Publication | Open Access
Electronic temperature sensing yarn
14
Citations
6
References
2015
Year
Smart TextileEngineeringMechanical EngineeringWearable TechnologyEducationWearable SensorsE-textilesElectronic TemperatureStretchable ElectronicsThermodynamicsElectronic Temperature SensingInstrumentationFine Copper WireMaterials ScienceWearable ElectronicsTextile FibreFlexible ElectronicsMicrofabricationTemperature MeasurementThermal SensorTechnologyAvailable Thermistors
This paper reports the development of an electronic temperature sensing (ETS) yarn by embedding commercially available thermistors within the fibres of a yarn. The thermistor is initially soldered onto a fine copper wire and then encapsulated to form a polymer micro-pod. The micro-pod protects the thermistor from mechanical and chemical stresses. Thereafter the fine copper wire with micro-pods is covered by a tubular warp knitted structure to craft the final ETS yarn. The miniature size of the micro-pod makes the electronics invisible to the wearer. Such a yarn can be used to knit or weave any textile structure. It is also capable of providing temperature readings at a given point (localised) and can be used to make a wearable thermograph. Where the ETS yarn is included in a garment, it can be safely washed.
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