Gravitational equilibrium wheeled vehicle vacuum pipeline traffic system suitable for strait channel

Abstract

The invention discloses a gravitational equilibrium wheeled vehicle vacuum pipeline traffic system suitable for a strait channel. The system comprises seabed pipe piers, a pipeline and a vehicle. Theincluded angles of wheel sets of wheels of the vehicle range from 80 degrees to 100 degrees. The wheels roll on the pipeline wall and the vehicle can achieve self-stable equilibrium in the pipeline. Power is supplied to the vehicle through a battery or a power grid, and the vehicle is driven by the wheels or a linear motor. Propellers are additionally arranged on a vehicle head, the vehicle is driven by the wheels to travel when the speed is smaller than 200 km / h, and the vehicle is driven through assistance of the propellers when the speed is larger than 200 km / h. An equilibrium gyroscope isarranged to provide stable redundancy for the vehicle, and vehicle operation stability is improved through the tilting train technology. Equilibrium stabilization bars are arranged on the upper sidesor the lower sides, corresponding to the wheels, on the inner wall of the pipeline to prevent the vehicle from being overturned, and rolling grooves are formed, so that the pipeline wall is preventedfrom being abraded. The system has the beneficial effects that the inside of the pipeline is smooth and free of tracks, the pipeline and the vehicle are simple in structure, construction and operationcost is low, and the system is suitable for a cross-sea channel with the low target speed.

Description

technical field [0001] The invention belongs to the technical field of vacuum pipeline transportation and marine engineering, and in particular relates to a technology and scheme of a gravity-balanced wheeled vehicle submarine vacuum pipeline transportation system suitable for strait passages. 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. [0003] Vacuum pipeline transportati...

AI Technical Summary

Problems solved by technology

[0011] In order to overcome the difficulty and high cost of building cross-sea bridges, subsea tunnels, and maglev vacuum pipelines, avoid the inapplicability of thin-walled vacuum pipelines, power systems, and suspension systems for submarine vacuum pipeline traffic, and make the inner structure of the pipeline the most Simplify, so that the strait and bay passages can be built and put into application at a lower cost and easier to implement at an early date. The present invention provides the gravity-balanced wheeled vehicle submarine vacuum pipeline transportation system technology and scheme suitable for straits and bay passages

Images