"零件自动存放装置整体结构与传动系统设计研究"

The main focus of this project is the design of a mechanical structure and transmission system for an automatic parts storage device. By designing the mechanical transmission system and overall mechanical structure of the device, it is intended to be able to be applied on different production lines to achieve the function of transporting and storing different parts products. The research and design of the automatic parts storage device provide mechanical technical support to improve the production efficiency of enterprises, while also effectively reducing the production costs of enterprises. The function of the transmission system designed in this project is to provide horizontal displacement for the automatic parts storage device. Through the coordination of multiple screw slide tables, the rotational motion of the motor is converted into linear motion, accurately delivering the parts to any position on the plane. Additionally, calculations and selections were made for standard and non-standard components such as the electric motor, coupling, screw, and bearings. The research methods used in this project include literature research and content analysis to analyze and solve problems encountered during the design process. AutoCAD was used for the drawing of part diagrams, and SolidWorks was used for motion simulation to ensure the rationality of the design. Keywords: Automatic Parts Storage Device, Transmission System Design, Overall Structure Design. Overall, the design of the mechanical structure and transmission system for the automatic parts storage device aims to improve production efficiency and reduce costs for enterprises through the effective transport and storage of parts products. The meticulous design process involving calculations, selections, and simulations ensures that the device meets the requirements for accurate and efficient operation on various production lines.