電池后蓋散熱片注射模設計

電池后蓋散熱片注射模設計,電池,散熱片,注射,設計 摘 要 本文主要介紹了散熱蓋的結構特點, 詳細闡述了散熱蓋凸模、凹模、斜滑塊結構及它們的技術難點。在此次設計中，主要用到所學的注射模設計、機械設計、工程材料及熱處理和SolidWorks及注塑模設計插件Imold等方面的知識。著重說明了設計一副注射模的一般流程，即注射成型的分析、注射機的選擇及相關參數(shù)的校核、模具的結構設計、注射模具設計的有關計算、模具總體尺寸的確定與結構草圖的繪制、模具結構總裝圖和零件工作圖的繪制、全面審核投產制造等。 塑件結構比較簡單，設計中使用模具工具對塑料產品進行修補，然后對其進行分型設計。零件下部的倒鉤結構是一種典型的模具設計產品結構，在設計的過程中也進行了詳細的描述。型芯的多凸起結構不便于機械加工，這里采用電極設計，采用放電加工的方法來實現(xiàn)加工。 關鍵詞：散熱蓋、注塑模、凸模、凹模、斜滑塊、SolidWorks、imold Abstract: In the paper introduces the structure characteristics, heat cover expounds heat punch, covering dies.the technoloy block structure and them, the technical difficulties. In this design, the main use of injection mould design, mechanical design, engineering, materials and heat treatment and SolidWorks injection molding design and the knowledge of the respect such as imold plug-ins. Focus on the design of injection mould, vice general process, namely the analysis of injection molding injection machines, the choice and the related parameters of checking, die structure design, the design of injection mould related calculation, the overall size of the mould structure and determine the sketch rendering, die structure and assembly parts working drawing, comprehensive review production manufacturing, etc. Parts structure is simple in design, mould tool used to plastic products, and then to type design. Parts of the overhead structure is a typical kind of product structure, mould design in design process are described in detail. The core structure is more easy machining raised by electrode, here, the design discharge machining methods to realize processing. Keywords: heat cover, injection molding, punch and die, oblique slippery pieces、SolidWorks、imold