为静电涂油机今后的改进提供了一定的依据。
That can be applied to the improvement in the future of the oiler and offered certain basis.
喷油梁结构型式与直流电源输出电压是影响静电涂油的主要因素。
The structure type of spurting oil beam and the output voltage of DC power were the main factors affecting the electrostatic oiling.
文章介绍了静电涂油机涂油室的基本结构，分析了喷涂质量对高压静电场的要求。
Based on the introduction of basic structure of electrostatic oiler, requirement of static electric field with high voltage is analyzed.
通过雾化实验与雾化机理探讨，为新一代静电涂油机的研制开发的参数选择提供了理论依据。
Through the experiment and theoretical discussion, a basis for selection of parameters in the structure design of new electrostatic oiler was offered.
优化后结构可以明显降低涂油机工作时电极所加电压，为静电涂油机今后的改进提供了一定的依据。
The optimization structure can obviously reduce the voltage that the electrode added when the oiler works, that can be applied to the improvement in the future of the oiler and offered certain basis.
重点讨论了静电涂油机生产过程中规划决策质量屋的构成，并将该分析结果应用于实践，为新一代静电涂油机的开发研制提供了参考，并取得了较好的实用效果。
The building house of quality on programmed decision-making of electrostatic oiler was discussed. The analysis result was used to develop the new oiler and better effectiveness was gained.
重点讨论了静电涂油机生产过程中规划决策质量屋的构成，并将该分析结果应用于实践，为新一代静电涂油机的开发研制提供了参考，并取得了较好的实用效果。
The building house of quality on programmed decision-making of electrostatic oiler was discussed. The analysis result was used to develop the new oiler and better effectiveness was gained.
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