Multifunctional integrated overhead long canal

Abstract

The invention discloses a multifunctional integrated overhead long channel which comprises a plurality of piers and five layers of water channels, the five layers of water channels are arranged in an overhead mode through the piers, five layers of channels for vehicles to pass through are formed in the five layers of water channels, and each layer of channel is divided into driving areas with different functions by the piers arranged in pairs. A fixed steel structure ramp entrance and exit is arranged on each layer of channel, a folding type double-function reverse gate assembly is arranged in the middle of the contact position of the water channel and the pier, a special-speed bow road is arranged on the second layer of channel and the third layer of channel, a new energy vehicle charging device is arranged, and a half-moon-shaped vacuum pipeline ejection electromagnetic train is arranged on the fourth layer of channel. The fifth-layer channel is of a double-rail double-vehicle structure and comprises an upper-layer vehicle and a lower-layer vehicle. By means of the technical scheme, the multifunctional long channel covering water conservancy, traffic, wind power, new energy vehicle pantographs, industrial pipeline groups, vacuum pipeline electromagnetic trains and the like is provided, and multiple functions of upper vehicle walking, lower water walking, side power walking and channel walking are achieved.

Description

technical field [0001] The invention belongs to the technical field of water conservancy engineering, and in particular relates to a long canal with multifunctional integration. Background technique [0002] The distribution of water resources in many places in my country is uneven, with more in the south and less in the north, and more in the east and less in the west. The existing water conservancy projects cannot achieve uniform distribution of water resources. In addition, the existing water conservancy projects have single functions and low utilization rates, resulting in resource Waste, in addition, there are various problems in modern cities, such as travel, serious traffic jams, staggered operation of trucks and buses, high accident rate, and lack of a super-high-speed operation mode when people travel in a hurry; For example, as more and more new energy vehicles are put into operation, the problems of battery life and finding charging piles for new energy vehicles are...

AI Technical Summary

Problems solved by technology

[0002] The distribution of water resources in many places in my country is uneven, with more in the south and less in the north, and more in the east and less in the west. The existing water conservancy projects cannot achieve uniform distribution of water resources. In addition, the existing water conservancy projects have single functions and low utilization rates, resulting in resource Waste, in addition, there are various problems in modern cities, such as travel, serious traffic jams, staggered operation of trucks and buses, high accident rate, and lack of a super-high-speed operation mode when people travel in a hurry; For example, as more and more new energy vehicles are put into operation, the problems of battery life and difficulty in finding charging piles for new energy vehicles are becoming more and more prominent; for example, the design of underground pipelines in many cities is unreasonable and easy Waterlogging and poor sewage discharge, in the face of the above problems, through the comprehensive utilization of various natural resources, from the perspective of energy conservation and environmental protection, it is of great practical significance to design a multi-element and multi-functional integrated airport canal

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