XSENSOR technology: a pressure imaging overview
XSENSOR technology: a pressure imaging overview
复制标题
DOI：
10.1108/02602280710723433
复制
发表时间：
2007-01-01
期刊：
影响因子：
1.6
通讯作者：
Cork, Russell
中科院分区：
文献类型：
--
作者：
Cork, Russell
目的-本文旨在提出一种创新的方法，用于成像两个界面之间的压力分布。背后的压力成像系统的设计的物理原理进行解释，和一些案例研究，涉及到使用这种技术在不同的应用程序中进行了描述。设计/方法/途径-的Xcovery压力传感器是由一个矩阵的电容传感元件。施加到感测元件的表面的压力引起与压力变化相关的电容变化。专有的基于Windows的软件补偿传感器的非线性，滞后和蠕变随着时间的推移，从而提高accuracy.Findings -Xews的电容式压力成像传感器可以图形显示压力分布在真实的时间之间的几乎任何两个表面接触。传感器元件精确、薄、灵活且坚固。这些物理特性最大限度地减少任何人为的影响所产生的传感器的存在，在数据collection.Practical影响-压力成像技术可用于工业和工程环境中的产品设计和验证，过程控制，或quality assurance. Origality/value -本文将是有用的工程师或业务经理有兴趣应用传感器技术来解决工程或设计问题。
Purpose - The paper aims to present an innovative method for imaging the pressure distribution between two interface surfaces. The physical principles behind the design of the pressure imaging system are explained, and some case studies involving the use of this technology in diverse applications are described.Design/methodology/approach - The XSENSOR pressure sensor is comprised of a matrix of capacitive sensing elements. Pressure applied to the surface of the sensing element causes a change in capacitance that is correlated to a change in pressure. Proprietary Windows based software compensates for sensor non-linearity, hysteresis, and creep over time, resulting in enhanced accuracy.Findings - XSENSOR's capacitive based pressure imaging sensors can graphically display pressure distributions in real time between virtually any two surfaces in contact. The sensor element is accurate, thin, flexible, and robust. These physical characteristics minimize any artificial influences created by the presence of the sensor during data collection.Practical implications - Pressure imaging technology can be used in industrial and engineering environments for product design and verification, process control, or quality assurance.Originality/value - This paper will be useful to the engineer or business manager interested in applying sensor technology to solve engineering or design problems.