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James Wehner Phones & Addresses

  • 1626 Esmeralda Ave, Minden, NV 89423 (775) 392-1730
  • 692 Cypress St, Orange, CA 92867
  • 692 N Cypress St STE A, Orange, CA 92867
  • 120 4Th St, Seal Beach, CA 90740 (562) 430-2567
  • Dallas, TX
  • Fullerton, CA
  • Yorba Linda, CA
  • Flagstaff, AZ

Work

Company: Caplin & Drysdale, Chartered Address:

Education

School / High School: Georgetown University Law Center

Skills

Skilled negotiator • Short Sales • Investing • Fix and Flip • Leasing • Building Client Wealth • Buyer Representation • Seller Representation • Staging • Pre-sale preparation

Languages

English

Awards

Multi-Million Dollar Producer 2005 - Pre... • Top 25 Agents Award (1300 Agents) with W...

Ranks

Licence: New York - Due to reregister within 30 days of birthday Date: 2003

Interests

Family • Running • Biking • Renovating Homes • Investing in Real Estate • Golfing

Images

Specialities

Complex Litigation • Bankruptcy • Appeals • Bankruptcy / Chapter 7

Professional Records

Real Estate Brokers

James Wehner Photo 1

James Wehner, South Scottsdale Scottsdale Agent

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Specialties:
REO / Bank Owned
Short sales
Residential sales
Luxury homes
First time home buyers
Distressed properties
Relocation
Property Management
Work:
West USA Realty
(480) 845-0934 (Phone)
License #SA557829000
Certifications:
SFR
e-PRO
Client type:
Home Buyers
Home Sellers
Property type:
Single Family Home
Condo/Townhome
Residential Rental
Interests:
Family
Running
Biking
Renovating Homes
Investing in Real Estate
Golfing
Awards:
Multi-Million Dollar Producer 2005 - Present
Top 25 Agents Award (1300 Agents) with West USA Realty
Languages:
English
Skills:
Skilled negotiator
Short Sales
Investing
Fix and Flip
Leasing
Building Client Wealth
Buyer Representation
Seller Representation
Staging
Pre-sale preparation
About:
As a successful real estate investor and Realtor®, my focus is to assist buyers (investors, first time homebuyers, second home-buyers, relocations...etc) and help them find the best deal that matches their real estate needs. My area of expertise is working in the residential real estate market. I've worked with REO/ bank owned properties, pre-foreclosures, distressed sales, fix and flips, and rental/ investment properties. For investors and I help locate low LTV investment properties that have positive cash flow and allow my clients to leverage their money with minimal down payments and low out of pocket expenses. Working with buyer clients and relocation clients, I take the time to listen to their wants and needs to help determine the right location and home for them. I enjoy helping to make their real estate dreams become reality. As for my seller clients, we work together as a team in preparing the home for sale to allow for the shortest time on the market with the highest sales price potential. With the ever so quickly changing real estate market, my ability to analyze the market allows me to effectively update my seller clients about were the market is heading. This has saved past clients thousands of dollars by being able to get their home to the right sales price number before their competition does and result in a successful sale. Our current Scottsdale and Phoenix metro real estate market is ripe for investments. If your desire is to purchase below market homes or rental/ investment properties and don't know where to find them, look no further, you have found the right agent.

Lawyers & Attorneys

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James Paul Wehner - Lawyer

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Licenses:
New York - Due to reregister within 30 days of birthday 2003
Education:
Georgetown University Law Center
James Wehner Photo 3

James Wehner - Lawyer

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Office:
Caplin & Drysdale, Chartered
Specialties:
Complex Litigation
Bankruptcy
Appeals
Bankruptcy / Chapter 7
ISLN:
909717023
Admitted:
1995
University:
Georgetown University, B.A., 1989
Law School:
Georgetown University Law Center, J.D., 1995

Resumes

Resumes

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Realtor In Scottsdale, Arizona

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Position:
Realtor®, e-Pro, SFR, CSSN at West USA Realty
Location:
Scottsdale, Arizona
Industry:
Real Estate
Work:
West USA Realty - Scottsdale, AZ since Dec 2011
Realtor, e-Pro, SFR, CSSN
Skills:
Investors
Foreclosures
Investment Properties
Buyers
REO
Real Estate
Residential Homes
Property Management
First Time Home Buyers
Leases
Property
Short Sales
Interests:
Investing, sports, running, biking, golfing, yoga.... etc.
James Wehner Photo 5

James Wehner

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James Wehner Photo 6

James Wehner

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James Wehner Photo 7

James Wehner

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James Wehner Photo 8

James Wehner

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James Wehner Photo 9

James Wehner

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Location:
United States

Business Records

Name / Title
Company / Classification
Phones & Addresses
James S. Wehner
Owner
James Wehner Construction
Framing Contractor
692 N Cypress St, Orange, CA 92867
(714) 633-4441
James S Wehner
Director, Manager
WEHNER PROPERTIES, LLC
Nonresidential Building Operator
1626 Esmeralda Ave, Minden, NV 89423
6151 E Mockingbird Ln, Dallas, TX 75214
6155 E Mockingbird Ln, Dallas, TX 75214
James Wehner
Wehner Investment Network, LLC
Forming Lp's That Invest In Assets · Investor
6102 Larchwood Dr, Huntington Beach, CA 92647

Publications

Us Patents

Solar Torque Control Using Thin Film Directionally Reflective, Emissive, Absorptive And Transmissive Surfaces

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US Patent:
6921050, Jul 26, 2005
Filed:
Jan 17, 2003
Appl. No.:
10/346888
Inventors:
James W. Wehner - Torrance CA, US
Christian M. Harris - Manhattan Beach CA, US
Michael K. O'Rell - Manhattan Beach CA, US
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
B64G001/36
US Classification:
244168, 244164
Abstract:
Controlling the solar torque imposed on a spacecraft () in flight by providing a film () with variable absorptive, reflective, emissive and/or transmissive properties on the sun side of a thermal shield () of the spacecraft (). As the orientation of the thermal shield () changes relative to the sun line, the absorptive, reflective, emissive and/or transmissive properties of the shield () change to cause the shield's () center of solar pressure to change, thus aligning it with the spacecraft () center of mass () as viewed from the direction of the sun line. In accordance with another embodiment of the invention, the spacecraft () is provided with a plurality of control vanes () that have a variable absorptive, transmissive, reflective and emissive property to maintain the spacecraft () stably pointed towards the sun.

Method For Aligning A Spacecraft

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US Patent:
7051981, May 30, 2006
Filed:
Jan 27, 2005
Appl. No.:
11/044308
Inventors:
James W. Wehner - Torrance CA, US
Christian M. Harris - Manhattan Beach CA, US
Michael K. O'Rell - Manhattan Beach CA, US
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
B64G 1/36
US Classification:
244168
Abstract:
Controlling the solar torque imposed on a spacecraft () in flight by providing a film () with variable absorptive, reflective, emissive and/or transmissive properties on the sun side of a thermal shield () of the spacecraft (). As the orientation of the thermal shield () changes relative to the sun line, the absorptive, reflective, emissive and/or transmissive properties of the shield () change to cause the shield's () center of solar pressure to change, thus aligning it with the spacecraft () center of mass () as viewed from the direction of the sun line. In accordance with another embodiment of the invention, the spacecraft () is provided with a plurality of control vanes (110–116) that have a variable absorptive, transmissive, reflective and emissive property to maintain the spacecraft () stably pointed towards the sun.

Spacecraft Including Control Vanes Having Variable Absorptive, Reflective And Emissive Characteristics

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US Patent:
7219860, May 22, 2007
Filed:
Jan 27, 2005
Appl. No.:
11/044550
Inventors:
James W. Wehner - Torrance CA, US
Christian M. Harris - Manhattan Beach CA, US
Michael K. O'Rell - Manhattan Beach CA, US
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
B64G 1/36
US Classification:
244168, 244164
Abstract:
A spacecraft including control vanes for controlling the pointing direction of the spacecraft by providing a variable absorptive, reflective, emissive and/or transmissive properties. The control vanes provide a torque on the spacecraft to maintain the spacecraft pointing towards the sun. The control vanes can include at least one x-axis control vane and at least one y-axis control vane where the xaxis control vane provides x-axis control torque on the spacecraft rotated about the x-axis, and the y-axis control vane provides y-axis control torque on the spacecraft when rotated about the y-axis.

Solar Array Momentum Control

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US Patent:
7980514, Jul 19, 2011
Filed:
Mar 14, 2008
Appl. No.:
12/048981
Inventors:
James Wehner - Torrance CA, US
Lael Rudd - Redondo Beach CA, US
Christian Harris - Manhattan Beach CA, US
Shahram Foroozan - Beverly Hills CA, US
Assignee:
Northrop Grumman Space & Mission Systems Corp. - Los Angeles CA
International Classification:
B64G 1/24
B64G 1/44
US Classification:
244168, 244164, 2441727, 136292
Abstract:
One embodiment of the invention includes a spacecraft. The spacecraft comprises at least one solar array panel comprising an array of solar cell sections. Each of the solar cell sections can be configured to generate electrical power from received solar radiation. The spacecraft also comprises a solar array selection controller configured to selectively deactivate a portion of the array of solar cell sections to generate a torque on the spacecraft based on a difference in at least one of solar and thermal radiation pressure between an activated portion of the array of solar cell sections and the deactivated portion of the array of solar cell sections.

Method And Apparatus For Radio Frequency Beam Pointing

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US Patent:
61848255, Feb 6, 2001
Filed:
Jun 29, 1999
Appl. No.:
9/342369
Inventors:
James W. Wehner - Torrance CA
Richard B. Sherwood - Palos Verdes Estates CA
Edward J. Simmons - Cypress CA
Assignee:
TRW Inc. - Redondo Beach CA
International Classification:
H01Q 300
US Classification:
342359
Abstract:
An RF beam pointing apparatus (500, 600) compensates for the effects of settling errors on antenna pointing. The beam pointing apparatus includes an attitude reference system (502, 528, 530, 534) generating an antenna attitude output from the satellite attitude. Also included is attitude comparison circuitry (528, 530), coupled to the attitude reference system, that includes an antenna pointing error output. Control circuitry (528, 530) is coupled to the attitude reference system (502, 528, 530, 534) and the attitude comparison circuitry (528, 530). The control circuitry (528,530) directs the attitude comparison circuitry (528, 530) to generate control error output signals in response to dynamic settling antenna pointing errors induced by a mechanical slew on the satellite. An electronic beam pointing system (500, 600) is provided to steer the antenna (544) in response to the antenna pointing error signals to reduce the dynamic settling antenna pointing errors to within a predetermined pointing accuracy for nominal operation (202).

Ephemeris Determination Using Intersatellite Ranging And Ephemeris Knowledge Of Other Satellites

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US Patent:
61338702, Oct 17, 2000
Filed:
Jun 29, 1999
Appl. No.:
9/342846
Inventors:
James W. Wehner - Torrance CA
Assignee:
TRW Inc. - Redondo Beach CA
International Classification:
G01S 502
H04B 7185
US Classification:
34235701
Abstract:
The present invention provides a system (200) for determining the ephemeris of a space vehicle based on distances to and ephemeris of other spacecraft. An ephemeris determining subsystem (300) obtains ephemeris data (308) for one or more reference spacecraft. Distance information (306) is obtained between the space vehicle and the reference spacecraft. The spacecraft ephemeris (312) is then calculated with ephemeris determination algorithms (302) based on the ephemeris data (308) and distance information (306). Other available information, such as stored results of previous measurements and calculations, time (310), information from other on-board sensors and attitude information may be used to enhance the accuracy or decrease the complexity of the ephemeris determination.

Compact, Variable Length Interferometer Delay Stage

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US Patent:
61410993, Oct 31, 2000
Filed:
Nov 17, 1998
Appl. No.:
9/193679
Inventors:
Michael J. Wehner - Hawthorne CA
Bruce David Marcus - West Los Angeles CA
James W. Wehner - Hawthorne CA
Assignee:
TRW Inc. - Redondo Beach CA
International Classification:
G01B 902
US Classification:
356345
Abstract:
A compact delay stage for phase delaying a light signal to provide increased amounts of phase delay to a light signal. A plurality of reflective structures are configured to provide a delay path to the light signal. One of the reflective structures is configured to accept the light signal and direct the light signal between the reflective structures a predetermined selectable number of times until the light signal has completed the delay path thereby translating the light signal into a delay signal. One of the reflective structures is configured to provide egress to the delayed signal to exit the compact delay stage.

Ephemeris/Attitude Reference Determination Using Communications Links

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US Patent:
62169831, Apr 17, 2001
Filed:
Jun 29, 1999
Appl. No.:
9/340696
Inventors:
James W. Wehner - Torrance CA
Richard B. Sherwood - Palos Verdes Estates CA
Assignee:
TRW Inc. - Redondo Beach CA
International Classification:
B64G 124
US Classification:
244158R
Abstract:
A system (300) for determining the ephemeris and attitude for a spacecraft includes ephemeris and attitude determining subsystems (700, 800) that obtain ephemeris data (708, 806) for one or more reference spacecraft crosslinked to the spacecraft. Crosslink sensor pointing information (706, 802) is obtained for the crosslink sensors. The satellite ephemeris and attitude (712, 810) are then calculated with ephemeris and attitude determination algorithms (702, 804) based on the ephemeris data (708, 806) and crosslink sensor pointing information (706, 802). Other available information, such as stored results of previous measurements and calculations, time (710, 808), spacecraft attitude (704), information from non-crosslink sensors and ranging information may be used to enhance the accuracy or decrease the complexity of the ephemeris calculations.
James S Wehner from Minden, NV, age ~78 Get Report