Abstract: A disclosed vehicle wheel sensor module includes a housing having a mount portion for attachment to a vehicle suspension assembly, a wheel speed sensor supported within the housing, a ride height sensor including a lever movable responsive to movement of a vehicle suspension component and a single connector providing electrical communication with the wheel speed sensor and the ride height sensor.

Abstract: A disclosed vehicle wheel sensor module includes a housing having a mount portion for attachment to a vehicle suspension assembly, a wheel speed sensor supported within the housing, a ride height sensor including a lever movable responsive to movement of a vehicle suspension component and a single connector providing electrical communication with the wheel speed sensor and the ride height sensor.

Abstract: A sensor assembly, having an inner spring, a middle spring circumscribing the inner spring, and an outer spring circumscribing the middle spring. Each of the springs are connected to a first circuit board and a second circuit board. An axis extends through the inner spring, the middle spring, and the outer spring such that the springs are rotatable about the axis, and the inner spring, middle spring, and outer spring provide electrical communication between the first circuit board and the second circuit board regardless of the orientation of the inner spring, middle spring, and outer spring about the axis. The first circuit board is a sensor board, and the second circuit board is a printed circuit board (PCB), but it is within the scope of the invention that different types of circuit boards may be used in various combinations.

Abstract: A method of cleaning a radar sensor for a vehicle comprises monitoring a signal output from an external radar sensor for the vehicle with an electronic control unit and comparing the signal output to a signal quality threshold. Debris is cleaned from a protective screen located between the sensor and the external environment of the vehicle when the signal output is below the quality threshold. Cleaning the debris from the protective screen is performed by one of heating the protective screen by activating a heating element located proximate to the protective screen or spraying a fluid from a nozzle located in a bezel surrounding the protective screen and proximate to the protective screen over the exterior surface of the screen.

Abstract: An electromagnetic compatibility (EMC) shielding printed circuit board (PCB) has at least a routing layer and a ground layer. The shielding PCB has an opening that receives a motor bushing and at least one opening that receives motor terminals.

Abstract: A fluid level sensor assembly comprises a sensor mounted to a sensor housing. A carrier extends from the sensor housing in an angled orientation. A float is located within the carrier such that the float may move along a longitudinal axis of the carrier. A fragment is secured to the float, and the sensor detects a location of the fragment as the float moves within the carrier.

Abstract: An electromagnetic compatibility (EMC) shielding printed circuit board (PCB) has at least a routing layer and a ground layer. The shielding PCB has an opening that receives a motor bushing and at least one opening that receives motor terminals.

Abstract: A fluid level sensor assembly comprises a sensor mounted to a sensor housing. A carrier extends from the sensor housing in an angled orientation. A float is located within the carrier such that the float may move along a longitudinal axis of the carrier. A fragment is secured to the float, and the sensor detects a location of the fragment as the float moves within the carrier.