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Levi A Kishbaugh

from Groveland, MA
Age ~61
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Also known as:
Levi Ammon Kishbaugh, Levi R Kishbaugh, Kishbaugh Levi Ammon
Phone and address:
4 Kings Way, Groveland, MA 01834
(978) 521-3432
Related to:
Andrea Catherine Kishbaugh, 35
Connected to:
Alan Kishbaugh, 61Amanda J Kishbaugh, 33Bernard R Kishbaugh, 82Erika Kishbaugh, 35Janet L Kishbaugh, 71Kristina J Kishbaugh, 46Levi A Kishbaugh, 84Marie R Kishbaugh, 101Michelle L Kishbaugh, 47Shirley A Kishbaugh, 85

Levi Kishbaugh Phones & Addresses

  • 4 Kings Way, Groveland, MA 01834 (978) 521-3432
  • West Palm Beach, FL
  • 3530 Hopkins Dr, Wilmington, DE 19808
  • 53 Abelia Dr, Newark, DE 19711 (302) 234-8949
  • Hampton, NH
  • Midland, MI
  • Oak Brook, IL

Resumes

Resumes

Levi Kishbaugh Photo 1

Levi Kishbaugh

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Location:
Greater Boston Area
Industry:
Plastics

Business Records

Name / Title
Company / Classification
Phones & Addresses
Levi Kishbaugh
VP Information Services
TREXEL, INC
Mfg Plastic Products Mfg Plastic Foam Products · All Other Plastics Prod Mfg
100 Research Dr, Wilmington, MA 01887
45 6 Rd, Woburn, MA 01801
(781) 932-0202, (781) 932-3324
Levi Kishbaugh
Partner
Gillis & Associates
Insurance Adjusters
540 Chestnut St, Manchester, NH 03101
PO Box 1131, Manchester, NH 03105
(603) 669-4420
Levi Kishbaugh
Partner
Gillis & Assocs
Adjustment/Collection Services
PO Box 1131, Manchester, NH 03105
233 Ml Rd, Hampton Beach, NH 03842
3 Dearborn Ln, Manchester, NH 03110

Publications

Us Patents

In-Mold Decorated Articles And Methods

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US Patent:
7364677, Apr 29, 2008
Filed:
May 18, 2004
Appl. No.:
10/849277
Inventors:
Levi A. Kishbaugh - Groveland MA, US
Kevin J. Levesque - Andover MA, US
David E. Pierick - San Diego CA, US
Assignee:
Trexel, Inc. - Woburn MA
International Classification:
B29C 44/06
US Classification:
264 464, 264 466, 264 50, 264 53, 264257
Abstract:
The invention provides in-mold decorated articles and methods to form the articles. The in-mold decorated articles include a polymeric portion having a substrate material adhered to a surface of the polymeric portion. The substrate material may be, for example, a film or a fabric. In some embodiments, the polymeric portion may be a foam and, particularly, a microcellular polymeric material. The articles are formed by injecting a mixture of blowing agent and polymeric material into a mold cavity in which the substrate material is disposed, so that the substrate material is forced against a wall of the mold cavity. The blowing agent, which in certain preferred cases is a supercritical fluid, decreases the viscosity of the polymeric material and, therefore, enables reductions in injection pressures and temperatures. Reduced injection temperature and pressure may widen the processing window, increase flexibility in the selection of substrate materials, and can eliminate the need for a barrier layer that is sometimes used in conventional processes. The method may be used to produce a variety of in-mold decorated articles.

Fiber-Filled Molded Articles

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US Patent:
7364788, Apr 29, 2008
Filed:
Dec 23, 2003
Appl. No.:
10/744757
Inventors:
Levi A. Kishbaugh - Groveland MA, US
Kevin J. Levesque - Andover MA, US
Albert H. Guillemette - Dracut MA, US
Liqin Chen - West Roxbury MA, US
Jingyi Xu - York PA, US
Kelvin T. Okamoto - Carlsbad CA, US
Assignee:
Trexel, Inc. - Woburn MA
International Classification:
B32B 3/26
B29D 7/00
C08F 20/00
C08J 9/00
US Classification:
4283044, 264 459, 264257, 525445, 521 97, 521160
Abstract:
Polymer molding processes, such as injection-molding processes, include use of a viscosity-reducing supercritical fluid additive resulting in less breakage of reinforcing fibers upon introduction into the mold.

Method Of Processing Polymers Using A Single Screw

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US Patent:
7615170, Nov 10, 2009
Filed:
Dec 30, 2004
Appl. No.:
11/027191
Inventors:
Jingyi Xu - York PA, US
Juan C. Cardona - Lowell MA, US
Levi A. Kishbaugh - Groveland MA, US
Assignee:
Trexel, Inc. - Woburn MA
International Classification:
B29C 44/38
US Classification:
264 50, 264 53
Abstract:
Injection molding and blow molding systems that include screws having low L:D ratios are provided. The systems are capable of producing microcellular polymeric materials. In some cases, the systems may be formed by retrofitting conventional polymer processing systems. Retrofitting may involve changing (e. g. , machining or replacing) existing components of the conventional system, as well as, adding new components to the system. For example, retrofitting generally involves replacing the conventional polymer processing screw with a new screw designed to satisfy conditions needed for processing microcellular materials. In other cases, the systems may be newly manufactured. The retrofitted or newly manufactured systems of the invention are considerably less expensive than newly manufactured microcellular processing systems having higher L:D ratios.

Injection-Molded Crystalline/Semicrystalline Material

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US Patent:
20020147244, Oct 10, 2002
Filed:
Mar 7, 2001
Appl. No.:
09/801199
Inventors:
Levi Kishbaugh - Groveland MA, US
Roland Kim - Somerville MA, US
Kevin Levesque - Andover MA, US
International Classification:
B29D007/00
C08J009/00
C08G063/00
D01F001/02
US Classification:
521/050000, 521/079000, 521/182000, 264/045900, 264/046100, 264/211000
Abstract:
Molding, including injection molding, of crystalline or semicrystalline polymeric material is described. Microcellular polymeric material is preferred. The invention involves use of a viscosity-reducing additive in molding that results in relatively better crystallinity at relatively lower mold temperatures, and lower aging time.

Encapsulation Using Microcellular Foamed Materials

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US Patent:
20030077346, Apr 24, 2003
Filed:
May 21, 2002
Appl. No.:
10/152167
Inventors:
Thomas Boyer - Randleman NC, US
Levi Kishbaugh - Groveland MA, US
Roland Kim - Somerville MA, US
International Classification:
B29C045/14
B29C045/47
US Classification:
425/129100, 425/582000
Abstract:
An injection molding system is provided. The system includes a source of polymeric material, and an extruder including a screw rotatable within a barrel to convey polymeric material from the source in a downstream direction towards an outlet of the extruder. The system further includes an injection mold defining a cavity connectable to the outlet of the extruder, and an article positioned in the cavity. The article is to be molded along with the polymeric material in the injection mold.

Polymer Processing Systems Including Screws

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US Patent:
20040012107, Jan 22, 2004
Filed:
Jul 18, 2002
Appl. No.:
10/198643
Inventors:
Jingyi Xu - Billerica MA, US
Juan Cardona - Lowell MA, US
Levi Kishbaugh - Groveland MA, US
International Classification:
B29C044/20
US Classification:
264/039000, 425/00400C, 264/051000
Abstract:
Injection molding and blow molding systems that include screws having low L:D ratios are provided. The systems are capable of producing microcellular polymeric materials. In some cases, the systems may be formed by retrofitting conventional polymer processing systems. Retrofitting may involve changing (e.g., machining or replacing) existing components of the conventional system, as well as, adding new components to the system. For example, retrofitting generally involves replacing the conventional polymer processing screw with a new screw designed to satisfy conditions needed for processing microcellular materials. In other cases, the systems may be newly manufactured. The retrofitted or newly manufactured systems of the invention are considerably less expensive than newly manufactured microcellular processing systems having higher L:D ratios.

Injection Molding Systems And Methods

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US Patent:
20040262813, Dec 30, 2004
Filed:
Nov 4, 2003
Appl. No.:
10/701118
Inventors:
David Pierick - San Diego CA, US
Levi Kishbaugh - Groveland MA, US
Jingyi Xu - York PA, US
Juan Cardona - Lowell MA, US
Himanshu Sheth - N. Andover MA, US
Kevin Levesque - Andover MA, US
Jeffrey Ng - Framingham MA, US
Roland Kim - Andover MA, US
Assignee:
Trexel, Incorporated - Woburn MA
International Classification:
B29C045/00
US Classification:
264/328100, 425/145000, 425/585000
Abstract:
Systems and methods for injection molding polymeric materials are provided. The systems and methods use a supercritical fluid additive. In some cases, the use of supercritical fluid additive enables formation of molded articles with low clamping forces and/or low injection pressures. Low clamping forces and/or low injection pressures may reduce the cost of a system designed to form a particular molded article. In some embodiments, the systems may include a control system that controls the operation of one or more components of the system (e.g., the extruder or the supercritical fluid additive introduction system). The systems and methods are suitable for forming polymeric foam articles including microcellular material articles.

In-Mold Decorated Articles And Methods

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US Patent:
20080187741, Aug 7, 2008
Filed:
Apr 11, 2008
Appl. No.:
12/101355
Inventors:
Joseph P. Vadala - Leominster MA, US
Levi A. Kishbaugh - Groveland MA, US
Kevin J. Levesque - Andover MA, US
David E. Pierick - San Diego CA, US
Assignee:
Trexel, Inc. - Woburn MA
International Classification:
B32B 3/26
B29C 45/14
C08J 9/00
US Classification:
4283155, 264241, 521 50
Abstract:
The invention provides in-mold decorated articles and methods to form the articles. The in-mold decorated articles include a polymeric portion having a substrate material adhered to a surface of the polymeric portion. The substrate material may be, for example, a film or a fabric. In some embodiments, the polymeric portion may be a foam and, particularly, a microcellular polymeric material. The articles are formed by injecting a mixture of blowing agent and polymeric material into a mold cavity in which the substrate material is disposed, so that the substrate material is forced against a wall of the mold cavity. The blowing agent, which in certain preferred cases is a supercritical fluid, decreases the viscosity of the polymeric material and, therefore, enables reductions in injection pressures and temperatures. Reduced injection temperature and pressure may widen the processing window, increase flexibility in the selection of substrate materials, and can eliminate the need for a barrier layer that is sometimes used in conventional processes. The method may be used to produce a variety of in-mold decorated articles.
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Levi A Kishbaugh from Groveland, MA, age ~61 Get Report