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Derek A Tyler, 5753 Walnut St, Toms River, NJ 08753

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53 Walnut St, Toms River, NJ 08753   

Neptune, NJ   

1 Roberts Rd, Englishtown, NJ 07726   

Manalapan, NJ   

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Marketing and Public Relations Intern
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Derek Tyler

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Derek Tyler

Publications & IP owners

Us Patents

Anti-Parallel Inductors For Shape Control In Electromagnetic Casting

US Patent:
4215738, Aug 5, 1980
Filed:
Mar 30, 1979
Appl. No.:
6/025493
Inventors:
Gerhard K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 1101
B22D 2702
US Classification:
164 49
Abstract:
A method and apparatus for electromagnetic casting of metals and alloys is disclosed wherein anti-parallel inductors are utilized between the main inductor and the ingot being cast to provide for shape control of the ingot.

Multi-Turn Coils Of Controlled Pitch For Electromagnetic Casting

US Patent:
4570699, Feb 18, 1986
Filed:
Jan 7, 1985
Appl. No.:
6/689354
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
US Classification:
164503
Abstract:
An apparatus and process for casting metals wherein the molten metal is contained and formed into a desired shape by the application of an electromagnetic field produced by a multi-turn inductor. The pitch or spacing of individual turns of the inductor is controlled to provide accurately varied electromagnetic pressure. The process includes the step of varying the distance between turns and/or the height of the individual turns to control the electromagnetic forces and balance the metallostatic pressure within the molten metal being cast.

Duflex Impedance Shield For Shape Control In Electromagnetic Casting

US Patent:
4265294, May 5, 1981
Filed:
May 30, 1979
Appl. No.:
6/043726
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Ik Y. Yun - Orange CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
B22D 1101
US Classification:
164 49
Abstract:
A duplex impedance shield is disclosed which is used to effect improved shape control in the electromagnetic casting of molten metal or alloy. The shield is provided with a primary loop which substantially surrounds the upper portion of an electromagnetic casting station and a secondary loop attached thereto which serves to enlarge the air gap enclosed by the shield thereby increasing the impedance of the shield. The secondary loop of the shield may be provided with shunt means which can be manipulated to vary the inductance and/or the resistance of the shield thereby varying the impedance of the shield.

Ingot Shape Control By Dynamic Head In Electromagnetic Casting

US Patent:
4236570, Dec 2, 1980
Filed:
Jan 8, 1979
Appl. No.:
6/001730
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
US Classification:
164 49
Abstract:
A method and apparatus is disclosed for electromagnetic casting of metal and alloy ingots of desired shape having portions of small radius of curvature. An open-ended container or hot-top having spaced internal baffles is placed before the electromagnetic induction station of the casting apparatus to provide desired metal flow patterns. Also disclosed is a downspout having nozzle portions which provide preferred directionality to supplied molten metal.

Multi-Turn Coils Of Controlled Pitch For Electromagnetic Casting

US Patent:
4516627, May 14, 1985
Filed:
Jun 25, 1982
Appl. No.:
6/392049
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
US Classification:
164467
Abstract:
An apparatus and process for casting metals wherein the molten metal is contained and formed into a desired shape by the application of an electromagnetic field produced by a multi-turn inductor. The pitch or spacing of individual turns of the inductor is controlled to provide accurately varied electromagnetic pressure. The process includes the step of varying the distance between turns and/or the height of the individual turns to control the electromagnetic forces and balance the metallostatic pressure within the molten metal being cast.

Regulation Of The Thickness Of Electromagnetically Cast Thin Strip

US Patent:
4674557, Jun 23, 1987
Filed:
Apr 23, 1986
Appl. No.:
6/854933
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Gary L. Ungarean - Woodbridge CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
US Classification:
164467
Abstract:
A process for electromagnetically casting molten material into a thin strip having a substantially constant thickness. An inductor is provided for electromagnetically shaping the molten material. The material is electromagnetically shaped into a strip having a desired thickness. Variations in the thickness of the molten material are automatically reduced during the shaping step by selecting the frequency of the current applied to the inductor so that the thickness of the strip is about 1. 8 to about 2. 6 current penetration depth.

Multi-Turn Coils Of Controlled Pitch For Electromagnetic Casting

US Patent:
4518030, May 21, 1985
Filed:
Jun 24, 1982
Appl. No.:
6/391631
Inventors:
Gerhart K. Gaule - Elberon NJ
John C. Yarwood - Madison CT
Derek E. Tyler - Cheshire CT
Assignee:
Olin Corporation - New Haven CT
International Classification:
B22D 2702
US Classification:
164503
Abstract:
An apparatus and process for casting metals wherein the molten metal is contained and formed into a desired shape by the application of an electromagnetic field produced by a multi-turn inductor. The pitch or spacing of individual turns of the inductor is controlled to provide accurately varied electromagnetic pressure. The process includes the step of varying the distance between turns and/or the height of the individual turns to control the electromagnetic forces and balance the metallostatic pressure within the molten metal being cast.

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