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James B Dehlsen

from Santa Barbara, CA
Age ~59
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Also known as:
James Brenton Dehlsen, Jim Dehlsen, Dehlsen James
Phone and address:
101 E Victoria St STE D, Santa Barbara, CA 93101
(805) 884-9664
Related to:
Bette Barron DiazMartin Hahn, 62Megan Kaser, 25Mary Kaser, 49Douglas Kaser, 63
Connected to:
Anna M Dehm, 33Erika Dehm, 87Heather D Dehm, 41James D Dehmel, 74Hans G Dehmelt, 102Daryl V Dehmer, 57Elizabeth J Dehmer, 68Greg M Dehmer, 51Kathleen A Dehmer, 84Meredith L Dehmer, 55

James Dehlsen Phones & Addresses

  • 101 E Victoria St STE D, Santa Barbara, CA 93101 (805) 884-9664
  • 101 E Victoria St #F, Santa Barbara, CA 93101
  • 1420 E Valley Rd, Santa Barbara, CA 93108
  • 1151 Alameda Padre Serra, Santa Barbara, CA 93103
  • Montecito, CA
  • San Diego, CA
  • Carpinteria, CA
  • Tehachapi, CA

Work

Position: Professional/Technical

Education

Degree: High school graduate or higher

Industries

Renewables & Environment

Resumes

Resumes

James Dehlsen Photo 1

Chairman At Clipper Windpower

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Location:
Santa Barbara, California Area
Industry:
Renewables & Environment
Experience:
Clipper windpower (Public Company; 201-500 employees; Renewables & Environment industry): chairman,  (-) 

Publications

Wikipedia References

James Dehlsen Photo 2

James Dehlsen

Work:
Business category:

Turbines

Education:
Area of science:

Architecture

Skills & Activities:
Award:

Renewable Energy Award

James Dehlsen Photo 3

James Dehlsen

Us Patents

Integrated Panel With Skylight, Ventilation, Solar Hot Water System And Solar Photovoltaic/Lighting System

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US Patent:
8575470, Nov 5, 2013
Filed:
Dec 22, 2009
Appl. No.:
12/644258
Inventors:
James G. P. Dehlsen - Montecito CA, US
James B. Dehlsen - Santa Barbara CA, US
Alex Fleming - Santa Barbara CA, US
Assignee:
Ecomerit Technologies LLC - Santa Barbara CA
International Classification:
H01L 31/042
F24J 2/38
US Classification:
136246, 126600, 126621, 126680
Abstract:
An integrated alternative energy roofing panel incorporates an array of solar concentrator tubes interconnected with transparent web to form a joined plate supported in frame elements with an attached working fluid manifold. The working fluid in the manifold is operatively in contact with the solar concentrator tubes for transferring heat from the tubes. In one exemplary construction, each of the solar concentrator tubes terminates in a conducting metal sleeve which extends beyond the frame element into the manifold. A safety glass panel is attached to one frame element beneath the joined plate. The joined plate and safety glass panel may be sealed to the frame elements to form a chamber and the chamber may be evacuated. A plurality of light emitting diodes (LEDs) are embedded in the web for supplemental lighting. An array of photovoltaic cells mounted to a top surface of the manifold and a battery are interconnected for powering the LEDs.

Self-Erecting Tower And Method For Raising The Tower

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US Patent:
20040045226, Mar 11, 2004
Filed:
Aug 19, 2003
Appl. No.:
10/644419
Inventors:
James Dehlsen - Montecito CA, US
Amir Mikhail - Santa Barbara CA, US
International Classification:
E04B001/346
E04B007/16
E04C003/30
E04B001/00
E04G021/00
E04G023/00
US Classification:
052/071000, 052/726300, 052/745110, 052/745170
Abstract:
A tall tower is divided into an upper section with a tower top and a lower section with a tower bottom. The sections are hinged together. The lower section is hinged to a tower base. A telescoping crane is attached to a lift point on the lower section. The crane is extended to lift the sections to the vertical position with the lower section resting on the base and the tower top of the upper section near ground level. A heavy load is attached to the tower top end using a small ground crane while the tower top of the upper section is near ground level. The telescoping crane is attached to another lift point on the upper section to partially lift the upper section, which is supported in this position. The telescoping crane is relocated and reattached to the lift point on the upper section. The telescoping crane is fully extended to raise the upper section and load to vertical above the lower section.

Asymmetric Complete Expansion Rotary Engine Cycle

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US Patent:
20050284439, Dec 29, 2005
Filed:
Jul 25, 2005
Appl. No.:
11/189137
Inventors:
William Peitzke - Santa Barbara CA, US
James Dehlsen - Goleta CA, US
Geoffrey Deane - Goleta CA, US
International Classification:
F02B053/04
US Classification:
123221000
Abstract:
An asymmetric complete-expansion thermodynamic engine cycle is provided by an engine which compresses an air/fuel mixture to a given ratio, ignites and combusts the mixture, and expands the products through a power stroke to a volume substantially larger than the compression volume before being vented and purged to the atmosphere. This cycle is performed by a non-axisymmetric main rotor revolving within a cylindrical housing. Sealing means associated with the main rotor provide for the varied compression and expansion volumes. The cylindrical housing also contains means for air intake, fuel injection, venting, and spent gas exhaust porting.

Multilobe Rotary Motion Asymetric Compression/Expansion Engine

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US Patent:
20070240674, Oct 18, 2007
Filed:
Oct 7, 2005
Appl. No.:
11/246049
Inventors:
William Peitzke - Montecito CA, US
Lawrence Howes - Santa Barbara CA, US
Matt Brown - San Diego CA, US
James Dehlsen - Montecito CA, US
International Classification:
F02B 53/00
F02B 57/00
F02B 75/26
F04C 27/00
F01C 19/00
F04C 15/00
F04C 2/00
F02B 53/10
F02B 53/04
US Classification:
123241000, 123243000, 123206000, 123229000, 12304300C, 12304300R, 418149000, 418136000
Abstract:
A rotary engine with multiple pivotally mounted lobes desmodromically extendible and retractable from a rotor to trace asymmetric volumes for inlet and compression and expansion and exhaust based on the contour of the engine case which the lobes sealingly engage.

Multiple Rotor Fluid Transfer Engine

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US Patent:
20090214371, Aug 27, 2009
Filed:
Feb 23, 2009
Appl. No.:
12/391070
Inventors:
William R. Peitzke - Montecito CA, US
Matt Brown - San Diego CA, US
James G.P. Dehlsen - Montecito CA, US
Christopher J. Grieco - Buellton CA, US
Assignee:
GYROTON CORPORATION - Carpinteria CA
International Classification:
F01C 1/24
US Classification:
418196
Abstract:
A fluid transfer engine employs a case with a cylindrical inner wall having an operating radius extending from a case axis. A main rotor is carried within the case and incorporates a lobe with a major radius equal to and concentric with the operating radius of the case, the main rotor having a minor radius defining a body. Two peripheral rotors are diametrically opposed with respect to the case axis and rotate within rotor chambers extending from the case. Each peripheral rotor has a radius equal to the minor radius and a center of rotation located at twice the minor radius from the case axis. Each of the peripheral rotors rotates in uniform circular motion with the main rotor in sealing contact with the body and incorporates a sculpted recess for receiving the lobe of the main rotor.

Multi-Point Tethering And Stability System And Control Method For Underwater Current Turbine

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US Patent:
20100181774, Jul 22, 2010
Filed:
May 20, 2008
Appl. No.:
12/666531
Inventors:
James G.P. Dehlsen - Montecito CA, US
Matthew Brown - San Diego CA, US
Christoperh Grieco - Buellton CA, US
Assignee:
AQUANTIS, LLC - Carpinteria CA
International Classification:
F03B 13/10
US Classification:
290 54
Abstract:
A method of controlling a tethered, underwater, water current-driven turbine, power-generating device. The device is comprised of dual turbines and dual rotor blades turned by fluid flow, each turbine including one or more generators driven by rotor blades. The device is connected by device tethers to a strut, which is moveable to control depth of the device. The strut is connected to the ocean floor by tripodal tethers: a main tether, a left side tether and a right side tether, which are strut control tethers. One or more winches are controlled to maintain operation of the device within set parameters by varying the tension on one or more of the strut control tethers.

Renewable Energy Fluid Pump To Fluid-Based Energy Generation

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US Patent:
20100276935, Nov 4, 2010
Filed:
Jun 3, 2008
Appl. No.:
12/678819
Inventors:
James G.P. Dehlsen - Montecito CA, US
Christopher J. Grieco - Buellton CA, US
William Peitzke - Montecito CA, US
Assignee:
DEHLSEN ASSOCIATES, L.L.C. - Carpinteria CA
International Classification:
F03D 9/02
F03D 9/00
F04B 17/02
US Classification:
290 54, 417334
Abstract:
A wind or water turbine mounted atop a support tower or tethered underwater drives a hydro-pumping system. The turbine converts wind or water energy into a driving torque applied to the hydro-pump. The hydro-pump forces water through a pipe transmission system to an onshore facility. On shore, the resultant pressurized fluid-flow propels a hydroelectric generating system to produce electricity or may first be used in a Reverse Osmosis desalinization process and the byproduct in part used to propel a hydroelectric generating system to produce electricity. The cold-water discharge from the hydroelectric generating system and/or from the desalinization process is used for onshore district or power plant cooling purposes.

Modular Rotor Blade For A Power-Generating Turbine And A Method For Assembling A Power-Generating Turbine With Modular Rotor Blades

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US Patent:
20110020126, Jan 27, 2011
Filed:
Jan 14, 2009
Appl. No.:
12/863920
Inventors:
Brian Glenn - Plymouth CA, US
James G.P. Dehlsen - Montecito CA, US
Walter Keller - Dahn, DE
Andreas Rohm - Wendlingen, DE
Wolfgang Mehrle - Billigheim-Ingenheim, DE
Martin Stuckert - Annweiler, DE
Assignee:
CLIPPER WINDPOWER TECHNOLOGY, INC. - Carpinteria
International Classification:
F01D 5/14
B23P 15/04
US Classification:
416223 A, 298892
Abstract:
A modular rotor blade for a power generating turbine allows simple replacement of individual rotor blade sections in case of damage to or malfunction of a section. The modular rotor blade includes at least two rotor blade sections, wherein each rotor blade section includes at least one connecting part having at least one conical opening. The connecting parts of adjacent rotor blade sections rest against each other such that the conical openings of the connecting parts are aligned with each other and form a continuous conical connecting opening. Receiving elements for receiving tensioning elements are arranged at the smaller diameter end of the conical connecting opening. A conical bolt corresponding to the continuous conical connecting opening is arranged therein, and at least one tensioning element passes through the conical bolt and tensions the conical bolt against the receiving element.
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James B Dehlsen from Santa Barbara, CA, age ~59 Get Report