Low-carbon cableway for power transmission line construction and working method of low-carbon cableway

Abstract

A disclosed low-carbon cableway for power transmission line construction comprises a cable and a self-propelled trolley, the cable is obliquely erected on a mountain through a portal, and the outer surface of the cable is provided with a spiral concave structure; the self-propelled trolley comprises a frame hanging plate, a driving device and a climbing mechanism, goods are hung in the lower portion of the frame hanging plate, the climbing mechanism is installed on the frame hanging plate and matched with the spiral concave structure of the cable, and the driving device is fixedly installed on the frame hanging plate and matched with the climbing mechanism through the output end, so that the climbing mechanism is driven by a driving device to drive goods to move and transport along the cable. The low-carbon cableway has the beneficial effects that by means of the cable with the outer surface of the spiral concave structure, when the climbing mechanism of the self-propelled trolley drives goods to climb along the cable, only the inclination component force of the goods needs to be overcome; therefore, compared with a traditional smooth cableway, the goods transportation amount can be effectively increased under the same driving force. Meanwhile, the driving device adopts an electric driving mode, and is simple in structure, low-carbon and environment-friendly.

Description

technical field [0001] The application relates to the field of construction means of transport, in particular to a transport cableway. Background technique [0002] Infrastructure construction projects are inseparable from means of transportation, especially the construction of transmission lines. Most of the transmission lines in our country are located in hills, mountains and high mountains, and the traffic conditions are limited, so the general means of transportation cannot be used. In order to ensure the normal construction of transmission lines, cableways can be erected and goods can be transported by cable cars. The traditional cable car is driven by the driving machine to drive the steel wire rope, and the traction carriage runs along the overhead track with a certain slope on the ground to lift or lower the cargo transportation machinery. Traditional cableways and cable cars are driven by mechanical power, with complex equipment, poor safety and serious air polluti...

AI Technical Summary

Problems solved by technology

Traditional cableways and cable cars are driven by mechanical power, with complex equipment, poor safety and serious air pollution. Therefore, there is an urgent need for a cableway with a simple structure, low carbon and environmental protection for the construction of power transmission lines.

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