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A vehicle fuel pump assembly, method of construction thereof, and a fuel tank assembly is provided. The fuel pump assembly includes a non-conductive plastic reservoir and an electrically powered fuel pump disposed in the reservoir. The fuel pump is configured to receive fuel through an inlet and to

A vehicle fuel pump assembly, method of construction thereof, and a fuel tank assembly is provided. The fuel pump assembly includes a non-conductive plastic reservoir and an electrically powered fuel pump disposed in the reservoir. The fuel pump is configured to receive fuel through an inlet and to dispense fuel through an outlet. A fuel filter assembly having a non-conductive plastic housing is disposed in the reservoir and a coating of conductive material is bonded to the housing. A conductive lead is configured in electrical communication with the coating and is further configured for attachment to an electrical ground.

대표청구항 ▼

1. A vehicle fuel pump assembly, comprising: a non-conductive plastic reservoir;an electrically powered fuel pump disposed in said reservoir, said fuel pump being configured to receive fuel through an inlet and to dispense fuel through an outlet;a fuel filter assembly having a non-conductive plastic

1. A vehicle fuel pump assembly, comprising: a non-conductive plastic reservoir;an electrically powered fuel pump disposed in said reservoir, said fuel pump being configured to receive fuel through an inlet and to dispense fuel through an outlet;a fuel filter assembly having a non-conductive plastic housing disposed in said reservoir;a coating of conductive material bonded to an exterior surface of said housing; anda conductive lead configured in electrical communication with said coating and being configured for attachment to an electrical ground. 2. The vehicle fuel pump assembly of claim 1 further including a coating of conductive material bonded to said reservoir. 3. The vehicle fuel pump assembly of claim 2 wherein said conductive lead is configured in electrical communication with said coating on said reservoir. 4. The vehicle fuel pump assembly of claim 3 further including a cover attached to said reservoir by a plurality of support members, said cover being configured for attachment about an opening of a fuel tank, said cover having a coating of conductive material bonded thereto. 5. The vehicle fuel pump assembly of claim 4 wherein said conductive lead is configured in electrical communication with said coating on said cover. 6. The vehicle fuel pump assembly of claim 4 wherein said plurality of support members have a coating of conductive material bonded thereto. 7. The vehicle fuel pump assembly of claim 1 wherein said fuel filter assembly is toroidal and surrounds said fuel pump. 8. The vehicle fuel pump assembly of claim 1 wherein said fuel pump is in electrical communication with said coating. 9. A fuel tank assembly, comprising: a fuel tank having an opening;a non-conductive plastic reservoir disposed in said fuel tank;an electrical fuel pump disposed in said reservoir, said fuel pump being configured in electrical communication with a power source via a lead wire and being powered to receive fuel through an inlet and to dispense fuel through an outlet;a fuel filter assembly disposed in said reservoir;a coating of conductive material bonded to an exterior surface of said fuel filter assembly; anda conductive lead configured in electrical communication with said coating and configured for attachment to an electrical ground. 10. The fuel tank assembly of claim 9 further including a coating of conductive material bonded to said reservoir. 11. The fuel tank assembly of claim 10 wherein said conductive lead is configured in electrical communication with said coating on said reservoir. 12. The fuel tank assembly of claim 11 further including a cover attached to said reservoir by a plurality of support members, said cover being configured for attachment about said opening of said fuel tank, said cover having a coating of conductive material bonded thereto. 13. The fuel tank assembly of claim 12 wherein said conductive lead is configured in electrical communication with said coating on said cover. 14. The fuel tank assembly of claim 12 wherein said plurality of supp01i members have a coating of conductive material bonded thereto. 15. The fuel tank assembly of claim 9 wherein said fuel filter assembly is toroidal and surrounds said fuel pump. 16. The fuel tank assembly of claim 9 wherein said fuel pump is in electrical communication with said coating. 17. A method of constructing a fuel pump assembly, comprising: providing a non-conductive plastic reservoir;disposing a fuel filter assembly in the reservoir;disposing an electrically powered fuel pump disposed in the reservoir;bonding a coating of conductive material to an exterior surface of the fuel filter assembly; andconfiguring a conductive lead in electrical communication with the coating and for attachment to an electrical ground. 18. The method of claim 17 further including performing the bonding by dipping the fuel filter assembly in a solution of the conductive material. 19. The method of claim 17 further including bonding a coating of conductive material to the reservoir. 20. The method of claim 19 further including performing the bonding by dipping the fuel filter assembly and reservoir in a solution of the conductive material. 21. The method of claim 20 further including bonding the coating of conductive material to the fuel filter assembly and reservoir after disposing the fuel filter assembly in the reservoir. 22. The method of claim 17 further including attaching a cover configured for attachment about an opening of a fuel tank to the reservoir with a plurality of support members and bonding a coating of conductive material to the cover and support members. 23. The method of claim 22 further including bonding the coating of conductive material to the reservoir, fuel filter assembly, cover and support members in a single dipping process. 24. The method of claim 17 further including configuring the fuel pump in electrical communication with the coating of conductive material.