DR. SCOTT MICHAEL JOHNSON, D.C.
Chiropractic at Miller Rd, Scottsdale, AZ

7492335, Feb 17, 2009

Aug 25, 2006

11/510549

Scott V. Johnson - Scottsdale AZ, US

Motorola, Inc. - Schaumburg IL

G09G 3/10

345 752, 345 741

A field emission device () is provided for reducing power and audible noise during discharging of dielectric surfaces (). The field emission device () comprises an anode () and a first substrate () including a cathode plate () comprising a plurality of active display devices () and dielectric surfaces (). The plurality of active display devices () emit electrons () to strike the anode during a scanning mode, and emit electrons () to strike the dielectric surfaces () during a discharge mode. At least one of a plurality of spacers () positioned between the anode () and the cathode plate () comprise a first sense electrode () positioned proximate to the anode (), and a second sense electrode () positioned proximate to the cathode plate () and spaced apart from the first sense electrode (). A circuit () for sensing a difference in charge between the first and second sense electrodes () is coupled to the anode () and cathode plate () for alternately initiating the scanning mode and the discharge mode in response to the difference in charge reaching a threshold.

2009014, Jun 4, 2009

Nov 30, 2007

11/948251

Kenneth Dean - Phoenix AZ, US
Emmett Howard - Gilbert AZ, US
Scott Johnson - Scottsdale AZ, US
Dirk Jordan - Gilbert AZ, US

MOTOROLA, INC. - Schaumburg IL

G02B 26/02, H05K 5/04

359290

An electronic device () includes a housing () encasing a component (). The housing () includes a region () contiguous to the component (), the region () configured to selectively switch between a metallic appearance to transparent to reveal the component () through the region () when transparent. Metal surfaces, metal particles, or shiny particles that are incorporated into device structures may be actuated. The grain sizes of the particles can be adjusted to achieve the desired reflections. In addition, individual shutters () can be fabricated with a distribution of predisposed orientations to enhance the reflectivity.

2007017, Jul 26, 2007

Jan 26, 2006

11/341931

Scott Johnson - Scottsdale AZ, US

H01J 9/44, H01J 9/00

445006000, 445005000, 445003000

A method is provided for reducing power and audible noise during discharging of dielectric surfaces () of a field emission display (). The method comprises reading () a distribution parameter of one or more frames of video data and if () the distribution parameter exceeds a threshold, lowering () the voltage on an anode () and impacting electrons from a plurality of emitters () upon the dielectric surfaces ().

6031336, Feb 29, 2000

Jun 17, 1998

9/098769

Robert C. Rumbaugh - Scottsdale AZ
Robert T. Smith - Tempe AZ
Johann Trujillo - Mesa AZ
Chenggang Xie - Phoenix AZ
Scott V. Johnson - Scottsdale AZ
Curtis D. Moyer - Phoenix AZ
David M. Rice - Chandler AZ

Motorola, Inc. - Schaumburg IL

G09G 310

3151693

A field emission display (100) includes a cathode plate (110) having a plurality of electron emitters (114), an anode plate (122) having an anode (124) connected to a potential source (126), and an anode voltage pull-down circuit (127) having an input (106) and an output (104). Output (104) is connected to anode (124), and input (106) is connected to potential source (126). Preferably, anode voltage pull-down circuit (127) causes an anode voltage (120) at anode (124) to drop to about ground potential prior to generation of a discharge current by electron emitters (114) for neutralizing positively electrostatically charged surfaces (137, 138) within field emission display (100).

5801486, Sep 1, 1998

Oct 31, 1996

8/741590

Scott V. Johnson - Scottsdale AZ
James E. Jaskie - Scottsdale AZ

Motorola, Inc. - Schaumburg IL

H01J 102

313495

A high frequency field emission device (200, 400, 500, 600) includes a cathode (210, 410, 563, 610), a field emissive film (260, 460, 560, 660) formed on the cathode (210, 410, 563, 610), an anode (220, 420, 520, 620) spaced from the field emissive film (260, 460, 560, 660), and a control electrode (250, 450, 550, 650, 655) disposed between the anode (220, 420, 520, 620) and cathode (210, 410, 563, 610) for modulating or switching electron emission from the field emissive film (260, 460, 560, 660) according to a high frequency input signal signal.

2013033, Dec 12, 2013

Jun 12, 2013

13/915981

Scott V. Johnson - Scottsdale AZ, US

G02B 6/35

385 13

This disclosure is of a fiber optic switch, where an actuated plunger causes a snap-action mechanism to change rapidly from a first state to a second state and place a loaded member from a first strain condition into a second strain condition where the two conditions are substantially different. A strain sensor mounted on the loaded member senses the strain of the loaded member and transmits a corresponding signal on a fiber optic cable.