James E. Jones
Psychologist at Walnut St, Boulder, CO
License number
Colorado 1724
Issued Date
Jun 25, 1993
Renew Date
Sep 1, 2015
Expiration Date
Aug 31, 2017
Type
Licensed Psychologist
Address
Address
1634 Walnut St SUITE 201, Boulder, CO 80302
Personal information
See more information about James E. Jones at radaris.comName
Address
Phone
5124 Williams Fork Trl APT 206, Boulder, CO 80301
Professional information
See more information about James E. Jones at trustoria.com
James Jones - Boulder, CO
James Jones - Boulder, CO
Work:
CoreLogic Spatial Solutions - Boulder, CO
Implementation Manager Absolute Performance Inc - Boulder, CO
Sales Engineer Exelis Visual Information Solutions - Boulder, CO
Senior Programming Language Support Engineer
Implementation Manager Absolute Performance Inc - Boulder, CO
Sales Engineer Exelis Visual Information Solutions - Boulder, CO
Senior Programming Language Support Engineer
Education:
University of Colorado Boulder - Boulder, CO
MS in Computer Science University of Colorado Boulder - Boulder, CO
BA in Germanic Languages
MS in Computer Science University of Colorado Boulder - Boulder, CO
BA in Germanic Languages
Skills:
Java, .NET C#, C/C++, IDL, SQL, XML, Python, Perl and Javascript on IDEs Visual Studio, NetBeans, Eclipse and IDLDE on Windows and Linux/UNIX operating systems. Advanced expertise on software apps: MS Office Excel, Word, PowerPoint and Access, FoxPro, ENVI, ArcGIS, Adobe Photoshop, Illustrator and Dreamweaver, Visio.
Motion And Tilt Angle Sensor
Motion And Tilt Angle Sensor
US Patent:
6472864, Oct 29, 2002
Filed:
Apr 11, 2000
Appl. No.:
09/546996
Inventors:
Bruce D. Emo - Boulder CO
James M. Jones - Boulder CO
Paul J. Poisson - Boulder CO
James M. Jones - Boulder CO
Paul J. Poisson - Boulder CO
Assignee:
Mobile Storage Technology, Inc. - Milpitas CA
International Classification:
G01B 714
US Classification:
32420716, 73493, 7351431, 32420722, 3336611, 200 6145 R
Abstract:
A mass moves within a bore defined in a body. During normal operation the axis of the bore is approximately vertical, so that the mass rests at the bottom. A magnet is positioned adjacent the top of the bore and imparts an upwards force on the mass that is less than the downwards force on the mass upwards force on the mass that is less than the downwards force on the mass from gravity. A coil is positioned adjacent the bottom of the bore. When the body is dropped, or tilted beyond a critical angle from vertical, the force from the magnet causes the mass to move upwards in the bore. The upwards movement is sensed as a change in the coils inductance.
Enhanced Method And System Of Unloading Magnetic Heads
Enhanced Method And System Of Unloading Magnetic Heads
US Patent:
5969899, Oct 19, 1999
Filed:
Apr 2, 1997
Appl. No.:
8/832029
Inventors:
Michael R. Utenick - Niwot CO
Dan A. Hunter - Boulder CO
James M. Jones - Boulder CO
Thomas L. Andrews - Boulder CO
Dan A. Hunter - Boulder CO
James M. Jones - Boulder CO
Thomas L. Andrews - Boulder CO
Assignee:
Mobile Storage Technology, Inc. - Boulder CO
Samsung Electronics Co., Ltd. - Seoul
Samsung Electronics Co., Ltd. - Seoul
International Classification:
G11B 5596
US Classification:
360 7804
Abstract:
An enhanced method and system for unloading magnetic heads are disclosed. The system limits the maximum and minimum speed of the actuator while unloading the heads during a power failure. A BEMF control circuit monitors the velocity of the actuator using the BEMF of the actuator as a gauge of the velocity. The BEMF control circuit uses a sense resistor to remove the inherent resistive component of the actuator from its BEMF measurement. If the velocity of the actuator increases above a safe level the BEMF control circuit decreases actuator current to prevent further acceleration. If the velocity of the actuator decreases below a safe level the BEMF control circuit increases the actuator current to accelerate the actuator to a safe level.