Fuse holder with adjustable terminals
A fuse holder ( 10 ) comprising an enclosure for removably containing an electrical fuse ( 42 ). The fuse holder ( 10 ) includes at least a first ( 50 ) and a second electrically conducting terminal ( 52 ), preferably made of copper or a copper alloy. Each of the first ( 50 ) and second electrically conducting terminals ( 52 ) is in electrical contact with the fuse ( 42 ) through one or more electrically conducting elements ( 64, 66 ). The first electrically conductive terminal ( 50 ) is rotatably movable relative to the second electrically conductive terminal ( 52 ). The enclosure is comprised of a first piece ( 12 ) and a second piece ( 14 ) that is threadably secured to the first piece ( 12 ). When the first ( 12 ) and second pieces ( 14 ) are secured, they hold the fuse ( 42 ) snugly within the enclosure. The second piece ( 14 ) may include either a polygonal perimeter or a plurality of notches ( 68, 70, 72, 74, 76, 78 ) along the perimeter. In the event that the second piece ( 14 ) has a polygonal perimeter, the electrically conducting terminal ( 50 ) includes at least a first tab ( 56 ) and a second tab ( 58 ) abutting against two of the sides of polygonal perimeter. Where the second piece ( 14 ) has a perimeter having a plurality of notches ( 68, 70, 72, 74, 76, 78 ), the electrically conducting terminal ( 50 a) includes at least one tongue ( 80 ) that is insertable into one of the notches ( 68, 70, 72, 74, 76, 78 ).
1. A fuse holder, said fuse holder comprising: an enclosure for removably containing an electrical fuse; at least a first and a second electrically conducting terminal, said first electrically conducting terminal being of one piece with a first electrically conducting element, and said second electrically conducting terminal being of one piece with a second electrically conducting element, and each of said first and second electrically conducting terminals being in electrical contact with said fuse through its respective electrically conducting element; said first electrically conducting terminal being movable relative to said second electrically conducting terminal.
2. The fuse holder of claim 1 , wherein said first terminal and said second terminal are movable relative to each other along a generally horizontal plane.
3. The fuse holder of claim 1 , wherein said first terminal is rotatably movable relative to said second terminal.
4. The fuse holder of claim 1 , wherein said enclosure is comprised of a first piece and a second piece.
5. The fuse holder of claim 4 , wherein said first piece is threadably secured to said second piece.
6. The fuse holder of claim 4 , wherein said second piece has a polygonal perimeter.
7. The fuse holder of claim 4 , wherein said second piece has a hexagonal perimeter.
8. The fuse holder of claim 4 , wherein said second piece has an octagonal perimeter.
9. The fuse holder of claim 6 , wherein said electrically conducting element includes at least a first tab and a second tab, said first tab abutting against at least a first side of said polygonal perimeter, and said second tab abutting against at least a second side of said polygonal perimeter.
10. The fuse holder of claim 4 , wherein said second piece has a perimeter having a plurality of notches formed along said perimeter.
11. The fuse holder of claim 10 , wherein said electrically conducting element includes at least one tongue that is insertable into one of said notches.
12. The fuse holder of claim 4 , wherein said second terminal is secured by overmolding into said second piece.
13. The fuse holder of claim 1 , wherein said first and second electrically conducting terminals are made from copper.
14. The fuse holder of claim 1 , wherein said first and second electrically conducting terminals are made from a copper alloy.
15. The fuse holder of claim 1 , wherein said electrically conducting element and said first terminal are made of one piece.
16. The fuse holder of claim 1 , wherein said second electrically conducting terminal is a battery terminal connector.