SAFETY BINARY LINE CROSSING SYSTEM WHICH CAN BE RECONFIGURED IN ORDER TO PROVIDE SAFE ROUTES OVER A WIDER RANGE OF INCLINATIONS

摘要

The invention relates to the field of mechanical engineering and materials. More specifically, the invention relates to a self-adjusting system of crossing rails having multiple characteristics which extend the useful life of the crossing system by at least a factor of four, while offering a safety support by providing redundancy to the line system. In this way, human passengers can move from place to place easily and safely with a minimum of noise and vibrations. In addition, the proprietor of the system can benefit from lower maintenance costs and less exposure to financial risk. Moreover, the system can be installed at a multitude of diverse natural sites without altering or damaging the environment. Moreover, the same components can be used to produce other configuration options which increase the possibility of creating a system having characteristics enabling same to cover a multitude of inclinations. According to the invention, the various components are combined in order to obtain (i) maximum conservation of energy, said configuration combining a smooth rail (Fig. 1) and the self-balancing system (Fig. 3), or (ii) maximum braking, said configuration combining the skeleton rail (Fig. 2) and the high-braking safety system (Fig. 4).