Independently Driven Cableway Transportation System

Abstract

The invention discloses an independent-drive cableway transport system comprising a support, steel cables and cable cars. A plurality of brackets for supporting and fixing the steel cables are disposed on the support; the brackets are J shaped. The top of each cable car is provided with a front driven wheel and a rear drive wheel; the front driven wheel and the rear drive wheel are connected with the top of the corresponding cable car through an inverted-J-shaped connecting beam; the cross section of the outer periphery of each of the front driven wheel and the front drive wheel is in the shape of a sunk arc channel with the depth larger than or equal to the diameter of the steel cables. The bottom arc channels of the front driven and rear drive wheels of the same cable car wrap the same one steel cable. Each front driven wheel is in a steerable roller structure. Compared to traditional cableways, the independent-drive cableway transport system has the advantages that manufacturing cost can be effectively reduced, each cable car autonomously drives its drive wheel to move along the corresponding steel cable, and even when on cable car fails, stoppage of th whole cableway transport system never occurs.

Description

technical field [0001] The invention relates to the technical field of rail transportation, in particular to an independently driven cableway transportation system. Background technique [0002] Cableway, also known as crane, cable car, flow cage (cable car can also refer to cable railway), is a kind of means of transportation, usually carrying passengers or goods up and down the rugged hillside. The cableway is to use the steel cables suspended in mid-air to support and pull passenger cars or trucks. In addition to the station, the brackets supporting the steel cables are generally built at intervals in the middle. [0003] In the traditional cableway, the crane is directly fixed on the steel cable, and the movement of the crane is realized through the movement of the steel cable to achieve the purpose of carrying. In the design of this kind of cableway, a large-scale driving device must be set to drive the motion of the steel cable, so when the entire cableway system is ...

AI Technical Summary

Problems solved by technology

In the design of this kind of cableway, it is necessary to set a large-scale driving device to drive the movement of the cable, so that when building the entire cableway system, it will appear complicated and the manufacturing cost will be higher

In the traditional cableway, when the driving device fails, the entire cableway traffic must be stopped, which seriously affects its operating efficiency

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