The newly developed fabric sensor pad can detect fetal movement automatically in a non-invasive manner. It is able to enhance fetal care by monitoring fetal health and screening abnormalities with quantitative measurements. The innovation of the wearable/waterproof/radiation free monitoring belt is .....
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This project exploited triboelectric electrostatic theory to efficiently solve the existing spinning problem of chitosan fibre. By combining with the advantages of woven or knitted fabric in terms of structure capacities and layering system with properties such as elasticity, sustainability (durable.....
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Traditionally, water-repellent surface finishes are achieved by using perfluorochemicals (PFCs), which are toxic chemicals hazardous to humans and the environment. This entry is a new water-repellent surface finish using natural and recycled materials obtained from textile waste, which is a safer al.....
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This project has developed an environmentally friendly triboelectric system to separate valuable disentangled protein fibres for upcycling. This technology utilises the triboelectric properties of different kinds of textile fibres, in order to separate protein fibres from synthetic textile material......
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The project has developed a phyiscal method as opposed to the conventional chemical method to develop high-efficient far-infrared (FIR) functional textiles. In order to achieve its optimal result of production, adjustments of variables such as fiber brightness, finesse, linear shape, cross-section s.....
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