Michael G. Nolte - Hickory NC Gary D. Davis - Taylorsville NC Ronny D. Jergenson - Hickory NC Robert W. Scheu - Newton NC Timothy G. Tillery - Hickory NC
Assignee:
General Electric Company - Schenectady NY
International Classification:
H01B 1726
US Classification:
174152R
Abstract:
A terminal bushing which has (a) an elongated central conductor made by a powder metallurgy process from metal particles sintered together at elevated temperatures after being compacted under pressure and (b) a tubular shell of polymeric insulating material molded under high within a mold pressure about the central conductor and forming a joint with the central conductor that has a high resistance to leakage along the conductor. The central conductor includes at opposite ends of the molded tubular insulating shell mold-interface regions that are formed by the powder metallurgy process and are located to interface with and to fit tightly within the mold that is used for molding the insulating shell, thereby limiting to low values the quantity of pressurized polymer ejected about the mold-interface regions during the molding.
Timothy G. Tillery - Hickory NC Eugene H. Wood - Hickory NC Ronny D. Jergenson - Hickory NC Charles E. Rand - Hickory NC Michael G. Nolte - Hickory NC Kevin F. Bulson - Charlotte NC
Assignee:
Utility Solutions, Inc. - Hickory NC
International Classification:
H01H 7110 H01H 7108 H01H 7120
US Classification:
337180
Abstract:
An electrical cutout with a modular product design is provided with a constructional configuration for the insulator wherein the insulator is light in weight, has sufficient mechanical strength, can be readily injection molded, and wherein the creep distance is statistically maximized. The electrical cutout has an insulator, an upper and lower line terminal assembly, and a fuse assembly. The insulator has an elongated central stem portion defining a longitudinal direction, and a plurality of longitudinally spaced apart skirts mounted to the stem portion and so as to lie in respective transverse planes which are perpendicular to the longitudinal direction. The elongated central stem portion of the insulator has a non-solid cross-sectional configuration.
Support For Mounting Cylindrical Electrical Components
Gary D. Davis - Taylorsville NC Michael G. Nolte - Hickory NC Timothy G. Tillery - Hickory NC Robert W. Scheu - Newton NC John R. Castonguay - Hickory NC
Assignee:
General Electric Company - King of Prussia PA
International Classification:
H01H 8502 H01H 8520 H01H 8550
US Classification:
337186
Abstract:
This support is for mounting on structure of electrical apparatus a fuse or other device that comprises a cylindrical tube. The support comprises a base adapted to be secured to said structure, the base having a length and a width dimension. Two legs project laterally from the base at its longitudinally-opposite ends, each leg comprising a body portion that has a proximate end and a distal end. The base and the legs are of rigid polymeric insulating material, and the body portion of each leg is integrally joined to the base at the proximate end of the body portion. At its distal end the body portion of each leg carries a flange that projects from the body portion longitudinally with respect to the base. Each flange has a concave arcuate surface facing away from the base that is adapted to receive a portion of the above cylindrical tube. The arcuate surface includes a first curved portion for receiving a relatively large diameter tube and another curved portion for receiving a relatively small diameter tube.
Timothy G. Tillery - Hickory NC Eugene H. Wood - Hickory NC Ronny D. Jergenson - Hickory NC Charles E. Rand - Hickory NC Michael G. Nolte - Hickory NC Kevin F. Bulson - Charlotte NC
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