Cylinder profile has little influence on shaft power of rotary vane compressor.
型线的构成对压缩机轴功率的影响可以忽略。
It is shown that the model in this paper reflects the dynamic working variety of the compressor, and it is similar to the fact of the rotary vane compressor.
结果表明，本文所建立的模型能很好的反映压缩机工作过程的动态变化，与压缩机实际工作过程基本一致。
This feature of rotary vane compressor has great influence on indicated power, but has little influence on cooling capacity.
旋叶式压缩机的这一特点对其指示功率有较大的影响，对制冷量影响很小。
Cylinder Profile is one of the key factors influencing the performance of rotary vane compressor used for automobile air conditioning system.
气缸型线是影响汽车空调用旋叶式压缩机性能的重要因素之一。
So it is widely used in many fields. In this paper, the working process modeling of a rotary vane compressor for an automobile air conditioner is presented.
该文对汽车空调用旋叶式压缩机的工作过程进行了模拟，其数学模型的建立基于任一时刻基元内工质的状态是均匀的这样一种常用假设。
This paper studies the rotary vane compressor of eccentric vane tip, mathematical model is established for the rotary vane compressor and dynamical analysis is carried on by computer program;
建立了叶片偏心设置旋叶式压缩机的数学模型，并利用编程手段对其进行了动力分析；
The utility model relates to a sliding vane for a rotary compressor, which is designed in order to improve the complication of the label method of the existing rotary labelled compressor sliding vane.
本实用新型涉及一种用于旋转压缩机的滑片，是为改进现有旋转带标记的压缩机滑片标记方法复杂而设计的。
The rotary vane compressor used for automotive air conditioner has many advantages, such as simple structure, smaller size, lighter weight, rotating smoothly etc.
旋叶式汽车空调压缩机具有结构简单、体积小、重量轻、运转平稳等优点。
The rotary vane compressor used for automotive air conditioner has many advantages, such as simple structure, smaller size, lighter weight, rotating smoothly etc.
旋叶式汽车空调压缩机具有结构简单、体积小、重量轻、运转平稳等优点。
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