COUNTRYÃÂî Financial since May 2010
Financial Representative
COUNTRYÃÂî Financial Jun 2009 - May 2010
Agency Intern
Hilton Portland & Executive Tower Jun 2005 - Sep 2008
Front Office Supervisor
Education:
Mt. Hood Community College
AS, Hotel & Resort Management
Portland State University
BA, Econocmics, Political Economy
Skills:
Retirement Planning Financial Advisory Retirement Life Insurance Investments Defined Benefit Defined Contribution Mutual Funds Finra Pensions Management Customer Service 401K Employee Benefits Financial Planning Financial Services Mergers and Acquisitions Fiduciary Due Diligence Presentations Business Development Asset Management Asset Allocation Portfolio Management Investment Management
Interests:
Snowboarding Golfing Camping Rafting Fishing
Certifications:
Certified 401(K) Professional, C(K)P® Certified Behavioral Finance Analyst, Cbfa® Charterted Retirement Plans Specialist, Crps® Chartered Retirement Planning Counselor, Crpc® Series 6 Series 63 Series 65 Accredited Investment Fiduciary, Aif® Certified Behavioral Finance Analyst Certified 401(K) Professional Charterted Retirement Plans Specialist Chartered Retirement Planning Counselor Trau - the Retirement Advisor University Allianz Global Investors College For Financial Planning Certified 401(K) Professional, C(K)P Certified Behavioral Finance Analyst, Cbfa Charterted Retirement Plans Specialist, Crps Chartered Retirement Planning Counselor, Crpc
Robert K. Stevens - Racine WI, US Jonathan Ray McClain - Milwaukee WI, US Richard Little - Racine WI, US
Assignee:
Racine Federated, Inc. - Racine WI
International Classification:
G01F 1/24
US Classification:
702 64, 702 45, 7386158, 7386108, 7386154
Abstract:
A variable area flow meter has a magnet carried by a piston which is moved to a position representing fluid flow. An array of magnetoresistive bridge sensors adjacent the path of magnet movement senses the magnet position. The bridges are unbalanced by the magnet field. The analog unbalance signals are read and processed in digital form to develop a flow signal. The flow meter circuits are powered from a 4–20 MA current loop or a remote power supply. Each bridge sensor is powered only when the bridge unbalance signal is being read, to minimize the power requirement.