David Kevin Jensen

US Patent:

20040085355, May 6, 2004

Filed:

Oct 31, 2002

Appl. No.:

10/286392

Inventors:

Jeffrey Harmes - Bainbridge Island WA, US
David Jensen - San Diego CA, US
Michael Tominna - San Diego CA, US

International Classification:

G09G005/00

US Classification:

345/751000, 345/780000

Abstract:

A collaborative contract management system integrates the collaborative creation of contract documents, the collaborative negotiation of the contents of those documents, and the management of executed contracts, thereby enabling multiple parallel users to work collectively on the creation, negotiation, and management of contracts. The multiple parallel users communicate with a contract server to access a database containing electronic contracts documents arranged into a plurality of files based on a contract status. A graphical user interface presented through a display at any active user terminal includes graphical representations of the files. The multiple parallel users can easily navigate through the database using the graphical user interface to create and view contract documents, view relationships between contract documents, track versions of contracts, access documents for editing, copying, or annotating during negotiation, track executed documents, and otherwise manage executed contracts.

US Patent:

51243741, Jun 23, 1992

Filed:

Feb 22, 1988

Appl. No.:

7/159200

Inventors:

Anna L. Baker - Seattle WA
David G. Jensen - Seattle WA
Brad L. Kirkwood - Seattle WA

International Classification:

C08K 906

US Classification:

523212

Abstract:

A high temperature resistant structural composite composed of ceramic fibers and an organic resin is disclosed in which improved structural performance is obtained through modification of the surface of the ceramic fibers to improve the fiber to resin bond. The ceramic fibers are coated with silanol groups that re-establish hydroxyl sites to enable a difunctional organic coupling agent to bond a resin to the ceramic fibers more effectively.

US Patent:

51301946, Jul 14, 1992

Filed:

Feb 12, 1991

Appl. No.:

7/654358

Inventors:

Anna L. Baker - Seattle WA
David G. Jensen - Auburn WA
Brad L. Kirkwood - Kent WA

Assignee:

The Boeing Company - Seattle WA

International Classification:

B32B 900
B32B 2520
D02G 300

US Classification:

428367

Abstract:

Coated ceramic fibers useful in resin matrix/reinforced composites are disclosed wherein the ceramic fibers have been heat treated at a temperature in excess of 900. degree. C. to form a microcrystalline structure. The heat treatment eliminates hydroxyl coupling sites required for coupling to a resin. The ceramic fibers are coated with silanol groups that re-establish hydroxyl sites to enable a difunctional organic coupling agent to bond a resin to the ceramic fibers more effectively.

US Patent:

51005999, Mar 31, 1992

Filed:

Jun 15, 1989

Appl. No.:

7/366630

Inventors:

Robert J. Gurnick - Tukwila WA
David G. Jensen - Auburn WA

Assignee:

The Boeing Company - Seattle WA

International Classification:

C23C 1400
C23C 1600
B29C 4100

US Classification:

264 81

Abstract:

Particulate matter having precisely controlled length, width, thickness (i. e. , height) and shape is produced with photolithographic techniques using a release film. In accordance with the method, a first photoresist layer is cured upon a substrate and a second photoresist layer is selectively cured upon the first photoresist to provide a desired pattern. The uncured portions of the second photoresist layer are removed so that a plurality of first and second deposition sites are produced wherein each said first and second deposition site has the desired area and wherein each first deposition site is located in a first plane and each second deposition site is located in a second plane. Further, portions of the substrate which are not part of the first deposition site are not located in the first plane and portions of the substrate which are not part of a second deposition site are not located in the second plane. The desired material is deposited using line-of-sight chemical deposition techniques.