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How to convert the measured value of the temperature sensitive resistance element in wind speed and wind speed sensor system

机译:风速和风速传感器系统中如何转换热敏电阻元件的测量值

摘要

PROBLEM TO BE SOLVED: To provide a method of converting a measurement value of a thermosensitive resistor element that can measure a wind velocity at a high speed into a wind velocity at a high speed.;SOLUTION: The wind velocity sensor system 10 includes a wind velocity sensor 20 having a first thermosensitive resistor element 21a having a sensitivity to a wind velocity and a second thermosensitive resistor element 21b having a sensitivity to a temperature. The wind velocity sensor system 10 further includes a computer 40 that converts a measurement value of the thermosensitive resistor element by using a measurement value converting formula having a first elementary function f1 using a measurement value V1 of the first thermosensitive resistor element 21a as an independent variable and a second elementary function f2 using a measurement value V2 of the second thermosensitive resistor element 21b as an independent variable. In addition, the wind velocity sensor system 10 further includes a drive detection circuit part 30 that drives the first thermosensitive resistor element 21a to heat it to a temperature higher than a room temperature, outputs the measurement value V1 based on a resistance value of the first thermosensitive resistor element 21a, drives the second thermosensitive resistor element 21b and outputs the measurement value V2 based on a resistance value of the second thermosensitive resistor element 21b.;COPYRIGHT: (C)2011,JPO&INPIT
机译:要解决的问题:提供一种将可以测量高速风速的热敏电阻器元件的测量值转换为高速风速的方法;解决方案:风速传感器系统10包括风速度传感器20具有对风速敏感的第一热敏电阻器元件21a和对温度敏感的第二热敏电阻器元件21b。风速传感器系统10还包括计算机40,该计算机40通过使用具有测量值V 的具有第一基本函数f 1 的测量值转换公式来转换热敏电阻器元件的测量值。使用第二热敏电阻器元件21b的测量值V 2 将第一热敏电阻器元件21a的1 作为自变量和第二基本函数f 2 作为自变量。另外,风速传感器系统10还包括驱动检测电路部分30,该驱动检测电路部分30驱动第一热敏电阻器元件21a将其加热到高于室温的温度,并输出测量值V 1 。基于第一热敏电阻元件21a的电阻值,驱动第二热敏电阻元件21b,并基于第二热敏电阻元件21b的电阻值输出测量值V 2 。 (C)2011,日本特许厅&INPIT

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