UC知道急求英文高手翻译一段摘要 有关夹具设计的
来源：百度知道 编辑：UC知道 时间：2024/06/14 16:36:07
Abstract
In this paper, the general situation of research on agile fixture design is summarized and the achievements and deficiencies in the field of
case-based fixture design are pointed out. There are no correlative case bases and matching mechanisms during the period from establishing
the fixture planning to designing the fixture in currently used case-based fixture design systems. Thus a great amount of experience of fixture
design is wasted and cannot be re-used, which reduces design efficiency and violates the original intention of case-based reasoning methods.
In order to realize agility of fixture design, including re-configurability, re-scalability and re-usability, in this paper, a re-configurable agile
fixture element base and an element assembly relation base are established. Using these two bases, the fixture structure is function-based
decomposed, which makes it easy for an agile fixture to be re-configured and modified. Furthermore, a w
In this paper, the general situation of research on agile fixture design is summarized and the achievements and deficiencies in the field of
case-based fixture design are pointed out. There are no correlative case bases and matching mechanisms during the period from establishing
the fixture planning to designing the fixture in currently used case-based fixture design systems. Thus a great amount of experience of fixture
design is wasted and cannot be re-used, which reduces design efficiency and violates the original intention of case-based reasoning methods.
In order to realize agility of fixture design, including re-configurability, re-scalability and re-usability, in this paper, a re-configurable agile
fixture element base and an element assembly relation base are established. Using these two bases, the fixture structure is function-based
decomposed, which makes it easy for an agile fixture to be re-configured and modified. Furthermore, a w
摘要
摘要研究概况的基础上,总结了敏捷夹具设计的成就和不足的领域
指出了夹具的设计实例。没有相关的案例基地和匹配机制建立的期间
夹具设计规划固定在目前使用的案例夹具设计系统。如此大量的经验的夹具
设计是浪费了,不能被重用,从而降低了设计效率和违反本意基于实例推理的方法。
为了实现敏捷的夹具设计,并在此基础上,可重新安装敏捷
夹具元件基地和元素装配关系建立基地。利用这两根、带卯的座、夹具结构
分解,从而使它容易被灵活的夹具和修改。此外,整个案例敏捷夹具设计
模型,提出了三个模块进行了较为详细的介绍,包括评估的相似性夹具规划、冲突仲裁
和修改一个灵活的夹具的案例。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。对夹具设计模式,灵活的评价方法,提出了评价相似
在各种不同的发展阶段。然而,一个类似的案件中不可能满足实际需要,一般解决冲突
类似的情况和实际情况。这样的三种方法,包括当地r冲突法仲裁
方法及推理的方法,给出了冲突仲裁的冲突,并可用来修改这个案件能够获得
方法设计的结果。最后,一个灵活的夹具设计的例子。实验结果表明,该案例敏捷夹具
设计方法能够提高设计效率。
关键词:敏捷夹具设计;基于实例推理、建模