TH15428A3 - DC electric motor modified from engine alternator - Google Patents

Abstract

DC60 (08/02/59) Characteristics of a DC electric motor adapted from a alternator. Brushless DC motors generally have a microcontroller control unit connected to three stator coils. Phase to create a rotating electromagnetic field. Change from a rotor with permanent magnets to electromagnets. Rotation of the rotor, thus A carbon brush is required for direct current input to power the rotor winding. So use DC electric motor modified from engine alternator This invention works like a motor. Brushless DC power But must supply direct current to the rotor The more the rotor current, the more the motor will spin, the higher the maximum torque. Edit Summary Date 8/2/2016 Characteristics of DC electric motor modified from the engine alternator This principle works like an electric motor. Brushless DC motors generally have a microcontroller control unit connected to three stator coils. Phase to create a rotating electromagnetic field. Change from a rotor with permanent magnets to electromagnets. Rotation of the rotor, thus A carbon brush is required for direct current input to power the rotor winding. So use DC electric motor modified from engine alternator This invention works like a motor. Brushless DC power But must supply direct current to the rotor The more rotor current the motor will spin, the higher the torque. -------------------------------------------------- -------------------------------------------------- ----------------------------------- Modified Invention Summary 07/22/2015 Characteristics of modified DC electric motors. From the alternator, this engine works like an electric motor. Conventional brushless DC motors have a microcontroller connected to three stator wire bottles. Phase to create a rotating electromagnetic field. Change from a rotor with permanent magnets to electromagnets. Rotation of the rotor, thus Batteries need to be converted to direct current to supply the rotor coils. So use DC modters adapted from the engine alternator This invention works like a motor. DC power without conversion But must supply direct current to the rotor The greater the rotor current, the more torque the motor will spin. -------------------------------------------------- -------------------------------------------------- --------------------------------------------- Electric motor invention characteristics Direct current adapted from alternator, this engine has the same operating principles as an electric motor. Conventional bruhless Dc motors, the microcontroller control unit is connected to the stator coil. Batteries must be converted to be a direct current receiving point in order to supply to the rotor coil as in the use of a direct electric motor converted from an engine alternator. This invention works when on a motor. Without conversion But must supply power to the router The more the rotor current, the more electric motors without transformers. But with direct input current to the rotor, the motor will turn to the maximum torque.

Claims (1)

Disclaimer (all) which will not appear on the advertisement page: EDIT 23/04/2019 1. DC electric motor adapted from this invention engine alternator consists of three (3) phase stator winding, where the wires All three outputs (4) are connected to the microcontroller (5), characterized by the control module. A microcontroller (5) which is responsible for supplying a current (PWM: Pulse wicth Modulation) to the stator winding. Three (3) phases, one phase at a time, respectively. To create a rotating electromagnetic field And the speed adjustment made by adjusting Wide or narrow range (PWM: Pulse Width Modulation) with the rotor axis (2) centered. In which the rotor (2) will be Electromagnet And there is variable) to receive an external current for increasing the electromagnetic current of the rotor (2) to a stronger electromagnet. And the electromagnetic field of the three-phase stator winding (3) sucks the core of the rotor (2) to Rotate them together to give more suction. In order to have a higher torque DC electric motor modified from alternator The engine invented is brushless DC motors with rotors (2) as Electromagnet by the rotation of the rotor (2), a carbon brush (1) is required as a point for receiving direct current from the outside to be used as a power motor of various machines. ----------------------------------------- Revised 07/22/2015 1. Motor DC power adapted from the engine alternator The invention consists of a three-phase (3) stator winding, with the three outgoing wires (4) connected to the microcontroller (5), which is responsible for supplying the current at intervals (PWM: Pulse Width Modulation). ) To the three (3) stator windings one phase at a time, respectively. To create a rotating electromagnetic field, speed adjustments are made by adjusting a wide or narrow range (PWM: Pulse Width Modulation). The rotor axis (2) is centered on the electromagnetic field of the three-phase stator winding ( 3) Vacuum them to rotate together. To make it have more suction. To achieve high torque, a permanent magnet is attached to the rotor. Which the DC electric motor modified from the engine alternator Invention A characteristic is that the rotor (2) is electromagnetic. Therefore, there is a coil to generate an electromagnetic field at the rotor coil (2). By rotating the rotor (2), the battery (1) is converted to a direct input current from the outside. And the greater the direct current input, the stronger the rotor (2), the stronger the electromagnetic field, the higher the torque of the motor as it can be the starting motor power of various machines. -------------------------------------------------- -------------------------------------------------- --------------------------------------- Revised 8/2/16 1.DC electric motor modified from engine alternator The invention consists of a three-phase (3) stator winding, with the three outgoing wires (4) connected to the microcontroller (5), which is responsible for supplying the current at intervals (PWM: Pulse Width Modulation). ) To the three (3) stator windings one phase at a time, respectively. To generate a rotating electromagnetic field, the speed adjustment is made by adjusting the wide or narrow range (PWM: Pulse Width Modulation), the rotor axis (2) is centered on the electromagnetic field of the three-phase stator winding (3 ) Suck them to rotate together. To make it have more suction. To achieve high torque, this is done by increasing the electromagnetic coil current at the rotor (2) to a stronger electromagnet. DC electric motor modified from engine alternator The invention of this is brushless DC motors. The rotor is electromagnetic. By rotating the rotor (2), a carbon brush (1) is required for direct external power input. Can be the starting motor of various machines -------------------------------------------------- -------- 1.DC electric motor adapted from an engine drive The fabricated consists of a three (3) phase stator winding, where All three outgoing wires (4) are connected to the microcontroller (5), which is responsible for supplying a phase current (PWM: Pulse Width Modulatin) to the three-phase stator coils (3) one by one. Phase sequence To create a rotating electromagnetic field, speed adjustments are made by adjusting a wide or narrow range (PWM: Pulse Width Modulation). The rotor axis (2) is centered on the electromagnetic field of the three-phase stator winding ( 3) Vacuum them to rotate together. To make it have more suction. To provide torque (High torque) is made by attaching a permanent magnet to the rotor which a DC electric motor adapts from an engine alternator. Invention Its characteristic is that the rotor (2) is electromagnetic. So there is a coil to create an electromagnetic field on the rotor wire bottle. (2) By rotating the rotor (2), a battery converter (1) is required to be the point of receiving external direct current. And when the more direct current is fed, the rotor (2) has a strong electromagnetic field. The torque of the motor will be higher. Motor power of various machines