通过对滴灌灌水器产品结构的分析，确定合理的注塑工艺参数，制得各项性能均良好的滴灌灌水器产品。
Analyze the structure of the drip-emitter, get the best parameters of the injection molding, obtain the parts with good quality.
因此对塑件的翘曲变形进行分析并对其注塑工艺参数进行优化，是提高生产质量的一个非常有效的措施。
Therefore, analyzing the warpage of the plastic parts and optimizing their process parameters, is a very effective measure to improve the production quality.
传统的注塑模CAE分析可以事先发现注塑成型中的潜在问题，如翘曲等，但是不能实现注塑工艺参数优化。
The traditional CAE analysis of plastic injection molding can only reveal potential problems in plastic injection, such as warp, but it does not optimize the process parameters.
丰富的注塑工艺知识，熟悉设备参数设置；优秀的注塑问题解决能力。
Strong knowledge of scientific injection molding, machine parameters setting and excellent problem solving.
以揭示材料粘度以及工艺参数对夹芯注塑成型过程中芯层熔体穿透深度的影响规律。
The penetration length of the core melt in sandwich injection molding was investigated by changing the viscosities of melts and process parameters.
在精密注塑成型领域，从充填工艺参数的角度来控制产品的最终质量已经是一种十分重要的手段。
In the precision injection-molded field, it has been a very important method to control the final quality of the parts by the filling processing parameters.
注塑成型工艺参数对制品的最终残余应力和收缩有着直接的影响。
In injection molding, the residual stress and shrinkage of the product are affected by processing conditions directly.
本文介绍了注塑模具CAE，论述了用计算机优化制造工艺和模具设计参数的方法。
This paper introduced the CAE for injection molding, discussed the methods to optimize manufacturing technology and parameter of mould design with computer.
塑料产品在投入生产前，传统的做法是技术人员凭借经验，在选定的设备上通过不断试验来配置工艺参数来克服产品出现的注塑缺陷。
For overcoming the shortcomings, the traditional approach is that the technical and expert staffs deploy the process parameters of injection molding in the selected device through continuous testing.
塑料光学元件的关键制造技术是模具设计和制造、选择合适的注塑设备、最佳的工艺参数等。
The key technology of fabricating plastic optical component is the designing and fabricating moulds, the selecting proper injection equipment, the optimizing injection technology parameter, and so on.
针对普通型注塑机特点，提出对控制系统增加控制软件，使注塑机的各主要工艺参数的液、机、电控制回路实现全闭环控制。
Based on the features of the injection molding machine, a new closed loop control system for main processing parameters has been realized with some software.
为了充分利用以往的经验，用于注塑成型工艺参数的设置，采用基于案例的推理方法用于获取注塑成型工艺参数。
To make the best use of past experience in setting of the injection molding process parameters, case-based reasoning method was used to obtain injection molding process parameters.
注塑机是注塑成型的主要设备，注塑机的技术参数和性能与塑料性质和注塑成型工艺有着密切的关系。
The plastic injection machine is the main equipment of plastic moulding , its technical parameter and performance are closely related with the plastic property and its moulding technology.
采用BP神经网络建立注塑成型工艺参数与注塑制品收缩率之间的网络模型，并通过试验数据对成型工艺参数进行优化。
BP Neural Network is applied in this paper to establish the model between the process parameters and the shrinkage, and to optimize the process parameters by the test data.
通过用注塑模CAE软件MOLDFLOW对塑件进行模流分析，选择聚丙烯的成型工艺参数，设计了一模一腔的注射模具。
An injection die with a mold cavity was designed though using the injection mold CAE software MOLDFLOW to simulate plastic flow and choosing the molding parameters of polypropylene.
注塑成型工艺过程极其复杂且对制品质量有重要的影响，获得优化的工艺参数是改善制品质量的关键。
The process of plastic injection molding is too complex and it has a significant effect on the quality of products.
首先给出了可拓关联的定义及计算方法，接着给出了基于可拓关联的注塑成型工艺参数优化方法。
The definition and calculation method of extensive correlation were given at first, and the optimum method on the craft parameters of plastic injection based on extensive correlation was given too.
首先给出了可拓关联的定义及计算方法，接着给出了基于可拓关联的注塑成型工艺参数优化方法。
The definition and calculation method of extensive correlation were given at first, and the optimum method on the craft parameters of plastic injection based on extensive correlation was given too.
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