"智能摆线真轮促动器设计与CAD图纸"

The document "The Design of Intelligent Cycloidal Pinwheel Actuator" contains a comprehensive design and analysis of the actuator, which is a critical component in mediating the reflection in telescopes. The actuator is responsible for adjusting the reflective surface of the telescope to compensate for slight variations caused by factors such as its own weight and wind load. The design of the actuator plays a crucial role in the normal operation, maintenance, and overall longevity of radio telescopes. The key components included in the design are the intelligent stepper motor, brake, bevel gear, cycloidal pinwheel reducer, and ball screw. The precision of the actuator directly affects the accuracy of the radio telescope. Therefore, the document outlines a thorough understanding of the motion principles involved, the coordination of various components, and the calculations of dimensions and material selection with strength verification. Based on the motion speed of the linkage, the document calculates the speed of the screw and, accordingly, the speed of the intelligent stepper motor based on the speed ratio of the cycloidal pinwheel. It also provides an overview of the working principles of the brake and cycloidal pinwheel and discusses the advantages of the ball screw, providing calculations and strength verification for the same. Additionally, it includes a strength verification for the bevel gear. The design and analysis presented in the document are essential for ensuring the precise and efficient operation of radio telescopes. The integration of intelligent components and careful consideration of material selection and strength verification all contribute to the reliability and functionality of the actuator. This design document is crucial for understanding the intricate details of the actuator and its role in the performance of radio telescopes.