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Daniel R Kemppainen, 4838770 Tapiola Rd, Chassell, MI 49916

Known as:
Daniel Ralph Kemppainen
Related to:
Sandra Kemppainen 55 Leigh Kemppainen Amber Kemppainen 46 John Kemppainen 74 Leigh Kemppainen 70 Danile Kemppainen 60 Amber Kemppainen 44

Daniel Kemppainen Phones & Addresses

38770 Tapiola Rd, Chassell, MI 49916    906-5234284   

39304 Tapiola Rd, Chassell, MI 49916    906-5234959   

25403 Acorn St, Calumet, MI 49913    906-3370024   

4043 Acorn St, Calumet, MI 49913    906-3370024   

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Mentions for Daniel R Kemppainen

Publications & IP owners

Us Patents

Wrist Pin Sensing System And Method

US Patent:
2009015, Jun 18, 2009
Filed:
Dec 18, 2007
Appl. No.:
11/959259
Inventors:
Daniel R. Kemppainen - Calumet MI, US
Assignee:
MICHIGAN TECHNOLOGICAL UNIVERSITY - Houghton MI
International Classification:
G01B 11/26
G01M 15/06
US Classification:
7311501, 356614, 250215
Abstract:
A method, and a system employing the method, for determining a position of a rotational part in a reciprocating machine. The system includes a quadrature encoder and an interrupter coupled to the rotational element. As the interrupter rotates with the wrist pin, the quadrature encoder generates some binary signals based on the rotation of the wrist pin. A digital-to-analog converter then converts the binary signals into a single analog signal. The system then wirelessly transmits the single analog signal for processing by other remote components.

Rotational Torque Measurement Device

US Patent:
2011001, Jan 20, 2011
Filed:
Jul 15, 2010
Appl. No.:
12/837253
Inventors:
Paul A. LaVigne - Hancock MI, US
Daniel R. Kemppainen - Calumet MI, US
Glen L. Barna - Houghton MI, US
International Classification:
G01L 3/08
G01L 3/10
US Classification:
702 41, 73862324, 73862321
Abstract:
A device for measuring torque applied through a rotating member. A first torsion reference member is fixedly coupled to the rotating member at a first axial position and a second torsion reference member is fixedly coupled to the rotating member at a second axial position. A first detector detects the passage of the first torsion reference member past the first detector upon each full rotation of the rotating member and to generate a first signal upon each passage of the first torsion reference member. A second detector detects the passage of the second torsion reference member past the second detector upon each full rotation of the rotating member and to generate a second signal upon each passage of the second torsion reference member. A controller calculates a phase difference between the first signal and the second signal relative during rotation of the rotating member under a torsional load.

Possible Relatives

Donna R Kemppainen  Ryan E Kemppainen  Daniel K Standridge  Daniel C Stanfield  Daniel E White  Daniel R Jolly  Daniel N Stanko  Daniel F Stanley  Daniel S Starkweather  Daniel F Starr 

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