Smart Clothing Makes Sports More Scientific

Put a small measurement. equipment What do you get from the combination of conductive textiles and tight sportswear? A sports shorts developed by Finland Myontec company has made an attempt for the application of wearable electronic devices.

The customers of Mbody sports shorts include professional athletes and "heavyweight users", such as marathon, bicycles and triathlon players.

The sports shorts can provide users with real-time information about the muscles before and after exercise, which can be used to improve technology, performance and training quality, identify problems and prevent stress injuries.

　　 Wearable technology products The market is growing strongly, and the proportion of smart clothing is also increasing significantly. Smart clothing It will initially be used in sports and exercise, but thereafter it will also be used as a means to improve physical fitness and increase physical activity.

"The Mbody shorts can be used to measure muscle performance," the CEO of the company said. In the future, there will be simpler and more economical products to enter the market, so as to improve physical fitness while avoiding muscle problems.

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Recently, a team of Harvard University modified the interface between cotton and polyester fabric, so that these ordinary fabrics have the same strong anti pollution ability as SLIPS self repairing super smooth coating, and can resist any dyeing, such as water, ice, oil, wax, blood and bacteria.

Researchers say that the most advanced antifouling fabric is inspired by lotus leaf, and the nano micro structure of lotus leaf can resist water and guide droplets to form beads on the edge air cushion. The new fabric uses air filled nanostructures to repel water, so that it can repel liquid and dust particles.

It is understood that in order to create fabrics with SLIPS properties, the research team used tiny particles of silica and alumina gel to treat cotton and polyester fabrics, and tested the processed fabrics in accordance with industry standards for twisting, rubbing and dyeing.

The results showed that the treated fabrics exhibited unprecedented antifouling ability and could resist a wide range of pollution such as liquid and dyeing. The researchers further indicated that the SLIPS type super strong anti fouling fabric greatly meets the needs of people in extreme environments, and it can be widely used in the future.