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David R Rastall

from De Pere, WI
Age ~61
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Also known as:
David Roger Rastall, Dave R Rastall
Related to:
Theodore W Dumke, 40Hans C Dumke, 52Alice M Rastall, 92Lawrence J Kujava, 82Patricia R Kujava, 78Karen L Rastall, 57David A Dumke, 88Roger L Rastall
Connected to:
Adam P Rastall, 46Amy S Rastall, 57Anthony P Rastall, 82Emily J Rastall, 43Holly Rastall, 37Richard L Rastall, 70Robert J Rastall, 90Edward H Rastatter, 84Mark J Rastatter, 64Patricia L Rastatter, 86

David Rastall Phones & Addresses

  • De Pere, WI
  • Amberg, WI
  • Appleton, WI
  • Green Bay, WI
  • Durham, ME
  • 1502 S 9Th St, De Pere, WI 54115

Resumes

Resumes

David Rastall Photo 1

Mechanical Project Engineer

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Location:
1502 south 9Th St, De Pere, WI 54115
Industry:
Mechanical Or Industrial Engineering
Work:
Multi-Conveyor Dec 2008 - Oct 2017
Mechanical and Application Engineer
Phc/Robinson Dec 2008 - Oct 2017
Mechanical Project Engineer
Crg Logics, Inc. Apr 2003 - Jun 2008
Mechanical and Industrial Engineer
Pak Air Feb 2002 - Jan 2003
Mechanical Designer
Multi-Conveyor Aug 2000 - Oct 2001
Hi-Tech
Education:
Milwaukee School of Engineering 1981 - 1985
Bachelors, Bachelor of Science, Mechanical Engineering
Skills:
Autocad
Solidworks
Engineering Management
Mechanical Engineering
Project Engineering
Manufacturing
R&D
Continuous Improvement
Six Sigma
Engineering
Microsoft Office
Design Engineering
Ms Office Suite
David Rastall Photo 2

David Rastall

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David Rastall Photo 3

Application/Mechanical Engineer At Multi-Conveyor

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David Rastall Photo 4

David Rastall

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Work:
Multi-Conveyor

Dec 2008 to 2000
Application Engineer
CRG Logics

Apr 2004 to Jun 2008
Project Engineer
National Equipment

Jun 2003 to Oct 2003
Designer
Aerotek

Apr 2002 to Feb 2003
Designer
Custom equipment OEM

Sep 2000 to Oct 2001
Design Engineer, HITECH
Conveyor OEM

Dec 1998 to Aug 2000
Design Engineer, NERCON
GOLDCO

Jan 1997 to Nov 1998
R&D/Project Engineer
FEECO INTERNATIONAL

Mar 1996 to Nov 1996
Designer
Case Palletizer OEM

Jun 1986 to Feb 1996
Project Engineer
Education:
Milwaukee School of Engineering
1985
B.S.M.E.
David Rastall Photo 5

David Rastall

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David Rastall Photo 6

David Rastall De Pere, WI

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Work:
Multi-Conveyor

Dec 2008 to 2000
Application Engineer
CRG Logics

Apr 2004 to Jun 2008
Project Engineer
Custom equipment OEM

Jun 2003 to Oct 2003
Designer
Aerotek

Apr 2002 to Feb 2003
Designer
Custom equipment OEM

Sep 2000 to Oct 2001
Design Engineer, HITECH
Conveyor OEM

Dec 1998 to Aug 2000
Design Engineer, NERCON
GOLDCO

Jan 1997 to Nov 1998
R&D/Project Engineer
FEECO INTERNATIONAL

Mar 1996 to Nov 1996
Designer
KINETIC SYSTEMS

Jun 1986 to Feb 1996
Project Engineer
Education:
Milwaukee School of Engineering
1985
B.S.M.E.

Publications

Us Patents

Palletizer And Palletizing Methods

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US Patent:
53724720, Dec 13, 1994
Filed:
Jan 3, 1994
Appl. No.:
8/177203
Inventors:
Ernest P. Winski - Oshkosh WI
David R. Rastall - Appleton WI
Assignee:
Kinetic Robotics Inc. - Menasha WI
International Classification:
B65G 5700
US Classification:
414786
Abstract:
Palletizers and methods of palletizing are disclosed. The palletizers are adapted to receive and arrange units of material and to concurrently fabricate first and second layers therefrom; or to place them in layers at either of first and second delivery support areas; or both. A plurality of layer forming stations can be vertically spaced, horizontally spaced, or both. Plural load forming stations can be horizontally spaced, vertically spaced, or both. Pallets can be sequenced into the load forming stations when empty or partially empty; and can be sequenced out of the load forming stations when empty, partially empty, or full. A given layer may be a hybrid layer comprised of the sum of partial layers fabricated separately. In some embodiments, the transfer apparatus can transfer layers to more than one of more than one load forming stations. In some embodiments, rows of units of material are advanced transversely onto and across an in-feed conveyor to thereby define, on the in-feed conveyor, the full width of the layer being formed.

Palletizer And Palletizing Methods

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US Patent:
59612754, Oct 5, 1999
Filed:
Jan 30, 1998
Appl. No.:
9/015893
Inventors:
Ernest P. Winski - Oshkosh WI
David R. Rastall - Appleton WI
Assignee:
Goldco Industries, Inc. - Loveland CO
International Classification:
B65G 5722
US Classification:
4147926
Abstract:
Palletizers and methods of palletizing are disclosed. The palletizers are adapted to receive and arrange units of material and to concurrently fabricate first and second layers therefrom; or to place them in layers at either of first and second delivery support areas; or both. A plurality of layer forming stations can be vertically spaced, horizontally spaced, or both. Plural load forming stations can be horizontally spaced, vertically spaced, or both. Pallets can be sequenced into the load forming stations when empty or partially empty; and can be sequenced out of the load forming stations when empty, partially empty, or full. A given layer may be a hybrid layer comprised of the sum of partial layers fabricated separately. In some embodiments, the transfer apparatus can transfer layers to more than one of more than one load forming stations. In some embodiments, rows of units of material are advanced transversely onto and across an in-feed conveyor to thereby define, on the in-feed conveyor, the full width of the layer being formed.

Palletizer And Palletizing Methods

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US Patent:
57161895, Feb 10, 1998
Filed:
Apr 10, 1996
Appl. No.:
8/630508
Inventors:
Ernest P. Winski - Oshkosh WI
David R. Rastall - Appleton WI
Assignee:
Goldco Industries, Inc. - Loveland CO
International Classification:
B65G 5726
US Classification:
414786
Abstract:
Palletizers and methods of palletizing are disclosed. The palletizers are adapted to receive and arrange units of material and to concurrently fabricate first and second layers therefrom; or to place them in layers at either of first and second delivery support areas; or both. A plurality of layer forming stations can be vertically spaced, horizontally spaced, or both. Plural load forming stations can be horizontally spaced, vertically spaced, or both. Pallets can be sequenced into the load forming stations when empty or partially empty; and can be sequenced out of the load forming stations when empty, partially empty, or full. A given layer may be a hybrid layer comprised of the sum of partial layers fabricated separately. In some embodiments, the transfer apparatus can transfer layers to more than one of more than one load forming stations. In some embodiments, rows of units of material are advanced transversely onto and across an in-feed conveyor to thereby define, on the in-feed conveyor, the full width of the layer being formed.
Control profile
David R Rastall from De Pere, WI, age ~61 Get Report