Large-size twisted ramp logistics transportation system and transportation method

Abstract

The invention discloses a large-size twisted ramp logistics transportation system and a transportation method. An inclined straight line transportation line is adopted for avoiding the great increase of construction cost caused by extension line construction of roads or tunnels, avoiding large-area land acquisition and large-area breakage of initial form and topographic feature, and shortening the construction period and construction cost; the logistics transportation system has a short construction and assembly period, thereby saving the construction period; besides, the logistics transportation system is safer and more reliable to operate; the adaptation range of the gradient is 0-90 degrees on theory, and the deadweight is as high as 65 t, which can entirely satisfies the logistics transportation demand on the common condition, so that the large-size twisted ramp logistics transportation system disclosed by the invention has a wide application range and an extensive generalization value.

Description

technical field [0001] The present invention relates to the fields of industry, civil engineering, transportation and the like, in particular to a logistics transportation system and a transportation method for a large twisted ramp in mountainous and deep valleys, harsh environment areas or environmental protection areas. Background technique [0002] Under normal circumstances, in mountainous and deep valleys, areas with harsh environments, or areas with environmental and natural protection requirements, to achieve logistics between the bottom of the valley or the half slope to the top of the mountain, the general situation is to build roads by building lines and use conventional vehicles to organize transportation For logistics, if the natural and geographical environment is worse, it may even be satisfied by road construction and tunnel excavation. However, this traditional logistics technology generally has the disadvantages of long construction time, high construction co...

AI Technical Summary

Problems solved by technology

[0002] Under normal circumstances, in mountainous and deep valleys, areas with harsh environments, or areas with environmental and natural protection requirements, to achieve logistics between the bottom of the valley or the half slope to the top of the mountain, the general situation is to build roads by building lines and use conventional vehicles to organize transportation For logistics, if the natural and geographical environment is worse, it may even be satisfied by road construction and tunnel excavation. However, this traditional logistics technology generally has the disadvantages of long construction time, high construction cost, large land acquisition and demolition, and great impact on natural terrain and landforms. The damage is great, which is not conducive to energy saving, emission reduction and natural environment protection, and because the geographical environment of the exhibition line or tunnel is not good, traditional cars have been running on the lingering exhibition road for a long time, and the safety cannot be guaranteed.

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