因此，对模压产品的握钉力进行预测成为微米木纤维模压加工研究的重要课题。
Therefore, predicting the holding nail force of mould pressing products becomes an important subject of manufacturing approach of micron wood fiber mould.
本文首先对模压加工过程进行了介绍，为预测模型的输入特征向量选择和预测模型的建立提供了依据。
Firstly, this paper introduces the process of mould pressing. This can provide basis for the eigenvector selected of the prediction model and the establishment of the prediction model.
外壳采用6063铝合金灯体和整体模压加工工艺，确保了良好的散热效果，有效的减少了LED使用过程中的光衰。
The use of 6063 aluminum alloy shell and the overall molded light processing technology to ensure a good cooling effect, reducing the effective use of LED light in the process of decline.
研究了模压成型聚丙烯（PP）经等通道转角挤压（ECAE）加工后的性能。
The properties of polypropylene(PP) by equal channel angular extrusion(ECAE) processing were investigated.
由于本发明采用二次模压成型，加工片材能与塑胶料充分帖合，片材成型成品率高，质量好。
By adopting secondary mould pressing forming, the processing sheets can be fully attached to the plastic materials and the sheets have high finished product rate and favorable quality.
EPS热成型机集真空成型、模压成型于一身，可加工几乎所有的热成型塑料片材。
EPS thermoforming machine integrates vacuum forming and mold forming, it can forming almost all thermal forming plastic sheet.
此外，通过机电控制系统，提高加工精度，也就有利于提高模压出来的产品性能。
In addition, the machining accuracy is improved by using a mechanical-electrical control system so as to contribute to improving the performance of a molded product.
模压成型是最古老的聚合物加工技术之一。
Compression molding is one of the oldest techniques for processing polymers.
短切毡主要通过手糊成型工艺，缠绕成型工艺，模压成型工艺用于加工制作玻璃钢产品。
It is used primarily for hand lay up process, filament winding process and press molding of FRP products.
设计并加工带有微孔和微槽的精密模压模具。
First, the precision coining mold with micro-hole and micro-slot were designed and manufactured.
本发明的另一个目的是提供具有提高的挤压生产率和良好的机械性能和机械加工性能的模压淬火合金。
Another object of the present invention is to provide a press quench alloy with enhanced extrusion productivity and good mechanical properties and machinability.
利用数控加工机床对第一和第二树脂坯块的另一面进行加工以形成一对相对的模压面。
A pair of opposed press faces are formed by cutting the other sides of the first and second resin block bodies using a numerically controlled cutting machine.
利用数控加工机床对第一和第二树脂坯块的另一面进行加工以形成一对相对的模压面。
A pair of opposed press faces are formed by cutting the other sides of the first and second resin block bodies using a numerically controlled cutting machine.
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