机匣数控加工工艺优化研究。
The research of the NC process technology optimizations of the casing parts.
主要论述了混流式水轮机叶片的数控加工工艺。
In this paper, the technology of nc machining of Francis turbine blade is presented.
唇模数控加工工艺的重点和难点是斜水孔的钻削工艺。
The drilling technique of diagonal water-hole is the key step in digital control machining of a lip mould.
并通过一定的实例具体的介绍了数控加工工艺的分析方法。
And, through a detailed example of the NC on the process of analysis.
并通过一定的实例详细的介绍了数控加工工艺的分析方法。
And through the introduction numerical control preparation method analytical method that certain embodiment is detailed.
本文介绍了常用数控加工工艺文件的编写格式及其注意事项。
Formats in common use of documentary compiled for numerical control process technics and its notice proceedings were introduced.
数控刀具的选择和切削用量的确定是数控加工工艺中的重要内容。
The choice of the numerical control cutting tools and their defined cutting quantity are important in the numerical control machining technologies.
针对叶片零件数控加工工艺中的在线检测提出了两种测点规划方法。
The paper provided two methods of on-line probing measure-point layout for numerical control machining of blade parts.
讨论了数控加工中的工艺问题，重点介绍了数控加工工艺的设计要点。
The article studies the technological problems arose from NC machining and introduces major process design for NC machining.
按照大型舰船用螺旋桨的数控加工工艺要求，制定了叶片的加工工序。
By the machining process planning, the machining working procedure of propeller blade is come true.
针对低刚度零件的数控加工工艺系统，提出了一种可控制工件变形的夹具系统。
Fixture system of machine tools for controlling workpiece deformation is put forward taking aim at NC machining system for low rigid part.
详细研究了五轴数控加工工艺和走刀路径的规划，以及CAM中加工工艺的设置方法。
Detailedly study the and choosing the parameters of the 5-axis, and set up the machining methods of processing plan in the CAM.
重点介绍了数控加工工艺设计的步骤、内容和要点，提供了数控加工工艺设计的方法。
The steps of process design, details and main points of NC machining are introduced. The method of NC machining process design is presented.
探讨了螺纹的数控加工工艺。阐述了切削用量选择、走刀方式确定、数控程序编制等内容。
This paper discusses the problem about NC manufacturing process for the thread analyzes cutting parameters selection, feed pattern determination, NC programming, and so on.
对所需的机床、液压支撑、真空支撑系统和主要刀具已在混流式叶片数控加工工艺中进行了说明。
And necessary machine tools, hydraulic pressure and vacuum supporting systems as well as main tools are explained already in the nc machining technology of Francis hydraulic turbine blades.
通过对不锈钢喷嘴零件进行数控加工工艺分析，确定了合理的工艺路线和加工设备，实现了批量化生产。
Through analyzing the NC processing technology of stainless steel nozzle, this paper determined a reasonable craft route as well as processing equipment, to realize mass production.
实践证明，水轮机叶片数控加工工艺方法具有加工效率高、精度高等优越性，使转轮加工质量大幅度提高。
Practice proved that the nc machining of hydraulic turbine blades features high machining efficiency and high accuracy, and dramatically improves the machining quality of turbine wheels.
通过实例从零件的变形理论分析、防变形工艺方法等角度出发研究了薄壁矩形深腔体零件的数控加工工艺。
By means of illustration, from the view of parts distortion theory analysis, distortion prevention, researches the numeric processing technic of thin-wall rectangular deep recessed parts.
数控铣床操作。擅长数控加工工艺与编程，能够熟练操作数控车床对其进行简单的编程，擅长绘制零件图。
Specializes NC processing technology and programming, can skillfully operate CNC lathes its simple programming, good at drawing parts map.
利用UG软件CAM模块来编制加工程序，提出基于IPW的最佳数控加工工艺，提高模具模块加工的效率。
With using CAM module of UG software to compile the machining program, owing to the reasonable process based on IPW, efficiency of the die block has been increased greatly.
文中通过实例从零件的变形理论分析、防变形工艺方法等角度出发研究了薄壁矩形深腔体零件的数控加工工艺。
By means of illustration, from the view of parts distortion theory analysis, distortion prevention, this paper researches the numeric processing technic of thin-wall rectangular deep recessed parts.
通过分析异形截面芯模的特征和数控加工工艺，选择了合适的加工设备、数控系统和截面轮廓曲线的处理方式。
Through analyzing the characteristics of special-section mould of and NC machining processes, selected the proper processing equipment, NC system and treatment methods of the sectional profile curves.
论文研究了机匣数控加工工艺优化的基本实现途径，以及所采用编程方法、切削方式与刀具的选择、切削冷却液的选择等。
The thesis researched the basic ways of the optimizations, the programming methods, the cutting ways and the cutter selections in the process of the NC machining.
本次设计就是进行典型轴类零件的数控加工工艺与编程，侧重于该零件的工艺分析、加工路线的确定及加工程序的编制。
This design is for typical shaft parts of CNC machining technology and programming, focuses on the part of the process of analysis, processing route and processing program.
阐述了水轮机叶片数控加工工艺的技术方法，重点对毛坯余量控制、叶片划检、叶片装夹、叶片加工及叶片修磨等工艺环节进行了分析研究。
The NC machining of hydraulic turbine blades is discussed with emphasis on blank margin control, marking inspection of blades, setting-up of blades, and machining and trimming of blades.
数控设备加工费用高昂，文章针对影响数控加工成本的因素，以具体零件的加工为例，讲述了两种改进数控加工工艺的方法，以达到降低加工成本的目的。
The processing cost is high for CNC equipment. With the processing of material parts as example, the text described two ways for improving CNC machining technique that can reduce the machining cost.
液压卡盘和气动卡盘通过专用的加工工艺来制造，从而保证了数控设备的正常运行是不会出现质量问题。
Hydraulic and pneumatic chuck chuck is manufactured by special processing technology, so as to ensure the normal operation of CNC equipment is not a quality problem.
我们公司拥有数控车床等先进生产设备，技术力量雄厚，加工工艺先进。
Our company has CNC lathes and other advanced production equipment, strong technical force, advanced processing technology.
利用多轴数控机床实现复合加工是目前国际上流行的加工工艺之一，属先进制造的一种。
To achieve compound machining by utilizing multiple spindle nc machine tool is one of the most popular international machining technology, and it belongs to advanced manufacturing technology.
采用PLC对数控机床的加工工艺流程、步进电机的旋转以及零件输送带的运动进行控制。
The rotating of the stepping motor, the working procedure of the NC Machine Tools and the movement of the conveyer belt are controlled by PLC.
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