注塑机液压系统设计

论文编号:JX757  论文字数:14682.页数:38   附任务书，开题报告，文献综述，CAD图

 摘     要
 本论文所研究的是小型注塑机液压系统的设计。本文以设计250g注塑机液压系统为例，从明确设计任务与要求开始入手，分析了液压系统所要完成得基本动作与顺序，对几种液压系统的基本控制油路模块进行分析和比较，从中选择最合适的方案。确定好油路控制方案后，据设计要求进行注塑机液压结构设计，这其中包括了液压执行元件载荷力和载荷转矩计算、液压系统主要参数计算、液压马达的排量计算、液压执行元件和液压元件的选择、液压执行元件实际工作压力及所需流量的计算、制定系统方案和拟定液压系统图、液压系统性能验算等。整个设计过程概括为系统原理图的分析确定、液压结构的设计、液压元件的选型以及液压系统性能的验算。
 
 关键词：注塑机 液压系统 液压元件
The hydraulic system design of injection machine
 Abstract
 This paper studied the design of small injection molding machine hydraulic system. In this paper, taking 250g injection molding machine hydraulic system design for example.The design was beginning with clearing tasks and requirements, analyzed the hydraulic system to be completed with basic movements and sequence ,and then studied several basic control circuit hydraulic system analysis and comparison module, choose the most appropriate solution. After identifying the right oil circuit control program, the design of injection molding machine according to hydraulic structure design, which includes a hydraulic actuator load force and load torque calculation, calculation of main parameters of hydraulic system, hydraulic motor displacement calculation, hydraulic actuators and choice of hydraulic components, hydraulic actuators and the required practical work flow calculation of the pressure to develop system solutions and development of hydraulic system diagram, checking the performance of hydraulic systems, etc.. Summed up the entire design process analysis to determine the system schematic, hydraulic structure design, selection of hydraulic components and hydraulic system performance checking.
     Key words: injection molding machine  hydraulic system  Hydraulic Components  
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 目 录
 中文摘要 i
 英文摘要 ii
  目录      ……………………………………………………………………………………………..iii
 第一章 绪论 1
1.1 选题的背景与意义 1
1.2 国内外注塑机械概况 1
1.3 研究内容 2
1.4 本章小结 2
 第二章 设计任务 3
2.1对液压系统的要求 3
2.2液压系统设计参数 4
2.3注塑机通用控制油路模块 4
2.4本章小结 4
 第三章控制油路方案选择 5
3.1 压力/流量控制油路块（P/O油路块） 5
3.2  注射/预塑控制模块 9
3.3 合模控制油路块 12
3.4本章小结 16
 第四章  液压系统结构设计 17
4.1 液压执行元件载荷力和载荷转矩计算 17
4.2 液压系统主要参数计算 18
4.3计算液压马达的排量 20
4.4计算液压执行元件实际工作压力 20
4.5计算液压元件实际所需流量 21
4.6制定系统方案和拟定液压系统图 22
4.7液压元件的选择 23
4.8液压系统性能验算 27
4.9本章小结 31
 第五章 总结 32