A traffic system and a traffic method suitable for a vehicle not accessing the ground

Abstract

The application discloses a traffic system and method for vehicles not connecting with the ground, which comprises a city trunk tunnel, a first city underground space, a second city underground space and a city trunk tunnel. The city trunk tunnel is a double-line tunnel, and the driving directions of the right tunnel and the left tunnel are opposite. The front end of the right tunnel is taken as a reference, and the forward direction of the right tunnel is the front end. The first city underground space is located at the right side of the city trunk tunnel, and the lower layer of the rear end of the first city underground space is connected with the rear end of the right tunnel of the city trunk tunnel through a first right ramp. The lower layer of the front end of the first city underground space is connected with the upper layer of the front end of the first city underground space, and the lower layer of the front end of the first city underground space is also connected with the front end of the right tunnel of the city trunk tunnel through a second right ramp. The second city underground space is located at the left side of the city trunk tunnel, and the lower layer of the front end of the second city underground space is connected with the front end of the left tunnel of the city trunk tunnel through a first left ramp. The upper layer of the rear end of the second city underground space is connected with the rear end of the left tunnel of the city trunk tunnel through a second left ramp. The traffic system realizes separation of people and vehicles, and people get on the island while vehicles stop, so that the traffic efficiency is improved.

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