LUTRON ELECTRONICS Coopersburg, PA 2012 to 2014 Sales Director, Lowe'sAPEX/DANAHER TOOL GROUP Sparks, MD 2005 to 2012 Director of Sales, Home CentersNEWELL-RUBBERMAID Huntersville, NC 2002 to 2005 Director of Sales-Sears, Irwin, Shur-Line, RubbermaidIrwin Saw Blades
2001 to 2002 Director of Marketing, Strategic Business Unit LeaderVERMONT AMERICAN CORPORATION Louisville, KY 1997 to 2000 Director, Craftsman Marketing GroupCraftsman Marketing Group
1994 to 1997 Director of SalesAGRI-FAB, INCORPORATED Sullivan, IL 1991 to 1994 Regional Sales ManagerSEARS, ROEBUCK & COMPANY Chicago, IL 1980 to 1991 Various Positions
Education:
ILLINOIS BENEDICTINE COLLEGE Lisle, IL 1984 Communications
M.D. Anderson Houston, TX 2002 to 2010 Desktop SupportEl Paso Energy Houston, TX 2000 to 2001 IT ContractorReliant Energy Houston, TX 2000 to 2000 IT Contractor
2009 to 2000 Director of Client ServicesArvato Digital Services Pleasant Prairie, WI 2008 to 2009 Site LeaderSear's Holding Corporation Hoffman Estates, IL 2007 to 2008 Inventory ManagerDeluxe Media Services Northbrook, IL 2004 to 2007 Operations ManagerDeluxe Media Services Northbrook, IL 2000 to 2004 Scheduling ManagerEcolab Saint Paul, MN 1992 to 2000 Materials Planning and Warehouse Manager
Education:
Northern Illinois University DeKalb, IL 1992 B.S. in Operations Management and Systems Analysis
- Upper Saddle River NJ, US Brian E. McCarthy - Coon Rapids MN, US
International Classification:
B23D 37/00
Abstract:
A broaching tool is held during the conduct of repetitive duplicate rotary broaching operations on serially presented workpieces. The broaching tool is engaged serially with each workpiece for rotation with the engaged workpiece during a corresponding rotary broaching operation. Each workpiece has a given configuration and the broaching tool has a prescribed configuration placed at an initial orientation for establishing a broached configuration placed at a same predetermined orientation relative to the given configuration of each workpiece. Upon completion of a rotary broaching operation on a workpiece, the broaching tool is returned to the initial orientation of the prescribed configuration in preparation for a duplicate rotary broaching operation on a subsequent serially presented workpiece.
- Houston TX, US Aaron E. SCHEN - Woodlands TX, US Jeries ABUJRIES - Spring TX, US Kevin W. CLARK - Montgomery TX, US Brandon EPPERSON - Magnolia TX, US Robert WARNER - Conroe TX, US Jacob RIDDEL - Humble TX, US Brian MCCARTHY - Houston TX, US Alamzeb Hafeez KHAN - Montgomery TX, US
International Classification:
G01V 1/52 G01V 1/46 E21B 12/02 E21B 47/09
Abstract:
Some embodiments include a sensor assembly comprising a sensor to be carried by a movable component movably positionable about a tool body of a downhole tool. The sensor is to take wellsite measurements and the downhole tool is positionable in a wellbore. The sensor assembly further includes electronics positionable in the movable component. The electronics are to electrically connect to the sensor to receive the wellsite measurements from the sensor, and the wellsite measurements are usable to determine wellsite parameters.
- Houston TX, US Aaron E. SCHEN - Woodlands TX, US Jeries ABUJRIES - Spring TX, US Kevin W. CLARK - Montgomery TX, US Brandon EPPERSON - Magnolia TX, US Robert WARNER - Conroe TX, US Jacob RIDDEL - Humble TX, US Brian MCCARTHY - Houston TX, US Alamzeb Hafeez KHAN - Montgomery TX, US
International Classification:
G01N 27/20
Abstract:
A sensor assembly for a downhole tool including a tool body and a movable component movably positionable about the tool body is disclosed. The sensor assembly may include a wear sensor and/or a position sensor. The wear sensor may include a core with conductors at various depths to send a signal, whereby, upon wear of the core, a change in the signal at the depth of the wear is detectable. The position sensor may be carried by the movable component, and may be used with references comprising magnets distributed about the tool body. The position sensor includes magnets having polarity responsive to polarity of the references whereby a position of the movable component is determined. The sensor assembly may also include a chassis housing electronics coupled to the position sensor and/or the wear sensor.