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Mechanical Structure of Mechatronic Systems

The mechanical structure includes the frame, mechanical connections, transmission components, etc. It serves as the foundation of mechatronics, supporting other functional units in the system and transmitting motion and power. Compared to purely mechanical products, mechatronic systems exhibit improved technical performance and enhanced functionality. This requires the mechanical structure to adapt in terms of mechanical design, materials, manufacturing processes, and geometric dimensions, characterized by high efficiency, multifunctionality, reliability, energy efficiency, compact size, lightweight, and aesthetic appeal.

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Detection and Sensing Section

This includes various sensors and their signal detection circuits. In mechatronic systems, its role is to detect changes in relevant parameters of the system itself and the external environment during operation, transmit the information to the electronic control unit, which then issues corresponding commands to the actuators based on the detected information.

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Intelligence is an important development direction of mechatronics technology in the 21st century.

Artificial intelligence has gained increasing attention in the research of mechatronics engineers, with robotics and intelligent CNC machine tools being key applications. The term "intelligence" here describes machine behavior, which builds upon control theory by incorporating new ideas and methodologies from artificial intelligence, operations research, computer science, fuzzy mathematics, psychology, physiology, and chaos dynamics. This integration aims to simulate human intelligence, endowing machines with capabilities such as judgment, reasoning, logical thinking, and autonomous decision-making to achieve higher control objectives.

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What are the types of electric motors?

Low-speed motors are further divided into: Gear reduction motors, Electromagnetic reduction motors, Torque motors, and Claw-pole synchronous motors.

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With policy support unveiled, the integration of basic electronic components and the electromechanical industry is urgently needed.

The concurrent hosting of the "China International Small Motor, Magnetic Materials, and Special Robot Technology Seminar and Exhibition" at the neighboring venue signifies a new trend in industrial integration, as these two platforms join forces.

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Mechatronic Electronic Control Unit and Actuator

The Electronic Control Unit (ECU) is the core of a mechatronic system. It is responsible for centralizing, storing, computing, and analyzing detection signals from various sensors and external input commands. Based on the information processing results, it issues corresponding instructions in a specific sequence and rhythm to control the entire system for purposeful operations.

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Working Principle of Micro Vibration Motors

The micro vibration motor primarily used in smartphones belongs to the category of DC brushed motors. An eccentric wheel is mounted on the motor shaft. When the motor rotates, the center of mass of the eccentric wheel deviates from the motor's rotational center, causing the motor to continuously lose balance. This imbalance generates vibrations through inertia.

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