Low energy consumption underwater transportation system

Abstract

The invention relates to a low-energy-consumption underwater traffic system. The low-energy-consumption underwater traffic system comprises a car and a transfer platform, and also comprises a runningpipe gallery, a driving unit and a controller. The running pipe corridor comprises a rigid and closed pipe body, wherein the carriage is slidably arranged in the pipe body, and a piston propulsion plate is installed at the front and rear ends of the carriage; The driving unit comprises a cylinder body, a hollow piston column is slidably arranged in the cylinder body, and a flat driving plate is arranged at the end of the piston column exposed to the cylinder body; A pressure monitoring element is arranged on the driving plate, and a regulating valve is arranged on the cylinder body. The bottomof the barrel is provided with a flow guide pipe which connects the barrel and the tube, and an electric control valve is arranged in the flow guide pipe; The drive plate is directed toward or away from the water flow; The structure of the underwater transportation system is novel and the principle is unique. On the premise of ensuring the stability and safety of the waterway, the maximum speed of the waterway transportation is effectively increased, and the energy consumption is effectively reduced.

Description

technical field [0001] The invention relates to a transportation system, in particular, an underwater transportation system. Background technique [0002] Communication and intercommunication are one of the important cornerstones of the world's rapid development. The rapid development of transportation can drive the rapid development and integration of science and technology and resources. At present, aviation, railways, and highways between cities have developed rapidly, and the transportation network has also been fully developed in space. However, in the field of waterways, the development of transportation is hindered; on the one hand, the technical requirements for underwater sealing and oxygen supply stability are too high; on the one hand, engineering requirements and construction costs are too large; on the other hand, maintenance The energy required for underwater transportation is large and the maximum speed that can be achieved is limited; many reasons restrict th...

AI Technical Summary

Problems solved by technology

[0002] Communication and intercommunication are one of the important cornerstones of the world's rapid development. The rapid development of transportation can drive the rapid development and integration of science and technology and resources. At present, aviation, railways, and highways between cities have developed rapidly, and the transportation network has also been fully developed in space. However, in the field of waterways, the development of transportation is hindered; on the one hand, the technical requirements for underwater sealing and oxygen supply stability are too high; on the one hand, engineering requirements and construction costs are too large; on the other hand, maintenance The energy required for underwater transportation is large and the maximum speed that can be achieved is limited; many reasons restrict the development of waterway transportation, and thus hinder the take-off of technology

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