提出了一种自动搜索模具分型线的方法。
In this paper, a new approach to automatically searching the parting line in injection mold design is introduced.
分型线或分型面是分离上下型箱的线或面。
The parting line or the parting surface is line or surface that separates the cope and drag.
太多倒扣，我们建议沿些此分型线更改产品设计。
Too many undercuts, we suggest to change the part structure along the parting line.
模流分析、温度分析、填充分析、压力分析、翘曲变形分析、结构评审（初审、定型评审、终审）、分型线结构评审、定模结构评审、动模结构评审、水路分布评审。
Mold Flow Analysis, Temperature Analysis, Fill Analysis, Pressure Analysis, Buckling Deformation Analysis, Structure Review, Parting Line, Fixed Mold, Moving Mold, Water Circuit.
船舶型线设计在船舶设计中居于十分重要的地位。
Ship lines design has been playing the important role in ship design.
目的探讨乳腺癌钼靶x线表现、X线分型和病理关系，以提高乳腺癌诊断水平。
Objective to investigate the relationship between X-ray manifestations of breast cancer, pathology and X-ray classification, in order to improve the diagnostic level of breast cancer.
铸型规格在各种垂直分型造型线中，占有量比例最大，适用范围最广。
The casting specification of this set of equipments is of large proportion and wide usage scope in all kinds of vertical-parted molding line.
并着重讨论平片检查对空肠憩室的诊断价值以及X线分型的临床意义。
This article discussed the diagnostic value of plain film for jejunal diverticula and clinical meaning of X - ray classification.
在重建过程中，本文很好地解决了轮廓线定位、样条化光顺、曲面分型等难题，保证了三维模型的精确度。
During rebuilding of femur model, the theme has solved well some problems: orientation of contours, spline approximate, fractal of curved surface as to guarantee accuracy of model.
目的：探讨肺结核继发曲菌球的影像学诊断、X线分型及其临床应用价值。
Objective: To explore the images diagnosis, X-ray typing and clinical application valuation of pulmonary tuberculosis secondary by aspergilloma.
目的：探讨肺泡蛋白沉积症(pap)的X线诊断、X线分型与鉴别诊断。
Objective: To study X-ray diagnosis, classification and differential diagnosis of pulmonary alveolar proteinosis (PAP).
方法根据术前采集的病史、体格检查以及X线片的表现，对110例118膝膝关节骨关节炎施行分型治疗。
Methods According to the case histories, medical examinations and X-rays of 110 cases (118 knee) with knee osteoarthritis, the staging treatment was carried out under arthroscopy.
临床分类方法众多，以X线摄影及CT分型为目前常用分型。
We have many clinic classifications from X-ray and CT, Sanders classification is the most common.
讨论了超声和X线分型不一致的原因。
讨论了超声和X线分型不一致的原因。
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