介绍了锌合金压铸浇注系统设计的最新方法。
The newly developed method of gating system design for zinc alloy in die casting is introduced.
并说明了材料的流变性质在注塑模浇注系统设计中的应用。
The applications of material's rheology in injection molding pouring system design is introduced at last.
系统主要功能包括：通用铸造工艺参数设计、实用冒口设计、浇注系统设计等。
This system consists of the common casting process parameter design module, the practical riser design module, the gating system design module, and soon.
同时，从压铸机选择、工艺参数设置、浇注系统设计角度探讨了压铸模设计关键技术。
The key technologies for die casting die were approached from some aspects of selecting die casting machine, setting processing parameters, designing gating system.
因此，浇注系统设计技术与方法的研究，成为注塑模具CAD技术研究与开发的重要内容之一。
So the research on the injection mould feed system design technology and method is becoming one of the important facets in the field of the injection mould CAD.
在总结有关文献资料和大量试验结果与统计回归分析的基础上，提出了一种新的浇注系统设计计算方法。
Based on a review of literatures and regression analysis of the experimental data, a new algorithm for gating system design has been developed.
在UG造型软件基础上开发了铸造工艺CAD系统，包括工艺参数设计、冒口设计和浇注系统设计等模块。
The CAD system of casting process, including processing parameters, riser and gating system design modules, has been developed based on UG molding software.
最后以报警器壳体塑件为例，给出了应用开发的智能化设计系统进行注塑模具浇注系统设计的基本流程与方法。
At last an example of enunciator crust design is given to present the basic flow and method of the intelligent design of injection mould feed system.
此系统主要解决了四个难点：浇注系统设计、冷却系统分析、型腔、型芯的曲面造型设计、装配图和零件工作图的设计绘制。
With this system, the runner gate system design, mold cooling analysis, surface modeling, and automatic drawing could all be well carried out on microcomputer.
参照DISA工艺设计标准并结合公司以往经验，使用封闭一开放式浇注系统设计出结构复杂、高强度的QD 90缸座铸件的工艺系统。
According to the DISA technical design Standard and our experience, we use chocked-unchocked gating system to design the complex structure and high-strength technical system of QD90 Cylinder Block.
通过对主体压铸件的结构工艺性分析，确定了模具结构设计方案，介绍了台阶分型面选择、立式缝隙浇口浇注系统设计、预复位推出机构设计和镶块镶拼结构设计。
Througn designing three axial slots in internal threaded portion and optimizing nib structure, a design was made on the injection mould with a two-step ejecting mechanism with non-rotating.
分析了铝合金端盖压铸件结构工艺性特点，介绍了压铸模的浇注系统及模具结构设计。
The structural characteristics of aluminum alloy cover was analyzed, and the design of pouring system and die-casting die structure were introduced.
同时为了满足工艺设计的要求，对铸件本身和浇注系统、冒口的质量进行了精确统计。
At the same time, the weight of castings, riser and gating system is calculated accurately to meet the demand of the process design.
分析了铝合金水龙头零件的结构工艺性特点，介绍了压铸模的浇注系统及模具结构设计。
The structural characteristics of the aluminum alloy tap part were analyzed, and the design of pouring system and die-casting die structure were introduced.
结果表明该算法具有很好的效果，为浇注系统的优化设计提供了依据。
The results show that the algorithm has a very good effect and provides a basis for optimizing design of gating system.
根据压铸件的形状、尺寸，以及浇注系统和脱模等要求，设计分型面。
Parting surface was designed in terms of the shape, dimension of the parts and requirements of gating system and die-released.
介绍聚氨酯浇注轮胎成型系统的研究，主要包括芯模、外模及翻转架的设计和研制。
The research of the molding system for the castable polyurethane tire is introduced, mainly including the design and development of the core mold, outer mold and rotatable frame.
合理设计浇注系统、严格控制浇注温度及模壳的温度至关重要。
It's very important to design the gating system reasonably, to accurately controll the pouring temperature and the ceramic shell temperature.
它是指将计算机模拟与X射线实时观察相结合，进行铸件浇注系统优化设计的新技术。
Combining the computer simulation with X-ray real time observation, view-cast is a novel technique used for optimizing design of filling system.
通过计算设计了注塑模具的成型结构、 脱模机构、浇注系统等方面。
The design includes the mould structure, the mould cavity, the pour system, and so on.
铸件浇注系统和工艺参数的设计是否合理在很大程度上决定了铸件的质量。
Whether the design of gating system and process parameters is reasonable or not, they decide the quality of a casting in a great extent.
设计了反压式浇注系统；
浇注系统是注塑模具结构设计中的一个重要组成部分，也是塑料熔体进入模具型腔的唯一通道。
Injection mould feed system is an important component of the structure design of injection mould, and is also the only channel for molten plastic flowing into mold cavity.
根据均衡凝固技术关于大、中件内浇口要分散与“靠边”的原则，布置、设计出分散引入式浇注系统；
According to the principle of decentralized arrangement of internal pouring channel of proportional solidification technology, designed decentralized feed pouring system.
详细地叙述了模具成形零件的设计、液压侧抽芯机构、浇注系统和其他结构的设计过程，以及模具工作过程。
The design of its molding part was used in the mold, inject system and other make up, and working process of the mould are specified in detail.
分析了塑件的成型工艺及模具注射成型对塑件质量的影响，介绍了浇注系统的设计，模具分型结构、模温控制的设计。
Analyzed the influence of the plastic part injection molding process to part quality, introduced design of injection mold, mold parting structure design and mold temperature control design.
模具设计完成后，设计模具的浇注系统、排气槽、溢流槽以及定位孔等。
After finishing the mould, we can design the pour system of mould, the trough of exhaust and overflow and localization hole, etc.
设计了螺纹脱模机构、浇注系统、螺纹转动保险机构和温度控制系统。
Thread demoulding mechanism, injection system, protect mechanism of thread rotation and temperature control system were designed.
结合模流分析结果进行了浇注系统和冷却设计，保证产品有合理的外观品质及平整度。
The Moldflow analysis was introduced to designs of runners and cooling systems so as to ensure the appearance quality and surface level.
结合模流分析结果进行了浇注系统和冷却设计，保证产品有合理的外观品质及平整度。
The Moldflow analysis was introduced to designs of runners and cooling systems so as to ensure the appearance quality and surface level.
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