A pipeline-type air-suspended high-speed train device utilizing air pressure power

Abstract

A pipeline-type air-suspension high-speed running train apparatus using compressed air power, comprising a train (2) and a pipeline (1). The train (2) travels in the pipeline (1). The pipeline (1) consists of pipeline bodies (11), a pipeline terminal (12), and pipeline supports (13). Suspension air injection ports (14) are provided at the bottom walls of the pipeline bodies (11). A lower air rail (21) is provided at the bottom of the train (2). The suspension air injection ports (14) inject compressed air to the lower air rail (21) to suspend the train (2). Advancing air injection ports (15) are provided on the inner side wall of the pipeline bodies (11). First recesses (22) are provided on the side wall of the train (2). The advancing air injection ports (15) inject compressed air to the first recesses (22) to drive the train (2) to travel. A plurality of height-limiting air injection ports (17) is provided on the top walls of the pipeline bodies (11). An upper air rail (28) is provided on the top of the train (2). The height-limiting air injection ports (17) inject compressed air to the upper air rail (28) to prevent the train (2) from touching a top. The suspension air injection ports (14), the advancing air injection ports (15), and the height-limiting air injection ports (17) are all communicated with compressed air boxes (4) by means of air compression pipelines (16).

Description

technical field [0001] The invention belongs to the technical field of high-speed trains, and in particular relates to a pipeline-type air-suspended high-speed train device utilizing air pressure power. Background technique [0002] As we all know, at present, traditional trains are driven by engines or electricity, and the speed of trains has reached the bottleneck, and the energy used for driving is mainly fossil fuels, because fossil energy is non-renewable, and carbon dioxide will be produced during the combustion process. Exhaust gas, causing serious pollution to the atmosphere. [0003] Therefore, people researched and developed the train of maglev and air suspension technology. The high-speed train represented by the currently under-development hyperloop represents the development direction of high-speed rail transit in the future. It is a means of transportation based on the theory of vacuum pipeline transportation. Since the operating space is a closed vacuum and t...

AI Technical Summary

Problems solved by technology

[0005] The present invention provides a pipeline-type air-suspended high-speed train device using air pressure power to solve the problem of heavy train weight caused by the propulsion device and control device being mounted on the train in the prior art, and the use of fossil energy as drive. The hidden danger of power failure in the power supply of external wires and the problem of maintaining the vacuum state of the pipeline are solved, so as to realize the ultra-high-speed operation of the train

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