Air suspension track running equipment

Abstract

Provided is an air suspension railway operating device, comprising a suspension mechanism, a driving mechanism, a sealing mechanism and a transport carrier. The suspension mechanism is composed of two high-pressure air chambers which are symmetrically arranged at left and right sides, and a railway base. Each high-pressure air chamber comprises a high-pressure gas cell, a lubricant airtight slide rail and a slide rail supporting bracket. The high-pressure air chambers are fixed on the railway base. The driving mechanism comprises a driving motor, a speed reducing mechanism, a friction wheel and a friction plate, which are installed between the railway base and a U-shaped frame of the transport carrier. The sealing mechanism comprises the lubricant airtight slide rail and a sealing strip which is mounted between the bottom of the lubricant airtight slide rail and the inner wall of the high-pressure gas cell. In the invention, the lubricant airtight slide rail is adopted to seal high-pressure air, the high-pressure air suspension technology is applied, and the friction wheel is driven by the motor to drive the friction plate for power supply, thereby creating the energy-saving environmentally-friendly public transport running rail and creating the pollution-free noise-free peaceful and harmonic public transport environment.

Description

technical field [0001] The invention relates to a transport device operated by air suspension and friction drive, which belongs to the technical field of transportation. Background technique [0002] At present, there are three types of track technologies used at home and abroad: 1. Wheeled track; 2. Electromagnetic levitation track; 3. Permanent magnetic levitation track. The wheeled track is mainly powered by fuel or electricity, and the purpose of operation is achieved through the contact between the wheel and the track. However, the friction between the wheel and the track is large, the driving energy consumption is high, and there are also defects such as complicated maintenance and high noise. The electromagnetic levitation track and the permanent magnetic levitation track adopt the electromagnetic levitation technology, which eliminates the friction between the wheel and the track, but due to the huge investment, it is not suitable for widespread application. Conten...

AI Technical Summary

Problems solved by technology

The wheeled track is mainly powered by fuel or electricity, and the purpose of operation is achieved through the contact between the wheel and the track, but the friction between the wheel and the track is large, the driving energy consumption is high, and there are also defects such as complicated maintenance and high noise.

Electromagnetic levitation track and permanent magnetic levitation track adopt electromagnetic levitation technology, which eliminates the friction between the wheel and the track, but due to the huge investment, it is not suitable for widespread application

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