Seabed vacuum pipeline defense system

Abstract

The invention discloses a seabed vacuum pipeline defense system. The seabed vacuum pipeline defense system comprises a main pipeline, branch pipelines, air brake stations, base stations, seabed submarine missile bases, missile transport vehicles and retired submarines. The branch pipelines, the base stations and the seabed submarine missile base are arranged at certain intervals along the main pipeline of the seabed vacuum pipeline. The missile transport vehicles do not need airtight passenger cabins, missiles are directly located on a frame, and missile carriers have automatic loading and unloading functions. The missile bases can be remanufactured and constructed by using abandoned / retired submarines. The invention provides the submarine seabed missile bases which form a three-dimensional active and passive sea strategic defense system together with submarines and aircraft carriers by making full use of the characteristics of wide traffic extension range, high transmission speed andnatural hiding of the seabed vacuum pipeline, so that the security level of territorial waters is improved and meanwhile, the self security of the seabed vacuum pipeline and invasion resistance are protected effectively.

Description

technical field [0001] The invention belongs to the technical field of vacuum pipeline transportation, and relates to a submarine vacuum pipeline defense system. Background technique [0002] Vacuum pipeline transportation is composed of pipelines, vehicles, power supply, communication, drive and control, vacuum pump unit, vacuum metering, monitoring system and other parts. During operation, the pipeline is evacuated to a certain vacuum, and then the vehicles drive in it. In the field of strait channel construction, sea-crossing bridges and subsea tunnels have been widely used, and the construction technology is mature. 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 wate...

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

Images