Developing a method for determining the time parameters of a mobile fire extinguisher operator

The object of this study is the process functioning "man-machine" system on example operator a mobile fire installation. One issue when building models such systems to determine parameters priori given model human – delay time and constant. For one promising means extinguishing as installation based Segway, method for determining has been devised. A feature use approximation partial derivatives from phase-frequency characteristics in frequency, determined at two frequencies. This approach makes it possible get rid need transcendental equations move an algebraic equation. To substantiate values frequencies which are approximated, tolerance accuracy criteria used. It shown that working range infra-frequency region. Therefore, advisable numerically using array data transition function operator. An formed Kotelnikov-Nyquist-Shannon theorem. list sequential procedures implementation provided. was verified by solving test problem. with permissible errors level 5.0 %, their do not exceed 2.0 %. reported results can be used dynamic installation, provided criterion set.