Steve L Hadden, 5221721 N 86Th Ln, Peoria, AZ 85382

6796563, Sep 28, 2004

Nov 22, 2002

10/302502

Dale T. Ruebsamen - Glendale AZ
Steve L. Hadden - Peoria AZ
Toren S. Davis - Peoria AZ

Honeywell International Inc. - Morristown NJ

F16J 1552

277636, 277634, 277391, 403220

A hermetic seal ( ) for a limited rotation device ( ) includes a plurality of vertical convolutes ( ) bonded to a device housing ( ) at their respective first ends ( ). At their respective second ends ( ), plurality of the vertical convolutes ( ) are bonded to a plurality of horizontal convolutes ( ). The plurality of horizontal convolutes ( ) are bonded to a device shaft ( ) at an end opposite of the plurality of vertical convolutes ( ). The plurality of vertical convolutes ( ) stretch in order to provide limited rotation and the horizontal convolutes ( ) expand or contract to accommodate length changes of the plurality of vertical convolutes ( ). The hermetic seal ( ) permits limited rotation while defining a barrier ( ) and preventing viscous fluid leakage to an external environment.

6955250, Oct 18, 2005

Dec 3, 2003

10/728225

Thomas R. Kreider - Mesa AZ, US
Steve L. Hadden - Peoria AZ, US

Honeywell International Inc. - Morristown NJ

F16F009/30

188268

A mass damping system for use in all temperature ranges, including extreme temperature environments, is provided. The system comprises a housing having bottom, side and end walls, and an inner peripheral surface that defines an interior, a mounting mechanism located on the housing, configured to mount the housing to the mass, and macro-particles disposed within the housing interior able to flow within the housing and simulate a liquid.

7652549, Jan 26, 2010

Jul 24, 2007

11/782399

Steve L. Hadden - Peoria AZ, US
Paul D. Buchele - Glendale AZ, US
David Osterberg - Glendale AZ, US

Honeywell International Inc. - Morristown NJ

H01F 7/08
H01F 7/00
H02K 33/00
H02K 21/12

335234, 335229, 335220, 310 36, 31015601

A magnetic latch includes a stator having first and second permanent magnets disposed on either side of a center portion. Each of the first and second permanent magnets has at least two associated poles. A rotor has at least one magnetic region. The rotor is configured for rotation about an axis of the stator between a first latched position and a second latched position.

7659802, Feb 9, 2010

Mar 15, 2006

11/376829

Mario Gonzalez - Phoenix AZ, US
Steve L. Hadden - Peoria AZ, US
David A. Osterberg - Glendale AZ, US
Paul D. Buchele - Glendale AZ, US

Honeywell International Inc. - Morristown NJ

H01F 7/08

335200, 335 78

A bi-stable magnetic switch assembly comprises a stator having an axis and first and second magnetic portions angularly disposed there around, and a rotor having at least one magnetic region attracted to the first and second portions. The rotor is configured for rotation about the axis between (1) a first latched position wherein the region resides proximate to, but is spaced apart from, the first portion; and (2) a second latched position wherein the region resides proximate to, but is spaced apart from, the second portion. A spring biases the rotor to a position where the region resides intermediate the first and second portions. A coil, which is associated with at least one of the first portion, the second portion, and the region, may be energized to reduce the force of attraction between the region and the first and second portions when in the first and second latched positions, respectively.

2004009, May 27, 2004

Nov 22, 2002

10/302455

Steve Hadden - Peoria AZ, US
David Osterberg - Glendale AZ, US
Toren Davis - Peoria AZ, US
Dale Ruebsamen - Glendale AZ, US

F16D057/00

188/290000

A rotary damper () includes a stationary member () and a rotating member () provided within the stationary member () so that a gap () is defined between the rotating member () and the stationary member (). The rotating member () further includes a central shaft () provided therein. A viscous fluid () is provided in the gap () and has an associated shear that provides a velocity damping within the gap (). A differential growth in the gap () caused by temperature variation compensates for temperature damping variation. A compliant member () is provided within the stationary member () for providing thermal compensation. A secondary hermetic seal () is provided on the stationary member () for permitting limited rotation, defining a vacuum environment and preventing viscous fluid leakage to an external environment.

2006005, Mar 16, 2006

Sep 15, 2004

10/942289

Steve Hadden - Peoria AZ, US
Thomas Kreider - Mesa AZ, US
Mason Peck - Ithaca NY, US

F16F 9/06

188269000

A mass damper is provided for damping a mass. The mass damper includes a housing configured to couple to the mass and a plurality of electrostatically charged particles disposed within the housing, where the particles do not clump to one another or stick to the housing.

2007023, Oct 11, 2007

Jun 14, 2007

11/762896

Steve Hadden - Peoria AZ, US
Thomas Kreider - Mesa AZ, US
Mason Peck - Scottsdale AZ, US

HONEYWELL INTERNATIONAL, INC. - Morristown NJ

F16F 9/53

188267200

A mass damper is provided for damping a mass. The mass damper includes a housing configured to couple to the mass and a plurality of electrostatically charged particles disposed within the housing, where the particles do not clump to one another or stick to the housing.