Resources Contact Us Home
Browse by: INVENTOR PATENT HOLDER PATENT NUMBER DATE
 
 
Louis G. Morin Patents
Inventor:
Morin; Louis G.
Address:
Tarrytown, NY
No. of patents:
12
Patents:












Patent Number Title Of Patent Date Issued
4976828 Chaff comprising metal coated fibers December 11, 1990
High strength composite fibers are disclosed comprising a core, e.g., of carbon or the like, and a thin and uniform, firmly adherent electrically conductive layer of an electrodepositable metal, e.g., of nickel or the like. The composite fiber can be produced by electrodeposition from an
4942090 Chaff comprising metal coated fibers July 17, 1990
High strength composite fibers are disclosed comprising a core, e.g., of carbon or the like, and a thin and uniform, firmly adherent electrically conductive layer of an electrodepositable metal, e.g., of nickel or the like. The composite fiber can be produced by electrodeposition from an
4909910 Yarns and tows comprising high strength metal coated fibers, process for their production, and a March 20, 1990
Yarns or tows of high strength composite fibers the majority of which comprise a core of carbon or the like and a thin, uniform firmly adherent electrically conductive layer or an electrodepositable metal, such as nickel or the like, the bond strength of the metal to the core being g
4904351 Process for continuously plating fiber February 27, 1990
A graphite fiber is electroplated by passing the fiber continuously through an electrolyte solution in a tank. Current is delivered to the fiber at a contact immediately prior to the surface of the electrolyte in the tank. The voltage is maintained above 16 volts. The fiber is kept cool
4852453 Chaff comprising metal coated fibers August 1, 1989
High strength composite fibers are disclosed comprising a core, e.g., of carbon or the like, and a thin and uniform, firmly adherent electrically conductive layer of an electrodepositable metal, e.g., of nickel or the like. The composite fiber can be produced by electrodeposition from an
4788084 Process for sizing metal oxide coated non-metallic or semimetallic filaments November 29, 1988
Filaments, yarns or tows of metal coated nonmetallic and semimetallic materials, e.g., nickel coated graphite, are sized, e.g., with poly(vinyl acetate), and/or oxidized, e.g., in steam at an elevated temperature to produce a surface of nickel oxide, and the resulting products mix more
4762603 Process for forming electrodes August 9, 1988
The invention includes electrodes having a plurality of fibers wherein an essentially continuous metallic coating of high bond strength extends over at least a portion of each fiber, and wherein the fibers provide a large surface area. The electrodes of the invention have an efficient el
4680100 Electrochemical cells and electrodes therefor July 14, 1987
The present invention relates to electrodes having fibers which provide large surface areas, high bond strength between the core fibers and metallic coatings thereon, and efficient electrical connections; electro-chemical cells including such electrodes; and processes for forming and
4680093 Metal bonded composites and process July 14, 1987
Metal base composites are provided by electro-depositing on conductive core filaments a thin, firmly-adherent, uniform layer of a metal, the bond strength between the core and the deposited metal being such that when the unbonded coated filament is bent, as in knitting and weaving, the c
4661403 Yarns and tows comprising high strength metal coated fibers, process for their production, and a April 28, 1987
Yarns or tows of high strength composite fibers the majority of which comprise a core of carbon or the like and a thin, uniform firmly adherent electrically conductive layer or an electrodepositable metal, such as nickel or the like, the bond strength of the metal to the core being g
4624751 Process for fiber plating and apparatus with special tensioning mechanism November 25, 1986
A process and apparatus for metal plating fibers in which an array of tensioning rollers and contact rollers insure a direct tight path for the fiber and facilitate rapid replacement of the contact rollers when necessary.
4609449 Apparatus for the production of continuous yarns or tows comprising high strength metal coated f September 2, 1986
Yarns or tows of high strength composite fibers the majority of which comprise a core of carbon or the like and a thin, uniform firmly adherent electrically conductive layer or an electrodepositable metal, such as nickel or the like, the bond strength of the metal to the core being g










 
 
  Recently Added Patents
Diameter signaling for mobile IPv4
Catalytic pyrolysis using UZM-44 aluminosilicate zeolite
Antenna arrangement and antenna housing
Method and system for providing cloud based network security services
Integrated monitoring in problem management in service desk
Pyrrolidine-1,2-dicarboxamide derivatives
System and method for providing definitions
  Randomly Featured Patents
Broom
Electric rotary machine having positioning ring for securing salient poles in place
Incremental ideographic character input method
Relieved patterned marrying roll
System and method for clock drift compensation
Multi-component spun yarn
Truck-mounted, vehicle carrier apparatus
Double chamber vacuum apparatus for thin layer deposition
Bottle
Network system, spanning tree configuration method, spanning tree configuration node, and spanning tree configuration program