Mark A Gabriel

US Patent:

7779779, Aug 24, 2010

Filed:

Oct 14, 2005

Appl. No.:

11/250973

Inventors:

John D. Ferguson - Kent WA, US
Mark F. Gabriel - Renton WA, US
Christopher R. Carter - Pacific WA, US
Kevin M. Bell - Maple Valley WA, US
Candace Propp - Bonney Lake WA, US
David O. Wagner - Tacoma WA, US
Daniel J. Wells - Gig Harbor WA, US

Assignee:

The Boeing Company - Chicago IL

International Classification:

B05B 1/28

US Classification:

118326, 118DIG 7

Abstract:

The present application is directed to a spray booth comprising a first enclosure for applying spray material and a second enclosure for drying spray material. An exhaust system is in fluid connection with the first and second enclosures. A fire suppression system is in fluid connection with at least one component chosen from the first enclosure, the second enclosure and the exhaust system. A processor is in data communication with at least one component chosen from the spray enclosure, the drying enclosure, the exhaust system and the fire suppression system.

US Patent:

58609008, Jan 19, 1999

Filed:

Jan 6, 1993

Appl. No.:

8/002368

Inventors:

Zenna J. Dunning - Spanaway WA
Mark F. Gabriel - Renton WA
James A. Shofner - Auburn WA

Assignee:

The Boeing Company - Seattle WA

International Classification:

B23Q 3157

US Classification:

483 1

Abstract:

An end effector storage station that stores end effectors in a horizontal and cantilevered position, each end effector being stored in a known location in space relative to a robotic manufacturing tool. The storage station comprises a plurality of storage cells, wherein an end effector holder is installed within each of the said storage cells. The storage station further including and end effector transport cell that includes an end effector transport cart and transport cart lift to accurately position the transport cart and attached end effector holder to a known and predetermined location in space.

US Patent:

20170159152, Jun 8, 2017

Filed:

Feb 21, 2017

Appl. No.:

15/438217

Inventors:

- Huntington Beach CA, US
Stephen Thomas Johnson - Kent WA, US
Mark Frederick Gabriel - Renton WA, US
Lisa Ann Cardon - Lake Tapps WA, US

International Classification:

C21D 9/573
C21D 1/60
B21C 1/02
C21D 1/667

Abstract:

An apparatus () for processing a metal ribbon () comprising a main portion () and a sacrificial portion () adjoining the main portion () of the metal ribbon (), is disclosed. The apparatus () comprises a heater (), configured to heat the main portion () of the metal ribbon () to a first temperature, a first cooler (), configured to cool the main portion () of the metal ribbon () from the first temperature to a third temperature lower than the first temperature, a second cooler (), configured to cool the main portion () of the metal ribbon () at a first rate from the third temperature to a fourth temperature lower than the third temperature, a drive system (), configured to successively advance the main portion () of the metal ribbon () from the heater () to the second cooler () through the first cooler (), and a guide system () configured to route the metal ribbon () from the heater () to the second cooler () through the first cooler ().

US Patent:

20160194732, Jul 7, 2016

Filed:

Jan 2, 2015

Appl. No.:

14/588637

Inventors:

- Huntington Beach CA, US
Stephen Thomas Johnson - Kent WA, US
Mark Frederick Gabriel - Renton WA, US
Lisa Ann Cardon - Lake Tapps WA, US

International Classification:

C21D 9/573
C22F 1/00
C22C 21/00
C22F 1/04

Abstract:

An apparatus () for processing a metal ribbon () comprising a main portion () and a sacrificial portion () adjoining the main portion () of the metal ribbon (), is disclosed. The apparatus () comprises a heater (), configured to heat the main portion () of the metal ribbon () to a first temperature, a first cooler (), configured to cool the main portion () of the metal ribbon () from the first temperature to a third temperature lower than the first temperature, a second cooler (), configured to cool the main portion () of the metal ribbon () at a first rate from the third temperature to a fourth temperature lower than the third temperature, a drive system (), configured to successively advance the main portion () of the metal ribbon () from the heater () to the second cooler () through the first cooler (), and a guide system () configured to route the metal ribbon () from the heater () to the second cooler () through the first cooler ().