Method for weighting a seat profile
First Claim
1. A method for weighting a seat profile, the seat profile being determined with the aid of a sensor matrix (1) in a seat mat in a vehicle seat, wherein the seat profile is weighted with a quality parameter;
- a dynamic factor is determined on the basis of changes in the seat profile and/or changes in at least one center of gravity determined for the seat profile; and
the quality parameter is weighted with the dynamic factor.
1 Assignment
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Accused Products
Abstract
A method is proposed for evaluating a seat profile, in which a quality parameter with which the profile is evaluated, is first weighted with a dynamic factor. This dynamic factor is determined with the aid of the seat profile and/or at least one center of gravity. The seat profile characterizes the continuous changes in sensors of a sensor matrix, whereas, for the center of gravity, position changes in the at least one center of gravity are continuously monitored. The dynamic factor is then determined from a weighted sum of the changes in the sensors of the sensor matrix and the position changes of the at least one center of gravity. If appropriate, a holding function may be applied to the dynamic factor.
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Citations
6 Claims
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1. A method for weighting a seat profile, the seat profile being determined with the aid of a sensor matrix (1) in a seat mat in a vehicle seat, wherein the seat profile is weighted with a quality parameter;
- a dynamic factor is determined on the basis of changes in the seat profile and/or changes in at least one center of gravity determined for the seat profile; and
the quality parameter is weighted with the dynamic factor. - View Dependent Claims (2, 3, 4, 5, 6)
- a dynamic factor is determined on the basis of changes in the seat profile and/or changes in at least one center of gravity determined for the seat profile; and
Specification