In linear compressor design. The delivery lift has little influence on oil flow rate, so it can be ignored.
在直线压缩机的应用设计中，油泵的扬程对泵油量的影响非常小，可以忽略不计。
The loss distribution and the span-wise variations of flow angle at the outlet section of a linear compressor cascade are presented in this paper.
本文给出了压气机叶栅出口截面的损失分布和气流角沿叶高的变化。
The present invention provides a linear compressor having an elastic body capable of reducing vibration transferred to a shell due to a motion of a moving part.
本发明提供一种直线压缩机，该直线压缩机具有能够减小由于运动 部分的运动而传递至外壳的振动的弹性体。
Matching characteristics among linear compressor, regenerator, pulse tube and inertance tube have large impact on the performance of high frequency pulse tube cryocooler.
线性压缩机、回热器、脉冲管以及惯性管的耦合特性对高频脉冲管制冷机的整机性能有很大的影响。
The goal of the thesis is to design a new and highly efficient miniature compressor, which is drived by a miniature linear motor, the compressor is applied to a micro-refrigeration system.
论文的目标是尝试应用近年来出现的直线电机驱动技术设计一种新型、高效的微小型压缩机，其应用于微小型制冷系统。
The paper analyzes the exciting force on the fixed tube linear motor drive compressor(TLMDC), and provides the concrete body vibration differential equations on TLMDC and its calculating results.
分析了减振固定式直线电动压缩机机体上的激振力，推导了机体的振动微分方程式，重点讨论了理想情况下机体振动微分方程式的具体表达式并对其进行了数值求解。
Based on dynamic equation of multi-freedom linear system, model analysis and dynamic modification for rotary compressor QX-222 are carried out by finite element method.
本文从多自由度线性系统运动方程出发，利用有限元方法，对滚动转子式制冷压缩机QX- 222型进行了模态分析和动力修改。
The conclusions offer the theoretical basis for the design and analysis of the linear motor drive divided compressor, which make its performance better and its structure more proper.
研究结果为直线电机驱动的分体式压缩机的设计分析提供了理论依据，可使压缩机性能更优越，结构更合理。
In order to effectively control the piston displacement of a linear refrigerator compressor, a new fuzzy control system based on self-adjusting was proposed.
为了有效地控制直线冰箱压缩机的活塞位移，提出了一种以活塞上死点位移为控制目标的可自调整规则的模糊控制系统。
The control system of the compressor adopts frequency conversion to control, its frequency setting value is decided by the non-linear link.
压缩机控制系统采用变频控制，其频率给定值由非线性环节来决定。
The control system of the compressor adopts frequency conversion to control, its frequency setting value is decided by the non-linear link.
压缩机控制系统采用变频控制，其频率给定值由非线性环节来决定。
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