FIELD: computational technology.
SUBSTANCE: invention relates to computational technology. Technical result is achieved through the stages wherein the track plan of the station is formed, the list of possible routes through the station is determined, the characteristics of operational of the station are set, the number of routes within the selected time interval and the list of sections and traffic lights included in said routes are determined, operation of the electric interlocking (EI) system is repeated according to the resulting number of routes, the number of activations of each piece of equipment switching during implementation of the set routes in the electric interlocking system for the selected time interval is calculated, resource exhaustion of the equipment is determined if there is information on the current number of activations of one type of equipment, the operating period, the nominal number of activations and the number of activations at the beginning of calculation, the information about the resource exhaustion is transmitted to the repair and technological section equipment record task complex (RTS ER TC).
EFFECT: increased service life of railroad automatic and telemetry equipment and ensured maximum and uniform resource exhaustion of the equipment during operation.
2 cl, 3 dwg
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Authors
Dates
2021-08-24—Published
2020-08-19—Filed