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Eugene A Pankake

from Princeton, IN
Age ~68
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Also known as:
Eugene Allen Pankake, Gene A Pankake, Genea Pankake, Eugene E
Phone and address:
375 E Old Petersburg Rd, Princeton, IN 47670
(812) 853-9640
Related to:
Joan ParkerMarvin Pankake, 64Marilyn S Williams, 95Chad A Pankake, 47David A Pankake, 42Eileen M Pankake, 42Thomas A Williams, 35Eileen M Pankake, 65Renee E Reyle, 39Susan J Pankake, 69Jeffrey B Pankake, 43
Connected to:
Melissa B Pankake, 36Esther Pankarican, 36John D Pankas, 89Colby J Pankau, 38Flora R Pankau, 63Joni M Pankau, 61Russell W Pankau, 63Sarah J Pankau, 61Katherine L Panke, 35Kavita H Panke, 48

Eugene Pankake Phones & Addresses

  • 375 E Old Petersburg Rd, Princeton, IN 47670 (812) 853-9640
  • 2499 Fuquay Rd, Newburgh, IN 47630 (812) 853-6225 (812) 853-9092 (812) 853-9690
  • Evansville, IN
  • Indianapolis, IN
  • 2499 Fuquay Rd, Newburgh, IN 47630 (812) 614-2211

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Emails

e***[email protected]

Industries

Mechanical or Industrial Engineering

Resumes

Resumes

Eugene Pankake Photo 1

Owner At Gap Engineering, Inc President At Gap Engineering Inc.

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Location:
Evansville, Indiana Area
Industry:
Mechanical or Industrial Engineering
Experience:
GAP Engineering, INC (Mechanical or Industrial Engineering industry): Owner,  (January 1996-Present) Consulting and process development for manufacturing firms.GAP Engineering Inc. (Mechanical or Industrial Engineering industry): President,  (January 1996-Pre...

Publications

Us Patents

Pressure Feed Coating Application System

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US Patent:
6656529, Dec 2, 2003
Filed:
Oct 2, 2000
Appl. No.:
09/678228
Inventors:
Eugene A. Pankake - Newburgh IN, 47630
International Classification:
B05D 312
US Classification:
427356, 118261, 118413, 427428
Abstract:
The present invention includes a device and a method of applying a coating to a web. The preferred device comprises a feed nozzle coupled to a stiffener coupled to a spring coupled to a position/force adjuster. The feed nozzle comprises a fluid reservoir, a feed pipe, a metering surface, end seals and a back seal. The stiffener spring, as the frame deflects and polymer covered rolls deform, permits the rotation of the feed nozzle so a proper geometry is maintained, permitting increased control and a wider film thickness control range for a specific nozzle shape. This device permits greater film thickness control, ability to process at much higher speeds than currently achievable, and a wider range of film thickness. This device permits coatings to be applied at much wider ranges of rheological characteristics. Coatings can be applied at higher percent solids with improved characteristics.

Pressure Feed Coating Application System

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US Patent:
6837932, Jan 4, 2005
Filed:
Dec 2, 2003
Appl. No.:
10/707278
Inventors:
Eugene A. Pankake - Newburgh IN, US
International Classification:
B05C 302
US Classification:
118413, 118259, 118261
Abstract:
The present invention includes a device and a method of applying a coating to a web. The preferred device comprises a feed nozzle coupled to a stiffener coupled to a spring coupled to a position/force adjuster. The feed nozzle comprises a fluid reservoir, a feed pipe, a metering surface, end seals and a back seal. The stiffener spring, as the frame deflects and polymer covered rolls deform, permits the rotation of the feed nozzle so a proper geometry is maintained, permitting increased control and a wider film thickness control range for a specific nozzle shape. This device permits greater film thickness control, ability to process at much higher speeds than currently achievable, and a wider range of film thickness. This device permits coatings to be applied at much wider ranges of rheological characteristics. Coatings can be applied at higher percent solids with improved characteristics.

Coating Apparatus And Method

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US Patent:
7559990, Jul 14, 2009
Filed:
Oct 13, 2004
Appl. No.:
10/711927
Inventors:
Eugene A Pankake - Newburgh IN, US
International Classification:
B05B 3/02
US Classification:
118413, 118602, 118261
Abstract:
Two embodiments of end seal design are described, each having preferably three seal lips, one of which differs in the center of its radius of curvature from the center of radius of curvature for the other two seal lips. The end seal is gently spring loaded. In this way the end seal provides a good seal and minimizes spray, spatter, and slinging, and can accommodate various plunge depths and can accommodate various angles of attack of a nozzle upon an application surface such as a web or applicator roll. The nozzle is able to have any of various user-determined angles of attack upon the application surface.

Coating Apparatus And Method

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US Patent:
20090295098, Dec 3, 2009
Filed:
Jul 8, 2009
Appl. No.:
12/499517
Inventors:
Eugene A. Pankake - Newburgh IN, US
International Classification:
F16J 15/32
US Classification:
277399
Abstract:
Two embodiments of end seal design are described, each having preferably three seal lips, one of which differs in the center of its radius of curvature from the center of radius of curvature for the other two seal lips. The end seal is gently spring loaded. In this way the end seal provides a good seal and minimizes spray, spatter, and slinging, and can accommodate various plunge depths and can accommodate various angles of attack of a nozzle upon an application surface such as a web or applicator roll. The nozzle is able to have any of various user-determined angles of attack upon the application surface.

Roll Coating System

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US Patent:
57439648, Apr 28, 1998
Filed:
Jan 24, 1995
Appl. No.:
8/378305
Inventors:
Eugene A. Pankake - Newburgh IN
Assignee:
FATA Hunter, Inc. - Riverside CA
International Classification:
B05C 100
US Classification:
118712
Abstract:
A roll coating system for coating strip metal having a plurality of coating head rolls mounted on support sleds capable of linear translation along a single rail. Precision linear actuators are located between each support sled and between one of the sleds and a fourth sled. A splice traverse mechanism actuated by a piston/cylinder displaces the fourth sled. Each of the rolls can be independently displaced or the entire head can be displaced by the splice traverse mechanism. Force measurement sensors are located in the support sleds for an accurate measurement of nip pressures between the respective rolls. The elastic response of the support sleds may be varied to alter the natural resonant frequency of the coating system. The movement of a pan lift mechanism is coupled to the movement of the pickup roll so as to eliminate the chance for collision therebetween. The movement of a lift roll in a double coating environment, or the movement of a pass line roll in a U-wrap environment may be coupled with the movement of the roll coating head.
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Eugene A Pankake from Princeton, IN, age ~68 Get Report