Wiring harness with integrated component heat shield
View Patent ↗A heat shield and heat shield assembly for protecting components exposed to heat are disclosed. The heat shield includes a shroud shaped to cover the component, the shroud having heat reflective layers and a heat insulating layer. The shroud is attached to a clip for removable attachment to the component. A flexible, resilient tab extends from the shroud, the tab providing a means for attaching the heat shield to a wiring harness to form an assembly connectable to the component. The tab is bendable for relative movement of the shroud from a position spaced from the component to a position in which the shroud covers the component upon connection of the wiring harness to the component.
1. A heat shield adapted for use with an elongated electrical conductor to protect an item connected to said conductor, said heat shield comprising:
a shroud for rejecting heat, said shroud being shaped so as to substantially cover said item;
a first attachment for attaching said shroud directly to said item;
a second attachment configured differently from said first attachment for attaching said shroud to said conductor and positioning said shroud with respect to said item; and
wherein said second attachment means comprises an elongated, flexible tab extending from said shroud, said tab being attachable to said conductor, said tab having a bendable portion for relative movement of said shroud and said first attachment means from a position spaced from said item to a position in which said shroud covers said item.
2. A heat shield according to claim 1 , further comprising an aperture extending through said tab, said aperture being adapted to receive said conductor for attachment of said tab thereto.
3. A heat shield according to claim 1 , further comprising a fastener attached to said tab, said fastener for attaching said tab to said electrical conductor.
4. A heat shield according to claim 3 , wherein said fastener comprises adhesive tape extendible around said tab and said electrical conductor.
5. A heat shield according to claim 3 , wherein said fastener comprises adhesive tape extendible around said tab and said electrical conductor.
6. A heat shield according to claim 3 , wherein said fastener comprises lacing filaments extendible between said tab and said electrical conductor.
7. A heat shield according to claim 1 , wherein said tab comprises a transverse fold line, said tab being bendable about said fold line for positional adjustment of said shroud relatively to said electrical conductor and said item.
8. A heat shield according to claim 1 , wherein said tab comprises first and second transverse fold lines positioned in spaced apart relation to one another, said tab being bendable at said first fold line to form a first fold positioned adjacent to said shroud, a second fold extending from said first fold line in an opposite direction to said first fold, said tab being bendable at said second fold line to form a third fold extending from said second fold line in a direction opposite to said second fold.
9. A heat shield according to claim 8 , further including a fastener comprises adhesive tape extendible around said second fold of said tab and said electrical conductor.
10. A heat shield according to claim 1 , wherein said second attachment means comprises a tether having a first portion attachable to said conductor and a second portion attached to said shroud.
11. A heat shield according to claim 1 , wherein said second attachment means comprises a filamentary loop attachable to said conductor, said shroud having an aperture therethrough for receiving said loop, said shroud being slidably movable along said loop for movement from a position spaced from said item to a position in which said shroud covers said item.
12. A heat shield according to claim 11 , wherein said filamentary loop comprises a resilient wire.
13. A heat shield according to claim 1 , wherein said second attachment means comprises a hinge having a first hinge member attachable to said conductor and a second hinge member attached to said shroud, said hinge for effecting pivoting of said shroud from a position spaced from said item to a position in which said shroud covers said item.
14. A heat shield adapted for use with an elongated electrical conductor to protect an item connected to said conductor, said heat shield comprising:
a shroud for rejecting heat, said shroud being shaped so as to substantially cover said item;
a first attachment means for attachment of said shroud to said item;
a second attachment means for attachment of said shroud to said conductor for positioning said shroud with respect to said item;
wherein said second attachment means comprises an elongated, flexible tab extending from said shroud, said tab being attachable to said conductor, said tab having a bendable portion for relative movement of said shroud and said first attachment means from a position spaced from said item to a position in which said shroud covers said item; and
wherein said shroud comprises a heat reflecting surface for reflecting radiant heat energy.
15. A heat shield according to claim 14 , wherein said shroud comprises an insulating layer positioned between said first attachment means and said heat reflecting surface, said insulating layer for preventing conductive heat transfer to and from said item.
16. A heat shield according to claim 15 , wherein said shroud further comprises a heat reflecting layer positioned between said insulating layer and said first attachment means.
17. An assembly engageable with an item for protecting the item from heat energy and providing an electrical connection thereto, said assembly comprising:
a wiring harness connectable to said item;
a shroud for rejecting heat, said shroud being shaped so as to substantially cover said item;
a clip operative for direct attachment to said item and being attached to said shroud; and
a tab configured differently from said clip and extending from said shroud, said tab being attached to said harness in a manner to enable relative movement of said shroud from a position spaced from said item to a position in which said shroud covers said item.
18. An assembly according to claim 17 , further comprising a protective sleeve surrounding said harness, said tab being attached to said sleeve.
19. An assembly according to claim 18 , further comprising a fastener attached to said tab, said fastener engaging said sleeve and attaching said tab thereto.
20. An assembly according to claim 19 , wherein said tab comprises a bendable portion positioned between said fastener and said shroud, said bendable portion permitting relative movement of said shroud and said clip from a position spaced from said item to a position in which said shroud covers said item.
21. An assembly according to claim 19 , wherein said fastener comprises a rivet attaching said tab to said sleeve.
22. An assembly according to claim 17 , wherein said wiring harness comprises a connector at one end connectable to said item.
23. An assembly according to claim 17 , further comprising an aperture extending through said tab, said aperture being adapted to receive said wiring harness for attachment of said tab thereto.
24. An assembly according to claim 17 , wherein said bendable portion comprises a plurality of folds separated by transverse fold lines.
25. An assembly according to claim 17 , wherein said shroud comprises a reflecting surface mounted on said clip.
26. An assembly according to claim 25 , wherein said shroud comprises an insulating layer positioned between said reflecting surface and said clip.
27. An assembly according to claim 26 , wherein said shroud comprises a second reflecting surface positioned between said insulating layer and said clip.
28. An assembly engageable with an item for protecting said item from heat energy and providing an electrical connection thereto, said assembly comprising:
a wiring harness connectable to said item;
a shroud for rejecting heat, said shroud being shaped so as to substantially cover said item;
a clip attached to said shroud and adapted for direct attachment to said item;
means configured differently from said clip for attaching said shroud to said wiring harness; and
a protective sleeve surrounding said harness, said attachment means being attached to said protective sleeve.
29. An assembly according to claim 28 , wherein said attachment means comprises a tether having a first portion attached to said protective sleeve and a second portion attached to said shroud.
30. An assembly according to claim 28 , wherein said attachment means comprises a filamentary loop, said loop being attached to said sleeve, said shroud having an aperture therethrough for receiving said loop, said shroud being slidably movable along said loop for movement from a position spaced from said item to a position in which said shroud covers said item.
31. An assembly according to claim 30 , wherein said loop comprises a resilient wire.
32. An assembly according to claim 28 , wherein said attachment means comprises a hinge having a first hinge member attached to said protective sleeve and a second hinge member attached to said shroud, said hinge for effecting pivoting of said shroud from a position spaced from said item to a position in which said shroud covers said item.
33. A heat shield adapted for use with an electrical conductor to protect an item connected to said conductor, said heat shield comprising:
a shroud for rejecting heat, said shroud being shaped so as to substantially cover said item;
an attachment clip adapted to attach said shroud to said item; and
an elongated, flexible tab configured differently from said attachment clip extending from said shroud and attachable to said conductor, said tab having a bendable portion for relative movement of said shroud and said clip from a position spaced from said item to a position in which said shroud covers said item.
34. A heat shield according to claim 33 , wherein said shroud comprises:
a first heat reflecting surface facing outwardly from said attachment clip for blocking radiant heat;
a second heat reflecting surface facing inwardly toward said item for locking radiant heat; and
an insulating layer positioned between said first and second reflecting layers for blocking conductive heat transfer.
35. A heat shield according to claim 33 , further comprising an aperture extending through said tab, said aperture being adapted to receive said conductor for attachment of said tab thereto.
36. A heat shield according to claim 33 , further comprising a fastener attachable to said tab, said fastener being extendable around said electrical conductor for attaching said tab thereto.
37. A heat shield according to claim 36 , wherein said bendable portion is positioned between said fastener and said shroud.
38. A heat shield according to claim 33 , wherein said bendable portion comprises a plurality of folds joined at a plurality of transverse fold lines positioned in said tab.