Wheel balancing device
A wheel balancing device for balancing spoked wheels, includes a rotatable holding device that is configured to receive and rotatably support a spoked wheel to be balanced, as well as at least one spoke sensor that is configured to detect the spokes of the wheel.
1. A wheel balancing device for balancing spoked wheels, comprising:
a rotatable holding device configured to receive and rotatably support a spoked wheel to be balanced;
at least one spoke sensor configured to detect the spokes of the wheel;
an angular position sensor configured to detect a current angular position of the wheel; and
an evaluation unit configured to determine positions of the spokes along a circumference of the wheel, wherein the evaluation unit is configured to determine the positions of the spokes while the spoked wheel is accelerated or decelerated.
2. The wheel balancing device as recited in claim 1 , wherein the spoke sensor is configured to detect at least one of the number of the spokes and a position of the spokes.
3. The wheel balancing device as recited in claim 1 , wherein the spoke sensor is configured to detect the spokes in a contactless manner.
4. A wheel balancing device for balancing spoked wheels, comprising:
a rotatable holding device configured to receive and rotatably support a spoked wheel to be balanced; and
at least one spoke sensor configured to detect the spokes of the wheel, wherein the spoke sensor is configured to detect the spokes in a contactless manner, and wherein the spoke sensor is an ultrasonic sensor.
5. The wheel balancing device as recited in claim 3 , wherein the spoke sensor is a light reflection sensor.
6. The wheel balancing device as recited in claim 1 , wherein the evaluation unit is configured to determine positions of the spokes while the spoked wheel rotates at a constant speed.
7. A method for determining the number and/or positions of spokes of a spoked wheel in a wheel balancing device, the method comprising:
a) rotating the spoked wheel about its axis;
b) detecting the spokes of the spoked wheel, using a contactless spoke sensor, while the spoked wheel is rotating;
c) detecting a current angular position of the wheel; and
d) determining positions of the spokes along a circumference of the wheel, wherein the determining is performed while the spoked wheel is accelerated or decelerated.
8. The method as recited in claim 7 , wherein rotating the spoked wheel in step a) includes rotating the spoked wheel manually or in motor-driven fashion.