Karl A Kintz

50305395, Jul 9, 1991

Apr 11, 1990

7/508215

Karl A. Kintz - Kettering OH
Robert A. Landis - Kettering OH
Kelli J. Borello - Kettering OH

The Mead Corporation - Dayton OH

B41M 512
G03C 168

430138

Disclosed is a developer sheet useful in forming reproductions having a glossy finish, or in forming transparencies comprising: a support having a layer of a finely divided, thermoplastic, developer material on the surface thereof, said developer material being capable of reacting with a color precursor to produce a visible image and being capable of coalescing into a thin film which imparts gloss to said image upon application of heat and/or pressure, and having a surfactant admixed within said layer of developer material to aid in the coalescing of said developer material into a thin film.

50862090, Feb 4, 1992

Feb 16, 1988

7/155795

Karl A. Kintz - Kettering OH
Russell K. Messer - Franklin OH
Carl W. McCrary - West Carrollton OH
Erik K. Nelson - Centerville OH

The Mead Corporation - Dayton OH

G03G 1520

219216

An apparatus is for glossing a sheet having a thermoplastic resin on the surface thereof. The thermoplastic resin is capable of forming a film which imparts gloss upon the application of heat. The apparatus includes a sheet support, a first pair of rollers for feeding the sheet onto the sheet support wherein the resin side of the sheet is away from the sheet support, heating elements, a blower for blowing air through the heating elements to generate hot air which is blown onto the sheet, and a second pair of cold rollers for receiving the sheet after passage over the sheet support.

48777676, Oct 31, 1989

Aug 14, 1987

7/086059

Karl A. Kintz - Kettering OH
Joseph G. O'Connor - Springboro OH
Paul C. Adair - Springboro OH

The Mead Corporation - Dayton OH

B41M 516

503212

A developer sheet comprising a support having a layer of a color developer on the surface thereof, said color developer being capable of reacting with a substantially colorless electron donating color former to produce a color image and being an acrylic or methacrylic polymer having pendant developer moieties (e. g. , hydroxy aromatic or aromatic acid moieties such as salicyclic or phthalic acid moieties) which are preferably metallated (e. g. , zincated) or being the polymeric reaction product of vinyl salicylic acid or salt.

50101145, Apr 23, 1991

Jan 16, 1990

7/465299

Emerson K. Colyer - Kettering OH
Karl A. Kintz - Kettering OH

The Mead Corporation - Dayton OH

C08G 1814

5211091

Method for polymerizing a monomer suspended in water which comprises: Preparing a polymerization mixture of a water immiscible, liquid, ethylenically unsaturated monomer, a polyisocyanate and an oil soluble free radical initiator, dispersing said mixture in a solution of water and a surfactant, and effecting polymerization of said monomer.

50082370, Apr 16, 1991

Mar 14, 1989

7/323571

Karl A. Kintz - Kettering OH
Joseph G. O'Connor - Springboro OH
Paul C. Adair - Springboro OH

The Mead Corporation - Dayton OH

B41M 522
G03C 168

503212

A developer sheet comprising a support having a layer of a color developer on the surface thereof, said color developer being capable of reacting with a substantially colorless electron donating color former to produce a color image and being an acrylic or methacrylic polymer having pendant developer moieties (e. g. , hydroxy aromatic or aromatic acid moieties such as salicylic or phthalic acid moieties) which are preferably metallated (e. g. , zincated) or being the polymeric reaction product of vinyl salicylic acid or salt.

20210356012, Nov 18, 2021

Oct 11, 2019

17/284447

- Cleveland OH, US
Stefan Barbulescu - Fuquay Varina NC, US
Martin Bieber - Oak Island NC, US
Karl Andrew Kintz - Apex NC, US

LORD Corporation - Cleveland OH

F16F 7/10
B62D 7/22

A vehicle active vibration control (AVC) system includes a vehicle having at least an engine, a transmission, a controller area network (CAN) bus, a frame, and a cabin. The vibration control devices () are distributed about the frame, with each device including a circular force generator (CFG) (). At least one sensor is positioned on the frame to detect and measure a noise and/or vibration within the cabin. Each sensor creates an electronic data signal and electrically communicates with a corresponding vibration control device. Each vibration control device receives an electronic data signal from a corresponding sensor and vehicle data from the CAN bus. Each vibration control device processes the electronic data signal and the vehicle data. The CFG of each vibration control device generates a vibration canceling force having a magnitude and phase that attenuates noise and/or vibration within the cabin.