Fabricated ocean tunnel structure with escape device and application method thereof

A fabricated ocean tunnel structure with an escape device, comprising:

• a fabricated ocean tunnel structure and an escape device, wherein
• the fabricated ocean tunnel structure comprises a tunnel outer wall, a top plate and a partition plate;
• the top plate is located at the upper portion of the fabricated ocean tunnel structure;
• a motor equipment bin is arranged above the top plate, a traffic area is arranged below the top plate, and a pavement area is arranged at the bottom of the traffic area;
• the partition plate is located within the fabricated ocean tunnel structure and a middle bin is formed by the partition plates positioning within the fabricated ocean tunnel structure,
• the escape device is arranged in the middle bin, and the escape device is detachably connected with the middle bin;
• switchable partition doors are evenly arranged on the partition plate, and a switchable seal plate is arranged at the top of the middle bin;
• the escape device comprises a rescue capsule, a switchable rescue capsule hatch and a switchable rescue capsule top hatch are respectively arranged on the side and at the top of the rescue capsule, transverse ladders are evenly arranged in the rescue capsule in the height direction, a balancing weight block is arranged at the bottom of the rescue capsule, and a rescue equipment area are arranged above the balancing weight block;
• a primary water pipe is buried in the middle of the pavement area, and the primary water pipe communicates the middle bin arranged in the length direction of the fabricated ocean tunnel structure;
• a secondary water pipe is arranged between the primary water pipe and the middle bin;
• the rescue capsule comprises a rescue capsule outer wall and a rescue capsule inner wall, wherein a rescue capsule outer wall hatch and a rescue capsule inner wall hatch are respectively arranged on the rescue capsule outer wall and the rescue capsule inner wall, and the rescue capsule outer wall hatch and the rescue capsule inner wall hatch are connected through an N-shaped rotary lock switch;
• a bidirectional rotary lock switch is arranged on the rescue capsule top hatch, and the rescue capsule top hatch can be opened or closed inside and outside the rescue capsule by rotating the bidirectional rotary lock switch;
• and
• the escape device and the middle bin are fixed to a first rotary lock switch by means of the N-shaped rotary lock switch.