A cognitive robot architecture based on 3D simulator of robot and environment

A. Chella, I. Macaluso
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Abstract

A pressure sensitive apparatus for producing electrical signals on two electrodes having a layered structure consisting of a conductive layer, a piezoelectric polymer film layer, an electrode layer, an insulating layer, another electrode layer, another piezoelectric polymer film layer, and another conductive layer. The layered structure may be constructed from an insulating layer sandwiched between two piezoelectric polymer films each having an electrode on one surface thereof and having a conductive plane on the other surface thereof disposed on each side of the insulating layer with the electrodes in closest proximity to the insulating film. Further, support substrates may be disposed on each side of the piezoelectric polymer films, the support substrates having an opening where the electrodes are located. Still, further, the apparatus may be adapted for a pressure sensitive matrix keyboard having a plurality of keyboard switch positions arranged in a plurality of rows and columns where the electrodes are a strip constituting one of the rows and columns, respectively, of the keyboard switch positions. The piezoelectric polymer film may be polyvinylidene fluoride and the layered structure may be integrally bonded or physically sandwiched together and may have connected to it an electrical sensing circuit suitable for amplifying a small charge pulse induced by the strain upon the piezoelectric polymer film.
基于机器人与环境三维模拟器的认知机器人体系结构
一种用于在两个电极上产生电信号的压敏装置,其层状结构包括导电层、压电聚合物薄膜层、电极层、绝缘层、另一电极层、另一压电聚合物薄膜层和另一导电层。层状结构可以由夹在两个压电聚合物薄膜之间的绝缘层构成,每个压电聚合物薄膜在其一个表面上具有电极并在其另一个表面上具有导电平面,其设置在绝缘层的每一侧,电极最接近绝缘薄膜。此外,可以在压电聚合物薄膜的每一侧设置支撑基板,支撑基板在电极所在处具有开口。此外,该装置可适用于具有设置在多个行和列中的多个键盘开关位置的压敏矩阵键盘,其中电极是分别构成键盘开关位置的行和列之一的条。压电聚合物薄膜可以是聚偏氟乙烯,层状结构可以整体粘合或物理地夹在一起,并且可以在其上连接适合于放大由压电聚合物薄膜上的应变引起的小电荷脉冲的电传感电路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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