Electric generator with rotating induction apparatus and centripetal motion operation

摘要

The electric generator with rotating induction apparatus and centripetal motion operation locates all of the electromagnetic induction components on the rotating portion of the generator. This design removes the divided electromagnetic interaction of rotating and stationary elements. The rotating input shaft and connected rotor contain the elements experiencing any potential magnetic interaction. There are no magnetic or induction components located on the stationary portion of the generator. A magnetic field source contained within a rotor mounted pivoting housing is moved by centripetal motion through an inductor section of the housing to create electrical induction. The relative angle of rotation of a pivoting inductor assembly is alternately articulated by front and rear guides located within the main housing. The centripetal motion providing magnet movement is created during rotation of the input shaft. This new electric generator is designed to reduce motion source energy necessary to rotate the input shaft and rotor.

主权项

1. An electric generator with rotating induction apparatus and centripetal motion operation for creating electricity without rotating and stationary magnetic interaction resistance to input shaft movement for reduced motion source energy requirements, comprising:
means for rotary motion; means for mounting a pivoting inductor assembly, securely connected to the means for rotary motion; means for disposing an electromagnetic induction element; means for originating a magnetic flux, slidingly contained within the means for disposing the electromagnetic induction element; means for containing the means for originating the magnetic flux within the means for disposing the electromagnetic induction element, securely attached to the means for disposing the electromagnetic induction element; means for housing a main structure, exteriorly located to the means for rotary motion; means for supporting an input shaft front location, securely connected to the means for housing the main structure; means for supporting an input shaft rear location, securely connected to the means for housing the main structure; means for articulating a front tip of the pivoting inductor assembly, securely positioned to the means for housing the main structure; means for articulating a rear tip of the pivoting inductor assembly, securely positioned to the means for housing the main structure; means for providing a rotary element electrical circuit connection, securely connected to the means for rotary motion and rotatable with the means for rotary motion; means for providing an electrical connection to non-rotating circuitry, securely attached to the means for housing the main structure and stationary at a location corresponding against the means for providing the rotary element circuit connection; means for connecting an electrical circuit between the pivoting inductor assembly and the means for providing the rotary element electrical circuit connection, electrically connected to the means for providing the rotary element electrical circuit connection; means for connecting an electrical circuitry from the means for providing the electrical connection to non-rotating circuitry to external circuitry, electrically connected to the means for providing the electrical connection to non-rotating circuitry; and means for electromagnetic induction utilizing magnetic field source and inductor interaction with relative movement by centripetal motion, electrically connected to the means for connecting the electrical circuitry between the pivoting inductor assembly and the means for providing the rotary element electrical circuit connection, the means for electromagnetic induction utilizing magnetic field source and inductor interaction with relative movement by centripetal motion constructed to the means for disposing the electromagnetic induction element, and pivotally attached to the means for mounting the pivoting inductor assembly.