Magnetic suspension track provided with convex magnetizer in middle and two magnetic blocks with magnetizing corners at outer sides

Abstract

The invention relates to a magnetic suspension track provided with a convex magnetizer in the middle and two magnetic blocks with magnetizing corners at the outer sides. The magnetic suspension track has a main structure comprising the two big magnetic blocks with upward corners along the magnetizing directions, a small magnetic block, the magnetizer and the like, wherein the small magnetic block (2) with the same pole is relatively arranged between the two big magnetic blocks with upward corners along the magnetizing directions; the convex surface of the small magnetic block (2) is an inclined plane; the magnetizer (3) is extruded by the inclined plane of the small magnetic block; a convex surface is formed by the upper part of the magnetizer (3) and the inclined plane of the small magnetic block (2).

Description

Technical field [0001] The invention relates to a magnetic levitation track with a protruding middle magnetizer and magnetization of two outer magnetic blocks to find a corner, in particular to a magnetic levitation track formed by a combination of spliced ​​magnetic blocks. It belongs to the technical field of magnetic levitation. Background technique [0002] There are many kinds of magnetic levitation tracks, and there are also many kinds of sliding tracks composed of horizontal suspension. Most radial magnetic levitation structures have poor suspension stability and low yield. This will lead to an increase in processing costs and a reduction in production efficiency. Contents of the invention [0003] The middle magnetizer is protruding and the two outer magnetic blocks are magnetized to find the corner magnetic levitation track. The main structure includes: two large magnet blocks with upward corners in the magnetization direction, small magnetic blocks and magnetize...

AI Technical Summary

Problems solved by technology

[0002] There are many kinds of maglev tracks, and there are also many kinds of sliding tracks composed of horizontal suspension. Most radial maglev structures have poor suspension stability and low yield

This will lead to increased processing costs and reduced production efficiency.