Abstract: A method of recognizing and classifying the occupancy in a vehicle seat having an occupancy sensing system, including the steps of sensing the output of an array of sensors that detect a physical presence in a seat and applying the sensor array output as a vector representation to a neural net that was trained using a learning vector quantization algorithm. The method also includes the step of recognizing the sensor array output as falling within one of a group of predetermined classification patterns that represent a physical presence in the seat defined by size, weight, and physical orientation.

Abstract: A method of determining an equivalent output value for a failed sensor in a vehicle seat having an occupancy sensing system. The method includes the steps of sensing the output of each sensor in an array of sensors that detect a physical presence in the seat. If the output of the sensor falls below a predetermined value, exceeds a predetermined value, or remains fixed the sensor is classified as inoperative. The method then calculates an equivalent sensor output value for any sensor classified as inoperative and applies the sensor array output values for each operable sensor in the array and the calculated equivalent output value for any inoperative sensor to a neural net. Then, the applied sensor output values are recognizing as falling within one of a group of predetermined classification patterns that represent a physical presence in the seat defined by size, weight, and physical orientation.

Abstract: An instrument panel system. The instrument panel system provides an aesthetically appealing instrument panel by including a number of concealed switches. The switches are concealed such that an area proximate the switch on the 5 surface of the instrument panel appears to be uninterrupted by the switch. In operation, the position of the switches is revealed by illuminating a switch display.

Abstract: An instrument panel system which can accommodate different sized displays within a common instrument panel structure. The instrument panel system can accommodate different sized devices within the common instrument panel architecture without showing an empty intermediate area between the device and the instrument panel when the device received within the opening is smaller than an area of the opening.

Abstract: A bicycle carrier having a tubular base for telescopic interconnection with a receiver type trailer hitch is disclosed. A channel bracket is secured to the base and has upstanding mounting arms straddling a spaced pair of tubular uprights lower end portions which are pivotally connected to the mounting arms. An inverted channel straddles and is pivotally connected to the upright upper portions. A bicycle mounting section is secured to the channel. The section includes mechanism for securing a bicycle to the carrier for transport. The uprights, channel and section are moveable relative to the base between an upright bicycle transport position and a lowered access position. A double latching system releasably retains the carrier in its transport position. A shock absorber is interposed between the base and a first of the uprights to cushion movement from the transport to the access position.