George R Fullen, JR
Architects at Alder Ave, Littleton, CO

6804571, Oct 12, 2004

Mar 13, 2001

09/808453

Jeryl G. Fullen - Salina KS
George R. Fullen - Littleton CO

Fullen Systems, LLC - Salina KS

G06F 1900

700118, 700 98, 36140, 73172, 600592, 702 33

The present invention relates to a process for determining the magnitude and distribution of forces on a foot during ambulation and utilizing this data in combination with a plurality of other factors to create an orthotic inlay with an automated inlay fabricating machine.

6038935, Mar 21, 2000

Mar 27, 1998

9/049418

Jeryl G. Fullen - Salina KS
George R. Fullen - Littleton CO

Fullen Systems, Inc. - Littleton CO

G01L 516

738654

An improved apparatus and method are described for continuously measuring the timing and distribution of forces exerted against the entire surface of a quadruped's foot, thus providing a diagnostic tool to assist in measuring the ambulatory functions of an animal. The described force sensing device is lightweight, durable and worn by the animal in a manner which does not alter the natural movement of the quadruped. The device may be utilized without a shoe within an attached boot, or incorporated in a modified conventional horseshoe which fits over the hoof of the animal. The apparatus can further include a remote sensing and feedback function which allows the processing, storing, display and feedback of data indicative of the ambulatory functions of the animal at one or more remote locations.

5736656, Apr 7, 1998

May 22, 1996

8/652279

Jeryl G. Fullen - Salina KS
George R. Fullen - Littleton CO

Fullen Systems, Inc. - Littleton CO

A61B 5103

738654

An improved apparatus and method are described for continuously measuring the timing and distribution of forces exerted against the entire surface of a quadruped's foot, thus providing a diagnostic tool to assist in measuring the ambulatory functions of an animal. The described force sensing device is lightweight, durable and worn by the animal in a manner which does not alter the natural movement of the quadruped. The device may be utilized without a shoe within an attached boot, or incorporated in a modified conventional horseshoe which fits over the hoof of the animal. The apparatus can further include a remote sensing and feedback function which allows the processing, storing, display and feedback of data indicative of the ambulatory functions of the animal at one or more remote locations.

5323650, Jun 28, 1994

Jan 14, 1993

8/004732

George Fullen - Littleton CO
Jeryl G. Fullen - Newton KS

Fullen Systems, Inc. - Littleton CO

A61B 5103

73172

A self-contained system for measuring forces applied to the foot of a user includes a force sensor array positioned within the user's shoe between the foot and the inner sole of the shoe, the force sensor array including a multiplicity of individual force sensors arranged in a pattern that covers the entire area of contact between the sole of the user's foot and the inner sole of the shoe, an electronic circuit module removably attached to the side of the shoe, and a flat interconnecting cable for electrically coupling the force sensor array to the electronic circuit module. The electronic circuit module includes a central processing unit, read-only memory, random access memory, and scanning circuitry for electronically continuously scanning the force sensor array to obtain information indicative of an instantaneous force sensed by each one of the multiplicity of individual force sensors of the force sensor array, for processing that information to obtain force data, and for storing the force data in the random access memory. An annunciator audibly signals the user when a force on the foot greater than a predetermined threshold force is sensed.

5678448, Oct 21, 1997

Sep 13, 1995

8/481457

George R. Fullen - Littleton CO
Jeryl G. Fullen - Salina KS

Fullen Systems, Inc. - Littleton CO

A61B 5103

73172

A self-contained system for measuring forces applied by the foot of a user includes a force sensor array positioned within the user's shoe between the foot and the inner sole of the shoe. The force sensor array including a multiplicity of individual force sensors arranged in a pattern that covers the area of contact between the sole of the user's foot and the inner sole of the shoe, and a substrate material which is so rigid that it will not operatively conform to the user's foot unless a plurality of shaped cutout portions of the substrate material is removed in order to allow the force sensor array to operatively conform to the user's foot when force is applied. An electronic circuit module is removably attached to the side of the shoe and a flat interconnecting cable electrically couples the force sensor array to the electronic circuit module. An annuniciator audibly signals the user when a force on the foot greater than a predetermined threshold force is sensed.

2012031, Dec 13, 2012

May 10, 2012

13/468302

Kenneth L. Ratzlaff - Lawrence KS, US
Robert W. Young - Lawrence KS, US
George R. Fullen - Littleton CO, US
Stephen C. Fowler - Lawrence KS, US

G06F 19/00

702 41

Implementations of the present invention relate to for analyzing behavior of small live test subjects. More specifically, methods and devices of the present invention can allow a researcher to use a single device for analyzing effects of genetic modifications made to the test subjects on the test subject's behavior and movements. Additionally, the methods and devices may allow for analysis of effects that various medications may have on the test subject's behavior and movement.