Delphi Technologies, Inc.

Sandeep D Punater

Jan Konried Schiffmann

Morgan Daniel Murphy

Kevin J Hawes

Duane Donald Fortune

Mark C Hansen

Thomas Fischer

Bo Lu

Kendall B Gerhardt

Jan K Schiffman

An occupant presence sensor apparatus disposed in a seat includes first and second substantially non-compliant force translation plates generally parallel to the seating surface of the seat, an elastomeric mat disposed between the first and second force translation plates, and a switch mechanism disposed between the first and second force translation plates within an opening formed in the elastomeric mat. The elastomeric mat includes a distributed array of hollow protuberances that extend toward and contact the force translation plates, and the mat has a stiffness that normally provides a clearance between the switch mechanism and one of the force translation plates. When an occupant of specified or higher weight sits on the seating surface, the protuberances collapse and the force translation plates activate the switch mechanism.

Seat sensor apparatus for occupant presence detection

A collision detection system and method of estimating a crossing location are provided. The system includes a first sensor for sensing an object in a field of view and sensing a first range defined as the distance between the object and the first sensor. The system also includes a second sensor for sensing the object in the field of view and sensing a second range defined by the distance between the object and the second sensor. The system further includes a controller for processing the first and second range measurements and estimating a crossing location of the object as a function of the first and second range measurements. The crossing location is estimated using range and range rate in a W-plane in one embodiment and using a time domain approach in another embodiment.

Collision detection system and method of estimating target crossing location

A collision detection system and method of estimating a miss distance of an object are provided. The collision detection system includes a sensor for sensing an object within a field of view and measuring range and range rate of the sensed object. The collision detection system further includes a controller for computing a mathematical square of the range and computing a mathematical square of the product of range and range rate. The controller estimates a miss distance of the object as a function of the computed squared range and the squared product of range and range rate.

Collision detection system and method of estimating miss distance employing curve fitting

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Dayton, OH, United States of America

Sandeep D Punater