DOUGLAS LYNN JENSEN, MSW, LICSW
Social Work at Energy Park Dr, Saint Paul, MN

6811079, Nov 2, 2004

Sep 18, 2000

09/664505

Timothy S. Vraa - Rosemount MN
Steven W. Tanamachi - Lauderdale MN
Douglas D. Jensen - Woodbury MN
Leah C. Featherstone - Oakdale MN
Terrence H. Joyce - Lakeville MN
Robert W. Spurr - Rochester NY
Eric J. Donaldson - Saint Paul MN

Eastman Kodak Company - Rochester NY

G06K 1500

235383, 235486, 396208, 396567, 358 112, 399 12

Sheet media package system includes a cartridge or other packaging for containing a plurality of sheet media; and a radio-frequency identification transponder which stores relevant digital data associated with the cartridge or other packaging.

6710891, Mar 23, 2004

Sep 18, 2000

09/664498

Timothy S. Vraa - Rosemount MN
Steven W. Tanamachi - Lauderdale MN
Douglas D. Jensen - Woodbury MN
Leah C. Featherstone - Oakdale MN
Terrance C. Joyce - Lakeville MN
Robert W. Spurr - Rochester NY
Eric J. Donaldson - Saint Paul MN

Eastman Kodak Company - Rochester NY

H04N 100

358 112, 358 11, 358 115, 358476, 358402, 358435, 340 1052, 3405721, 340 586, 340 101, 399262, 399 45, 235385, 378182

A sheet media system comprising an apparatus for utilizing sheet media; and a radio-frequency identification transceiver associated with said apparatus for communicating with a transponder associated with sheet media utilized by said apparatus.

5991008, Nov 23, 1999

Sep 30, 1997

8/941464

Yun Zhong Li - Woodbury MN
Douglas D. Jensen - Woodbury MN
Richard R. Lemberger - Columbus MN

Imation Corp. - St. Paul MN

G03B 2770, H04N 104

355 66

A method and system for compensating for scanner facet height error in a laser imaging application including a rotating polygon for directing a laser beam across a dimension of a photographic element. The present invention compensates for facet height error by measuring a scan interval for each facet of the rotating polygon and modifies the pixel clock for a subset of pixels of each scan line as a function of variations in scan intervals for the respective facets of the rotating polygon. Several advantages of the present invention have been illustrated including the low cost of such a compensation system and technique. Furthermore, the present invention is not limited in accuracy by the pixel clock as are conventional techniques. Furthermore, the modified pixels are evenly distributed over the entire length of the facet's corresponding scan line.

6945713, Sep 20, 2005

Feb 18, 2004

10/780779

Timothy S. Vraa - Rosemount MN, US
Steven W. Tanamachi - Lauderdale MN, US
Douglas D. Jensen - Woodbury MN, US
Leah C. Featherstone - Oakdale MN, US
Terrence H. Joyce - Lakeville MN, US
Robert W. Spurr - Rochester NY, US
Eric J. Donaldson - Saint Paul MN, US

Eastman Kodak Company - Rochester NY

G03B017/26

396511, 206455

Sheet media package system includes a cartridge or other packaging for containing a plurality of sheet media; and a radio-frequency identification transponder which stores relevant digital data associated with the cartridge or other packaging.

D412208, Jul 20, 1999

Nov 18, 1997

D/079901

Bruce E. Nelson - Minneapolis MN
Douglas D. Jensen - Woodbury MN

Imation Corp. - Oakdale MN

2401

D24158

2004015, Aug 12, 2004

Feb 5, 2004

10/772646

Timothy Vraa - Rosemount MN, US
Steven Tanamachi - Lauderdale MN, US
Douglas Jensen - Woodbury MN, US
Leah Featherstone - Oakdale MN, US
Terrance Joyce - Lakeville MN, US
Robert Spurr - Rochester NY, US
Eric Donaldson - Saint Paul MN, US

G06K015/02, G03C005/16

358/001120, 396/207000, 378/162000, 455/041100, 340/010500, 378/167000, 340/010400

A sheet media system comprising an apparatus for utilizing sheet media; and a radio-frequency identification transceiver associated with said apparatus for communicating with a transponder associated with sheet media utilized by said apparatus.

2006016, Jul 27, 2006

Jan 24, 2005

11/042300

Andrei Beletsky - Woodbury MN, US
Douglas Jensen - Woodbury MN, US
Richard Lemberger - Forest Lake MN, US

H02H 3/00

361094000

A current limiting circuit comprises a current limiting element (R) coupled between an input and an output of the current limiting circuit, and a controllable shunt element (M) connected in parallel with the current limiting element. The current limiting circuit further comprises a control circuit () and a time delay circuit (). The control circuit is configured to generate a control signal for application to a control input of the shunt element for controlling the shunt element between at least a first state and a second state responsive to a timing signal. The time delay circuit is configured to generate the timing signal, and is coupled between the input of the current limiting circuit and an input of the control circuit. The time delay circuit generates the timing signal based on a designated time constant and in a manner substantially independent of an amount of current passing through the current limiting element.