Cable car system

Abstract

A cable railway system has two or more stations and at least one carrying cable and a conveying cable extending between the stations and guided in the stations by way of deflection pulleys. At least one of the pulleys is driven. Vehicles, such as cable cars or chairs, may be boarded or disembarked from in the stations by the passengers. The system may also have one or more fixed carrying cables along which the cars are moved by way of one or more hauling cables. At least one device is associated with the vehicles along the section of the cable railway system, by way of which device the pendulum movements that the vehicles are subject to transversely relative to the direction of movement of the vehicles are detectable and its output signals are conducted to a device that controls the drive of the cable railway system. The drive is thereby controllable in dependence on the extent of the pendulum movements.

Description

technical field [0001] The present application relates to an aerial cableway system having at least two platforms and furthermore at least one conveyor cable which is guided in the platforms by means of deflection pulleys. At least one of the primary pulleys is driven. Vehicles such as cable cars, chair lifts or gondolas can be coupled to and decoupled from the conveyor lines in the stations and can pass along guide rails through these stations. The vehicle may also be securely fixed to the conveyor line. Passengers board or disembark from vehicles in said platforms. [0002] The invention also relates to an aerial ropeway system with at least two platforms and with at least one rigidly arranged conveying rope on which vehicles, such as cable cars or chairs, can be moved by means of at least one traction rope transport between the platforms in which the passengers board or disembark from the vehicles, respectively. [0003] This application claims priority to Australian Pa...

AI Technical Summary

Problems solved by technology

In this case, however, it is to be taken into account that, as a rule, it is not possible to visually monitor the entire aerial ropeway system in view of the topographical conditions, the visibility conditions also depending on the climatic conditions, e.g. when snow has fallen or respectively in fog They deteriorate a lot when

In addition, it has to be taken into account that large differences in air flow can be generated along the aerial ropeway, which is why the wind speed present in a single area is difficult to determine for the entire aerial ropeway system

[0006] In other words, the flow conditions along the aerial ropeway can vary greatly, which is why individual vehicles move in an oscillating motion along the aerial ropeway system, so the risk of collisions can be equally variable and difficult to pass from the platform Realized Detection Estimation

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