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Steven M Gosetti

from Providence, RI
Age ~65
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Also known as:
Steven N Gosetti, Steven Gosetti Ret, Steve Gosetti, Steven I
Phone and address:
116 Harold St, Providence, RI 02908
(401) 497-7413
Connected to:
Jennifer K Gosewisch, 52Catherine A Gosey, 30Jessica R Gosey, 41Gregory G Gosfield, 72Christele L Gosh, 52Paul M Gosh, 39Catherine Gosha, 73Leland Gosha, 52Marquitta D Gosha, 41Misty L Gosha, 41

Steven Gosetti Phones & Addresses

  • 116 Harold St, Providence, RI 02908 (401) 497-7413
  • 118 Harold St, Providence, RI 02908 (401) 621-9383
  • North Providence, RI
  • Burrillville, RI

Industries

Plastics

Resumes

Resumes

Steven Gosetti Photo 1

Steven Gosetti

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Location:
Providence, Rhode Island Area
Industry:
Plastics

Publications

Us Patents

Scorch Retarding Golf Ball Composition

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US Patent:
6339119, Jan 15, 2002
Filed:
Oct 22, 1999
Appl. No.:
09/425755
Inventors:
Derek A. Ladd - New Bedford MA
Steven M. Gosetti - Providence RI
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
A63B 3706
US Classification:
524336, 524358, 524360, 524347, 524343, 525264, 525274, 525257, 473372, 473373, 473374, 473377
Abstract:
The present invention is directed to a golf ball containing a cover layer and a core layer, where the core layer is molded from a scorch retarding composition comprising a scorch retarding peroxide, an elastomeric polymer and a cross-linking agent. Preferably, the scorch retarding peroxide is present in an amount sufficient to delay cross-linking of the elastomeric polymer during core layer formation for a time sufficient to substantially prevent backrinding on the molded core layer. The golf balls of the invention may further comprise at least one intermediate layer interposed between the cover layer and the core layer, at least one of the layers being molded from a scorch retarding composition comprising a scorch retarding peroxide, an elastomeric polymer and a cross-linking agent. A method of making such golf balls is also disclosed.

Low Compression, Resilient Golf Balls Including Elemental Catalyst And Method For Making Same

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US Patent:
6458895, Oct 1, 2002
Filed:
Dec 16, 1999
Appl. No.:
09/461421
Inventors:
Mark N. Wrigley - New Bedford MA
David A. Bulpett - Boston MA
Jeffrey L. Dalton - North Dartmouth MA
Derek Ladd - New Bedford MA
Steven M. Gosetti - Providence RI
Murali Rajagopalan - South Dartmouth MA
Laurent C. Bissonnette - Portsmouth RI
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
A63B 3702
US Classification:
525248, 525264, 525274, 5253325, 5253326, 473354, 473357, 473371, 473372, 473373, 473374, 473377
Abstract:
A low compression, resilient golf ball having a center and a cover, made from a polybutadiene reaction product having polybutadiene, a cis-to-trans catalyst including a Group VIA element, such as at least one of sulfur, polymeric sulfur, selenium, or tellurium, and a free radical source. The reaction product typically has a first dynamic stiffness measured at -50Â C. that is less than about 130 percent of a second dynamic stiffness measured at 0Â C. A multi-layer golf ball having a center, at least one intermediate layer disposed concentrically about the center, and a cover. At least a portion of at least one of the center, intermediate layer, or both, are made from a reaction product including polybutadiene having a cis-to-trans catalyst that includes at least one elemental sulfur, polymeric sulfur, selenium, or tellurium component and a free radical source. In particular, the use of various combinations of polybutadiene, cis-to-trans catalyst including at least one elemental component, free radical source, filler, and crosslinker, produces golf balls and golf ball components that are resilient (fast) and have low compression (soft).

Low Compression, Resilient Golf Balls Including An Organosulfur Catalyst And Method For Making Same

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US Patent:
6465578, Oct 15, 2002
Filed:
Dec 16, 1999
Appl. No.:
09/461736
Inventors:
Laurent C. Bissonnette - Portsmouth RI
David A. Bulpett - Boston MA
Jeffrey L. Dalton - North Dartmouth MA
Derek Ladd - New Bedford MA
Steven M. Gosetti - Providence RI
Murali Rajagopalan - South Dartmouth MA
Mark N. Wrigley - New Bedford MA
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
A63B 3706
US Classification:
525261, 525274, 473354, 473357, 473371, 473372, 473373, 473374, 473377
Abstract:
A low compression, resilient golf ball having a center and a cover, made from a polybutadiene reaction product having polybutadiene, a cis-to-trans catalyst including an organosulfur component, and a free radical source. The reaction product has a first dynamic stiffness measured at -50Â C. that is less than about 130 percent of a second dynamic stiffness measured at 0Â C. A multi-layer golf ball having a center, at least one intermediate layer disposed concentrically about the center, and a cover. At least a portion of at least one of the center, intermediate layer, or both, are made from a reaction product including polybutadiene having a cis-to-trans catalyst that includes at least one organosulfur component and a free radical source. The reaction product has a first dynamic stiffness measured at -50Â C. that is less than about 130 percent of a second dynamic stiffness measured at 0Â C.

Low Compression, Resilient Golf Balls Including An Inorganic Sulfide Catalyst And Methods For Making The Same

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US Patent:
6508968, Jan 21, 2003
Filed:
Sep 8, 2000
Appl. No.:
09/658382
Inventors:
David A. Bulpett - Boston MA, 02118
Laurent Bissonnette - Portsmouth RI, 02871
Jeffrey L. Dalton - North Dartmouth MA, 02747
Derek Ladd - New Bedford MA, 02745
Steven M. Gosetti - Providence RI, 02908
Murali Rajagopalan - South Dartmouth MA, 02748
Mark M. Wrigley - New Bedford MA, 02744
International Classification:
B29C 4300
US Classification:
264250, 2642791, 264319, 264325, 26433117
Abstract:
A low compression, resilient golf ball having a center and a cover, wherein at least a portion of the ball is formed from the conversion reaction of an amount of polybutadiene, a free radical source, and a cis-to-trans catalyst including at least one inorganic sulfide at a sufficient temperature to form a polybutadiene reaction product which includes an amount of trans-polybutadiene greater than the amount of trans-polybutadiene present before the conversion reaction and a cis-to-trans catalyst including at least one inorganic sulfide. The reaction product preferably has a first dynamic stiffness measured at -50Â C. that is less than about 130 percent of a second dynamic stiffness measured at 0Â C. A multi-layer golf ball having a center, at least one intermediate layer disposed concentrically about the center, and a cover, wherein at least a portion of at least one of the center, intermediate layer, or both, are made from the reaction product. Also included are methods of forming such golf balls.

Method Of Forming Indicia On A Golf Ball

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US Patent:
6935240, Aug 30, 2005
Filed:
Dec 12, 2001
Appl. No.:
10/012538
Inventors:
Steven M. Gosetti - Providence RI, US
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
B41F017/30
B41F017/34
B41M001/40
US Classification:
101491, 101 41, 101DIG 40, 101487, 473351
Abstract:
A method for forming indicia on a three-dimensional surface, in particular golf ball components, such as dimpled covers, cores, intermediate layers, and half shells, using dye sublimation, wherein the indicia is offered an improved level of protection from degradation during normal ball use due to diffusion of the sublimating ink into the surface of the component. The indicia can be applied to painted, unpainted, or coated surfaces.

Golf Ball

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US Patent:
58368329, Nov 17, 1998
Filed:
Aug 29, 1996
Appl. No.:
8/705025
Inventors:
Herbert C. Boehm - Norwell MA
William E. Morgan - Barrington RI
Steven Aoyama - Marion MA
Dean A. Snell - Acushnet MA
Steven M. Gosetti - Providence RI
Samuel A. Pasqua - Bristol RI
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
A63B 3706
A63B 3708
A63B 3712
A63B 3714
US Classification:
473354
Abstract:
The present invention is directed to golf balls which have a lift to weight ratio greater than 1 when the ball is hit at a speed of 150 ft/sec and a spin rate of 3,000 rpm to enhance the lofting time of the ball and thereby provide the golfer with a slow swing speed increased distance and improved trajectory. The golf ball has a core and a cover. The cover has dimples ranging in number from 100 to 1,000 and having a total volume of less than 1. 5% of the ball volume on its exterior surface. The dimples have diameters between 0. 04 and 0. 3 inch and depths between 2/1,000 and 20/1,000 of an inch. The golf ball weight ranges from 1. 35 ounces (38. 3 grams) 1. 55 ounces (43. 97 grams). The cover material has a flexural modulus of less than 65,000 p. s. i.

Dual Core Golf Ball Compositions

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US Patent:
61807222, Jan 30, 2001
Filed:
Sep 25, 1998
Appl. No.:
9/160101
Inventors:
Jeffrey L. Dalton - North Dartmouth MA
Kevin M. Harris - New Bedford MA
Laurent C. Bissonnette - Portsmouth RI
Derek A. Ladd - New Bedford MA
Steven M. Gosetti - Providence RI
Samuel A. Pasqua - Tiverton RI
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
A63B 3706
A63B 3700
C08L 900
US Classification:
525193
Abstract:
A dual core golf ball and methods for preparing portions thereof including a core having at least one core layer, a mantle having at least one layer including an amount of reinforcing polymer component and a resilient polymer component disposed concentrically adjacent the core, and a cover layer disposed concentrically adjacent the mantle, wherein the at least one mantle layer is sufficiently rigid to inhibit the resilient polymer component from substantially altering shape prior to crosslinking. The invention also includes an elastomeric composition for the mantle that includes a resilient polymer component having a predominantly 1,4-cis content, a free-radical initiator, and a reinforcing polymer component having a sufficiently low viscosity at a mixing temperature to permit substantially uniform dispersion of the polymer component with the resilient polymer component and having a crystalline melting point sufficiently low to permit mixing while avoiding substantial crosslinking.

Process For Manufacturing Multi-Layered Cores

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US Patent:
62070959, Mar 27, 2001
Filed:
Sep 3, 1998
Appl. No.:
9/146553
Inventors:
Steven M. Gosetti - Providence RI
Assignee:
Acushnet Company - Fairhaven MA
International Classification:
B29C43/18
US Classification:
264250
Abstract:
The present invention provides a method of forming a multi-layered core, particularly a multi-layered core for a golf ball, that provides improved centering of the golf ball center within the core, while allowing existing formulations to be used. The method includes heating the core material, molding it to form hemispherical shells, cooling the hemispherical shells, and assembling two hemispherical shells around a golf ball center to form a multi-layered core. The increased rigidity of the shells resulting from cooling them allows the use of existing core formulations while improving the centering of the golf ball center.
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Steven M Gosetti from Providence, RI, age ~65 Get Report