Wheel balancer
Wheel balancers and methods of their use are disclosed. One wheel balancer includes a cable and a base. The cable has a support end for being fastened to a support. The base is configured for receipt inside a wheel, and the base has proximal and distal ends and a hollow interior area for passing the cable therethrough. The cable passes through the base interior area and is operatively coupled to the base such that a distance between the cable support end and the base distal end is generally constant when the cable is extended. A pivot point for the cable is movable relative to the base between the base distal end and the cable support end.
1. A wheel balancer, comprising:
a cable;
a piston having proximal and distal ends and a hollow interior area for passing the cable therethrough;
a base having proximal and distal ends and a hollow interior area for passing the cable therethrough; the piston being extendable and retractable relative to the base such that the piston distal end is movable toward and away from the base distal end; the cable passing through the piston interior area and the base interior area and being operatively coupled to the base; and
a restriction along the hollow interior area of the piston, the restriction being movable with the piston and forming a pivot point for the cable.
2. The wheel balancer of claim 1 , wherein the piston proximal end includes structure for indicating orientation of the piston relative to the cable.
3. The wheel balancer of claim 2 , wherein the cable is coupled to the base distal end.
4. The wheel balancer of claim 3 , wherein:
the structure for indicating orientation is a circular opening; and
the cable, when extending linearly from the base distal end to past the piston proximal end, passes through a centerpoint of the circular opening.
5. The wheel balancer of claim 4 , wherein the piston extends inside the base.
6. The wheel balancer of claim 5 , wherein the piston is slidable relative to the base for extending and retracting the piston relative to the base.
7. The wheel balancer of claim 6 , further comprising a retaining nut removably coupled to the base adjacent the base proximal end.
8. The wheel balancer of claim 7 , wherein the base is configured for receipt inside a wheel.
9. The wheel balancer of claim 8 , further comprising a bushing for passing between the base and the wheel.
10. The wheel balancer of claim 1 , further comprising means for coupling the cable to a support.
11. The wheel balancer of claim 1 , wherein the cable is coupled to the base distal end.
12. The wheel balancer of claim 1 , wherein the restriction is at the piston distal end.
13. The wheel balancer of claim 1 , wherein the base is configured for receipt inside a wheel.
14. The wheel balancer of claim 13 , wherein the base is configured for receipt inside wheel bearings.
15. The wheel balancer of claim 1 , wherein:
the cable has a support end for being fastened to a support; and
a distance between the cable support end and the base distal end is generally constant when the cable is extended.
16. A wheel balancer, comprising:
a cable having a support end for being fastened to a support;
a first member having proximal and distal ends and a hollow interior area for passing the cable therethrough, the cable passing through the first member interior area and being operatively coupled to the first member such that a distance between the cable support end and the first member distal end is generally constant when the cable is extended;
a second member being extendable and retractable relative to the first member such that a distal end of the second member is movable toward and away from the first member distal end; the cable passing through a hollow interior area of the second member;
a restriction along the hollow interior area of the second member, the restriction being movable with the second member and funning a pivot point for the cable; and
structure for indicating orientation of the second member relative to the cable.
17. The wheel balancer of claim 16 , wherein;
the second member extends inside the first member;
the first member is configured for receipt inside a wheel;
the structure for indicating orientation is a circular opening; and
the cable, when extending linearly from the first member distal end to past a proximal end of the second member, passes through a centerpoint of the circular opening.
18. The Wheel balancer of claim 16 , wherein the second member is slidable relative to the first member for extending and retracting the second member relative to the first member.
19. The wheel balancer of claim 16 , further comprising a bushing for passing between the first member and the wheel.
20. The wheel balancer of claim 16 , wherein the second member is a piston.