Bradley Jenks Carlson

US Patent:

D575137, Aug 19, 2008

Filed:

Mar 30, 2007

Appl. No.:

29/285526

Inventors:

Warren W. Stansberry - Phoenix AZ, US
Bradley D. Carlson - Glendale AZ, US
Jeffrey C. Heidel - Glendale AZ, US

Assignee:

Cline Labs, Inc. - Phoenix AZ

International Classification:

0807

US Classification:

D 8347

US Patent:

7793463, Sep 14, 2010

Filed:

May 22, 2007

Appl. No.:

11/805214

Inventors:

Warren W. Stansberry - Phoenix AZ, US
Bradley D. Carlson - Glendale AZ, US
Jeffrey C. Heidel - Glendale AZ, US

Assignee:

Cline Labs, Inc. - Phoenix AZ

International Classification:

E05C 9/00

US Classification:

49395, 49 61, 49 67, 49367, 292143, 292145, 292302

Abstract:

A shutter assembly includes left and right shutter doors hingedly mounted between upper and lower horizontal frame members secured over an opening to be shuttered. Vertical stiles serve as the left and right frame members of each of the shutter doors. The vertical stile on the unhinged side of one of the shutter doors includes a vertical flange that engages and secures the vertical stile on the unhinged side of the other shutter door when both doors are closed and locked. The two vertical stiles framing each door retain left and right pivot strips to which a plurality of louvers are mounted for rotation. A louver tilt rod mechanism is attached to and hidden from view behind one of the vertical styles of each of the doors and operates to mechanically link the louvers for movement in concert. A wire rope is positioned longitudinally within each of the louvers to prevent a breach of the shutter assembly through attempted bending of the louvers. The wire rope acts also serves to deter sawing of the louvers by its tendency to rotate and also to bind a saw blade that contacts it.

US Patent:

20050105713, May 19, 2005

Filed:

Nov 23, 2004

Appl. No.:

10/996860

Inventors:

Bradley Carlson - Glendale AZ, US
Joan Parkinson - Phoenix AZ, US
David Michel - Pompano Beach FL, US
Jeffrey Heidel - Glendale AZ, US
Warren Stanberry - Desert Hills AZ, US

International Classification:

H04M007/00
H04M001/00
H04M003/00

US Classification:

379350000, 379355010

Abstract:

A system and method for dialing a telephone number in the form of an area code, prefix, and suffix, where the user enters only the prefix and suffix is disclosed. The system and method correlate the entered prefix, and in some embodiments, one or more digits of the entered suffix to determine the appropriate area code. The system then returns the entire telephone number including the area code, prefix and suffix, which is then automatically dialed. In another embodiment, the system returns a menu of possible area codes for user selection. The system and method are preferably employed in a community area network, but are also applicable in any multiple area code geographic region.

US Patent:

60594950, May 9, 2000

Filed:

Mar 24, 1998

Appl. No.:

9/046593

Inventors:

Michael A. Mueller - Phoenix AZ
Warren W. Stansberry - Peoria AZ
Bradley D. Carlson - Glendale AZ

Assignee:

Axxess Technologies, Inc. - Tempe AZ

International Classification:

B65G 5900

US Classification:

409197

Abstract:

An engraving apparatus for engraving a workpiece selected by a user. The workpieces are contained in storage columns and biased into a shuttle by a spring system mounted externally to each storage column. The shuttle is moved by the engraver between loading, engraving, and dispensing positions. The workpieces are clamped during the engraving process by a piston and cam arrangement, which provides the desired clamping force yet can be disengaged to facilitate movement of the shuttle by the engraver.

US Patent:

55113206, Apr 30, 1996

Filed:

May 23, 1994

Appl. No.:

8/247301

Inventors:

Jeffrey C. Heidel - Glendale AZ
Bradley D. Carlson - Glendale AZ
Warren W. Stansberry - Peoria AZ

Assignee:

Cline Labs, Inc. - Phoenix AZ

International Classification:

G01C 920

US Classification:

33366

Abstract:

An integral resistive angle measurement device employs a printed circuit board having electronic components mounted on the front surface thereof and having a pair of sensor plates etched into the back surface thereof and a metallic web mounted between the pair of sensor plates on the back surface of the printed circuit board. Containment of the resistive sensor fluid adjacent the sensor plates is accomplished by soldering a sensor cover to an etched sealing ring on the back of the circuit board. The sensor plates etched into the back of the printed circuit board, in combination with the sensor fluid, act as variable resistors whose resistance changes as a function of their angle of rotation from a reference position. An output signal across these variable resistors is in or out of phase with an applied reference signal. The output signal is demodulated with the same reference signal and then filtered to a DC level that corresponds to the angle of rotation.

US Patent:

56765045, Oct 14, 1997

Filed:

Dec 14, 1995

Appl. No.:

8/572766

Inventors:

Michael A. Mueller - Phoenix AZ
Bradley Dee Carlson - Glendale AZ
George L. Heredia - Paradise Valley AZ

Assignee:

Axxess Technologies, Inc. - Tempe AZ

International Classification:

B23C 116
B23C 335

US Classification:

409 83

Abstract:

A key cutting machine includes a cutter wheel, a key follower and a key positioning fixture for retaining a master key and a key blank in defined positions. Longitudinal and lateral displacement elements displace the cutter wheel and the key blank relative to each other. First and second electronic position sensors generate cutter wheel longitudinal and lateral position signals which electrically define the position of the cutter wheel relative to the key blank blade. A mode control system selectively operates the key cutting machine in either an analog mode where the bit notch pattern of a master key is mechanically traced and duplicated in the key blade blank or in a digital mode in which an electronically defined bit notch pattern is electrically duplicated in the key blank blade without reference to or tracing the master key bit notch pattern.

US Patent:

53816048, Jan 17, 1995

Filed:

May 23, 1994

Appl. No.:

8/247923

Inventors:

Jeffrey C. Heidel - Glendale AZ
Bradley D. Carlson - Glendale AZ
Warren W. Stansberry - Peoria AZ

Assignee:

Cline Labs, Inc. - Phoenix AZ

International Classification:

G01C 906

US Classification:

33366

Abstract:

An integral angle measurement device employs a printed circuit board having electronic components mounted on the front surface thereof and having a pair of sensor plates etched into the back surface thereof. Containment of the sensor fluid adjacent the sensor plates is accomplished by soldering a sensor cover to an etched sealing ring on the back of the circuit board. The sensor plates etched into the back of the printed circuit board, in combination with the sensor fluid, act as variable resistors whose resistance changes as a function of their angle of rotation from a reference position. An output signal across these variable resistors is in or out of phase with an applied reference signal. The output signal is demodulated with the same reference signal and then filtered to a DC level that corresponds to the angle of rotation. An output stage serves as a driver and also as a means for permitting the user to remotely control the electronic gain of the angle measurement device.

US Patent:

52377539, Aug 24, 1993

Filed:

May 18, 1992

Appl. No.:

7/884332

Inventors:

Bradley D. Carlson - Glendale AZ
Harold L. Swartz - Phoenix AZ
Warren W. Stansberry - Peoria AZ

Assignee:

Lucas Sensing Systems, Inc. - Phoenix AZ

International Classification:

G01C 906

US Classification:

33366

Abstract:

Disclosed is an improved inclination sensor and an improved inclinometer. A pair of plates in combination with a metallic housing provides accurate inclination information over ranges of 0. degree. +-. 60. degree. and 180. degree. +-. 60. degree. A second pair of plates rotated 90. degree. in the plane of the first pair of plates, provides accurate inclination information over ranges of 90. degree. +-. 60. degree. to 270. degree. +-. 60. degree. Coverage is thereby provided over 360. degree. The inclination sensor is combined with a microprocessor which is programmed to weight the contribution of the plates so as to provide a smooth transition for angles in the region of coverage overlap. A EEPROM memory stores and provides calibration input information to correct the inclination sensor output to accurate output angles.