Harold J. Gorenz - Lisle IL William R. Groves - Naperville IL Charles D. Hood - Elmhurst IL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H01Q 124 H01Q 150
US Classification:
343702
Abstract:
A mounting assembly to attach an radio frequency antenna to a housing of a communication device for removably securing the antenna to the communication device, the assembly includes an antenna and a circular base member extending from the antenna. The assembly allows for the quick and easy detachment of the antenna from the device without the use of tools. The communication device to which the antenna assembly is attached has a generally tubular shaped opening defining a communication device housing having a circular cross-section for removably receiving the circular base member. The housing includes an outside face, an inside face, and a recessed locking slot extending from the outside face towards the inside face. Also included are mating members for connecting a portion of the circular base member to the RF coupling and a non-contiguous locking band coaxially surrounding a portion of the circular base member for providing slidably frictional rotation of the base member within the locking band and configured to axially retain the circular base member within the locking band. The locking band has a radially projecting tongue adapted to engage the recessed locking slot to prevent rotation of the locking band relative to the housing while permitting rotation of the circular base member.
Apparatus For Non-Disruptively Interconnecting Perpheral Device Modules With A Host Device
Roger W. Ady - Lisle IL Charles D. Hood - Elmhurst IL William R. Groves - Naperville IL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G06F 1300
US Classification:
307147
Abstract:
The apparatus permits non-disruptive addition and removal of PCMCIA modules from a host device. The host device includes a signal bus connected to mating pins of the card header. The card header has a three-sided frame into which a module is inserted. A switch disposed on an edge of the header is responsive to insertion and de-insertion of the module. The length of the mating pins vary where selected mating pins of the card header have a first length for detecting substantially complete insertion and partial de-insertion of the module, and pins of a second length for applying bus signals to the module. Pins of a third length facilitate applying electrical power to the module. The computer is responsive to the switch and the mating pins such that the signal bus is deactivated to prevent corruption of the bus signals when the switch detects insertion of the module. The signal bus remains deactivated until the module is in communication with pins of a first length, whereupon the signal bus is then reactivated. This prevents electrical transients from reaching the bus.
Edward A. Cline - Algonquin IL Harold J. Gorenz - Lisle IL Charles D. Hood - Elmhurst IL Daniel K. Harden - Palo Alto CA Mark B. Friesen - Palo Alto CA Gary D. Schulz - Cary IL
A side bearing for railway cars mounted horizontally between truck and body bolsters to provide frictional engagement in a substantially vertical plane and having an elastomeric member to accommodate lateral movements. The elastomeric member is a resilient cartridge which is mounted to an upstanding flange of the side bearing's base. A friction member covers the end of the elastomeric member and also attaches to the upstanding flange.
Railcar Truck Bolster With Preassembled Friction Shoes
Eugene S. Stein - Lansing IL Charles N. Hood - Deerfield IL Charles P. Spencer - Staunton IL
Assignee:
AMSTED Industries Incorporated - Chicago IL
International Classification:
B61F 524 B61F 550
US Classification:
1051985
Abstract:
Friction shoes are preassembled in each end of a railcar truck bolster by providing openings in the bolster and in the shoes and passing a restraining member through the openings at each bolster end and tensioning and securing the restraining members so as to hold the shoes within respective pockets in the bolster. The shoes and pockets are further provided with cooperating anti-ejection features to prevent ejection of shoes after installation.
Dr. Hood graduated from the Vanderbilt University School of Medicine in 1967. He works in Scottsboro, AL and specializes in Internal Medicine. Dr. Hood is affiliated with Highlands Medical Center.
Dominion RadiologyLexington Medical Center Radiology 2720 Sunset Blvd, West Columbia, SC 29169 803 791-2460 (phone), 803 791-2519 (fax)
Education:
Medical School University of South Carolina School of Medicine Graduated: 1987
Languages:
English Spanish
Description:
Dr. Hood graduated from the University of South Carolina School of Medicine in 1987. He works in West Columbia, SC and specializes in Diagnostic Radiology. Dr. Hood is affiliated with Lexington Medical Center.
US Navy Reserve since Oct 2006
Sonar Technician
US Navy Oct 2002 - Oct 2006
Sonar Technician
Education:
Arizona State University 2012 - 2014
Professional Science Masters, Nanoscience
Arizona State University 2007 - 2012
Bachelor's degree, Interdisciplinary Studies
IT Operations administrator at McAuley Woods and A...
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Charles Hood
Work:
Ericsson Network Systems (1993-1997) GTE - Consultant (1997-1998) Parsons Brinckerhoff - Project Manager (1998-2000) Southwestern Bell Telecom - Consultant (2001-2004) Hot Springs Village Real Esate - Agent (2004-2012) Southwestern BellTelephone Company - Senior Engineer (1965-1991)
Education:
Borger High School - Texas High School Curriculum, Frank Phillips College - Pre-engineering, Eastern New Mexico University - BA in Journalism