A Nanofiber-Based Smart Emotion-Sensing Clothing

Abstract

The invention discloses intelligent emotion perceiving clothes based on nanofibers. The clothes comprise a clothes body, physiological signal monitoring displaying fabric, a monitoring circuit, a signal processor and a driving controller. A PET nanofiber belt and a polydiacetylene carbon nano tube composite fiber belt in the physiological signal monitoring displaying fabric are evenly woven into the clothes body. The monitoring circuit comprises a sensor. The signal processor is used for carrying out recognition and classifying on physiological signals collected by the sensor. The driving controller is used for receiving the instructions of the signal processor and loading current on the polydiacetylene carbon nano tube composite fiber belt. The mode that the PET nanofiber belt and the polydiacetylene carbon nano tube composite fiber belt are evenly woven into the clothes body is used, the accessory load of the intelligent emotion perceiving clothes is lowered, meanwhile, yarn fixedly provided with a flexible fiber solar cell is wound into the clothes body, the problem of the cell is solved, and the intelligent emotion perceiving clothes have the advantages of being simple in structure and high in wearable performance.

Description

technical field [0001] The invention belongs to the field of intelligent clothing, in particular to an intelligent emotion-sensing clothing based on nanofibers. Background technique [0002] Under the ever-increasing social pressure, a person's emotional changes should be more perceived by those who care about him. There are many methods of emotion recognition, among which the physiological signal measurement method has become an important direction of the research content of emotional computing, because physiological changes are only controlled by the human autonomic nervous system and endocrine system, and the measured data are more objective and real. Wearable devices, which have recently become popular in the world of consumer electronics, collect physiological signals stimulated by emotions, such as skin electrical signals (GSR), analyze them, extract features that can represent specific emotions, and establish an emotion recognition model to realize emotion recognition...

AI Technical Summary

Problems solved by technology

However, most of the wearable devices currently appear in the form of watches or bracelets as burden accessories for smart clothing. In this way, the contact area between the wearable device and the skin is small, and the accuracy is relatively low.

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