What are the technical fields within mechanical and electrical engineering?
Category: Industry News
Mechanical Technology
Mechanical technology serves as the foundation of mechatronics. The primary focus of mechanical technology lies in how it can align with and integrate seamlessly into mechatronic systems, leveraging advanced and emerging technologies to redefine design concepts and drive transformative changes in structure, materials, and performance. These advancements aim to meet critical demands such as reducing weight, minimizing size, enhancing precision, improving rigidity, and optimizing overall system performance. In the manufacturing process of mechatronic systems, traditional mechanical theories and techniques are increasingly supported by computer-aided technologies. Simultaneously, the integration of artificial intelligence and expert systems is paving the way for a new generation of mechanical manufacturing technologies.
Computer and Information Technology
Among these, information exchange, storage and retrieval, computation, decision-making and judgment, artificial intelligence technology, expert system technology, and neural network technology all fall under the category of computer information processing techniques.
System Technology
System technology involves organizing and applying various related technologies in a holistic manner. Starting from a global perspective and aligned with the system's overarching objectives, it breaks down the overall structure into interconnected functional units. Among these, interface technology plays a crucial role as it ensures the seamless integration and organic connection of all system components.
Automatic Control Technology
Its scope is broad, encompassing system design guided by control theory, followed by system simulation and on-site debugging. The control technologies involved include high-precision positioning control, speed control, adaptive control, self-diagnosis and correction, compensation, reproduction, retrieval, and more.
Sensing and Detection Technology
Sensing and detection technology serves as the system's sensory organs, playing a crucial role in enabling automatic control and regulation. The more robust its functionality, the higher the system's level of automation. Modern engineering demands that sensors can swiftly and accurately acquire information while also withstanding the rigors of harsh environmental conditions—this capability is essential for ensuring that mechatronic systems achieve advanced performance levels.
Servo Drive Technology
Including various types of transmission devices such as electric, pneumatic, and hydraulic systems, the servo system serves as the critical component responsible for converting electrical signals into mechanical motion. It plays a decisive role in determining the system's dynamic performance, control quality, and overall functionality.
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