阅读说明：本技术 一种用于解决超强磁动力机输出动力不足的方法 (Method for solving problem of insufficient output power of super-strong magnetic power machine ) 是由 陈佳秋 于 2019-11-26 设计创作，主要内容包括：被驱动磁园盘与传动轴安装固定为一体,视需输出动力来安装被驱动园盘的数量、大小及相应的驱动磁园盘数量,被驱动磁园盘和驱动磁园盘间隔安放,被驱动磁园盘在驱动磁盘的驱动下转动,传动轴也同步一起转动,输出动力。被驱动盘双面依次排布安装固定超强磁体,驱动盘同样在园盘双面安装固定超强磁体,分布密度达到饱和状态,磁体角度一致、方向一致,盘与盘之间同极磁体一一对应,相互排斥,驱动磁盘安装固定在机梁架及壳体上,中心部位掏空,做到不影响传动轴转动。一个超强磁动力机可以根据需要安装多个驱动磁盘和被驱动磁盘,数个超强磁动力机可以组成机组,驱动一个传动装置,这样输出动力就会大大增强。(Driven magnetic disks and a transmission shaft are installed and fixed into a whole, the number and the size of the driven magnetic disks and the number of corresponding driving magnetic disks are installed according to the required output power, the driven magnetic disks and the driving magnetic disks are arranged at intervals, the driven magnetic disks rotate under the driving of the driving magnetic disks, the transmission shaft also synchronously rotates together, and the power is output. The driving disk is fixedly arranged on the machine beam frame and the shell, the central part is hollow, and the rotation of the transmission shaft is not influenced. A plurality of driving magnetic disks and driven magnetic disks can be installed on one super-strong magnetic power machine according to needs, and a plurality of super-strong magnetic power machines can form a unit to drive one transmission device, so that the output power can be greatly enhanced.)