压电谐振传感器阵列

V. Todorova, D. Kolev
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引用次数: 3

摘要

利用压电谐振传感器,由于压电材料的工作频率与施加的机械应力有很大的依赖性,可以在触觉信息系统中实现高灵敏度。离散型压电谐振传感器已经使用了很长时间,但已经不能满足现代触觉传感信息系统的要求。目前,人们对开发压电阵列传感器很感兴趣,因为它比分立传感器具有更高的灵敏度和更多的功能。这种阵列传感器的工作原理和结构提供了获得施加机械应力的准确位置的机会-可以获得触觉图像。本文的目的是研究压电谐振阵列传感器系统设计的可能性。这些研究的结果使我们能够构建这样一个共振触觉阵列作为一个微系统,这将使空间分辨率的提高和传感器尺寸的大幅减小成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Piezoelectric resonance sensor array
With the piezoelectric resonance sensors, high sensibility can be achieved in the tactile information systems, because the working frequency of the piezomaterial has a great dependence on the applied mechanical stress. Discrete piezoelectric resonance sensors have been used for a long time, but they are unable to satisfy the requirements of modern tactile sensing information systems. At the moment, there is an interest in developing piezoelectric array sensors, which have greater sensibility and more functional abilities than the discrete sensor. The operating principle and construction of this array sensor affords an opportunity of obtaining the exact location of applied mechanical stress - a tactile image can be obtained. The purpose of this paper is to study the possibilities for the design of the piezoelectric resonance array sensor system. The results from these investigations allow us to build such a resonance tactile array as a micro system, which will enable increase in the spatial resolution and the radical decrease of the sensor dimensions.
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