- Patent Title: Fuzzy logic control method for deployment of inflatable restraints
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Application No.: US09736581Application Date: 2000-12-15
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Publication No.: US06662092B2Publication Date: 2003-12-09
- Inventor: Jenne-Tai Wang , Ming Tian , Mark O. Neal
- Applicant: Jenne-Tai Wang , Ming Tian , Mark O. Neal
- Main IPC: G06F700
- IPC: G06F700

Abstract:
An improved control for the deployment of individual stages of a vehicle inflatable restraint during a crash event utilizes a fuzzy logic control to determine the crash severity, and a deployment control algorithm to control deployment of the restraints based on the determined crash severity and the elapsed time. In a preferred implementation, the crash severity is not determined until the measured acceleration and the corresponding change in velocity exceed respective thresholds, and a prediction of occupant movement due to the measured acceleration exceeds a threshold. Once the respective thresholds are exceeded, the fuzzy logic control is initiated to determine the crash severity, and the deployment control algorithm determines whether to deploy individual stages of the restraint based on comparisons of the determined crash severity and the elapsed time with respective thresholds.
Public/Granted literature
- US20020077736A1 Fuzzy logic control method for deployment of inflatable restraints Public/Granted day:2002-06-20
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