插线板面板注塑模具设计.doc
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插线板面板注塑模具设计,1.15万字自己原创的毕业论文，已经通过校内系统检测，重复率低，仅在本站独家出售，大家放心下载使用摘要：本次毕业设计说明书主要讲述了对插座面板进行模具设计的过程。提出合理的注薂@尚吞跫统尚凸ひ胀ü运芗ň厶妓狨ィ┑墓ひ辗治觯杓瞥龊侠淼淖⑺苣＞摺Ｂ畚氖紫榷圆凡牧闲阅茏髁私樯埽得魇榛瓜晗感鹗...
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插线板面板注塑模具设计
1.15万字
自己原创的毕业论文，已经通过校内系统检测，重复率低，仅在本站独家出售，大家放心下载使用
摘要：本次毕业设计说明书主要讲述了对插座面板进行模具设计的过程。提出合理的注薂@尚吞跫统尚凸ひ胀ü运芗ň厶妓狨ィ┑墓ひ辗治觯杓瞥龊侠淼淖⑺苣＞摺Ｂ畚氖紫榷圆凡牧闲阅茏髁私樯埽得魇榛瓜晗感鹗隽四＞呓峁剐问剑ㄈ范ǚ帜Ｃ妗⑿颓皇考芭帕蟹绞降娜啡希捎昧艘荒Ａ角坏某尚头绞剑⒊醪窖≡褡⑸浠送猓得魇榛苟宰⑺苣＞叩某尚徒峁埂⒔阶⑾低场� 排气系统、冷却系统进行了分析与说明，同时，还有重要成型零件的工艺设计计算与模架的选择，校核注射模与注射机的关系，最后对注塑模具的运动过程和模具装配图的组成进行了简单的说明。本设计主要是通过使用UG与AutoCAD完成零件三维造型、注塑模具设计、装配图及主要零件图的绘制。此次毕业设计综合了大学四年来所学的专业知识，从而进一步巩固了模具设计方面的相关知识，并积累了相关的设计经验。
关键词：插座；聚碳酸酯；注塑模具；UG
Die design of socket panel
Abstract: the graduation design specification describes the process of mold design on the socket panel. The injection molding conditions and molding technology and reasonable through the plastic parts (polycarbonate) process analysis, design of injection mold reasonable. This paper firstly introduces the material properties of the product, the specification also describes in detail the mold structure, including the determination of confirming the parting surface, cavity number and arrangement, the molding a mold two cavity, and the preliminary selection of injection machine, in addition, description of injection plastic mould, gating system, forming structure the exhaust system, cooling system are analyzed and presented, at the same time, there is an important forming part of the design calculation process and the choice of mold, injection mold and the injection machine to check the relationship between the composition, at the end of the injection mold moving process and the mold assembly diagram for a simple explanation. This design is mainly of drawing 3D modeling, injection mold design, assembly and major parts diagram is accomplished through the use of UG and AutoCAD. The graduation design of comprehensive professional knowledge at the University for four years, so as to further consolidate the knowledge of die design, and the accumulation of design experience.
Keywords: socket; polycarbonate; injection mould; UG
目录
第一章 绪论………………………………………………………….1
1.1模具在现代工业的作用………………………………………………1
1.2我国模具工业现状……………………………………………1
1.3我国模具发展趋势……………………………………………2
1.4本文主要研究内容……………………………………………2
第二章 塑件工艺分析.....................................4
2.1塑料分析.................................................4
2.2塑件工艺性分析....................................4
第三章 拟定模具结构形式.................................6
3.1分模面的确定.............................................6
3.2确定型腔数量、校核及排列方式.........................7
第四章 注塑设备选择和校核................................9
4.1塑件质量、体积计算和锁模力的计算.........................9
4.2选择注塑机型号及参数校核.................................9
第五章 浇注系统、排气系统、冷却系统的设计...............12
5.1主流道设计..............................................12
5.2分流道设计..............................................13
5.3浇口的设计..............................................13
5.4排气系统的设计..........................................14
5.5冷却系统的设计..........................................15
第六章 成型零件的设计计算及模架的选择...................16
6.1成型零件的结构形式及设计................................16
6.2成型零件工作尺寸计算....................................16
6.3模架的选择..............................................18
第七章 合模导向机构和脱模机构设计.......................19
7.1导向与定位机构设计......................................19
7.2导柱的设计..............................................19
7.3导套的设计..............................................20
7.4导柱、导套的布置........................................20
7.5脱模机构设计............................................20
第八章 模具的运动过程和装配图...........................22
8.1模具运动过程............................................22
8.2模具装配图组成..........................................22
结论....................................................25
致谢....................................................26
参考文献..........................................................27
1.15万字
自己原创的毕业论文，已经通过校内系统检测，重复率低，仅在本站独家出售，大家放心下载使用
摘要：本次毕业设计说明书主要讲述了对插座面板进行模具设计的过程。提出合理的注薂@尚吞跫统尚凸ひ胀ü运芗ň厶妓狨ィ┑墓ひ辗治觯杓瞥龊侠淼淖⑺苣＞摺Ｂ畚氖紫榷圆凡牧闲阅茏髁私樯埽得魇榛瓜晗感鹗隽四＞呓峁剐问剑ㄈ范ǚ帜Ｃ妗⑿颓皇考芭帕蟹绞降娜啡希捎昧艘荒Ａ角坏某尚头绞剑⒊醪窖≡褡⑸浠送猓得魇榛苟宰⑺苣＞叩某尚徒峁埂⒔阶⑾低场� 排气系统、冷却系统进行了分析与说明，同时，还有重要成型零件的工艺设计计算与模架的选择，校核注射模与注射机的关系，最后对注塑模具的运动过程和模具装配图的组成进行了简单的说明。本设计主要是通过使用UG与AutoCAD完成零件三维造型、注塑模具设计、装配图及主要零件图的绘制。此次毕业设计综合了大学四年来所学的专业知识，从而进一步巩固了模具设计方面的相关知识，并积累了相关的设计经验。
关键词：插座；聚碳酸酯；注塑模具；UG
Die design of socket panel
Abstract: the graduation design specification describes the process of mold design on the socket panel. The injection molding conditions and molding technology and reasonable through the plastic parts (polycarbonate) process analysis, design of injection mold reasonable. This paper firstly introduces the material properties of the product, the specification also describes in detail the mold structure, including the determination of confirming the parting surface, cavity number and arrangement, the molding a mold two cavity, and the preliminary selection of injection machine, in addition, description of injection plastic mould, gating system, forming structure the exhaust system, cooling system are analyzed and presented, at the same time, there is an important forming part of the design calculation process and the choice of mold, injection mold and the injection machine to check the relationship between the composition, at the end of the injection mold moving process and the mold assembly diagram for a simple explanation. This design is mainly of drawing 3D modeling, injection mold design, assembly and major parts diagram is accomplished through the use of UG and AutoCAD. The graduation design of comprehensive professional knowledge at the University for four years, so as to further consolidate the knowledge of die design, and the accumulation of design experience.
Keywords: socket; polycarbonate; injection mould; UG
目录
第一章 绪论………………………………………………………….1
1.1模具在现代工业的作用………………………………………………1
1.2我国模具工业现状……………………………………………1
1.3我国模具发展趋势……………………………………………2
1.4本文主要研究内容……………………………………………2
第二章 塑件工艺分析.....................................4
2.1塑料分析.................................................4
2.2塑件工艺性分析....................................4
第三章 拟定模具结构形式.................................6
3.1分模面的确定.............................................6
3.2确定型腔数量、校核及排列方式.........................7
第四章 注塑设备选择和校核................................9
4.1塑件质量、体积计算和锁模力的计算.........................9
4.2选择注塑机型号及参数校核.................................9
第五章 浇注系统、排气系统、冷却系统的设计...............12
5.1主流道设计..............................................12
5.2分流道设计..............................................13
5.3浇口的设计..............................................13
5.4排气系统的设计..........................................14
5.5冷却系统的设计..........................................15
第六章 成型零件的设计计算及模架的选择...................16
6.1成型零件的结构形式及设计................................16
6.2成型零件工作尺寸计算....................................16
6.3模架的选择..............................................18
第七章 合模导向机构和脱模机构设计.......................19
7.1导向与定位机构设计......................................19
7.2导柱的设计..............................................19
7.3导套的设计..............................................20
7.4导柱、导套的布置........................................20
7.5脱模机构设计............................................20
第八章 模具的运动过程和装配图...........................22
8.1模具运动过程............................................22
8.2模具装配图组成..........................................22
结论....................................................25
致谢....................................................26
参考文献..........................................................27
