Patent №
US 6,823,740
Granted
2004-11-30
Filed 2003
Owner
FORD MOTOR COMPANY
Lab
—
AI components
1
planning
Assignment
Recorded
Dataset
AIPD
2023_r1 edition
Application
10604901
A method and system for selecting a critical plane. The critical plane can then be used to leverage off of uniaxial fatigue theory to predict the fatigue life of an object experiencing multiple stress inducing events. The fatigue life is based on calculating a single critical plane that encompasses all the stress inducing events.
AI classification
Planning1.00
Machine learning0.03
Natural language0.01
AI hardware0.01
Speech0.00
Knowledge representation0.00
Vision0.00
Evolutionary computation0.00
Ownership
FORD MOTOR COMPANY
assignment · 139000474
Assignors
HUANG, LIPING
On an employer assignment, the assignors are typically the inventors.
From the same owner
SYSTEM AND METHOD FOR CALIBRATING STEERING ANGLE OFFSET USING INFRASTRUCTURE SENSORSUS 12,522,194 · 2026SYSTEMS AND METHODS FOR SURVEYING A MANUFACTURING ENVIRONMENTUS 12,462,072 · 2025OPTIMIZING AND PREDICTING AVAILABILITY OF RESOURCES IN A SHARED VEHICLE ENVIRONMENTUS 12,236,359 · 2025SYSTEMS AND METHODS FOR GENERATING SYNTHETIC IMAGES OF A TRAINING DATABASEUS 11,886,541 · 2024SYSTEMS AND METHODS FOR DETERMINING A VEHICLE LOCATION IN A MANUFACTURING ENVIRONMENTUS 11,816,859 · 2023METHODS AND APPARATUS FOR VEHICLE CLIMATE CONTROL USING DISTRIBUTED SENSORSUS 11,634,006 · 2023PROVIDING INDICATORS OF AVAILABILITY IN A SHARED VEHICLE ENVIRONMENTUS 11,615,710 · 2023SMART VEHICLE PARKING APPARATUS AND RELATED METHODSUS 11,587,193 · 2023