AC and DC multifunctional molecular integrated circuit electromotor

Abstract

The invention discloses an AC and DC multifunctional molecular integrated circuit electromotor which utilizes the technical principle of molecular integrated circuit electrical equipment. A function processing system comprises a stator having a magnet coil, a rotor mounted inside or outside the stator, a spinning controller connected to the magnet coil and a molecular integrated circuit of the electromotor special for an AC and DC power supply processing function, a frequency regulating and controlling function, a power regulating and controlling function, a speed regulating and controlling function, a work state indicating function, and an automatic phase input control processing function. According to different application demands, various special and universal AC and DC multifunctional molecular integrated circuit electro motors can be formed by alternating and combining the function processing system with various signals and circuits. The electromotor of the invention can be used as the green power for the power products of traditional product structure and electric technique, such as a DC motor, an AC motor, a universal motor, and the like, namely replaces the industrial development of the traditional electric energy motor.

Description

Technical field: [0001] The invention relates to a motor that is widely used in various fields such as human industrial production, agricultural production, national defense construction, and daily life to convert electric energy into mechanical energy A new generation of motors - integrated molecular technology electronic devices - molecular integrated circuit molecular electrical appliances (IEM-MIC / MEA) technology - AC-DC multi-functional molecular integrated circuit motor (AC-DC MULTI-TYPE MOTOR OF MOLECULAR INTEGRATECIRCUIT) for short (AC-DC / M-T / MICM). Background technique: [0002] In modern times, with the rapid development of human science and technology, the application and development of mechanization and electrification have liberated human beings from heavy physical labor and played a huge role in promoting the progress of human civilization and social and economic development. Mechanical energy power is the necessary power equipment to solve human's industrial ...

AI Technical Summary

Problems solved by technology

[0005] Disadvantages of DC motors: DC brushed motors have commutator sparks, high mechanical wear, complex electrical technology for governors and rotation controllers, complex circuit structures, many circuit components, complicated production processes, and high costs. The maintenance workload is heavy, the power ratio is small, and the efficiency is low; the DC brushless motor has complex electrical technologies such as electronic switching circuits, speed governors, rotation controllers, and position sensors, complex circuit structures, and many circuit components. The disadvantages of complex production process, poor stability, poor reliability, high failure rate, etc. and the limitation of working energy of DC motors, the use of DC for work and operation cannot use AC for work and operation; when converting AC to DC, there is a need to use electrical technology Complicated, complex circuit structure, many circuit components, complex production process, high cost, poor stability, poor reliability, low efficiency, high material consumption, and high energy consumption. Disadvantages of rectifier regulator processing

[0008] Disadvantages of AC motors: AC motors have speed governors, complex electrical technology for rotation controllers, complex circuit structures, many circuit components, complicated production processes, high costs, poor stability and reliability, and low efficiency. Due to the limitation of working energy, AC power cannot be used for work and operation; when DC power is transformed into AC power, there is a need to adopt complex electrical technology, complex circuit structure, many circuit components, complicated production process and high cost. , poor stability, poor reliability, low efficiency, high material consumption, and high energy consumption inverter processing shortcomings

[0011] Disadvantages of AC and DC dual-purpose motors: dual-stage AC and DC motors have disadvantages such as complex electrical technology, complex structure, many components, complicated production process, high cost, and heavy maintenance workload.

Power rectification AC and DC dual-purpose motors have shortcomings such as brush sparks, high mechanical wear, complex structure, many components, complicated production process, high cost, heavy maintenance workload, and low efficiency.

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