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US 2013/0075132 A1Published application
Electrical component
AssigneeNissan Motor Co., Ltd.
InventorsKensuke Sasaki, Kenta Suzuki, Tadashi Kasuya
Life of this patent
Estimating the term…
Abstract
A resistant body 13 is provided in a periphery of at least one of the current-carrying members 11 on a surface of the insulator 12. The resistant body 13 distributes a voltage applied to the surface of the insulator 12 between a pair of the current-carrying members 11 adjacent to each other, so that a potential difference distributed on the surface of the insulator 12 is set to a discharge starting voltage or less.
Claims15
An electrical component, comprising:
- two or more current-carrying members through which current can pass;
- an insulator that holds the respective current-carrying members in an insulating state;
- and
- a resistant body provided in a periphery of at least one of the current-carrying members on a surface of the insulator,
- wherein the resistant body has a resistant value including a condition in which a periphery applied voltage applied to a periphery of the resistant body on the surface of the insulator is set to a discharge starting voltage or less.
2 more elements
An electrical component, comprising:
- two or more current-carrying members through which current can pass;
- an insulator that holds the respective current-carrying members in an insulating state;
- and
- at least one electrical conductor that surrounds at least one of the current-carrying members at a position separated from a periphery of the at least one of the current-carrying members on a surface of the insulator,
- wherein the at least one electrical conductor is provided under a condition in which each periphery applied voltage applied to respective peripheries of the current-carrying members and the at least one electrical conductor on the surface of the insulator is set to a discharge starting voltage or less.
2 more elements
An electrical component, comprising:
- two or more current-carrying member through which current can pass;
- an insulator that holds the respective current-carrying members in an insulating state;
- and
- a voltage distribution unit provided in a periphery of at least one of the current-carrying members on a surface of the insulator,
- wherein the voltage distribution unit distributes a voltage applied to the surface of the insulator between a pair of the current-carrying members adjacent to each other, so that a potential difference distributed on the surface of the insulator is set to a discharge starting voltage or less.
2 more elements
An electrical component, comprising:
- two or more current-carrying means for conducting current;
- insulating means for holding the respective current-carrying means in an insulating state;
- and
- voltage distribution means for distributing a voltage applied to the surface of the insulator, which provided in a periphery of at least one of the current-carrying means on a surface of the insulating means,
- wherein the voltage distribution means distributes a voltage applied to the surface of the insulating means between a pair of the current-carrying means adjacent to each other, so that a potential difference distributed on the surface of the insulating means are set to a discharge starting voltage or less.
2 more elements
Dependencies are inferred from the claim text.