Personal automatically-controlled light maglev rail transit system capable of changing rails

Abstract

The invention discloses a personal automatically-controlled light maglev rail transit system capable of changing rails. An electromagnetic coil is arranged at the bottom of a personal maglev vehicle compartment; a metal bottom plate is arranged on the bottom plane of a rail; by using a magnetic pole principle that an electromagnetic field moves on metal to generate that like poles repel, the levitation of the vehicle is realized; the driving of a personal maglev vehicle uses a linear motor working principle; the maglev vehicle is guided by using a principle that the like magnetic poles repel;rotating guide arms are arranged on the two sides of the personal maglev vehicle compartment; induction coils are arranged on the rotating guide arms; and the induction coils work together with guiding electromagnetic coils in n-shaped guide grooves to realize guiding. The personal automatically-controlled light maglev rail transit system capable of changing the rails has the advantages that the running speed of the personal maglev vehicle is low, the energy consumed by the personal maglev vehicle is less, problems on electromagnetic radiation and running safety of an existing maglev train aresolved, and meanwhile, defects such as large investment, long construction period, high operation cost, large occupied urban space resource and the like of maglev rail transit are eliminated.

Description

Technical field [0001] The invention relates to the technical field of magnetic levitation rail transit, and specifically belongs to a light-weight maglev rail transit system that serves individuals, operates in a maglev mode, changes track, automatically controls, and unmanned driving. It is used to set up in the air, ground, underground, and underwater The light maglev track and the maglev vehicle running on the maglev track are automatically driven by computer to carry out point-to-point transportation of people and goods. Background technique [0002] At present, the maglev vehicles used in the world are mainly maglev trains. The main operating modes include the normally conductive maglev led by Germany, the low temperature superconducting magnetic levitation led by Japan and the permanent magnet low speed maglev led by China. These applications are dominated by arterial traffic, with large transportation volumes and fast speeds. However, they generally have disadvantages suc...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a personal automatic control light-duty variable track maglev rail transit system. The personal maglev vehicle has low running speed and consumes less energy, which solves the problems existing in the electromagnetic radiation and operation safety of the current maglev train.

The design of personal miniaturized maglev vehicles and light maglev tracks solves the disadvantages of maglev rail transit, such as large investment, long construction period, high operating costs, and large urban space resources occupied. It also solves the problem that maglev rail transit can only be used as a trunk line. As a general branch transportation tool, it can be widely used in main and secondary arterial road traffic in cities, traffic between cities and villages, traffic between cities and cities, internal traffic of large venues, and large factories, mines, schools, airports, parks , attractions and other areas of traffic

Images