Senior Director, Unified Technology Consulting at FTI Consulting
Location:
San Francisco, California
Industry:
Information Technology and Services
Work:
FTI Consulting - San Francisco Bay Area since Jul 2011
Senior Director, Unified Technology Consulting
Perkins Coie LLP 2010 - 2011
National Manager of Practice Technology
Theodora, Oringer, Miller & Richman 2006 - 2010
Director of Practice Technology
Gibson, Dunn & Crutcher LLP 2001 - 2006
National Manager of Practice Technology
Education:
University of Washington 1986 - 1990
BA, English Literature (Writing Emphasis)
Kentridge High School 1984 - 1986
Brasseler USA - Greater San Diego Area since Oct 2012
District Sales Manager
Brasseler USA Feb 2011 - Oct 2012
Inside Sales
Energy One, LLC Jul 2010 - Jan 2011
Sales Representative
Marsh Jan 2007 - May 2008
Commercial Insurance Broker (aka "Risk Analyst")
Education:
University of Georgia - Terry College of Business 2008 - 2009
Masters of Business Administration, Sales, Distribution, and Marketing
University of Georgia - Terry College of Business 2002 - 2006
BBA, RMIN
Skills:
Cold Calling Sales Insurance Account Management Sales Management New Business Development Sales Force Development Marketing Negotiation Sales Process Sales Operations Strategic Planning Customer Service Financial Analysis Business Development
A structure that provides a substantially unrestricted view of the surrounding environment to its occupants. The structure includes a lower portion defined by upstanding transparent walls, and an upper transparent portion having the general appearance of an inverted funnel. The inverted funnel shape of the structure directs rising hot air currents to the inlet of a chimney positioned at the apex of the inverted funnel. The vertical position of a closure member which forms a part of the chimney is adjustable by the occupants of the structure to control air flow within the structure.
Vertically Adjustable Vent Cover Having Venturi Cone
Brian D. Crider - Palm Harbor FL Brian D. Lockett - Largo FL
International Classification:
B60H 126
US Classification:
454136
Abstract:
A vent cover for vehicles equipped with roof vents is raisable and lowerable from within the vehicle by rotating a crank. The cover includes a dome formed by a top wall, sidewalls that depend from the top wall, and a venturi cone member secured to an underside of the top wall. A vent base mounted to the roof of the vehicle has upstanding sidewalls so that air molecules exiting the vehicle must flow upwardly to pass over the top of the sidewalls and then downwardly to enter the atmosphere external to the vehicle. The air molecules are forced to flow downwardly after they have passed over the top of the vent base sidewalls by the sidewalls that depend from the top wall of the dome. The cooperative shape of the venturi cone member, the walls that depend from the top wall of the dome, and the upstanding sidewalls of the vent base creates a constricted area above the upstanding sidewalls where upwardly flowing air molecules must change their path of travel to flow downwardly. The constriction forces the air molecules to flow at a high rate of speed, creating a venturi effect that efficiently pulls stale air, smoke, fumes, and the like out of the vehicle.
Brian Crider (1976-1980), Connie Lahti (1972-1976), Gary Blombeck (1960-1965), Sue Hetland (1977-1981), Kari Hinzmann (1975-1979), Darin Hukriede (1981-1985)