Daniel Alan Olsen
Physical Therapy at Red Cloud Ct, Fort Collins, CO
License number
Colorado 12631
Issued Date
May 16, 2014
Renew Date
Nov 1, 2016
Expiration Date
Oct 31, 2018
Type
Physical Therapist
Address
Address
2736 Red Cloud Ct, Fort Collins, CO 80525
Personal information
See more information about Daniel Alan Olsen at radaris.comName
Address
Phone
384 Sunset Dr, Craig, CO 81625
3547 Nottingham Ct APT 1, Boulder, CO 80304
6583 Rookery Rd, Fort Collins, CO 80528
Professional information
Daniel Olsen - Fort Collins, CO
Work:
American Physical Therapy Association
University Medical Center of Tucson
Physical Therapy Intern Mountain View Care Center - Mountain View, CA
Physical Therapy Intern HealthSouth Rehabilitation Hospital
Physical Therapy Intern
Physical Therapy Intern Mountain View Care Center - Mountain View, CA
Physical Therapy Intern HealthSouth Rehabilitation Hospital
Physical Therapy Intern
Education:
FRANKLIN PIERCE UNIVERSITY - Goodyear, AZ
Doctor of Physical Therapy UNIVERSITY OF NORTHERN COLORADO - Greeley, CO
Bachelor of Science in Sport and Exercise Science
Doctor of Physical Therapy UNIVERSITY OF NORTHERN COLORADO - Greeley, CO
Bachelor of Science in Sport and Exercise Science
Axial Cam Driven Valve Arrangement For An Axial Cam Driven Parallel Piston Pump System
US Patent:
5733105, Mar 31, 1998
Filed:
Mar 19, 1996
Appl. No.:
8/618367
Inventors:
Carl D. Beckett - Vancouver WA
Kevin D. O'Hara - Washougal WA
Daniel B. Olsen - Fort Collins CO
Steven E. Soar - Vancouver WA
Glenn E. Siemer - Vancouver WA
Kevin D. O'Hara - Washougal WA
Daniel B. Olsen - Fort Collins CO
Steven E. Soar - Vancouver WA
Glenn E. Siemer - Vancouver WA
Assignee:
Micropump, Inc. - Vancouver WA
International Classification:
F04B 112
US Classification:
417269
Abstract:
A reciprocating piston pump provides pulseless delivery of liquid. It is suitable for use in compact environments or for the delivery of small amounts of liquid, as in chromatographic analysis devices. The pump includes two pistons with pumping chambers that are alternately connected to inflow and outflow lines through a control valve. The control valve moves between a first position in which inflow is directed to the first piston chamber and outflow to the second piston chamber, and a second position in which outflow is directed to the first piston chamber and inflow is directed to the second piston chamber. Each outflow pulse from the piston is sustained longer than each inflow pulse, and the outflow pulses are staggered and partially superimposed to provide substantially pulseless delivery of liquid from the pump. A rotating cam moves the pistons of the pumps and the control valve between their operating positions described above. The cam rotates at a constant speed around an axis that is parallel to the axis of movement of the piston pumps.
System And Method For Accelerated Occlusion Culling
US Patent:
5751291, May 12, 1998
Filed:
Jul 26, 1996
Appl. No.:
8/690433
Inventors:
Daniel M. Olsen - Fort Collins CO
Noel D. Scott - Fort Collins CO
Robert J. Casey - Fort Collins CO
Noel D. Scott - Fort Collins CO
Robert J. Casey - Fort Collins CO
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
G06T 1540
US Classification:
345422
Abstract:
An occlusion culling circuit for use in a graphics computer receives graphics primitives data including x and y coordinates for each pixel, a z depth value, and r, g, b, and a or index color data. For each group of primitives, the graphics computer scans the primitive and determines a volume which completely bounds the primitive. The z depth values for the pixels comprising the bounding volume are then compared by the occlusion culling circuit to the depths of the pixels in the already rendered primitives to determine whether any pixels in the incoming primitive are visible. If no pixels are visible, the occlusion culling circuit clears the result register and receives the next graphics primitive. If, on the other hand, one or more pixels is visible, the occlusion culling circuit completely renders the primitives bounded by the bounding volume. Since the graphics primitives which are totally occluded can bypass the more intensive pixel by pixel processing and storage, the speed and efficiency of the graphics computer can be significantly increased.
System And Method For Accelerated Occlusion Culling
US Patent:
6094200, Jul 25, 2000
Filed:
Feb 6, 1998
Appl. No.:
9/020189
Inventors:
Daniel M. Olsen - Fort Collins CO
Noel D. Scott - Fort Collins CO
Robert J. Casey - Fort Collins CO
Noel D. Scott - Fort Collins CO
Robert J. Casey - Fort Collins CO
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
G06T 1540
US Classification:
345422
Abstract:
An occlusion culling circuit for use in a graphics computer receives graphics primitives data including x and y coordinates for each pixel, a z depth value, and r, g, b, and a or index color data. For each group of primitives, the graphics computer scans the primitive and determines a volume which completely bounds the primitive. The z depth values for the pixels comprising the bounding volume are then compared by the occlusion culling circuit to the depths of the pixels in the already rendered primitives to determine whether any pixels in the incoming primitive are visible. If no pixels are visible, the occlusion culling circuit clears the result register and receives the next graphics primitive. If, on the other hand, one or more pixels is visible, the occlusion culling circuit completely renders the primitives bounded by the bounding volume. Since the graphics primitives which are totally occluded can bypass the more intensive pixel by pixel processing and storage, the speed and efficiency of the graphics computer can be significantly increased.