including transmission parameters to a transmission system for transmitting of a first plurality of signals, receiving a second plurality of signals including signals based on the power level of the first plurality of signals, detecting in the second plurality of signals the signals corresponding to the first plurality of signals, outputting a second plurality of data based on the power levels of the second plurality of signals corresponding to the first plurality of signals, and receiving the second plurality of data and associating the first plurality of data and the second plurality of data based on the time when the first plurality of signals was transmitted and the second plurality of signals was received.

20180023215, Jan 25, 2018

Oct 15, 2015

14/883907

- Circleville OH, US
Douglas J. Morgan - Ashville OH, US
Stephen D. Ingle - Bainbridge OH, US

Nanomeld LLC - Circleville OH

D01D 5/00
B01D 39/16
B01D 46/54
B01D 46/00
D01F 8/04
D04H 3/11

A method of bonding a nanofiber web of nanofibers having diameters of between about 50 nanometers and about 2,000 nanometers onto a surface of a woven or nonwoven polymeric media having media fiber diameters of between about 700 nanometers and about 50,000 nanometers utilizes exposing the topmost layer of nanofibers and media fibers to a jet of heated air for a time and at a distance such that substantially only the topmost layer of fibers are bonded. The jet of heated air exits through a nozzle slot having a length of less than about 2 inches in the nanofiber web travel direction. The temperature of the heated air ranges from about 2 to about 10 times the nanofiber melting temperature, and heat air has a nozzle slot velocity of greater than about 500 feet/minute. An adhesive may bond the nanofibers, to a media, which may be bi-component fiber fibers.