Larsson Andreas, Tran Thanh-Nam, Aasmundtveit Knut E, Seeberg Trine M
SINTEF ICT Instr. and sensor systems, Oslo, Norway.
HBV - Buskerud and Vestfold University Collage, Borre, Norway.
Stud Health Technol Inform. 2015;211:207-12.
A combined humidity and temperature sensor was packaged by vacuum casting onto three different types of textiles; cotton, nylon and a waterproof fabric. This was done in order to integrate the sensor in a jacket in a soft and reliable way without changing the sensor performance. A membrane was custom made and integrated into the device to protect the sensor from the environment. The packaged sensors performance was characterized in a climate chamber were the relative humidity and temperature ranged from 25 % to 95 % and -10 °C to 75 °C respectively. The packaged sensors showed insignificant to limited performance degradation.
一个湿度和温度组合传感器通过真空灌封封装在三种不同类型的纺织品上，即棉、尼龙和一种防水织物。这样做是为了以一种柔软且可靠的方式将传感器集成到夹克中，同时不改变传感器性能。定制了一个膜并将其集成到设备中，以保护传感器免受环境影响。在一个气候试验箱中对封装传感器的性能进行了表征，试验箱中的相对湿度和温度范围分别为25%至95%以及-10°C至75°C。封装后的传感器性能下降不显著至有限。
