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Parallel Path technology is based upon the confinement, manipulation, and direction of flux fields within a core. Standard equations correctly model flux transfer without modification, demonstrating that this technology does not fall within the definitions of perpetual motion. Numerous practical commercial applications exist for flux transfer technology, including high performance electric motors.
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The basic layout consists of a single central permanent magnet. However, by placing the control coils in the center, and using two permanent magnets, while keeping the overall core flux density the same, the input required to switch the flux is halved. This is the origin of the technical term 'Parallel Path,' which refers to the co-ordinated switching of two adjacent flux fields within a magnetically permeable core.
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Flux transfer within a core can be adapted to rotary applications. The armature of the core is removed, and instead motion is imparted to a central shaft across an air gap. The technology is patented, and is pending commercialisation agreements.
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