Delphi Technologies, Inc.

Samuel El-Nashef

Mohammad S Islam

Eric D Pattok

Tomy Sebastian

Christian E Ross

Matthew Mielke

Alan C Davis

Sainan Feng

Ryan J Pavlawk

Harley D Burkhard

An integrated torque and position sensor is set forth for measuring the relative rotational movement between an input and an output shaft and for measuring the final angle position of the output shaft. The integrated sensor includes a wheel that rotates with the shaft. An incremental sensing mechanism detects the incremental rotation of the shaft. In response to the shaft rotating to a predetermined angle, an actuation mechanism engages the wheel with a change gear for every new revolution in which the shaft passes. A segment sensing mechanism detects the segment in which the shaft is disposed. A method is set forth to calibrate and compensate the electrical outputs generated by the integrated torque and position sensor. The method produces common amplitudes and establishes a common angle with an expected phase angle shift for the electrical outputs. The compensated electrical outputs are inserted into a solver equation and the values generated by the solver equation are inserted into an algorithm to calculate the final angle position of the shaft.

Integrated non-contacting torque and absolute position sensor for steering applications

Growing community of inventors

Lansing, MI, United States of America

Samuel El-Nashef