According to the British Daily Mail, it is very easy to monitor the vital characteristics such as patient temperature and heart rate soon. A small piece of “smart tattoo skin†similar to a tattoo sticker can be solved.
Striped skin: A very thin sensor can be attached to human skin for effective monitoring
There is no need for the complicated wires and electrodes used by the current monitor and the patient feels more comfortable. This latest invention was published in the "Science" magazine published on August 11. The researchers embedded electronic sensors in thin films that were thinner than human hair and placed them in polyester pads like children's often used tattoo stickers.
This tattooed skin gives the sensor a great deal of flexibility. It can be applied to the skin without worrying about movement of the body or using any adhesive. The researchers said that the current test product can be stuck on the skin for at least 24 hours. Although the normal skin cells will naturally fall off, the tattooed skin will eventually disengage from the body, but the team believes that the new device can continue to adhere to human skin for up to two weeks.
John Rogers of the University of Illinois at the United States said: "We are trying to reshape and restructure electronic structures to make them more human-like and more like human skin. Our goal is to truly blur electronic products. And the difference between biological organizations."
In addition to monitoring the physical condition of hospital patients, it can also be used to monitor human brain waves, muscle activity, perceiving the rhythm of the throat when sounding, release heat to help wound healing, in addition, it can also enhance the tactile sensitivity, and install on the prosthesis to enhance the robot's Perception.
Ma Zhengqiang, a professor of engineering at the University of Wisconsin, said: "It will help fill the needs of devices that are easier and less stressful for patients, enabling easier and more reliable monitoring." This electronic tattoo skin is as simple as a band-aid. Paste and shedding.
At present, the research team declined to disclose the time for the sale of the electronic skin, and the specific sales price. It is shaped like a band-aid and contains an antenna for sending data that can be transmitted over the air.
The device currently has a small coil that can be powered by electromagnetic induction by placing it near an electronic coil. Installation of small batteries or energy storage capacitors allows intermittent or long-term monitoring. It does not use adhesives and relies on weak forces that can cause the combination of molecules and surfaces without intervention. For long-term users, adhesives can be used for sticking.
Striped skin: A very thin sensor can be attached to human skin for effective monitoring
There is no need for the complicated wires and electrodes used by the current monitor and the patient feels more comfortable. This latest invention was published in the "Science" magazine published on August 11. The researchers embedded electronic sensors in thin films that were thinner than human hair and placed them in polyester pads like children's often used tattoo stickers.
This tattooed skin gives the sensor a great deal of flexibility. It can be applied to the skin without worrying about movement of the body or using any adhesive. The researchers said that the current test product can be stuck on the skin for at least 24 hours. Although the normal skin cells will naturally fall off, the tattooed skin will eventually disengage from the body, but the team believes that the new device can continue to adhere to human skin for up to two weeks.
John Rogers of the University of Illinois at the United States said: "We are trying to reshape and restructure electronic structures to make them more human-like and more like human skin. Our goal is to truly blur electronic products. And the difference between biological organizations."
In addition to monitoring the physical condition of hospital patients, it can also be used to monitor human brain waves, muscle activity, perceiving the rhythm of the throat when sounding, release heat to help wound healing, in addition, it can also enhance the tactile sensitivity, and install on the prosthesis to enhance the robot's Perception.
Ma Zhengqiang, a professor of engineering at the University of Wisconsin, said: "It will help fill the needs of devices that are easier and less stressful for patients, enabling easier and more reliable monitoring." This electronic tattoo skin is as simple as a band-aid. Paste and shedding.
At present, the research team declined to disclose the time for the sale of the electronic skin, and the specific sales price. It is shaped like a band-aid and contains an antenna for sending data that can be transmitted over the air.
The device currently has a small coil that can be powered by electromagnetic induction by placing it near an electronic coil. Installation of small batteries or energy storage capacitors allows intermittent or long-term monitoring. It does not use adhesives and relies on weak forces that can cause the combination of molecules and surfaces without intervention. For long-term users, adhesives can be used for sticking.
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