模型转换:从抽象模型到EJB和CCM模型

X. Blanc, O. Caron, Arnaud Georgin, Alexis Muller
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引用次数: 5

摘要

改进的文体技术书写笔,特别是通过通风通道设计,提供压力平衡,或均衡,在最终的墨水库压力和总压力在书写尖;因为写作耗尽了墨水。特别是,从储水池延伸到周围空气的排气通道,其横截面形状的大小随其与储水池通信距离的变化而变化,计算变化以抵消排气通道内移动墨水半月板所伴随的重力。当书写时,总压力的平衡也提供了一个恒定的墨水流通过书写尖端,因为在尖端的总压力是由排气通道配置保持恒定。本发明的特点是采用了一种新颖的方法,即从不同水平的墨水到排气通道的不同静压,必须被排气通道中墨水水平半月板处的毛细管力精确地抵消,然后创建一个可以遵循这种关系的总排气结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transformations de modèles : d'un modèle abstrait aux modèles EJB et CCM
Improvements in stylographic technical writing pens, particularly through a venting channel design which provides for a pressure balancing, or equalization, between an ultimate ink reservoir pressure and the total pressure at the writing tip; as writing depletes ink within the reservoir. Particularly, a venting channel, extending from the reservoir to ambient air, has the size of its cross-sectional shape vary as a function of the distance from its communication with the reservoir, with the variation calculated to offset gravitational forces attendant to a moving ink meniscus inside the vent channel. The balancing of total pressures also provides a constant ink flow through the writing tip when writing since the total pressure at the tip is maintained constant by the vent channel configuration. The present invention is characterized by the novel approach, of beginning with the insight that a varying static pressure, from a varying level of ink to a vent channel, must exactly offset by the capillary forces at the meniscus of that ink level in the vent channel, and then creating a total vent structure that can follow that relationship.
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