SIMULATOR FOR STUDYING THE GYROSCOPIC ARTIFICIAL HORIZON

摘要

FIELD: simulators.;SUBSTANCE: invention relates to the technical means of training operators of control systems, namely to simulators for studying the principle of constructing gyroscopic artificial horizons. Simulator contains an educational information input unit, a display unit, a logic unit, a unit for simulating the motion of the axis of the rotor of the gyromotor, and a unit for displaying the correctness of the solution. Front panel of the simulator shows the kinematic scheme of the gyroscopic artificial horizon, and the controls for the educational information input unit are located. Individual functional elements of the front panel are illuminated by the display unit, the unit for simulating the motion and the unit for displaying the correctness of the solution. Using the educational information input unit, the initial data and parameters that determine the correct construction of the gyroscopic artificial horizon correction systems are selected. Selected parameters are displayed on the display unit. Input of the logic unit receives signals from the educational information input unit. Depending on the output signals of the logic unit, the analog switch generates a display about the correctness of construction of correction systems. In the case of a correct answer, the motion of the vector of kinetic moment is simulated by means of a unit for simulating the motion.;EFFECT: improving the learning of the material in the study of the gyroscopic artificial horizon.;1 cl, 6 dwg