Reluctance-free double-current generator

Abstract

The invention discloses a reluctance-free double-current generator. A housing (1) and a machine core (2) are annular parts made of permeability magnetic material, the housing is fixedly connected with the machine core through a connecting arm (6), the housing and the machine core are fixedly arranged on a central shaft (5) in a sleeving manner, a housing and machine core belt wheel (7) also fixedly sleeves the central shaft, a first N magnetic pole and a second S magnetic pole are arranged in the housing, and a first S magnetic pole and a second N magnetic pole are arranged in the machine core; a coil (3) is wound on a coil carrier (4) made of non-magnetic conductive insulated material, the mounting part of the coil carrier is fixedly connected with a coil carrier belt wheel (10) and then is mounted on the central shaft through a bearing, the other end of the coil carrier extends into the gap between the housing and the machine core, an alternating current output conversion switch is arranged on the coil, and a commutator, a carbon brush and a direct current output conversion switch are arranged on the mounting part of the coil carrier. Reluctance-free power generation is realized, greater electric power is obtained by using less power, and double-current generation is realized.

Description

technical field [0001] The invention relates to generators, especially to the technical field of electromagnetic power generation. Background technique [0002] Existing electromagnetic generators, whether they are AC generators, DC generators, or AC / DC generators, are mainly composed of a stator and a rotor. One structural form is that the coil is wound on the stator, and the magnetic poles are arranged on the rotor, and the other structural form is that the coil is wound on the rotor, and the magnetic poles are arranged on the stator. The stator is fixed, the rotor rotates, and the current is generated by cutting the magnetic force lines through the coil. [0003] In the above two structural forms, both the stator and the rotor are made of magnetically permeable materials, the gap between the stator and the rotor is about 1mm, and the magnetic field generated by the magnetic poles has a certain attraction to the carrier (stator or rotor) wound by the coil , thus generati...

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Problems solved by technology

[0003] In the above two structural forms, both the stator and the rotor are made of magnetically permeable materials, the gap between the stator and the rotor is about 1mm, and the magnetic field generated by the magnetic poles has a certain attraction to the carrier (stator or rotor) wound by the coil , resulting in reluctance, which hinders the rotation of the rotor. The rotor rotation needs to overcome the reluctance, and the power requirements for the rotor rotation are relatively high.

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