4—10Kg汽配活塞自动化浇注系统取液装置

摘要：

针对目前自动浇注的现状，根据现代机械控制系统的技术，提出了自动浇注系统方案；为了使自动浇注系统和铸型机相匹配，并达到熔体低氧化的目标，对浇筑系统进行了各方面的考虑，分别是系统的功能设计，机械传动机构设计；系统操作简便，自动化程度较高。
本文根据自动浇注系统装置的结构特点,工作原理以及对典型工况的分析，总结了自动浇注系统装置性能要求和设计原则 ，然后对其各主要构件进行了方案选择，并确定各铰点之间的距离，用CAD软件绘出其连杆模型。接着根据连杆模型并结合其他机械设计知识画出工作装置的二维图纸，最后根据图纸上的具体结构尺寸对工作装置的主要部件进行校核。
 
关键词:自动浇注系统；工作装置；运动学分析；结构设计
 
      

    The structural design of the Automatic pouring system

Abtract：

      For the current status of Automatic pouring system, According to the modern mechanical control system technology, Proposed Automatic pouring system solutions;  
In order to let Automatic pouring system macth Casting machine, And achieve the goal of the low oxidation of the melt, Consideration of all aspects of the pouring system,such as The functional design of the system, Mechanical transmission design;
System  easy to operate , Has a high degree of automation .
      Based on the structural characteristics of the gating system devices, operating principles and typical operating conditions of the analysis, summary of the automatic pouring device performance requirements and design principles, and its major component of the program to select and determine between the hinge pointsdistance from the connecting rod model drawn with CAD software. Then, according to the linkage model in combination with other mechanical design knowledge to draw two-dimensional drawings of the working device, check the last of the main components of the working device according to the specific structure of size on the drawings.
 
Key words：
     Automatic pouring system; working device; kinematic analysis; structural design
 
 

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