| 摘要 |
In prior art continuously variable transmissions, the kinetic energy is converted in a purely mechanical manner, e.g. in the form of a belt drive, in which the diameter of the input/output wheel is varied so that the belt remains constantly tensioned. The system is, among other things, used in bench drilling machines. The transmission ratio is limited by the purely mechanical multiplication/demultiplication. As a result, an optimal adaptation is prevented and energy is wasted by not optimally utilizing the base energy. The entire drive power can be continuously regulated by the electromagnetic multiplication according to the principle of drive transmission by generating energy. An additional mechanical multiplication/demultiplication between the stator and rotor enables the continuously variable electromagnetic transmission to be used as a generator for electricity according to the principle of the perpetual motion effect. During full load, the continuously variable electromagnetic transmission itself is located in a no-load operating state (no-load operating energy). The continuously variable electromagnetic transmission is used as a drive/energy generation aggregate of any type, as a heat source and/or as a light source. |
