Monitoring the status of automatic locomotive signal system with intellectual device
Abstract
This article is devoted to the automatic locomotive signaling device associated with railway transport automation and telemechanics systems to ensure the safety of movement of locomotives. Methods for measuring the values of the magnetic field of a rail are conducted. An intelligent mobile device with special microprocessor software has been developed. To increase the device's accuracy, software and a wireless module have been developed to archive the measurement results obtained and send the data online to the station electromechanics. In complex processing, measurements of individual values of the total, differential electromotive force, active electrical resistance, quality factor, and insulation resistance were determined, a method of controlling the rail chain through an intelligent-mobile device, the distribution of errors in automatic locomotive signal is created. An algorithm for the operation of an intelligent mobile device has been developed. To check the status of Z, J, and KJ code signals, the circuit diagram of the intelligent-mobile system device was developed, and the resulting code signals based on the device were obtained.