Locator tool for a light fixture

1. A bracket locator for use with a fixture, the bracket locator comprising:

a main body;

a swinging arm rotatably connected to said main body;

a plurality of alignment protrusions including a first protrusion and a second protrusion, said first protrusion extending from said main body, said second protrusion extending from said swinging arm; and

at least one pivoting retainer being pivotally attached to said main body, said at least one pivoting retainer being configured to hold the bracket against said main body.

2. The bracket locator of claim 1 , wherein said plurality of alignment protrusions are substantially parallel.

3. The bracket locator of claim 2 , wherein said swinging arm has a first end and a second end, said swinging arm having a pivot point proximate said first end about which said swinging arm is rotatable, said second protrusion proximate to said second end.

4. A bracket locator for use with a fixture, the bracket locator comprising:

a main body;

a swinging arm rotatably connected to said main body; and

a plurality of alignment protrusions including a first protrusion and a second protrusion, said first protrusion extending from said main body, said second protrusion extending from said swinging arm, said plurality of alignment protrusions are substantially parallel,

said swinging arm has a first end and a second end, said swinging arm having a pivot point proximate said first end about which said swinging arm is rotatable, said second protrusion proximate to said second end, said swinging arm comes into contact with said main body proximate said second protrusion when said swinging arm is swung in a direction, said second protrusion having an axis that is positioned on a first side of a line extending through said pivot point and said first protrusion when said swing arm is moved as far as possible in said direction.

5. The bracket locator of claim 4 , wherein said swinging arm traverses an arc about said pivot point, said axis being on a second side of said line through most of said arc.

6. The bracket locator of claim 1 , wherein said swinging arm rotates about an axis said at least one pivoting retainer pivoting about an other axis, said axis and said other axis being substantially parallel.

7. A bracket locator system for use with a fixture, the system comprising:

a main body;

a swinging arm rotatably connected to said main body;

a plurality of alignment protrusions including a first protrusion and a second protrusion, said first protrusion extending from said main body, said second protrusion extending from said swinging arm, said alignment protrusions being inserted into a portion of the fixture; and

at least one pivoting retainer being pivotally attached to said main body, said at least one pivoting retainer being configured to hold the bracket against said main body.

8. The bracket locator system of claim 7 , wherein said plurality of alignment protrusions are substantially parallel.

9. The bracket locator system of claim 8 , wherein said swinging arm has a first end and a second end, said swinging arm having a pivot point proximate said first end about which said swinging arm is rotatable, said second protrusion proximate to said second end.

10. A bracket locator system for use with a fixture, the system comprising:

a main body;

a swinging arm rotatably connected to said main body; and

a plurality of alignment protrusions including a first protrusion and a second protrusion, said first protrusion extending from said main body, said second protrusion extending from said swinging arm, said alignment protrusions being inserted into a portion of the fixture, said plurality of alignment protrusions being substantially parallel, said swinging arm has a first end and a second end, said swinging arm having a pivot point proximate said first end about which said swinging arm is rotatable, said second protrusion proximate to said second end, said swinging arm comes into contact with said main body proximate said second protrusion when said swinging arm is swung in a direction, said second protrusion having an axis that is positioned on a first side of a line extending through said pivot point and said first protrusion when said swing arm is moved as far as possible in said direction.

11. The bracket locator system of claim 10 , wherein said swinging arm traverses an arc about said pivot point, said axis being on a second side of said line through most of said arc.

12. The bracket locator system of claim 7 , wherein said swinging arm rotates about an axis said at least one pivoting retainer pivoting about an other axis, said axis and said other axis being substantially parallel.

13. A method of locating a bracket relative to a fixture using a bracket locator, the method comprising the steps of:

interacting a plurality of features of the bracket locator with reciprocal features in the fixture;

rotating a swinging arm of the bracket locator into a cammed position thereby positioning the bracket locator relative to the fixture, said swinging arm having at least one of said plurality of features positioned proximate to an end of said swinging arm; and

positioning the bracket proximate to the bracket locator.

14. The method of claim 13 , wherein said plurality of features include a first alignment protrusion and a second alignment protrusion that are substantially parallel, said first alignment protrusion extending from a main body of the bracket locator.

15. The method of claim 14 , wherein said swinging arm has a first end and a second end, said swinging arm having a pivot point proximate said first end associated with said main body, said swinging arm rotatable about said pivot point, said second protrusion proximate to said second end.

16. The method of claim 15 , wherein said swinging arm comes into contact with said main body proximate said second protrusion when said swinging arm is swung in a direction, said second protrusion having an axis that is positioned on a first side of a line extending through said pivot point and said first protrusion when said swing arm is moved as far as possible in said direction.

17. The method of claim 16 , wherein said swinging arm traverses an arc about said pivot point, said axis being on a second side of said line through most of said arc.

18. The method of claim 13 , further comprising the step of pivoting at least one pivoting retainer to hold the bracket against said main body, said at least one pivoting retainer being pivotally attached to said main body, said swinging arm rotates about an axis said at least one pivoting retainer pivoting about an other axis, said axis and said other axis being substantially parallel.