Bonnie J Bachman, 741000 Nordland Dr, Stoughton, WI 53589

7025596, Apr 11, 2006

Jun 14, 2004

10/867345

James A. Zollo - Weston FL, US
Bonnie J. Bachman - Davie FL, US
Alan R. Beatty - Plantation FL, US
Stephen O. Bozzone - Lauderhill FL, US
Nitin B. Desai - Coral Springs FL, US
Ronald J. Kelley - Plantation FL, US
Rami C. Levy - Plantation FL, US

Motorola, Inc. - Schaumburg IL

H01R 33/00

439 37, 428102, 442243, 442262, 442265

A method and apparatus form electrical connections between electronic circuits and conductive threads () that are interwoven into textile material (). Electronic circuits (), such as semiconductor dies, are connected to a carrier () and electrical connections () are made to conductive connection areas () on the carrier (). Conductive stitching () provides electrical contacts for both the conductive connection areas () on the carrier () and the conductive threads () that are interwoven into the textile material (). Optionally, a thin, flexible substrate material () is perforated during the stitching process.

7169250, Jan 30, 2007

Jul 27, 2004

10/899966

Gene Kim - Plantation FL, US
Bonnie J. Bachman - Davie FL, US
Stephen O. Bozzone - Lauderhill FL, US

Motorola, Inc. - Schaumburg IL

B29C 65/00

156290, 156278, 156321, 156325, 156296, 156310, 428401, 4282921, 204164, 333186, 333197, 4234471

Nanofibrous articles can be manufactured by a process that includes preparation of a surface of a substrate to provide an adhesion mechanism for securing the nanofibers to the surface. The nanofibers can be dispersed in an area near the substrate for the purpose of being adhered to the surface. If an ordered arrangement of nanofibers is required, an electric field can be provided in the area where the nanofibers are dispersed to selectively control an ordering of the nanofibers as they are adhered to the surface by the adhesion mechanism.

2005017, Aug 11, 2005

Feb 11, 2004

10/776658

Stephen Bozzone - Lauderhill FL, US
Bonnie Bachman - Davie FL, US
Ryan Nilsen - Pompano FL, US

H04M001/00

455551000

A modular communication system () can include an adaptable communication module () having a transceiver () coupled to a processor () and memory (), and a first interface block () coupled to the processor, and a host device () having a power source (), a user interface (), and a second interface block (). The host device can be among a plurality of host devices having different user interfaces and the processor is adaptable to control the different user interfaces when the first interface block recognizes the second interface block. The module can further include a DSP () and a display () coupled to the processor as well as an antenna (). A host device can be a phone, a wristwatch, a camera or video phone, an MP3 player, a heart rate monitor, a game controller, a toy, a stroller, or a crib among other devices.

2005028, Dec 29, 2005

Jun 15, 2004

10/867618

Stephen Bozzone - Lauderhill FL, US
Bonnie Bachman - Davie FL, US

G09B007/00

434323000

The invention concerns a method () and system () for electronically generating random responses in a portable electronic device (). The method includes the steps of detecting () motion of the portable electronic device, in response to the detecting step, generating () the random response and outputting () the random response to a user of the portable electronic device. The method can further include the steps of prompting () the user to ask a question and following a predetermined time period after prompting the user to ask the question, prompting () the user to shake the portable electronic device. The prompted question can be answerable with a yes or no.

5686521, Nov 11, 1997

Apr 23, 1996

8/636724

Brian Massengale - Colorado Springs CO
Paul Schauer - Colorado Springs CO
Charles Dahle - Woodland Park CO
Barry Gregerson - Colorado Springs CO
Bonnie Bachman - Boulder CO
Thomas Oesterle - Colorado Springs CO

Empak, Inc. - Chanhassen MN

C08J 510
C08K 304
C08L 2312

524496

A milled carbon fiber reinforced polymer having increased abrasion resistive characteristics. The reinforced polymer comprises a base resin selected from the group consisting of polyolefins and polyamides. The base resin is combined with an amount of milled carbon fibers and further may be combined with polytetrafluoroethylene. The resulting composite materials have excellent friction and wear characteristics and are useful in the production of injection molded parts. The molded parts have a high impact strength, exhibit dimensional stability, are abrasion resistive, and are static dissipative, with the composite materials having particular utility as support fixtures for semiconductors during certain processing operations.