A multifunctional submarine base station based on submarine vacuum pipeline transportation

Abstract

The invention discloses a multifunctional seabed base station based on seabed vacuum pipeline transportation. The multifunctional seabed base station comprises a main pipeline, branch pipelines, air brake stations, air brake gates, base stations and outlet brake pipes, wherein the branch pipelines are arranged along the way of the main pipeline at intervals at a certain distance; the air brake stations are arranged on the branch pipelines; the base stations are arranged on the tail ends of the branch pipelines; the base stations are provided with the outlet brake pipes; a certain horizontal included angle is arranged between each branch pipeline and the main pipeline; the branch pipelines are formed by combining multiple base stations in same specification and function or in different specifications and functions, and are communicated through connecting parts. According to the multifunctional seabed base station disclosed by the invention, functions of the seabed vacuum pipeline transportation are expanded, a platform and the basis are provided for establishing a seabed observation network in low cost and high level, a convenient access path is provided for divers, underwater vehicles, seabed fishing and detecting, wide and superior space is provided for seabed sightseeing tour and scientific investigation, a platform and a site are provided for check and maintenance as well asemergency rescue, and effective protection is provided for self safety of seabed vacuum pipelines.

Description

technical field [0001] The invention belongs to the technical field of vacuum pipeline transportation, and relates to a multifunctional submarine base station based on submarine vacuum pipeline transportation. Background technique [0002] Due to the constraints of air resistance, aerodynamic noise, and aerodynamic vibration, high-speed railways and maglev trains cannot further increase their speed. In addition to being affected by air resistance, aircraft and automobiles have high energy consumption and large carbon emissions, which will limit their future development. Vacuum tube high-speed transportation overcomes the above-mentioned shortcomings. It is a transportation mode that can reach ultra-high speed, has low energy consumption, and has little environmental impact. It is expected to fundamentally solve the dilemma faced by human transportation. Vacuum pipeline transportation is composed of pipelines, vehicles, power supply, communication, drive and control, vacuum ...

AI Technical Summary

Problems solved by technology

Sea-crossing bridges need pier support above sea level, which is suitable for near-shore and shallow seas; submarine tunnels can adapt to deep sea areas, but the project cost is high, and the construction and operation risks are high; There are large ups and downs, which are only suitable for short-distance shallow waters, not for long-distance and deep waters; floating tunnels are a new mode of cross-sea transportation that is favored by the theoretical community, but there is no practical application at present, and the construction cost is expected to be lower than that of cross-sea bridges , subsea tunnel, which is highly adaptable to sea areas, but the construction cost is still high and the construction difficulty is relatively high

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