Michael P Moran Deceased6631 180Th St SW, Lynnwood, WA 98037

6402958, Jun 11, 2002

Aug 17, 2000

09/641047

Michael G. Moran - Danville NH

UOP LLC - Des Plaines IL

B01D 1508

210656, 2101982, 141 12, 141 80

An adsorbent bed is loaded into an HPLC column by a method which comprises fluidization of the adsorbent. The adsorbent may be added as a slurry which is then fluidized and not allowed to settle. The adsorbent bed is then immediately compressed.

6476191, Nov 5, 2002

Jan 28, 2000

09/493902

Jeanick H. Pascal - San Diego CA
Michael J. Moran - San Diego CA
Richard A. Houghten - Del Mar CA

Mixture Sciences, Inc. - San Diego CA

C07K 102

530334, 530333, 525 541, 525 5411, 523466, 423335

A solid phase synthetic method is disclosed in which the usual solid phase synthetic steps are carried out and the spent solid phase support is reacted to form a volatilizable compound upon cleavage of the reaction product from the solid phase support. The cleaved product is then separated from the volatile compound by volatilization of that compound. Exemplary solid supports that form a volatilizable compound are also disclosed.

7067623, Jun 27, 2006

Nov 1, 2002

10/286670

Jeanick H. Pascal - San Diego CA, US
Michael J. Moran - San Diego CA, US
Richard A. Houghten - DelMar CA, US

Mixture Sciences, Inc. - San Diego CA

C07K 1/04

530334, 530333, 435 72

A solid phase synthetic method is disclosed in which the usual solid phase synthetic steps are carried out and the spent solid phase support is reacted to form a volatilizable compound upon cleavage of the reaction product from the solid phase support. The cleaved product is then separated from the volatile compound by volatilization of that compound. Exemplary solid supports that form a volatilizable compound are also disclosed.

7396925, Jul 8, 2008

Jun 26, 2006

11/474671

Jeanick H. Pascal - San Diego CA, US
Michael J. Moran - San Diego CA, US
Richard A. Houghten - DelMar CA, US

Mixture Sciences, Inc. - San Diego CA

C07H 1/00

536124, 536 11, 536 41, 536 185

A solid phase synthetic method is disclosed in which the usual solid phase synthetic steps are carried out and the spent solid phase support is reacted to form a volatilizable compound upon cleavage of the reaction product from the solid phase support. The cleaved product is then separated from the volatile compound by volatilization of that compound. Exemplary solid supports that form a volatilizable compound are also disclosed.

2007013, Jun 14, 2007

Dec 7, 2006

11/567970

Michael Moran - Danville NH, US
Scott Fulton - Middleton WI, US

B01D 15/08
F16K 31/02

210656000, 251129010

Described is a disposable valve that includes an actuation layer operationally linked to a flexible diaphragm; a valving layer operationally linked to the flexible diaphragm; and a connection layer operationally connected to the valving layer; wherein the valving layer and the connection layer have a corresponding plurality of channels passing therethrough, and the channels define at least one fluid flow path, and the flexible diaphragm is movable between a first open position wherein fluid can flow through the fluid flow path, and a second closed position wherein fluid cannot flow through the fluid flow path. Chromatographic systems incorporating a plurality of such valves, optionally integrated into a unitary valve block, are also described.

4372517, Feb 8, 1983

Jul 2, 1980

6/165260

Joseph J. Welch - Huntington Beach CA
William C. Grove - Tujunga CA
Michael E. Moran - Newhall CA

Lockheed Corporation - Burbank CA

F16M 1100

248267

The invention is a slot-type accessory mounting 10 and process for quick attach-detach mounting an accessory 4 to an engine gearbox 2. The accessory mounting 10 includes a flange 1 which is provided with a plurality of circumferentially spaced axially protruding studs 7 attached to the gearbox 2 by screws 12. Slotted collar 3 is rotatably secured to accessory 4 by retaining ring 5 which is attached to the accessory 4 by stud nuts 21. The narrow end of slots 6 in collar 3 engage the studs 7 and the entire assembly is held together by nuts 9. Retaining ring 5 is provided with an alignment pin 22 which fits into bore 23 of flange 1 assuring proper alignment of the accessory 4 and gearbox 2. The process of mounting accessory 4 to gearbox 2 is carried out by aligning pin 22 and bore 23, bringing the flange 1 and retaining ring 5 together, passing the nut 9 carrying studs 7 through the larger end of slots 6 in collar 3 rotating collar 3 to secure studs 7 in the narrow end of slots 6, and torquing the nuts 9 to tighten the assembly. The quick detach process is carried out by loosening nuts 9 and rotating collar 3 so that studs 7 and nuts 9 align with the larger end of slots 6 in collar 3 allowing axial movement of accessory 4 of relative to gearbox 2.