首页> 外国专利> DEVICE FOR CORRECTING LATERAL DEVIATION OF PERMANENT MAGNET MAGNETIC GROUP, AND INTEGRATED PERMANENT MAGNET MAGNETIC LEVITATION SYSTEM

DEVICE FOR CORRECTING LATERAL DEVIATION OF PERMANENT MAGNET MAGNETIC GROUP, AND INTEGRATED PERMANENT MAGNET MAGNETIC LEVITATION SYSTEM

机译:校正永磁体的横向偏差的装置以及集成的永磁体磁悬浮系统

摘要

A device for correcting lateral deviation of a permanent magnet magnetic group, comprising a top beam (1), a magnetic group (2), and adjusting devices (3). The adjusting devices (3) are distributed inside the top beam (1), and the number of adjusting devices (3) needs to be increased when a special section, such as uphill, downhill, and turn, is encountered. A bogie (4) is provided in the top beam (1) and positioned at a centering position, and adjusting small wheels (5) are mounted on the bogie (4). When the bogie (4) centeredly passes through the adjusting devices (3), the gaps between the adjusting devices (3) and the adjusting small wheels (5) are 0. If the bogie (4) deviates, the adjusting devices (3) inside the top beam (1) contact the adjusting small wheels (5) mounted on the bogie (4) to provide an opposite acting force to enable the bogie (4) to return to the centering position, and if the bogie (4) does not deviate, the bogie (4) contactlessly passes through the adjusting devices (3). Thus, lateral deviation of the permanent magnet magnetic group is corrected. Also provided is an integrated permanent magnet magnetic levitation system.
机译:一种用于校正永磁体磁性组的横向偏差的装置,该装置包括顶梁(1),磁性组(2)和调节装置(3)。调节装置(3)分布在顶梁(1)内,并且当遇到诸如上坡,下坡和转弯的特殊部分时,需要增加调节装置(3)的数量。在顶梁(1)中设置有转向架(4),该转向架(4)位于居中位置,并且在转向架(4)上安装有调节小轮(5)。当转向架(4)居中通过调节装置(3)时,调节装置(3)与调节小轮(5)之间的间隙为0。如果转向架(4)偏离,则调节装置(3)顶梁(1)的内部与安装在转向架(4)上的调节小轮(5)接触以提供相反的作用力,以使转向架(4)返回到对中位置,并且转向架(4)可以在没有偏离的情况下,转向架(4)非接触地穿过调节装置(3)。因此,永磁体的横向偏差被校正。还提供了集成的永磁磁悬浮系统。

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