The fluid sensor can be used inthe vertical, horizontal or other position of the container as desired.
所述流体传感器可按需要在所述容器的垂直、水平或其它位置中使用。
The sensor may comprise a thoracic fluid sensor, a heart sounds sensor, a cardiac chamber or arterial pressure sensor, a respiration sensor, or a blood chemistry sensor, for example.
传感器例如可以包括胸液传感器、心音传感器、心腔压或动脉压传感器、呼吸传感器或血液化学传感器。
Application of magnetic fluid acceleration sensor is a new subject in the country, which is of great significance for the development of new sensor.
将磁性液体应用到加速度传感器领域，这在国内还是一个崭新的课题，对于新型传感器的开发有重要意义。
In order to reduce the effect of fluid viscosity change on the sensor performance, a quantitative optimization method for rotor parameters of liquid turbine flow sensor is put forward.
以降低传感器特性受被测液体粘度变化的影响为目的，提出了液体涡轮流量传感器叶轮的多参数定量优化方法。
The proper preparation method of magnetic fluids and the appropriate design parameters of experimental model are critical to the research of magnetic fluid level sensor.
制备满足磁性液体水平传感器应用要求的磁性液体，以及设计合理可行的实验模型是进行磁性液体水平传感器研究的实验基础。
Introduction is made on a kind of fluid temperature difference sensor that can real-timely test the temperature difference of two bundles of fluids.
介绍了一种流体温差传感器，可实时检测两束流体的温度差。
A transdermal test sensor assembly adapted to determine an analyte concentration of a fluid sample is disclosed.
本发明公开了适合于测定流体样品中分析物浓度的透皮检验传感器组件。
The sensor (100) may also be applied to fluid measurements.
该传感器(100)还可应用于流体测量。
The sensor (100) may applied to airfoil structures such as wind turbine blades (110) without impacting the blade structure and fluid dynamic characteristics.
该传感器(100)可应用于翼型结构，例如风力涡轮叶片(110)，且不影响叶片结构和流体动力学特征。
The principle of magnetic fluid tilt sensor has also been explained.
本文还论述了磁性液体倾角传感器的原理。
Applications such as machine tools or metal processing will often expose the sensor to target impact, abrasion and the affects of aggressive solvents and fluid.
加工机床等应用往往会暴露或金属传感器的目标冲击，耐磨损和流体溶剂和积极影响。
A fluid level sensor to determine the level of fluid into a container used in negative pressure wound therapy.
本发明提供一种流体液面传感器，其用于确定进入到在负压伤口治疗中使用的容器中的流体的液面。
In this thesis, magnetic fluid was used in designing an acceleration sensor. And this is an advanced subject.
本文将磁流体用于加速度传感器的设计还是一项比较先进的课题。
The combination of the magnetic fluid and the sensor is a new way of study.
而磁流体和传感器的结合，是一个新的研究方向。
If the sensor is connected with a monolithic microcomputer, the fluid discharge can also be displayed.
若将此传感器与单片机连接，流体的流量也可显示出来。
A fluid dynamic polymer-based contact sensor (100) measures ambient pressure (103) based on the resistivity changes across the sensor under different ambient pressures.
本发明提供了一种基于聚合物的流体动力学接触传感器(100)，其基于不同的环境压力下的横跨传感器的电阻率变化而测量环境压力(103)。
The intelligent inspector based on multi-sensor fusion has the examination functions for bottle body, the bottle mouth, the bottle bottom and fluid position.
多传感器融合智能检测机器人具有瓶身检测、瓶口检测、瓶底检测和液位检测等检测功能。
Whether magnetic fluid inertia sensor works or not depends on the suspending of magnet in magnetic fluid.
永磁体能否在磁流体中自悬浮，是实现磁流体惯性传感器的关键。
Measurement of liquid level, can adopt the static-pressure sensor of fluid height and digital display of transmitter.
液位测量，可以采用流体高度的静压传感器及变送器远传数字显示智能仪表。
A fluid level sensor comprises a parallel plate capacitor coupled to an integrated circuit located in the bottom of an oil pan or other receptacle in which fluid level is being sensed.
本发明公开了一种液面传感器，其包括与位于需要检测液面的油盘或其它容器的底部中的集成电路耦连的平行板电容器。
The flow field of the drainage cover of the sensor was simulated by using a fluid mechanics simulation software, the feasibility of drainage cover structure design was validated.
运用流体力学仿真软件对传感器排水罩的排水效果进行了流场模拟，验证了排水罩结构设计的可行性。
The fluid flow control system of claim 3, further comprising a temperature sensor disposed in an outlet stream and in communication with the electronic control module to form a feedback loop.
如权利要求3所述的流量控制系统，进一步包括放置在出水口水流中与电子控制模块相连并组成反馈回路的温度传感器。
According to the flow characters of secondary side fluid, the transit times divide into four sectors from tube sheet to the sensor on steam line.
根据蒸汽发生器二次侧工质的流动特点，将迁移时间分成四段计算，并重点提出了管束区汽相运动的速度分布计算模型。
These results show that the Hartmann wavefront sensor is not only used to measure the aero optical effects in turbulent medium, but also utilized to perform non intrusive studies of fluid flows.
这些初步测量和 分析结果表明通过哈特曼波前测量法既可研究光 束在湍 流场中引起的波前变化规律 ，同时还可以应用于湍 流场 流场参数的间接 分析。
These results show that the Hartmann wavefront sensor is not only used to measure the aero optical effects in turbulent medium, but also utilized to perform non intrusive studies of fluid flows.
这些初步测量和 分析结果表明通过哈特曼波前测量法既可研究光 束在湍 流场中引起的波前变化规律 ，同时还可以应用于湍 流场 流场参数的间接 分析。
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