VEHICLE CONTROL METHOD AND THE DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2021 - IPC G08G1/123 G08C21/00 

FIELD: vehicles.

SUBSTANCE: invention relates to a method and device for monitoring vehicles. A method for monitoring vehicles, in the implementation of which a stationary control point is placed, equipped with a remote communication unit and a computer connected to it, equipped with a digital navigation map input unit, a monitor with a screen for visualizing digital information, image control facilities on this screen and formation means data files. Data files are created in the process of vehicle control, a digital navigation map of the area is visualized on the monitor screen. The vehicle is equipped with a navigation unit equipped with a satellite receiver, a remote communication unit, a processor, a non-volatile memory, an indication means, a unit of sensors and actuators and determining the parameters of the vehicle's movement in time, which are requested by remote communication from a stationary control point and applied to a digital navigation map of the area. As a base station with known coordinates, a traffic light control unit is used at an adjustable intersection, at a pedestrian crossing and at a stationary post, in which a navigation unit equipped with a satellite receiver, a remote communication unit, a processor, a non-volatile memory, a unit of sensors and actuators is placed. The navigation unit is connected to a switch that controls the operation of traffic lights using a block of sensors and actuators, the modes of operation of traffic lights are synchronized with a satellite navigation receiver, the switching of traffic lights in time is stored in a non-volatile memory, and, if necessary, the operating mode of traffic lights is changed from a stationary control point by means of a remote control unit. communication, identify faults in the operation of traffic lights and information about these faults is transmitted through the remote communication unit to the appropriate service.

EFFECT: increased noise immunity of receivers and reliability of discrete information exchange between remote communication units.

2 cl, 11 dwg