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A combination battery cover, heat shield, hold down having preferably formed integrally as one piece with flexible living hinges a pair of battery electrode covers. The cover has a cross channel on the undersurface which communicates with riser channels provided between ribs provided in the battery

A combination battery cover, heat shield, hold down having preferably formed integrally as one piece with flexible living hinges a pair of battery electrode covers. The cover has a cross channel on the undersurface which communicates with riser channels provided between ribs provided in the battery tray side wall. Apertures are formed between the tray sidewall ribs to provide air to the risers. An air deflector extends outwardly from the tray sidewall to direct air flow to the apertures in the tray. In an alternative embodiment, the electrode caps are attached by separately formed living hinges attached to the caps.

대표청구항 ▼

1. A method of making a combination battery cover and heat shield comprising: (a) molding a battery cover having a heat shield formed integrally therewith at substantially right angles thereto and forming a void therein for accessing a battery terminal; (b) molding a battery terminal cover confo

1. A method of making a combination battery cover and heat shield comprising: (a) molding a battery cover having a heat shield formed integrally therewith at substantially right angles thereto and forming a void therein for accessing a battery terminal; (b) molding a battery terminal cover conforming to said void; (c) interconnecting said battery cover and battery terminal cover with a flexible strap hinge; and, (d) deforming said strap hinge and disposing said terminal cover over said void and recessing said strap hinge below the surface of said terminal cover. 2. The method defined in claim 1, wherein said step of interconnecting includes molding said battery cover, said battery terminal cover and said strap integrally as one piece. 3. The method defined in claim 1, wherein said step of molding said battery cover includes molding a ramp on said cover for wedging against vehicle structure in a collision. 4. The method defined in claim 1, wherein said step of molding a battery cover includes molding thereon a plurality of spaced ribs and forming a vent in the side of at least one of said ribs during said molding. 5. The method defined in claim 4, wherein said step of molding said ribs includes disposing said ribs in spaced parallel arrangement. 6. The method defined in claim 1, wherein said step of forming a void includes forming a recess in said cover and forming said void in said recess. 7. The method defined in claim 1, further comprising disposing said battery cover over a battery and disposing a terminal of said battery in said void. 8. A method of retaining and heat shielding a battery disposed in a vehicle battery tray comprising: (a) molding as one piece a combination battery cover and side heat shield and forming a camming surface on a lower portion of said side heat shield; (b) moving a retaining member against said battery tray surface and camming said battery in said tray with one of said camming surface and said retaining member; and, (c) securing said retaining member and cover in said camming condition. 9. The method defined in claim 8, wherein said step of molding includes molding from the group consisting essentially of (i) one-shot molding and (ii) two-shot molding with overmolding. 10. The method defined in claim 8, wherein said step of molding said cover includes molding a plurality of ribs on said cover and forming a vent in the side of at least one of said ribs during said molding. 11. The method defined in claim 8, wherein said step of molding includes molding said battery cover, said side heat shield and said retaining member integrally as one piece. 12. The method defined in claim 8, wherein said step of moving a retaining member and camming includes wedging. 13. A method of mounting and retaining a vehicle battery in a battery tray comprising: (a) forming a battery tray with a vertical side wall having a first vertically extending channel formed integrally therewith and forming at least one vent void through said tray communicating with said first channel; (b) disposing a battery in said tray and registering said battery against said side wall; (c) forming a second channel in a battery cover and heat shield and covering said battery and securing said cover and shield on said tray; and, (d) communicating said second channel with said first channel and flowing battery cooling air through said void and said channels. 14. The method defined in claim 13, wherein said step forming a battery includes tapering said ribs in the vertical direction.