UC知道模具的专业英语翻译
来源：百度知道 编辑：UC知道 时间：2024/06/08 04:02:51
谁能帮我稍稍翻译一下,
The design of side-core is another bottleneck in automatic
design of plastic injection mold. There are relatively few
publications addressing this issue. Ye proposed a method
for automatic recognition of undercut features for side core
design . The approach is based on the surface properties
and the EAFEG representation between the surface and edge
derived for identification of the undercut features. An undercut
feature is defined by an undercut subgraph in EAFEG. Through
searching the cut-sets of subgraph, the undercut features are
recognized. After recognizing undercut features, a Boolean operation is used to generate a side-core for each undercut. In
addition, Shin et al. proposed his approach for side-core design
through the automatic detection of interference faces [23]. They
first identified all the interference surfaces from a cavity or a
core by using a projection algorithm, and then generated sid
The design of side-core is another bottleneck in automatic
design of plastic injection mold. There are relatively few
publications addressing this issue. Ye proposed a method
for automatic recognition of undercut features for side core
design . The approach is based on the surface properties
and the EAFEG representation between the surface and edge
derived for identification of the undercut features. An undercut
feature is defined by an undercut subgraph in EAFEG. Through
searching the cut-sets of subgraph, the undercut features are
recognized. After recognizing undercut features, a Boolean operation is used to generate a side-core for each undercut. In
addition, Shin et al. proposed his approach for side-core design
through the automatic detection of interference faces [23]. They
first identified all the interference surfaces from a cavity or a
core by using a projection algorithm, and then generated sid
设计方面的核心是另一个瓶颈，在自动
设计注塑模。有相对较少
出版物解决这一问题。叶提出了一个方法
自动识别功能削弱的一面核心
设计。该办法的基础上，表面性质
和eafeg代表之间的表面和边缘
所得为鉴定该削弱的功能。一，削弱
功能是指由一个削弱子在eafeg 。穿过
搜索截套图，削弱了功能
公认的。后认识到，削弱功能，布尔运算，是用来产生副作用，核心为每个削弱。在…内
此外，申等人。提出他的方法的副作用为核心的设计
通过自动检测所面临的干扰[ 23 ] 。他们
首次发现所有的干扰，表面从一个腔或一
核心使用的投影算法，然后产生sidecores
通过欧拉行动。因此，这是欧拉基于
方法论。在此方法中，免费的形成表面正常
向量在采样点计算，以确定是否
表面上是一个干扰的表面。主要缺点
这种做法是正常的载体，在采样点
不能够完全代表的特点，免费的形成
表面和不确定性的预测算法，当
两个以上的削弱是重叠在同一个平面。
此外，班尼杰和Gupta发达算法
发电形状方面的行动，以尽量减少自订的
注塑成本函数[ 24 ] 。在他们的研究，
候选人退缩的空间，削弱了每一个层面，首先是
决心和离散一套可行的和非控
retractions ，然后产生的。该削弱的层面进行分组
到削弱了地区和形状的个别方面阿克顿
所产生的。殷存毅等人。进行研究，关于承认
的削弱功能的基础上，给出了部分模型[ 25 ] 。