JOHN MICHAEL GILBERT
Pilots at 26 Ave, Seattle, WA

4303978, Dec 1, 1981

Apr 18, 1980

6/142135

Jack C. Shaw - Kirkland WA
John F. Gilbert - Des Moines WA
Guy R. Olbrechts - Bellevue WA
Melville D. McIntyre - Bellevue WA

The Boeing Company - Seattle WA

G06F 1550, G05D 100

364453

A plurality of inertial measuring unit (IMU) modules (41A, B, C and D) each comprising gyros and accelerometers (61, 65 and 67) for sensing inertial information along two orthogonal axes, are strapdown mounted in an aircraft, preferably such that the sense axes of the IMUs are skewed with respect to one another. Inertial and temperature signals produced by the IMU modules, plus pressure signals produced by a plurality of pressure transducer modules (43A, B and C) and air temperature signals produced by total air temperature sensors (45A and B) are applied to redundant signal processors (47A, B and C). The signal processors convert the raw analog information signals into digital form, error compensate the incoming raw digital data and, then, manipulate the compensated digital data to produce signals suitable for use by the automatic flight control, pilot display and navigation systems of the aircraft. The signal processors include: an interface system comprising a gyro subsystem (47), an accelerometer and air calibration data subsystem (50) and an air data and temperature subsystem (52); a computer (54); an instruction decoder ( 56); and, a clock (58). During computer interrupt intervals raw digital data is fed to the computer (54) by the interface subsystems under the control of the instruction decoder (56).

7654857, Feb 2, 2010

Aug 14, 2007

11/893092

Terry G. Morey - Renton WA, US
John M. Gilbert - Seattle WA, US
Surjit Sanghera - Bothell WA, US
Daniel L. Parker - Arlington WA, US
Mathew J. Martineau - Seattle WA, US
Robert L. Huggins - Everett WA, US

Fluke Corporation - Everett WA

G01R 1/38

439489, 324115, 340687

A multimeter for testing a plurality of electrical parameters comprises a case having a plurality of test lead jacks. Each of the test lead jacks includes a unitary conductive socket. Preferably, the sockets are made of metal such as brass. A circuit board located in the case has jack conductors in electrical communication with each of the sockets. A jack detection arrangement is adapted to automatically determine whether a plug is inserted into a respective one of the sockets based on a change in electrical characteristics. For example, the jack detection arrangement may include a photonic emitter and a photonic detector situated such that a beam path therebetween is interrupted by insertion of a plug. The case may further have a rotary selector knob for selecting a multimeter function.

2009012, May 21, 2009

Aug 14, 2008

12/192105

Anthony C. GARLAND - Camano Isalnd WA, US
Jeffrey Meyer - Seattle WA, US
Bradey Honsinger - Everett WA, US
Joseph Ferrante - Redmond WA, US
John Gilbert - Seattle WA, US

FLUKE CORPORATION - Everett WA

G01R 13/02

324115

A digital multimeter stores multiple sequential measurements of physical or electrical parameters. Each of the sequential measurements has a name including an automatically generated descriptor. The descriptor for each sequential measurement may indicate a relative position of the measurement within the sequence. For instance, the descriptor may indicate whether the measurement was obtained before or after other measurements in the sequence.

D659057, May 8, 2012

Aug 19, 2010

29/368196

Renata Patton - Atlanta GA, US
John R. Gilbert - Seattle WA, US

1212

D12133

7679356, Mar 16, 2010

Aug 14, 2007

11/838879

Anthony C. Garland - Camano Island WA, US
Bradey David Honsinger - Everett WA, US
Jeffrey William Meyer - Seattle WA, US
Joseph Victor Ferrante - Redmond WA, US
John Michael Gilbert - Seattle WA, US
Christopher Paul Gloger - Seattle WA, US
Mathew James Martineau - Seattle WA, US
Nathaniel Jeremiah Wetzel - Seattle WA, US
Brian Michael Capoccia - Seattle WA, US

Fluke Corporation - Everett WA

G01R 1/38, G01R 11/57, G01R 15/00, G01R 15/08, G01R 7/00

324115, 324141

A digital multimeter having improved recording functionality is disclosed. The digital multimeter disclosed incorporates a rotary switch, a series of keys and buttons, and a digital display so as to provide highly integrated, programmable and configurable features. Several of these features, either taken alone or in combination, provide significant improvements in ease of use, speed of user operation, and safety associated with use of the instrument.

8458864, Jun 11, 2013

Dec 24, 2010

12/978502

Renata Patton - Raleigh NC, US
John R. Gilbert - Seattle WA, US

A44B 18/00, B65D 63/10

24306, 24 16 R, 24442, 24298, 24302

A multi-purpose utility strap featuring an elongated strap component having an identical first end and second end. A first attachment component is disposed on the top surface of the strap component at the first end, a second attachment component is disposed on the top surface of the strap component next to the first attachment component, a third attachment component is disposed on the bottom surface of the strap component at the second end, and a fourth attachment component is disposed on the top surface of the strap component a distance from the second end. The first attachment component is adapted to engage the second attachment component to form a loop, and the third attachment component is adapted to engage the fourth attachment component to form a loop.

8456153, Jun 4, 2013

Aug 14, 2008

12/192104

Anthony Garland - Camano Island WA, US
John Gilbert - Seattle WA, US

Fluke Corporation - Everett WA

G01R 1/38

324115, 324141

A digital multimeter automatically records measurements of electrical or physical parameters. The multimeter may record the measurements based on events such as the passage of time, fluctuations or deviations in the measurements, or user inputs. In some examples, the digital multimeter operates at a reduced power setting during automatic recording operations.