Wearable devices have gradually become a category of products that are highly valued in consumer electronics. Each factory is actively developing related technologies and uses. However, there is still a lack of fiber-based elastic materials that can be blended with clothing. The current wearable devices still use smart glasses. , smart watches or smart bracelets, products that are really worn like clothes are still rare. Therefore, several fiber factories in Japan have begun to develop related products and look forward to expanding the market for wearable devices. First, considering the application of the garment-type wearable device to the medical device, Toray, a Japanese fiber manufacturer, cooperated with NTT to plate the surface of the nanofiber with a highly conductive resin to become an excellent data transmission wire, which is soft and fit. Flexure-resistant cleaning, also has good breathability, improving the feasibility of installing any instrument on the clothes. Emphasis is also placed on the electronic clothing fiber materials manufacturers who don’t feel uncomfortable, as well as the male underwear manufacturer Gunze. The clothing fibers designed can not only be cleaned like ordinary clothing, but also can be used to measure the expansion of each fiber to make heartbeats and the like. Body condition measurement; Gunze also uses touch panel technology for fabric improvement, embedding the sensor in the woven clothing. MitsubfujiTextile, a Japanese conductive fiber factory, has begun to sell wearable device-specific fibers. It can sense the wearer's joint angle and body surface pressure distribution through a 12-nanometer (nm) silver-coated nylon fiber. Information such as spirometry and respiratory status. Since the sensing accuracy of fiber materials has been sufficient to detect respiratory heartbeats, it can also be used for more precise motion sensing applications, such as clothing materials developed by Teijin, which can be used to accurately measure the movement of the wearer. The robot moves into the movement to reproduce. More sophisticated, Yamaha, a Japanese music equipment manufacturer, uses its unique carbon nanotube (CNT) technology to create a high-precision glove-type wearable device that accurately senses the pianist's meticulous movements. The far end reproduces the pianist's performance without any difference. However, even though these wearable fiber devices consume less power, the power supply method for connecting other devices is still a problem. Therefore, Munekata, a Japanese resin electronic material factory, is studying the use of piezoelectric fibers to generate electricity, so that clothes can not only transmit signals and Sensing the signal, even directly supplying power to the sensor, it is estimated that as long as there are 8 parts of the power fiber installed in the body, it can be applied to the sensing machine such as body temperature breathing.
Corn, also known as wheat, maize, grain, it is one of the world's three major food crops, planting area and yield after rice and wheat, ranked third.More because of good mouth, high heat, large yield, and is widely used in a variety of livestock feed, thus known as the "King of Feed", in addition, corn is also the three food crops most suitable for industrial raw material crops, its processing of industrial products as high as more than 3000 kinds.
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