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Aquatic suspension type magnetic suspension vacuum tunnel transport scheme
The invention provides an aquatic suspension type magnetic suspension vacuum tunnel transport scheme; the invention is characterized in that a tunnel suspends in the water and has a vacuum inner side; a vacuum pump is arranged on the tunnel; two ends of the tunnel are respectively connected with an isolation chamber; an immersion segment in middle of the tunnel is provided with a cement counter weight; the upper portion of the isolation chamber is provided with an isolation chamber cover capable of automatically turning open and close; the isolation chamber is communicated with a forevacuum cabin; a vacuum valve is arranged in middle of a passage between the isolation chamber and the forevacuum cabin; the forevacuum cabin is provided with a vacuum pump; a dolly crane arm and a hook are arranged above the isolation chamber; one side of the isolation chamber is provided with a dolly station. The beneficial effects are that the aquatic suspension type magnetic suspension vacuum tunnel transport scheme is low in engineering cost, small in construction difficulty, short in construction period, good in antivibration performance, small in geology risk, small in environment damages, low in operation cost, fast in operation speed, wide in application prospect, has very wide business prospect, and fill related technical blanks, and can generate large social benefit and economic benefits.
Aquatic suspension type magnetic suspension vacuum tunnel transport scheme
The invention provides an aquatic suspension type magnetic suspension vacuum tunnel transport scheme; the invention is characterized in that a tunnel suspends in the water and has a vacuum inner side; a vacuum pump is arranged on the tunnel; two ends of the tunnel are respectively connected with an isolation chamber; an immersion segment in middle of the tunnel is provided with a cement counter weight; the upper portion of the isolation chamber is provided with an isolation chamber cover capable of automatically turning open and close; the isolation chamber is communicated with a forevacuum cabin; a vacuum valve is arranged in middle of a passage between the isolation chamber and the forevacuum cabin; the forevacuum cabin is provided with a vacuum pump; a dolly crane arm and a hook are arranged above the isolation chamber; one side of the isolation chamber is provided with a dolly station. The beneficial effects are that the aquatic suspension type magnetic suspension vacuum tunnel transport scheme is low in engineering cost, small in construction difficulty, short in construction period, good in antivibration performance, small in geology risk, small in environment damages, low in operation cost, fast in operation speed, wide in application prospect, has very wide business prospect, and fill related technical blanks, and can generate large social benefit and economic benefits.
Aquatic suspension type magnetic suspension vacuum tunnel transport scheme
LIU ZIZHONG (author)
2015-12-02
Patent
Electronic Resource
English
IPC:
E02D
FOUNDATIONS
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GrĂ¼ndungen
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