工业设备：阀门，致动器，微型泵。
电动工具：微型泵，微型阀门，仪器仪表。
Industry Equipment: Micro Pump, Micro Valve, Instrument, Meter.
多功能冲洗吸污器，它属于清洗装置，也涉及冲吸微型泵。
The utility model discloses a multifunctional washing dirt suction device, belonging to a cleaning device and also relating to a wash-suction micropump.
得到了微型泵的频率特性，流量-压头曲线及流量随功率的变化。
Simulation results were presented for the flow rate versus frequency, pressure head and input power.
第四章、第五章与第六章属于第二部分研究，磁流体推进式微型泵的研制。
Chapter Four, Chapter Five and Chapter Six belong to the second part, Research on the fabrication of DC MHD micropump.
提出了一种用于精密输液的压电驱动式微型泵，该泵在结构、原理上均有别于传统泵。
A piezoelectric micro-pump with difference from the conventional pump in working principle and configuration was presented for pumping minutely in medicine.
复合伤口敷料装置通过使用装入在伤口敷料部件内或之上的微型泵系统来促进伤口的愈合。
A composite wound dressing apparatus promotes healing of a wound via the use of a micropump system housed within or above a wound dressing member.
如果有精密电路控制微型泵，视电路抗干扰能力而定，可能需要订购低电磁干扰的微型泵。
If you have precise control of micro-pump circuit, depending on the circuit may be anti-jamming capability, you may need to order a low electromagnetic interference micro-pump.
目前己研制出多种类型的微型泵，而其中无阀微泵因其结构简单等优点成为近年来的研究热点。
Various types of micropumps have been developed, especially valveless micropumps with simple structure attract much more attention and have become focus of research in recent years.
因此，伤口敷料和微型泵系统为便携式的，这使得病人可活动，这在使用外部真空源时不能实现。
Hence, the wound dressing and micropump system is portable which allows the patient mobility that is unavailable when an external vacuum source is used.
根据硅微泵的结构特点，制作出用于微型泵的电磁致动器，并对该电磁致动器进行了分析与振动测试。
A electromagnetic actuator was designed and fabricated to drive silicon micro-pump membrane. Some theoretical analysis and experimental evaluation were made in this paper.
它具有双贝壳，分别由两根绳控制进行相对运动，还有用来排水的微型泵（他仍在寻找蛤足的最佳设计方案）。
It has a bivalve shell, two strings which move the valves against one another, and a small pump that expels water (he is still working on the best design for the foot).
综述了国内外微流体控制系统中微泵技术的研究现状，介绍了几种常用微型泵的工作结构原理，并讨论现有技术中存在的一些问题，以及提出了尝试解决的办法。
The current status of its research, its structural designs and working principle are presented in this paper. Some problems existed are discussed and their solutions are put forward too.
在一段很长的时间内，通过特别设计微型渗透泵以及颅骨上很小的钻孔将药物直接注入肿瘤内。
Drugs were infused directly into the tumors over an extended period of time, using specially-designed miniature osmotic pumps and a very small burr hole in the skull.
本文阐述了微型机电系统(MEMS)领域中微泵的几种常见的致动方式及其特点。
Several common micro mechanical driving modes as well as their characteristic of micro-pump in MEMS field are described in this paper.
介绍了一种微型输液泵的硬件设计思想和电路原理，并对电路中的一些关键器件作了介绍。
Discusses the hardware designing idea on a Miniature Infusion Pump and introduces circuit principle and main devices.
目的介绍微型渗透压泵进行耳蜗灌注的方法，达到耳蜗慢性给药。
Objective to introduce a method of chronic infusion of drugs into the cochlea using a osmotic pump.
微型台式真空泵是专为化学检验，临床检验、生物工程、冶金、环保等实验室设计制造的。
The mini-table type vacuum pump is manufactured specially for laboratories such as chemical inspection, clinic inspection, bioengineering, metallurgy, environmental protection, etc.
一种植入式无接触微型轴流血泵，可用于辅助衰竭心脏的血液循环。
The invention provides an implantable non-contact miniature axial flow blood pump for circulation support in patients with heart failure.
介绍微型溅射离子泵的结构、工作原理及其在X射线管制造中的应用。
This article described the design, principle of the mini ion pump and its application in the pumping process of X ray tube manufacture.
实验泵的设计原则是：微型化、便携式、低功耗、低成本。
The design principle of the trial pump includes micromation, portability, low power dissipation and low cost.
该微型硬盘机结构坚固，是专为食品加工、装瓶、泵送、化学、废水和高压交流电应用设计的。
This rugged microdrive is ideal for use in food processing, bottling, pumping, chemical, waste water, and HVAC applications.
第五章利用MEMS技术，初步研究了一种用于被动传热的微型ehd泵的工艺。
In the chapter 5, Based on the MEMS technology, a method of fabrication of micro EHD pump is presented.
采用安装在泵腔上的压阻式微型压力传感器完成微泵泵腔压力脉动测试。
A piezoresistive micro pressure transducer fitted on the top of the chamber is used to measure the pressure pulsations in the micropump chamber.
本文通过对血泵外磁驱动方式的探索研究，提出了基于单片机控制的微型轴流式血泵外磁驱动系统设计思想，同时通过实验验证了系统方案的可行性。
This paper brings forward the outside magnetic driving system of axial flow blood pump based on single chip microcomputer. And then validates the feasibility of the scheme.
微型轴流式血泵是目前人工心脏结构研究的热点，外磁驱动是一种新型的血泵驱动方式。
Minisize axial flow blood pump is the focus on the structure study of artificial heart recently.
采用微型压力传感器测试了无阀压电微泵泵腔的压力脉动，并与仿真结果进行比较。
Experiments of the valveless micropump are carried out, including static and dynamic characteristic tests and the results are compared with the simulation results.
采用CFD仿真技术，结合所设计的微型轴流血泵，对血泵叶轮中的速度、压力、应力等分布进行了仿真分析。
CFD technology has been used in the design of minimal axial blood pump. The divisions of velocity, pressure, and stress on the impeller of blood pump has been simulated and analyzed.
微型轴流式血泵是目前人工心脏结构研究的热点，外磁驱动是一种新型的血泵驱动方式。
Minisize axial flow blood pump is the focus on the structure study of artificial heart recently. Being driven via outside magnetic field is a new driving method on blood pump.
洗涤循环泵可由一根泵管和一根分别与泵管下部及一台微型电磁气泵输出端连通的空气管组成。
The cleaning circulation pump consists of a pump tube, an air tube respectively communicated with the lower part of the pump tube and the output terminal of a miniature electromagnetic gas pump.
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