Recently, researchers at the Graduate School of Engineering at the University of Tokyo collaborated with Dai Nippon PrinTIng to introduce a flexible display for displaying ECG waveforms close to the skin. This wearable device includes an electrode sensor that is snug against the skin and a wireless communication module that sends data to the cloud. The team hopes to reduce the burden on caregivers and their families and improve the quality of life by increasing the availability and accessibility of information.
Your doctor can see the ECG on the screen in real time, or you can store it for later viewing. Currently, the device has the potential to improve the quality of information from patients who are older or unable to operate more complex implantable devices. For self-care or home care patients, it is important to be more accurate and easier to access information.
Basically, this skin product turns the patient's actual skin into a small screen that can broadcast the patient's heart rate or send it to the cloud, allowing healthcare professionals to see the results immediately.
The electronic skin consists of 16 & TImes; 24 microLED clusters and is routed on a rubber blanket. The wiring is stretchable (45% stretchable over its original length), which helps to make the material look more like real human skin.
“Our skin display has a simple motion graphic function,†said Professor Takao Someya, principal investigator of the project. “Because it is made of a thin, soft material, it is free to deform.â€
Among the many electronic skin competition products, this special product is known for its durability, because it can be stretched where hard and soft materials are joined. It is stable in the air and can be worn once a week without irritating the skin. In fact, the researchers said that when the matrix monitor was attached to the skin and moved with the skin, no pixels were damaged.
In the press release "Japanese researchers develop ultrathin, highly elasTIc skin display" (the Japanese researchers developed ultra-thin high-elastic skin displays), the team pointed out that they use the methods commonly used in mass production of other electronic products to produce this electronic Skin products. They installed the LEDs on the rubber cloth by screen printing silver wire and using a placement machine, which is likely to accelerate the commercialization of the display and reduce production costs.
Dainippon Printing Co., Ltd. said that if they can improve the reliability of this stretchable device by improving the structure, achieve a more suitable production process, and solve other technical challenges including large coverage, they plan Bring this skin display to market within three years.
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