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Alan L Smock, Age 741611 Gregory Ln, Jasper, IN 47546

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Known as:
Alan Alan Smock
Related to:
Gregory R Smock 64 Gabrielle A Smock 31

Alan Smock Phones & Addresses

1611 Gregory Ln, Jasper, IN 47546 (812) 481-1127

Columbus, IN

Edinburgh, IN

Dubois, IN

Pendleton, IN

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Alan L Smock
Alan L Smock

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Work

Company: Lifespring health systems Apr 2019 Position: General member board

Education

Degree: Bachelor of Science In Mechanical Engineering, Bachelors School / High School: Rose - Hulman Institute of Technology 1969 to 1973 Specialities: Mechanical Engineering

Skills

Product Development • Manufacturing • Lean Manufacturing • Engineering • Program Management • Continuous Improvement • Strategic Planning • Automotive • Management • Product Management

Interests

Environment • Health

Industries

Farming

Mentions for Alan L Smock

Alan Smock resumes & CV records

Resumes

Alan Smock Photo 19

General Member Board

Location:
1611 Gregory Ln, Jasper, IN 47546
Industry:
Farming
Work:
Lifespring Health Systems
General Member Board Dubois County Soil and Water Conservation District
Associate Member Vincennes University Jasper Campus Land Stewardship Initiative Jan 2012 - Mar 2016
Past Chair of Steering Committee Smock Farm Jan 2012 - Mar 2016
Own and Manage Timber and Row Crop Farming Opertion; Self Employed Masterbrand Cabinets May 2000 - Jun 2007
Project Engineer Masterbrand Cabinets Apr 1988 - May 2007
Director of Research and Development Kimball Office Oct 1983 - Mar 1988
Senior Engineer Delco Remy Division of Gm 1973 - 1983
Senior Engineer
Education:
Rose - Hulman Institute of Technology 1969 - 1973
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Skills:
Product Development, Manufacturing, Lean Manufacturing, Engineering, Program Management, Continuous Improvement, Strategic Planning, Automotive, Management, Product Management
Interests:
Environment
Health

Publications & IP owners

Us Patents

Apparatus For Curing A Coating On A Three-Dimensional Object

US Patent:
7265365, Sep 4, 2007
Filed:
May 24, 2005
Appl. No.:
11/136218
Inventors:
James F. Arvin - Jasper IN, US
Benjamin W. Hasenour - St. Anthony IN, US
Peter J. Fritz - Jasper IN, US
Alan L. Smock - Dubois IN, US
Assignee:
Dubois Equipment Company, Inc. - Jasper IN
International Classification:
B29C 35/08
US Classification:
2504921, 250504 R, 25045511, 2504931, 355 66, 355 67, 126605
Abstract:
An apparatus is provided for curing a curable coating on a three-dimensional object having at least a top surface and a side surface, with the object being advanced along a generally horizontal path. The apparatus includes an elongated light source of radiating curing energy for curing the coating on the surfaces of the object. An open-sided, elongated concave reflector is positioned behind the elongated light source to provide a focus for the radiated curing energy onto the object. The reflector has a generally elliptical cross-section for radiating the curing energy along an energy concentration line generally coincident with the object. The elongated light source is generally at the source focal point of the elongated reflector. The reflector is angled such that a line that runs between the source focal point of the reflector and the energy concentration line extends on the order of 55-77 from vertical. This angle causes approximately twice as much curing energy and twice the peak intensity to be radiated onto the side surface of the object than onto the top surface of the object.

Process For Applying A Thin-Film Radiation-Cured Coating On A Three-Dimensional Substrate

US Patent:
2006002, Feb 9, 2006
Filed:
Aug 4, 2004
Appl. No.:
10/710805
Inventors:
Melanie Campbell - Freeport PA, US
Richard Foukes - Mars PA, US
Karen Barkac - North Huntingdon PA, US
David Hagopian - Deerfield IL, US
Alan Smock - Dubois IN, US
Inho Song - Chesterland OH, US
Assignee:
MASTERBRAND CABINETS, INC. - Jasper IN
International Classification:
B05D 1/12
US Classification:
427180000, 427372200
Abstract:
A process for providing a uniform coating of one hundred percent solids material on a substrate and a substrate having a uniform coating of one hundred percent solids material. Process parameters are controlled to provide for a sprayable, curable coating of one hundred percent solids material that can be used to coat three dimensional surfaces and provide a uniform thin film layer across all areas of the three dimensional surface.

Product Comprising A Thin-Film Radiation-Cured Coating On A Three-Dimensional Substrate

US Patent:
2006002, Feb 9, 2006
Filed:
Aug 4, 2004
Appl. No.:
10/710810
Inventors:
Melanie Cambell - Freeport PA, US
Richard Foukes - Mars PA, US
Karen Barkac - North Huntingdon PA, US
David Hagopian - Deerfield IL, US
Alan Smock - Dubois IN, US
Inho Song - Chesterland OH, US
Assignee:
MASTERBRAND CABINETS, INC. - Jasper IN
International Classification:
B32B 5/16
G11B 5/64
US Classification:
428323000, 428336000
Abstract:
A process for providing a uniform coating of one hundred percent solids material on a substrate and a substrate having a uniform coating of one hundred percent solids material. Process parameters are controlled to provide for a sprayable, curable coating of one hundred percent solids material that can be used to coat three dimensional surfaces and provide a uniform thin film layer across all areas of the three dimensional surface.

Radiation Curable, Sprayable Coating Compositions

US Patent:
2006003, Feb 9, 2006
Filed:
Aug 4, 2004
Appl. No.:
10/910883
Inventors:
Roy Dean - Lower Burrell PA, US
Mildred Perrine - Allison Park PA, US
Robert Pogue - Pittsburgh PA, US
Ron Schowengerdt - Waterford WI, US
David Hagopian - Deerfield IL, US
Alan Smock - Dubois IN, US
Inho Song - Chesterand OH, US
International Classification:
C09D 11/10
US Classification:
522103000
Abstract:
Radiation curable, sprayable compositions are disclosed that include (a) an acrylated epoxy, and (b) at least one multi-functional acrylate monomer. The radiation curable, sprayable compositions of the invention include a material containing an amino group. Also disclosed are multi-layer composite coatings wherein at least one layer is deposited from such compositions.

Radiation Curable, Sprayable Coating Compositions

US Patent:
2008016, Jul 10, 2008
Filed:
Mar 24, 2008
Appl. No.:
12/053877
Inventors:
Roy E. Dean - Lower Burrell PA, US
Mildred Lisa Perrine - Allison Park PA, US
Robert T. Pogue - Pittsburgh PA, US
Ron Schowengerdt - Waterford WI, US
David Hagopian - Deerfield IL, US
Alan Smock - Dubois IN, US
Inho Song - Chesterland OH, US
Assignee:
PPG INDUSTRIES OHIO, INC. - Cleveland OH
International Classification:
C08F 2/46
US Classification:
522 46, 522103, 522 64
Abstract:
Radiation curable, sprayable compositions are disclosed that include (a) an acrylated epoxy, and (b) at least one multi-functional acrylate monomer. The radiation curable, sprayable compositions of the invention include a material containing an amino group. Also disclosed are multi-layer composite coatings wherein at least one layer is deposited from such compositions.

Solenoid Coil Wire Termination

US Patent:
4586245, May 6, 1986
Filed:
Apr 12, 1985
Appl. No.:
6/722704
Inventors:
Ross A. Gresley - Anderson IN
Howard E. Leech - Anderson IN
Alan L. Smock - Dubois IN
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H01F 706
US Classification:
29602R
Abstract:
A starter solenoid for electric starting apparatus and its method of manufacture. The solenoid has hold-in and pull-in coils and a cap formed of insulating material that carries a start switch terminal and a motor terminal. Both terminals have axially extending internal bores and when the cap is moved into engagement with the case of the solenoid to secure it thereto end lead wires of the coils are inserted into the bores of the terminals. The terminals are radially crimped into engagement with the wires and the crimped portions are then welded to the wires. The ground connection for one end of the hold-in coil is made by inserting an end lead wire of the hold-in coil into the bore of a hollow metallic terminal that is carried by a metallic plate member, crimping the terminal to the wire and then welding the crimped portion to the wire.

Solenoid Coil Wire Termination

US Patent:
4540962, Sep 10, 1985
Filed:
May 29, 1984
Appl. No.:
6/614753
Inventors:
Ross A. Gresley - Anderson IN
Howard E. Leech - Anderson IN
Alan L. Smock - Dubois IN
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H01H 5108
US Classification:
335131
Abstract:
A starter solenoid for electric starting apparatus and its method of manufacture. The solenoid has hold-in and pull-in coils and a cap formed of insulating material that carries a start switch terminal and a motor terminal. Both terminals have axially extending internal bores and when the cap is moved into engagement with the case of the solenoid to secure it thereto end lead wires of the coils are inserted into the bores of the terminals. The terminals are radially crimped into engagement with the wires and the crimped portions are then welded to the wires. The ground connnection for one end of the hold-in coil is made by inserting an end lead wire of the hold-in coil into the bore of a hollow metallic terminal that is carried by a metallic plate member, crimping the terminal to the wire and then welding the crimped portion to the wire.

Shift Mechanism For Engine Starting Apparatus

US Patent:
4579010, Apr 1, 1986
Filed:
Sep 26, 1984
Appl. No.:
6/654138
Inventors:
Jack A. Colvin - Anderson IN
Ronald G. Colvill - Anderson IN
Alan L. Smock - Dubois IN
Assignee:
General Motors Corporation - Detroit MI
International Classification:
F02N 1506
US Classification:
74 7A
Abstract:
A shift lever mechanism for engine starting apparatus. The mechanism includes a pivotally mounted lever for translating axial movement of the plunger of a starter solenoid into axial movement of a pinion that is adapted to mesh with the ring gear of an engine. The part of the shift lever that is moved by the solenoid plunger has two opposed actuating surfaces that are located at different radial distances from the pivot point of the shift lever. These actuating surfaces are engaged by corresponding surfaces provided on a part movable with the plunger. When the plunger is pulled-in corresponding surfaces separate by an amount sufficient to permit a solenoid switch to open when the solenoid coil is deenergized and the plunger moved to a position to cause reengagement of the separated surfaces.

Possible Relatives

David S Smock  Aaron L Smock  Douglas R Smock  Adam T Smock  Jamie A Smock  Jessica A Smock  Jim B Smock  Alan D Johnson  Alan E Johnston  Alan B Joiner 

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