Igniter assembly
AssigneeMitsubishi Denki Kabushiki Kaisha
InventorMasaaki Taruya
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Abstract
An igniter assembly is provided for controlling the current supply to an ignition coil of an engine. The assembly reduces soldering and assembly steps thereby resulting in reduced manufacturing costs. In one embodiment, the igniter includes a casing, an electronic circuit unit, a connector attached to the casing, and a connector terminal within the connector one end of the terminal being directly connected to the electronic circuit unit. In another embodiment, the igniter includes an electronic circuit unit, a connector terminal directly connected to the electronic circuit unit, and a molded body forming an integral casing and connector supporting and enclosing the electronic circuit and connector terminal respectively.
Claims4
An igniter assembly comprising:
- a casing;
- an electronic circuit unit supported by and enclosed within said casing;
- an electrical connector housing fixedly attached to said casing;
- and
- a plurality of connector terminals electrically insulated and separated from each other and being supported by and partially enclosed within said electrical connector housing so that, when said connector housing is attached to said casing, one end of each connector terminal can be placed in direct contact with said electronic circuit unit.
An igniter assembly comprising:
- an electronic circuit unit;
- a plurality of connector terminals, one end of each of said terminals being positioned in direct contact with said electronic circuit unit;
- a molded body for separating and electrically insulating the connector terminals from each other, said molded body completely enclosing said electronic circuit unit;
- and
- an electrical connector housing, integrally molded with said molded body, through which said plurality of connectors protrude.
An igniter assembly comprising:
- an electronic circuit unit;
- a plurality of connector terminals;
- and
- a molded body having a connector portion and a casing portion, said molded body supporting and electrically insulating said connector terminals from one another, wherein one end of each connector terminal at said casing portion of said molded body is in direct contact with the electronic circuit unit, and an opposite end of each connector terminal protrudes through said connector portion of said molded body, said electronic circuit unit being completely enclosed by said casing portion of said molded body.
Dependencies are inferred from the claim text.