ROBERT L MANN, III
Mental Health at College St, Jacksonville, FL

License number

Florida 5853

Issued Date

Sep 12, 2006

Effective Date

Jul 29, 2009

Expiration Date

Mar 31, 2011

Organization information

See more information about ROBERT L MANN at bizstanding.com

Robert L. Mann III, LLC

7800 Pt Mdw Dr, Jacksonville, FL 32256

Status:

Inactive

Industry:

Business Services at Non-Commercial Site

Professional information

Co-Publisher At Metrojacksonville.com

Position:

Co-Publisher at metrojacksonville.com

Location:

Jacksonville, Florida Area

Industry:

Transportation/Trucking/Railroad

Work:

metrojacksonville.com - Jacksonville, Florida Area since May 2007 - Co-Publisher National Railway's of Colombia - Bello Yard, Medellin, Colombia SA. Jul 1998 - Apr 2007 - Railroad Consultant US Postal Service - Sanford, Florida / Oklahoma City, Oklahoma May 1984 - Feb 1998 - Supervisor of Deliveries Continental Airlines Jan 1983 - May 1984 - Ticket Agent Tamiami Trailways - Jacksonville, FL May 1982 - May 1984 - Transportation Supervisor Piedmont Airline May 1980 - May 1984 - Ticketing and Reservation Agent Emery Worldwide - Jacksonville International Airport May 1982 - May 1983 - Agent Transit Enterpirses - Los Angeles Union Passenger Terminal Jul 1976 - May 1980 - President

Education:

Oklahoma State University-Oklahoma City 1992 - 1995
Jones College-Jacksonville 1980 - 1982

Interests:

All forms of mobility. Railroad technology. Railroad, interurban and streetcar history. Bus and intercity coach operations. Preservation. History. Canoeing. Gardening. "War of Yankee Aggression," and WWII Pacific theater.

Languages:

English, Spanish

Instantaneous Fluid Heating Device And Process

US Patent:

5784531, Jul 21, 1998

Filed:

Jan 5, 1996

Appl. No.:

8/583872

Inventors:

Robert W. Mann - Jacksonville FL
Herman H. Hall - Jacksonville FL

International Classification:

F24H 110

US Classification:

392494

Abstract:

Instantaneous fluid heating device and process including an instantaneous fluid heating device which features forced fluid recirculation past/through heating elements/vessel featuring immersible electrical heating elements in a plurality of heating vessels arranged in series with all of said electrical heating elements/vessels being of equal electrical power/volume so as to be equal in overall heating capacity and receiving electricity simultaneously by on/off switching of electrical power via one or more solid state relays responsive to the minutest changes of temperature below/above the set point.