第三章简单介绍了机床夹具设计的概念。
Third chapter introduced simply the engine bed jig designs concept.
主要由机械制造工艺学、金属切削机床、机床夹具设计和金属切削原理及刀具等课程组合而成。
It is mainly made of Technology of Mechanical Manufacturing, Metal Cutting Machine Tool, Design of Mechanical Clamps, and Principles of Metal Cutting & Cutters.
本次设计内容涉及了机械制造工艺及机床夹具设计、金属切削机床、公差配合与测量等多方面的知识。
The design content involves the mechanical manufacturing process and machine tool fixture design, metal cutting machine tools, tolerance and measurement and other aspects of knowledge.
文章从课程论的观点出发，结合《机床夹具设计》学科课程，阐述了“一体化”的必要性及具体实施办法。
It also sets forth the necessity and the ways of integration of Design on Machine Tool and Clamp.
切削力又对计算功率消耗，机床、刀具、夹具的设计，对优化刀具几何参数等，都有非常重要的意义。
Also the calculation of power consumption, cutting force, machine tools, cutting tools, fixture design and tool optimization of geometrical parameters, cutting force has a very important significance.
在工艺的设计同时，也在三个工艺方案中考虑到机床、软件、工装和夹具的问题。
At the same time of technical design, problems of machine, software, frock and clamp are taken into account in three technical projects.
设计和制作了阴极和夹具，在DJK3150数控电解加工机床上，进行了微细电解加工的实验。
Design and fabricate the cathode tool and the anode clamping tool. Carry the experimentation of ECM by using the DJK3150 numerical controlling ECM machine tool.
本文提供了机床夹具一面两销定位的概率设计法，给出了计算示例，并进行了计算机模拟。
This paper offers the probabilistic design for the jig of machine tools locating with one plane and two pins and presents calculating examples and makes computerized simulation.
所设计的代码已应用于实际的机床夹具管理信息系统中，对该系统的成功实施起到了很好的作用。
The designed code is used in the practical jig management information system. It is so good effect for the succeed actualised of the system.
而传统的手工夹具设计周期长、效率低、成本高、柔性差，并且难以保证机床夹具的设计质量。
The traditional manual fixture design cycle is long, low efficiency, high cost, poor flexibility, and difficult to guarantee the quality of the design of jigs and fixtures.
第二章详细的论序了对专用机床夹具的基本要求和设计步骤以及简要的说明夹具体的设计要求和步骤。
2nd detail in the chapter sequence of the special fixture and the basic requirements for the design steps and brief description of the specific folder design Summation steps.
本设计中以机床夹具为例，介绍了夹具的不同分类及铣轴端槽夹具的基本结构和工作原理，并设计了铣轴端槽夹具的结构和其构成零部件的结构及尺寸。
The structure, size of the design with the traditional design method of the milling shaft groove clamp the overall structure and the various parts of the design.
最后较为全面、系统地讲述金属切削机床、机床夹具和刀具设计原理和方法。
Finally, design principles and methods of designing metal cutting machine tools, clamps of machine tools and tools are discussed comprehensively and systematically.
最后较为全面、系统地讲述金属切削机床、机床夹具和刀具设计原理和方法。
Finally, design principles and methods of designing metal cutting machine tools, clamps of machine tools and tools are discussed comprehensively and systematically.
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