Track cable car

Abstract

The invention discloses a track cable car comprising a rectangular spreader beam, triangular spreader beams, track cable wheel sets, a load lifting appliance, a load bearing axle and triangular spreader beam axles, wherein the load lifting appliance is arranged on the rectangular spreader beam through the load bearing axle; the triangular spreader beams are symmetrically arranged at both sides ofthe rectangular spreader beam through the triangular spreader beam axles; and the triangular spreader beams are provided with the track cable wheel sets. The track cable car is suspended on a track cable through the track cable wheel sets positioned on the triangular spreader beams and dragged to advance or retreat by a hauling cable. The track cable car can directly move on tracks which are a plurality of steel ropes, has bearing capacity exceeding 100 tons and smoother travelling, is suitable for a cable lifting occasion, a cableway transport occasion, and the like, can obtain higher economic benefits; and in addition, the invention can ensure the uniform stress of each wheel because the track cable car adopts a plurality of wheels and the wheels are all in two-force bar ways, thereby enabling the steel ropes to have less wheel-pressure and longer service life.

Description

technical field [0001] The invention relates to a device for a transportation system relying on wire ropes as a track, in particular to a rail car. Background technique [0002] At present, the known and common cable cars are mostly clamped on the steel wire rope to move with the steel wire rope. This kind of cable car has a small bearing capacity, generally below 20 tons, and the saddle and wheel set supporting the cable must be made huge. . There is also a relatively novel airbus system now, which, like the system, also utilizes a tensioned wire rope as a part of the track, and the difference is that it buckles the rail on the wire rope. In order to make the passenger car run at high speed and stably, the material consumption of the Airbus system is very huge. To ensure the stability of the system, the saddle must also be very large and strong. From an economic point of view, it is not suitable for vehicles that do not require high speed and long distance. Transportation...

AI Technical Summary

Problems solved by technology

In order to make the passenger car run at high speed and stably, the Airbus system consumes a lot of materials. In order to ensure the stability of the system, the saddle must also be very large and strong. From an economic point of view, it is not suitable for applications that do not require high speed and long distance. Transportation of people and goods

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