TH8098C3 - Motor power generation - Google Patents

Abstract

DC60 (12/03/56) The electric motor described in this invention consists of two main parts: a structure responsible for generating mechanical energy and a structure responsible for generating electrical energy. These two parts work together continuously, allowing the electric motor to generate both mechanical and electrical energy simultaneously. The electric motor, composed of two main parts, has components similar to those of a typical motor, while the electrical energy generation part is an added component. This added part consists of an additional set of copper windings around the arc major, a commutator on the opposite side of the original commutator, and electrical terminals and brushes located on the rear cover of the motor. Therefore, while the motor is operating, both mechanical and electrical energy are produced simultaneously.

Claims (1)

All claims which will not appear on the advertisement page: 1. A motor that generates electricity consists of two main parts: a stationary part and a moving part. The stationary part comprises the iron frame, front and rear motor covers, two opposite permanent magnetic poles, electrical contacts, and brushes located within the two covers. Bearings are mounted on both covers. The moving part consists of the armature shaft, the armature itself, and the commutator. The armature and commutator are attached to the shaft. The armature has a specific characteristic: it includes components that generate electrical energy for the motor. These consist of electrical contacts and brushes located in the rear cover to transfer the generated electrical energy for use. An additional commutator is attached to the same armature shaft but on the opposite side to transfer electrical energy from the armature to the brushes. Furthermore, a set of copper windings is wound in the armature to generate electrical energy from the magnetic field generated in the armature while the motor is running.