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Eric F Cave

from Indianapolis, IN
Deceased
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Connected to:
Adriana Cave, 35Andrew Cave, 69Angelica Cave, 30Beth Cave, 51Bobbin K Cave, 83Charlyn J Cave, 41Christy A Cave, 70Clinton R Cave, 75Cody Cave, 45Damien J Cave, 50

Eric Cave Phones & Addresses

  • Indianapolis, IN

Resumes

Resumes

Eric Cave Photo 1

Eric Cave

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Eric Cave Photo 2

Sales Center Manager At First Financial Bank

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Position:
Sales Center Manager at First Financial Bank
Location:
Columbus, Indiana
Industry:
Banking
Work:
First Financial Bank - Columbus, Indiana since Jul 2012
Sales Center Manager
First Financial Bank - Seymour, IN May 2011 - Jul 2012
Banking Center Assistant Manager
First Financial Bank May 2010 - Apr 2011
Client Service Advisor
First Financial Bank Oct 2009 - May 2010
Teller
Irwin Union Bank Sep 2008 - Sep 2009
Financial Service Advisor
Education:
Indiana University Purdue University at Columbus 2011 - 2013
Masters, Business Administration Indiana University Purdue University at Columbus 2007 - 2011
B.S. in Business, Finance Columbus North High School 2002 - 2006
Academic Honors Diploma
Skills:
Business Communications
Banking
Financial Advisory
Customer Service
Consumer Lending
Sales
Financial Analysis
Interests:
Music, Running, Basketball, New Technology, Family
Honor & Awards:
IUPUC Portfolio Management Champion Spring 2010 Obannon Honors Grant 2006-2009

Publications

Us Patents

Stylus Coning Fixture

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US Patent:
44034539, Sep 13, 1983
Filed:
Oct 21, 1981
Appl. No.:
6/313577
Inventors:
Eric F. Cave - Indianapolis IN
James J. Cowden - Indianapolis IN
Assignee:
RCA Corporation - New York NY
International Classification:
B24B 514
US Classification:
51124R
Abstract:
An apparatus for positioning the tip of a stylus adjacent a rotating scaife while continuously rotating the stylus comprises a base plate connected to a platform by means for sweeping the plate through a sweep arc. A tube is connected to the base plate by means for pivoting the tube about an axis parallel to the surface of the scaife, and is also connected to means for exerting a constant torque about the axis in a direction forcing one end of the tube toward the surface of the scaife. The tube supports a rotating shaft and is positioned to allow one end of the shaft to move adjacent the surface of the scaife, the one end of the shaft being adapted to hold the shank of a stylus. A ramp block is mounted on the platform between the base plate and the scaife. The block has an inclined ramp oriented along a direction which allows the tube to make contact therewith, while the stylus is positioned adjacent the surface of the scaife, and be lifted from the surface of the scaife when the sweeping means moves the plate through a portion of the sweep arc.

Apparatus For Lapping A Facet On A Tip Of A Workpiece

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US Patent:
46035125, Aug 5, 1986
Filed:
Dec 24, 1984
Appl. No.:
6/685723
Inventors:
Eric F. Cave - Indianapolis IN
James J. Cowden - Beverly MA
Assignee:
RCA Corporation - Princeton NJ
International Classification:
B24B 916
US Classification:
51229
Abstract:
An apparatus for lapping a facet at the tip of a stylus by softly setting the tip down adjacent a rotating scaife comprises a moveable carriage supported on a platform. The carriage is moved vertically along a second axis substantially orthogonal to the first axis. A stylus holder operates to pivot the stylus toward the scaife and is biased by a spring or weight to assure a soft set down of the stylus tip on the scaife. A displacement sensor senses the angular displacement of the holder and generates a displacement signal proportional to the angular displacement relative to a predetermined reference position.

Stylus Manufacturing Method

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US Patent:
44174233, Nov 29, 1983
Filed:
Oct 13, 1981
Appl. No.:
6/310857
Inventors:
Eric F. Cave - Indianapolis IN
James J. Cowden - Indianapolis IN
Assignee:
RCA Corporation - New York NY
International Classification:
B24B 100
US Classification:
51283R
Abstract:
A method for forming a face on a crystalline dielectric material having anisotropic crystallographic hardness. The method includes the steps of contacting the dielectric material with an abrasive surface having a loosely bound charge of abrasive particles, while maintaining relative motion between the dielectric material and the abrasive surface, and isotropically coning the dielectric material by continuously rotating the dielectric material and applying a force between a dielectric material and the abrasive surface which allows a face to be produced in the dielectric material because of its anisotropic crystallographic hardness.
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Eric F Cave from Indianapolis, INDeceased Get Report