设计简介
(连接卡注塑模)
摘要
我所学习的专业是模具设计与制造专业，这次的毕业设计是瓶盖塑料模具设计。该设计结合大学三年来所学习的专业知识和CAD软件所设计出的一套塑料模。
本文首先简要的概述了塑料模在社会领域中的作用及其以后的发展方向，点明模具设计的重要意义。然后依据工件图进行工艺性分析，进而确定了设计方案，计算出模具工作部分的尺寸，设计出工作零部件；然后依据设计要求选择出各个标准零部件，然后设计出模具的总装配图。在设计中，最重要的就是设计方案的确定、坯料的计算和工作零部件的设计，这是设计的关键，这些设计的正确与否直接关系到成本的高低和设计模具能否正常工作；在设计的最后，总结了自己的心得和体会，并对我的指导老师表示感谢。
为了我的设计更加简明易懂，在设计中，我用了CAD软件画了十几张零件图，安插在设计任务书中。最后画出一瓶盖塑料模装配图和主要工作零部件零件图若干张。
通过次毕业设计使我不仅掌握了塑料模具设计的一般流程，更学习到了好多课本上没有学习到的知识，使我受益非浅。
关键词：模具设计与制造、CAD软件、工艺性分析。
(HAREVESS-COVER注塑模)
This text the brief plastic role in social field of mould of summary and developing direction afterwards at first, point out in the important meaning of mold design. Then carry on the craft to analyse according to the work piece picture , and then has confirmed the design plan , calculate out mould work some size , design the job spare part; Then choose each standard spare part according to the designing requirement , then design the total installation diagram of the mould . In the design, the important one is sureness , calculation of the blank and design of the job spare part of the design plan the most, this is the key to designing, whether these ones that are designed involve directly or not correctly whether the level of the cost and design mould could work normally; At the end that is designed , have summarized one's own gains and experience , and express thanks for my counselor.
More concisly and easy for my design understands , in the design, I have drawn a dozen parts picture in CAD software, assign into design specifications . Draw one end finally and overlay the plastic mould installation diagram and several pieces of spare part part Fig. of groundwork.
Make me not merely grasp the general procedure of pl astic mold designthrough graduation project once, study to the knowledge not learning to get on many textbooks even more, benefit me a great deal.
Keyword: Mold design and making , CAD software , craft analysis.
HAREVESS-COVER注塑模设计
目录
绪论---------------------------------------------------------------------------------------3
第1章 模塑工艺规程的编制-------------------------------------------------7
1.1 塑件的工艺性分析-----------------------------------------------------7
1.2 注射机选用及相关参数-----------------------------------------------9
第2章 注射模的机构设计----------------------------------------------------11
2.1 分型面的选择----------------------------------------------------------11
2.1 浇注系统的设计-------------------------------------------------------12
第3章 成型零部件设计-------------------------------------------------------15
第4章 结构零部件设计-------------------------------------------------------16
4.1 注射模的选用----------------------------------------------------------16
4.2 顶出机构的选用-------------------------------------------------------16
第5章 抽芯机构的设计-------------------------------------------------------17
5.1 斜撑销的设计----------------------------------------------------------17
5.2 滑块和导滑槽的设计------------------------------------------------18
5.3 后跟块的设计----------------------------------------------------------19
5.4 耐模板的设计----------------------------------------------------------20
5.5 抽芯力的计算及强度的校核---------------------------------------20
5.6 斜撑销直径校核-------------------------------------------------------21
第6章 斜销参数设计-----------------------------------------------------------23
第7章 冷却系统设计-----------------------------------------------------------24
第8章 设计总结------------------------------------------------------------------25
第九章 致谢-------------------------------------------------------------------------26
第10章 参考文献----------------------------------------------------------------27
摘要
我所学习的专业是模具设计与制造专业，这次的毕业设计是瓶盖塑料模具设计。该设计结合大学三年来所学习的专业知识和CAD软件所设计出的一套塑料模。
本文首先简要的概述了塑料模在社会领域中的作用及其以后的发展方向，点明模具设计的重要意义。然后依据工件图进行工艺性分析，进而确定了设计方案，计算出模具工作部分的尺寸，设计出工作零部件；然后依据设计要求选择出各个标准零部件，然后设计出模具的总装配图。在设计中，最重要的就是设计方案的确定、坯料的计算和工作零部件的设计，这是设计的关键，这些设计的正确与否直接关系到成本的高低和设计模具能否正常工作；在设计的最后，总结了自己的心得和体会，并对我的指导老师表示感谢。
为了我的设计更加简明易懂，在设计中，我用了CAD软件画了十几张零件图，安插在设计任务书中。最后画出一瓶盖塑料模装配图和主要工作零部件零件图若干张。
通过次毕业设计使我不仅掌握了塑料模具设计的一般流程，更学习到了好多课本上没有学习到的知识，使我受益非浅。
关键词：模具设计与制造、CAD软件、工艺性分析。
(HAREVESS-COVER注塑模)
Abstract
knowledge of study and a set of plastic moulds that CAD software designed over the past three years of university.This text the brief plastic role in social field of mould of summary and developing direction afterwards at first, point out in the important meaning of mold design. Then carry on the craft to analyse according to the work piece picture , and then has confirmed the design plan , calculate out mould work some size , design the job spare part; Then choose each standard spare part according to the designing requirement , then design the total installation diagram of the mould . In the design, the important one is sureness , calculation of the blank and design of the job spare part of the design plan the most, this is the key to designing, whether these ones that are designed involve directly or not correctly whether the level of the cost and design mould could work normally; At the end that is designed , have summarized one's own gains and experience , and express thanks for my counselor.
More concisly and easy for my design understands , in the design, I have drawn a dozen parts picture in CAD software, assign into design specifications . Draw one end finally and overlay the plastic mould installation diagram and several pieces of spare part part Fig. of groundwork.
Make me not merely grasp the general procedure of pl astic mold designthrough graduation project once, study to the knowledge not learning to get on many textbooks even more, benefit me a great deal.
Keyword: Mold design and making , CAD software , craft analysis.
HAREVESS-COVER注塑模设计
目录
绪论---------------------------------------------------------------------------------------3
第1章 模塑工艺规程的编制-------------------------------------------------7
1.1 塑件的工艺性分析-----------------------------------------------------7
1.2 注射机选用及相关参数-----------------------------------------------9
第2章 注射模的机构设计----------------------------------------------------11
2.1 分型面的选择----------------------------------------------------------11
2.1 浇注系统的设计-------------------------------------------------------12
第3章 成型零部件设计-------------------------------------------------------15
第4章 结构零部件设计-------------------------------------------------------16
4.1 注射模的选用----------------------------------------------------------16
4.2 顶出机构的选用-------------------------------------------------------16
第5章 抽芯机构的设计-------------------------------------------------------17
5.1 斜撑销的设计----------------------------------------------------------17
5.2 滑块和导滑槽的设计------------------------------------------------18
5.3 后跟块的设计----------------------------------------------------------19
5.4 耐模板的设计----------------------------------------------------------20
5.5 抽芯力的计算及强度的校核---------------------------------------20
5.6 斜撑销直径校核-------------------------------------------------------21
第6章 斜销参数设计-----------------------------------------------------------23
第7章 冷却系统设计-----------------------------------------------------------24
第8章 设计总结------------------------------------------------------------------25
第九章 致谢-------------------------------------------------------------------------26
第10章 参考文献----------------------------------------------------------------27
