DR. JOHN EDWARD AGOSTINELLI, D.D.S
Dentist at Mount Read Blvd, Rochester, NY

4765721, Aug 23, 1988

Sep 23, 1987

7/099955

John A. Agostinelli - Rochester NY
Jose M. Mir - Webster NY

Eastman Kodak Company - Rochester NY

G02B 530, G02F 103

350389

An improved light valve device of the kind having: (i) an electro-optic modulator panel with a plurality of electrodes defining a linear array of selectively activatable modulation zones in the panel and (ii) a pair of polarizer elements sandwiching such panel and oriented with their polarization directions at 90. degree. relative to one another. The polarization directions of the polarizers are respectively parallel and perpendicular to the linear direction of the modulation zones array and the electrodes are constructed to provide electric fields across the modulation zones in directions approximately 45. degree. to the linear direction of the modulation zones array.

5347157, Sep 13, 1994

Dec 17, 1992

7/992213

Liang-Sun Hung - Webster NY
John A. Agostinelli - Rochester NY
Jose M. Mir - Rochester NY

Eastman Kodak Company - Rochester NY

H01L 2904, H01L 29161

257627

A multilayer structure comprising in order: a (111)-oriented single crystal substrate and an epitaxial metal oxide buffer layer. The substrate is doped or undoped. The substrate is a semiconductor selected from the group consisting of Si compounds, Ge compounds, and compounds having at least one element selected from the group consisting of Al, Ga, and In and at least one element selected from the group consisting of N, P, As, and Sb. The substrate defines a substrate superlattice dimension equal to 3 times a sublattice constant of the substrate. The epitaxial metal oxide buffer layer has a three-fold rotation symmetry about the substrate (111) direction. The buffer layer defines a buffer layer superlattice dimension equal to 4 times the oxygen-to-oxygen lattice spacing of the buffer layer. The buffer layer superlattice dimension is within 15 percent of the substrate superlattice dimension.

6320669, Nov 20, 2001

Apr 8, 1998

9/057063

Raymond E. Wess - Holly NY
John A. Agostinelli - Rochester NY

Eastman Kodak Company - Rochester NY

B41B 1500, H04N 140, G11B 2702, G11B 586

358 112

A method for obtaining a consumer video segment for the creation of motion sequence cards having a first step of selecting from a consumer's recording media the motion segment that is to be recorded on a motion-sequence card, a second step of recording the selected motion segment on a copy recording media, a third step of marking key frames of the video segments in the selected motion segment with an audio tone, and lastly a forth step of forwarding the selected motion segments recorded on the copy recording media to a motion sequence card fabrication site.

5453325, Sep 26, 1995

Dec 9, 1993

8/164244

Liang-Sun Hung - Webster NY
John A. Agostinelli - Rochester NY
Jose M. Mir - Rochester NY
Dilip K. Chatterjee - Rochester NY

Eastman Kodak Company - Rochester NY

B32B 1504

428469

A multilayer structure has an a nonlinear optical film epitaxially grown on an underlying buffer layer of substantially lower refractive index. The buffer layer itself is epitaxially grown on a single crystal substrate with an intermediate epitaxial electrode.

5064684, Nov 12, 1991

Aug 2, 1989

7/388450

Jose M. Mir - Webster NY
John A. Agostinelli - Rochester NY

Eastman Kodak Company - Rochester NY

B05D 306, B05D 512

427 531

The invention generally is accomplished by a casting of a liquid metallo-organic ceramic precursor solution to form a layer on a substrate. This layer is then heated to a low temperature to create an amorphous layer. Then a selected area is heated to a high temperature by localized heating to create a patterned area of polycrystalline ceramic having electro-optic properties.

4833103, May 23, 1989

Jun 16, 1987

7/062670

John A. Agostinelli - Rochester NY
Henry J. Gysling - Rochester NY

Eastman Kodak Company - Rochester NY

B05D 512

437234

A process comprising applying to a substrate a thin film comprised of a liquid carrier and a precursor selected from among compounds in which one or more pairs of group III and V elements are each joined by a thermally stable bond and the group III and V elements are each substituted with two thermally volatilizable ligands. The precursor is heated to a temperature in excess of 200. degree. C. to remove its volatilizable ligands while leaving a ligand free III-V compound as a monophasic layer on the substrate.

5884387, Mar 23, 1999

Apr 3, 1997

8/826629

Syamal K. Ghosh - Rochester NY
Dilip K. Chatterjee - Rochester NY
John A. Agostinelli - Rochester NY

Eastman Kodak Company - Rochester NY

B22F 700

295271

A method of forming ceramic elements for a drive system or similar apparatus includes providing highly efficient, light weight, durable, and wear and abrasion resistant sliding components. In particular, the method uses high precision tetragonal zirconia polycrystal (TZP) ceramic or alternatively zirconia-alumina ceramic composite for forming the components of drive system.

4805012, Feb 14, 1989

Sep 23, 1987

7/099953

John A. Agostinelli - Rochester NY
Jose M. Mir - Webster NY

Eastman Kodak Company - Rochester NY

H04N 146

358 75

An electronic imaging system for light exposing a linear image zone at relatively high resolution which comprises a light source array having a plurality of selectively activatable pixel exposing elements of approximately equal width (W) spaced at generally equal linear intervals (S), means for forming an image of the light source array at a linear image zone and means for scanning the light source array image linearly along the image zone in number of successive increments (M) wherein M is an integer approximately equal to (S. div. W). multidot. X, and X is the number of different colors to be exposed during a line scan.