초록 ▼

A method of calibrating an electronic wheel balancer includes mounting a calibration wheel on the balancer shaft, the calibration wheel including mounting pins configured to engage mounting holes on a face plate. The balancer emits a visible towards the calibration wheel, the beam indicating a home

A method of calibrating an electronic wheel balancer includes mounting a calibration wheel on the balancer shaft, the calibration wheel including mounting pins configured to engage mounting holes on a face plate. The balancer emits a visible towards the calibration wheel, the beam indicating a home position for an inner plane calibration weight on the calibration wheel. The calibration wheel is rotated to the home position and an inner weight plane calibration weight is attached to the calibration wheel. The balancer shaft is automatically rotated to obtain sensor data from force transducers on the balancer. Using the sensor data, the balancer automatically calculates and stores inner weight plane reference data. The motor shaft is stopped and the inner plane calibration weight is moved to an outer weight plane position on the calibration wheel. The shaft is again automatically rotated so that the balancer can obtain more sensor data from the force transducers and automatically calculate and store outer weight plane reference data.

대표청구항 ▼

1. A method of calibrating an electronic wheel balancer having a base unit, a motor shaft extending from the base unit, and a face plate attached to the shaft, the face plate including wheel mounting holes therein, the method comprising: mounting a calibration wheel on the motor shaft, the calibrati

1. A method of calibrating an electronic wheel balancer having a base unit, a motor shaft extending from the base unit, and a face plate attached to the shaft, the face plate including wheel mounting holes therein, the method comprising: mounting a calibration wheel on the motor shaft, the calibration wheel comprising mounting pins configured to engage the mounting holes on the face plate;emitting a visible beam from an indicator light towards the calibration wheel, the beam indicating a home position for an inner plane calibration weight on the calibration wheel;rotating the calibration wheel to the home position;attaching an inner weight plane calibration weight to the BW at the home position;in response to an auto-calibration command, automatically rotating the balancer shaft to obtain sensor data from force transducers on the balancer;using the sensor data, automatically calculating and storing inner weight plane reference data;automatically stopping the motor shaft;moving the inner plane calibration weight to an outer weight plane position on the calibration wheel;in response to a continue command, automatically rotating the balancer shaft to obtain sensor data from the force transducers;using the sensor data, automatically calculating and storing outer weight plane reference data.