打蛋機外殼注塑模具設計（全套含CAD圖紙）

打蛋機外殼注塑模具設計（全套含CAD圖紙）,打蛋機,外殼,注塑,模具設計,全套,cad,圖紙 摘??要 ? 注射成型是熱塑性塑料成型的主要方法之一，可以一次成型形狀復雜的精密塑件。本課題就是將打蛋機左殼作為設計模型，將注射模具的相關知識作為依據(jù)，闡述塑料注射模具的設計過程。? 通過對工件的正確分析，設計了一副一模兩腔的塑料模具。確定了分型面、澆注系統(tǒng)等，選擇了注射機，計算了成型零部件的尺寸。采用側澆口，利用直導柱導向，推桿頂料,斜頂桿和彈簧完成脫模及對模具的材料進行了選擇。如此設計出的結構可確保模具工作運用可靠。最后對模具結構與注射機的匹配進行了校核，并用CAXA繪制了一套模具裝配圖和零件圖。 關鍵詞：塑料模具；注射成型；模具設計 Beat-egg machine left shell injection mold CAD/CAM Abstract：Injection molding is one of the main methods of thermoplastic plastic molding, molding can be a complex shape of precision plastic parts. This topic is to beat egg machine left shell as a design model, the injection mold-related knowledge as the basis, the plastic injection mold design process.Through the correct analysis of workpiece, a pair of mould with two cavities was designed. The parting surface, gating system have been determined, the choice of injection machine, has calculated the formation spare part size. The side gate, using straight guide column, putting the material, inclined push rod and spring completed stripping and material of the mould were researched. So the structure is designed to ensure reliable mould work. Matching the mold structure and the injection machine was checked, and a set of CAXA drawing die assembly drawings and part drawings. Keywords:?plastic?mold;?injection?molding;?mold?design. 6 目錄 摘要···························Ⅰ Abstract······························Ⅱ 第一章 緒論·····························1 1.1 引言·····························1 1.2 模具的發(fā)展現(xiàn)狀和發(fā)展方向··················2 1.2.1 國內(nèi)外注塑模具的發(fā)展現(xiàn)狀················2 1.2.2國內(nèi)外注塑模具的發(fā)展趨向················3 1.3 本課題的內(nèi)容和具體要求···················3 1.3.1 本課題的內(nèi)容······················3 1.3.2 本課題的要求······················4 第二章 塑件成型的工藝性分析·····················5 2.1 塑件的分析·························5 2.2 ABS主要性能·························5 2.3 ABS的注塑成型過程及工藝參數(shù)·················6 第三章 擬定模具的結構形式······················7 3.1 分型面的確定·························7 3.2 型腔的分布··························8 3.3 注射機型號的確定·······················9 3.4 成型腔數(shù)的確定·······················10 第四章 澆注系統(tǒng)的設計·······················11 4.1 主流道的設計························11 4.2 分流道的設計························12 第五章 成型零件結構設計·······················13 5.1 凹模的結構設計·······················13 5.2 凸模的結構設計·······················13 5.3 成型零件工作尺寸的計算···················13 5.3.1 影響塑件尺寸精度的因素··················13 5.3.2模具成型零件的工作尺寸計算················14 5.4 動模板的強度校核························18 5.4.1厚度的計算·······················18 第六章 導向與脫模機構的設計·····················19 6.1 導向機構的作用和設計原則 ·················19 6.1.1 導向機構的作用····················19 6.1.2 導向機構的設計原則··················19 6.2 導柱、導套的設計······················19 6.2.1 導柱的設計······················19 6.2.2 導套的設計······················20 6.3 脫模機構的確定·························21 6.3.1頂桿橫截面直徑的確定···················22 第七章 抽芯機構的設計························23 7.1 抽芯機構的設計原理·····················23第八章 冷卻系統(tǒng)··························24 8.1 溫度調(diào)節(jié)對塑件質(zhì)量的影響······················· 24 8.2 對溫度調(diào)節(jié)系統(tǒng)的要求····················24 8.3 模具冷卻裝置的設計·····················24 8.3.1 冷卻裝置的設計要點··················24 8.3.2 水嘴的結構形式····················24 8.3.3 冷卻水道的結構····················25 第九章 其它結構零件的設計······················26 第十章 模具的可行性分析·····················27 10.1 本模具的特點·······················27 10.2 市場前景與經(jīng)濟效益分析·················27 參考文獻·····························28 致謝·······························29