Fig. 5: Various applications of the e-textile.

The e-textile is a sewn together with common fabrics and b sewn into clothes to power the LCD by shaking the clothes. E-textile is sewn on the surface of clothes to drive c digital electroluminescent lattices and d electronic watch by collecting the energy of shoulder movement. e E-textiles are used for self-charging, self-sensing gesture monitoring system. The circuit diagram of the self-charging and self-sensing wireless gesture monitoring system. It mainly consists of 6 parts, which are: 1, Energy harvesting; 2, Energy storage and output; 3, Signal processing and transmission; 4, Correction circuit; 5, Pressure sensing; 6, Data reception and analysis. The short distance wireless communication technology was used to send and receive data in real time. f Hardware connection of self-powered gesture monitoring system placed on a 3D-printed insole. g Self-powered gesture monitoring system captures gait during human movement and transmits it to smartphone or computer in real time. h The charge curve of two commercial lithium batteries (LIR 2032) charged by e-textile at a fixed frequency of 2 Hz and the discharge curve of gesture monitoring system during normal operation.