SOLIDWORKS基于V型螺杆设备机械结构设计
本次毕业设计是在查阅大量资料的基础上对螺杆式低压注塑机的各部分进行设计，其中主要是注塑螺杆的设计，根据螺杆挤出理论的相关计算方法，结合以往注塑螺杆设计的经验，计算出注塑螺杆的各项参数并进行强度分析。此外，对注塑机的几个主要构成部分如喷嘴、定量机构、驱动机构、进料机构以及散热机构进行设计，画出它们的结构三文图，最后对重要零件进行强度校核。
在设计过程中，要先用SOLIDWORKS软件画出螺杆注塑机的零件图和装配图，对其中的关键且易发生失效的部位进行ANSYS强度分析，主要是螺杆和枪针这两个零件，通过分析可以看出它们符合强度要求。30612
关键词 低压注塑 V型螺杆注塑机 结构设计 强度分析
毕业论文设计说明书外文摘要
Title Design of mechanical structure based on V-type screw device
Abstract
Low-pressure injection molding industry is an emerging industry in recent years,is developing rapidly,which promotes the continuous improvement and optimization of low-pressure injection molding machine.Screw is the key component of injection molding machine,which has a great impact on the quality and efficiency of plastic, therefore,the parameters of the injection screw need scrutiny, in order to obtain high quality plastic products.
This design for the sections of screw-type low pressure injection molding machine is based on a great amount of information,the design of injection screw is principally,according to the correlation calculation method based on screw theory, combined with past experiences in design of injection screw,calculate the parameters of the injection screw and frame strength analysis.In addition,do a design of the injection molding machine's main components such as the nozzles, quantitatively, drive mechanism,feeding mechanism and heat dissipation mechanism, draw their three dimensional diagram,and finally do strength analysis for the important parts.
In the design process, with SOLIDWORKS software,draw detail drawing and Assembly drawing of screw injection molding machine,do the strength analysis of failure-prone parts with ANSYS, mostly screw and needle gun,through analysis,we can see that they meet the strength requirements.
Keywords Low-pressure injection V-type screw injection molding machine constructional design Strength analysis
目 录
1 绪论 1
1.1 本课题国内外发展状况 1
1.2 本课题的目的和意义 2
1.3 本课题的主要研究内容 3
2 基于V型螺杆设备的机械结构设计 4
2.1 V型螺杆低压注塑机的组成 4
2.2 V型螺杆注塑机的工作原理 5
3 V型螺杆注塑机的主要部件设计 7
3.1 螺杆设计 7
3.1.1 螺杆设计依据 7
3.1.2 注塑螺杆设计 8
3.2 喷嘴设计 11
3.3 定量机构设计 12
3.4 驱动机构设计 13
3.5 散热机构设计 14
3.6 进料机构设计 15
3.7 注塑机机架 16
4 关键部件的有限元分析 18
上一篇：单片机自动润滑装置设计+流程图