Fanner Consulting - Global since Jan 2013
Consultant
Stanadyne Jun 2010 - 2012
Director Global Engineering
Fanner Consulting, LLC 2009 - Jun 2010
Consultant
Cummins Power Generation 2004 - 2008
Engineering Director
Cummins Power Generation 1984 - 2004
Engineering Manager
Education:
University of Saint Thomas - School of Business 2010 - 2010
University of Saint Thomas - School of Business 2009 - 2009
University of Saint Thomas - School of Business 2001 - 2001
Loughborough University
University of Brighton
Worthing College
Skills:
Six Sigma Cross Functional Team Leadership Lean Manufacturing Manufacturing Continuous Improvement Leadership Project Management Engineering Product Development Process Improvement Management Strategy Program Management Fmea Change Management Engineering Management Manufacturing Engineering Process Engineering Root Cause Analysis Automotive Kaizen Product Management Start Ups Training Power Generation Quality Management Supply Chain Management Product Design 5S Value Stream Mapping Quality System Dmaic Supply Management Fuel Injection Minitab Iso Electronics Kanban Data Management Reciprocating Engines Emissions Control Operational Excellence Spc Manufacturing Operations Management Supply Chain Apqp Global Management Ppap Fuel System Design Engine Engineering
Interests:
Habit For Humanity 2000 2002 Current People Serving People 2007 2008 1998 2005 2006 2008 Junior Achievement Teacher Pta Board Member
Fanner Consulting - Global since Jan 2013
Consultant
Stanadyne Jun 2010 - 2012
Director Global Engineering
Fanner Consulting, LLC 2009 - Jun 2010
Consultant
Cummins Power Generation 2004 - 2008
Engineering Director
Cummins Power Generation 1984 - 2004
Engineering Manager
Education:
University of Saint Thomas - School of Business 2010 - 2010
University of Saint Thomas - School of Business 2009 - 2009
University of Saint Thomas - School of Business 2001 - 2001
Loughborough University
University of Brighton
Worthing College
Skills:
Manufacturing Power Generation Data Management Six Sigma Fuel Injection Lean Manufacturing Engineering FMEA Engineering Management Continuous Improvement Root Cause Analysis Cross-functional Team Leadership Kaizen Automotive Process Engineering Reciprocating Engines Product Development 5S DMAIC Manufacturing Engineering Emissions Control Fuel System Design Engine Engineering Global Management Minitab Program Management Strategy Supply Chain Management Product Management Value Stream Mapping Change Management Leadership Process Improvement Management ISO Project Management
Interests:
Junior Achievement Teacher, 1998 – current; Vice Chairperson of not-for-profit Lake Harriet Christian Childcare center, 2000-2002; PTA Board Member, 2005-2006; Habit for Humanity, 2008; People Serving People – 2007-2008
Honor & Awards:
Four US Engineering Patents;
U.S. & G.B./E.U. Citizenship;
Cummins’ Diversity Champion, 2003;
Cummins’ Diversity Council member, 2004 – 2006.
John C. Fanner - Coon Rapids MN Nick V. Halstead - Oak Grove MN
Assignee:
Onan Corporation - Minneapolis MN
International Classification:
F02D 700
US Classification:
123382
Abstract:
An apparatus for assisting a primary governor device (20) on an engine at certain load conditions or during transient loading is disclosed. The primary governor device has a control arm (12) which is moved by a primary governor spring (15) via a primary governor arm (14). The control arm (12) governs opening and closing of the throttle plate (10) on the carburetor (11). Four embodiments (47, 54, 30 and 78) of the governor assist mechanism are disclosed. The governor assist apparatus has an assist spring (48, 55, 32, 76) operatively connected to the control arm (12). A vacuum capsule (41) actuates the assist spring (48, 55, 32, 76) from the primary governor device (20) according to the vacuum in the intake manifold and load on the engine. The first embodiment or linear mechanism (47) has an assist spring (48), an intermediate link (49), and the diaphragm plunger (40) in linear alignment. The second embodiment or rocker mechanism (54) interconnects the assist spring (55) and the diaphragm plunger (40) by means of a pivotal arrangement or bell crank (58).
Steven M. Swanson - Minneapolis MN John C. Fanner - Coon Rapids MN Nick V. Halstead - Oak Grove MN
Assignee:
Onan Corporation - Minneapolis MN
International Classification:
F02D 3100 F02M 3900
US Classification:
123376
Abstract:
An apparatus for assisting a primary governor device (20) on an engine at certain load conditions or during transient loading is disclosed. The primary governor device has a control arm (12) which is moved by a primary governor spring (15) via a primary governor arm (14). The control arm (12) governs opening and closing of the throttle plate (10) on the carburetor (11). Four embodiments (47, 54, 30 and 78) of the governor assist mechanism are disclosed. The governor assist apparatus has an assist spring (48, 55, 32, 76) operatively connected to the control arm (12). A vacuum capsule (41) actuates the assist spring (48, 55, 32, 76) from the primary governor device (20) according to the vacuum in the intake manifold and load on the engine. The first embodiment or linear mechanism (47) has an assist spring (48), an intermediate link (49), and the diaphragm plunger (40) in linear alignment. The second embodiment or rocker mechanisn (54) interconnects the assist spring (55) and the diaphragm plunger (40) by means of a pivotal arrangement or bell crank (58).
John C. Fanner - Fridley MN Warren E. Snyder - Elm Grove WI
Assignee:
Dresser Industries, Inc. - Dallas TX
International Classification:
F02M 2104
US Classification:
123277
Abstract:
The air fuel ratio control systems described for controlling the air fuel mixture being supplied to the prechamber of gaseous fueled, internal combustion engines includes a pressure control regulator that is responsive to inlet manifold pressure to assure that the pressure of the fuel supplied to the prechamber is as desired and includes volume flow control valves arranged in the air conduit and in the fuel conduit for providing the desired air fuel ratio. Further, the system may include controls for providing relatively rich fuel mixtures or fuel only to the prechambers at certain phases of operation of the engine.
Carburetor altitude compensator apparatus (20) includes fingertip adjustable fuel to air mixture adjustment screw (22). The adjustment screw (22) includes a tracking member (30) rotatable therewith and cooperating with a graduated scale (42) to indicate the altitude at which optimum fuel/air mixture is derived for any given setting of the adjustment screw (22). An indentation (34) cooperates with the tracking member (30) to limit the range of possible adjustment of the adjustment screw (22) so as to avoid engine damage regardless of what adjustment the adjustment screw (22) is set at.
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