吊耳工艺及夹紧夹具设计.docVIP

PAGE PAGE 7 摘要 本设计是用于吊耳零件的工艺和夹具设计。在零件和夹具设计过程中，主要获得了以下研究成果。通过UG软件对吊耳进行建模，并获得了吊耳三维模型。收集与夹具设计有关的技术信息。这为后续夹具设计和过程分析提供了基础。使用结合理论和实践的方法，完成吊耳的过程和工艺设计，确定吊耳所经历的处理顺序，并确定要加工的机床，工具和设备。从理论上讲，对吊耳的处理已成为现实。使用UG对吊耳的夹具进行建模，并完成了吊耳钻孔的夹具的设计。使用AutoCAD软件设计吊耳夹具的二维装配图和零件图，可以将吊耳夹具加工成成品，从而使吊耳夹具的技术和夹具设计更加丰富。而且引人注目。 总而言之，本文主要关注于对吊耳部件进行建模，设计吊耳工艺，设计用于吊耳的钻孔夹具以及论文的写作。从设计到吊耳部件的加工到加工所需的所有过程内容，都可以实现从过程到夹具设计的吊耳加工的所有工序内容，使得从工艺到夹具设计的吊耳加工过程都是可行的。 关键词：吊耳；工艺；夹具； Abstract His design is for the process and fixture design of water pump housing parts. In the process of parts and fixture design, the following research results were mainly obtained. The water pump housing was modeled by UG software and parts of the water pump housing were obtained. Gather technical information related to fixture design. This provides the basis for subsequent fixture design and process analysis. Using a method that combines theory and practice, the process and process design of the water pump housing is completed, the processing sequence experienced by the water pump housing is determined, and the machine tools, tools, and equipment to be processed are determined. The treatment of the water pump housing becomes a reality, as it is from theory. The UG was used to model the fixture for the water pump housing and the design of the fixture for the milling surface of the water pump housing was completed. Two-dimensional assembly and parts drawings of the water pump housing fixture are designed using AutoCAD software, allowing the water pump housing fixture to be machined into a finished product, resulting in water pump housing fixture technology and fixture design. Will be more abundant. And its compelling. In summary, this article focuses primarily on modeling water pump housing components, designing water pump housing processing techniques, designing milling surface fixtures for water pump housings, and writing on paper. All process content required from design to processing of water pump housing components enables processing o