METHOD OF COMPENSATION FOR VIBRATIONS IMPACT, EXERTED ON MASS MEASUREMENT CARRIED OUT WITH USE OF A DYNAMIC SCALE, WITH APPLICATION OF AN EMPIRICAL MATHEMATICAL MODEL

摘要

A method of compensation for vibrations impact, exerted on mass measurement carried out with use of a dynamic scale, with application of an empirical mathematical model taking form of a neural network or the Takagi-Sugeno fuzzy model, characterized in that inputs for a software-developed procedure implementing the model are: a signal of external vibrations measured with use of at least one external accelerometer for at least one axis of 3-axis coordinate system, and an earlier recorded measurement signal of the dynamic scale, and that an output result is generated in the course of a measurement procedure and that it is a measurement signal noise waveform providing a visual image of external vibrations, which measurement signal noise waveform is intended to be subtracted from the measurement signal, and wherein a compensation is carried out as an operation of subtraction from the measurement signal.