传统的夹具设计方法已经不能满足快速响应市场的要求。
Traditional fixture design methods could not meet demands to rapid response to market any more.
这就是测试夹具设计要解决的问题。
This is the problem that the test fixture is designed to solve.
夹具设计采快速夹取，上夹、勾、止油桶滑落。
Jig design to fast clip, upper clip, lower hitch preventing from oil can slip.
为了解决产品设计自动化的问题，在分析用于夹具设计的六点定位原理的基础上，提出了广义定位原理。
To solve the problem in the product design automation, the generalized locating principle is put forward based on the six-point locating principle in fixture design.
这三个模块也可以被用来解决问题的经验和设计结果不能在这个过程中，重复夹具设计。
The three modules can be used to solve a problem where experience and design results cannot be re-used in the process of fixture design.
作为制造规划的一部分，夹具设计的效率直接影响到制造的生产准备时间和产品成本。
As a part of manufacturing layout, the efficiency of fixture design directly affect the time of production preparation and product costs.
最后进行指定工序的夹具设计。
提出基于并行产品开发环境的半轴齿轮夹具设计的系统结构模型，并且对该结构模型的实现方法作出了详尽的阐述。
This paper presents a model for half axle gear fixture design based on the environment of concurrent product development , together with detailed introduction of its realization method .
在分析介绍了几个实例的基础上，总结了夹具设计中具有代表性的一些防错方法和技巧。
Based on introducing and analyzing some instances in the paper, summarizes some typical anti-fault methods and techniques in fixture design.
最后介绍了作者开发的面向并行工程的计算机辅助夹具设计系统的原理结构和功能，并给出夹具设计实例。
Acurrent engineering oriented computer aided fixture design system, developed by authors, is introduced in brief, and a concurrent fixture design is presented as an example.
本文提出了一种组合夹具设计的新技术—组合夹具计算机辅助设计。
In this paper, a new technique for combination jig and fixture design -combination jig and fixture CAD is put forward.
采用该系统将减少焊装夹具的静动态调试时间，提高夹具设计水平，缩短车身开发周期。
The application of this system will reduce the static and dynamic adjustment of welding fixture, improve the fixture design level and shorten the design cycle.
本文采用了质量转移的方法，简化了配重平衡的计算，从理论上解决了夹具设计难点问题。
This article adopts the way of transferring weight to simplify the calculation of Bob weight equilibrium and to solve the problem of designing fixture theoretically.
对输出轴的夹具设计也要求也高，因为精度和公差要求高，表面更要采用磨床钻磨。
On the output shaft fixture design requirements, because accuracy and tolerance, to use more surface grinder drilled.
在完成“三图一卡”的基础上，完成夹具设计。
It mainly completes the jig design bases on "three charts and a card".
精通机械制图及工装夹具设计制作，对制程的改善有独特的见解及经验；有相当的沟通、协调能力，英语读写流利。
Conversance with mechanism drawing and designing tool and fixture, to be familiar with manufacture process, good communication skill, fluent English with writing and reading.
此数学模型可用于计算机辅助夹具设计的后续精度评价。
The mathematical model can be employed to evaluate the machining accuracy for computer-aided fixture design.
夹具设计是生产准备过程的一个重要组成部分。
Fixture design is an important component of manufacture process.
解决产品量产中的问题，如故障分析、工装夹具设计等。
Resolve process problems and design test fixtures for mass production.
通过对几种轴承装配方案的分析，选择出一种较好的轴承压装技改方案，并介绍了其相应的压装夹具设计。
Through analyses on several bearing assembly programs, a pressing technology modification program was selected, and corresponding pressing fixture design was introduced.
本设计的重点是加工工艺和夹具设计两部分。
This design is the focus of processing technology and the jig design in two parts.
介绍了一种特殊齿形的内齿的电化学仿型加工，介绍了相关的工装夹具设计，工具阴极设计和修正以及加工工艺参数。
This paper introduces electrochemical copying method for inner teeth machining as well as clamping apparatus and the tool cathode design. In addition, the technological parameters are given.
该方法根据元件的不同功能和装配特征，建立了一种基于层次的敏捷夹具设计模型。
According to different functions and assemble characteristics of the components, a model of hierarchical decomposition of agile fixture structure was built.
本公司是一家集工业自动化设计，夹具设计为一体的专业公司。
Our company is a industrial automation design, fixture design as one of the professional company.
摘要：本次设计是对后钢板弹簧吊耳零件的加工工艺规程及一些工序的专用夹具设计。
ABSTRACT: the design of the plate after spring lug parts of the processing order of the processes and some special fixture design.
本次设计是对后钢板弹簧吊耳零件的加工工艺规程及一些工序的专用夹具设计。
The design of the plate after spring lug parts of the processing order of the processes and some special fixture design.
为提高夹具设计的敏捷性，提出了一种基于夹具功能分解的实例推理方法。
To improve agility of fixture design, a method of case reasoning based on decomposed fixture function was presented.
本文介绍了夹具设计中的最短尺寸链计算法，可以解决“计算不等式”法中无法解决的疑难问题，有利于提高目前夹具的设计与制造水平。
Here's shown a method to raise existing level in fixture designing and manufacturing. It is able to calculate the shortest dimensional chain and to solve very difficult inequality.
本文介绍了夹具设计中的最短尺寸链计算法，可以解决“计算不等式”法中无法解决的疑难问题，有利于提高目前夹具的设计与制造水平。
Here's shown a method to raise existing level in fixture designing and manufacturing. It is able to calculate the shortest dimensional chain and to solve very difficult inequality.
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