零件自动三维造型的实现采用了以尺寸驱动为主，程序驱动为辅的编程思想，并建立相应的膨化机模板零件库。
The realization of the automatically 3D modeling adopted the idea of being driven by dimension primarily and being driven by program secondarily.
该方法针对不同轴类零件，分别采用典型实例工艺和典型模板工艺进行新工艺设计。
Based on the typical process case and typical process template, a new process planning can be generated by character of different shaft parts.
根据ITER馈线系统特点，采用模板创建零件库，利用分层装配技术进行装配，提高了设计效率。
Base on the characteristic of ITER feeder System, template is used to create the parts, feeder is assembled with layers, all this can improve the design efficiency.
针对变型设计下的NC编程，本文研究了基于NC编程主模板的变型零件NC程序快速生成方法。
Aiming at the rapid design issues of NC programming for variant part, a rapid NC programming method, which is based on the master NC programming template of master part model, was researched.
合模装置是注塑机中最重要的机械部件，其中模板为最主要的零件之一。
The clamping system is the most important mechanical parts of the injection moulding machine, the platens are primary components.
针对这一问题，本文研究了零件加工误差对动模板合模位置的影响，得出了零件加工误差的许用值范围，并计算了由于销轴摩擦力对合模力放大比的影响关系式。
Aiming at these problems, this paper studies how the original error affects the accuracy, works out its allowable values, and finds out the equation between friction of pins and clamping force.
压铸机定模板是压铸机的重要零件，它在生产中变形程度的大小对生产过程尤其是所加工产品的精度具有重要影响。
Solid plate is an important part of die cast machine, and its deformation degree during manufacture has great influence on producing process, especially products' accuracy.
通过对零件分类建立模板工艺，并对其进行参数化，即在模板工艺与零件参数之间建立参数关系，以实现参数化驱动生成零件加工工艺。
Template process are parametric founded by part sort, that is the relations of template process and part parameter are founded, to realize generation of process.
实验过程表明，应用模板匹配对零件检测可以取得预期的结果。
Experiment results show that the method is effective for parts measurement.
模板是注塑机合模机构的重要零件。
The platens are the important parts of clamping system in injection molding machine.
所有模具零件，冲头，模板在外观上相似的地方需要用技术的方法来证实没有用错材料。
All sections, punches, and buttons that are similar in appearance are to have mistake proofing techniques used.
首先运用成组技术基本原理，对注塑模具结构进行了分析，提出了模具零件按其功用可分为型腔型芯、模板、结构件和标准件等4类零件的分类方法。
Firstly, the structure of injection mold is analyzed by use of GT, mold parts are classified to 4 types of ones: cavity or core, mold plate, structure and standard parts.
首先运用成组技术基本原理，对注塑模具结构进行了分析，提出了模具零件按其功用可分为型腔型芯、模板、结构件和标准件等4类零件的分类方法。
Firstly, the structure of injection mold is analyzed by use of GT, mold parts are classified to 4 types of ones: cavity or core, mold plate, structure and standard parts.
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