MICHAEL DION MILLER, D.C.
Chiropractic at Alma School Rd, Chandler, AZ

6141563, Oct 31, 2000

Dec 16, 1997

8/991580

Michael Addison Miller - Chandler AZ
James Morris Tooker - Phoenix AZ

Motorola, Inc. - Schaumburg IL

H04Q 720

455558

A subscriber unit (101) includes a SIM card reader (107) for receiving a SIM card (105). The subscriber unit (101) is serialized and has stored therein an alphanumeric signature value which is associated with the specific serialized subscriber unit (101). The subscriber unit (101) is fully operable only with a SIM card (105) having stored therein the specific signature value corresponding to the serialized subscriber unit (101). A user having a SIM card (105) containing the specific signature value for that subscriber unit can select a mode of user operation which will permit multiple selected SIM card holding users to use the subscriber unit.

2004006, Apr 1, 2004

Sep 27, 2002

10/259702

Michael Miller - Chandler AZ, US
Timothy Krey - Phoenix AZ, US
Donald Bridges - Mesa AZ, US
James Melquist - Tempe AZ, US

The Boeing Company - Seattle WA

B32B027/38

428/413000

An optically clear structural laminate includes a thermosetting resin, a silane coupling agent and a filler. The laminate has a high weight to strength ratio and is capable of optical transmission over a wide range of temperatures. The laminate has increased tensile strength and is capable of being easily formed into complex shaped components. The structural properties of the laminate make it useful as aircraft canopies and windows.

6117517, Sep 12, 2000

May 19, 1998

9/081327

Rodolfo E. Diaz - Phoenix AZ
Michael C. Miller - Chandler AZ
Michael M. Lo Re - Phoenix AZ
James P. K. Gilb - Tempe AZ
Shahriar Alam - Chandler AZ

Northrop Grumman Corporation - Los Angeles CA

B32B 306

428102

A synthetic magnetodielectric composite material for absorbing electromagnetic radiation has a sheet of fabric having first and second surfaces. The fabric is formed of an insulating material. Magnetically permeable thread is disposed within the fabric. The magnetically permeable thread comprises a material having a permeability substantially greater than the permeability of free space. The fabric is impregnated with resin. The magnetically permeable thread is configured to provide predetermined permittivity and permeability within a selected frequency range, so as to provide desired absorption/transmission of electromagnetic radiation.

5594218, Jan 14, 1997

Jan 4, 1995

8/368785

Rodolfo E. Diaz - Phoenix AZ
Mark C. Squires - Phoenix AZ
Michael C. Miller - Chandler AZ

Northrop Grumman Corporation - Los Angeles CA

E04B 182

181295

An EMR-absorbing anechoic chamber absorber (22, 42) uses a block of honeycomb material with a lossy material, such as carbon, applied to the sheets (4) of material from which the honeycomb is made to create wedges (36) or pyramids (44) of lossy material. Preferably, the lossy material is applied to the sheets of material in a repeating wedge-shaped pattern (16) to create the wedges of lossy material within the solid rectangular block of honeycomb material. Parallel, wedge-shaped grooves (43) are formed in the block of honeycomb material to create the pyramids of lossy material. If the lossy material is applied to the entire sheet, a set of parallel, wedge-shaped grooves are formed in the block of honeycomb material to create wedges of lossy material; two sets of parallel, wedge-shaped grooves are formed at 90. degree. angles to one another to create pyramids of lossy material.

5503887, Apr 2, 1996

Jan 4, 1995

8/368784

Rodolfo E. Diaz - Phoenix AZ
Jeffrey W. Peebles - Tempe AZ
Michael C. Miller - Chandler AZ
Robert A. Petrisko - Gilbert AZ

Northrop Grumman Corporation - Los Angeles CA

B32B 300

428 58

A conductive woven material (2) being conductive, and preferably equally conductive, in all directions is made using woven fabric (4) having conductive weft fibers (10). The material is produced by cutting the woven fabric at a first, acute angle (19) to the side edges (12, 14) to produce trapezoidally-shaped cut fabric pieces (18). The cut fabric pieces are then reoriented so that the former side edges of the fabric are placed to abut one another to create a reconstructed fabric (20) in which the weft fibers are at acute angle (22) to the length of the reconstructed fabric. Two layers of reconstructed fabric (24, 26) are placed one upon the other, with one upside down, so that the conductive weft fibers are at an angle, preferably 90. degree. , to one another so to create the conductive woven material. The conductive woven material can be used to form, for example, conductive laminates or conductive honeycomb material.

5688348, Nov 18, 1997

Jan 8, 1997

8/779542

Rodolfo E. Diaz - Phoenix AZ
Mark C. Squires - Phoenix AZ
Michael C. Miller - Chandler AZ

Northrop Grumman Corporation - Los Angeles CA

B29C 7310, H01Q 1700

156197

An EMR-absorbing anechoic chamber absorber (22, 42) uses a block of honeycomb material with a lossy material, such as carbon, applied to the sheets (4) of material from which the honeycomb is made to create wedges (36) or pyramids (44) of lossy material. Preferably, the lossy material is applied to the sheets of material in a repeating wedge-shaped pattern (16) to create the wedges of lossy material within the solid rectangular block of honeycomb material. Parallel, wedge-shaped grooves (43) are formed in the block of honeycomb material to create the pyramids of lossy material. If the lossy material is applied to the entire sheet, a set of parallel, wedge-shaped grooves are formed in the block of honeycomb material to create wedges of lossy material; two sets of parallel, wedge-shaped grooves are formed at 90. degree. angles to one another to create pyramids of lossy material.