Scientists have developed an inexpensive, flexible keyboard that can be crumpled up and tucked in a pocket without damaging it. Bendable portable keyboards for use with computers and other electronic devices are already on the market, but they have limited flexibility, and they are fairly sizable when rolled up for transport. Existing keyboards incorporate either rigid push buttons inserted in a rollable sheet or a tactile sensor array patterned on a multilayered soft sheet. These devices require complicated fabrication processes, and because of their brittle components, can only withstand a slight amount of bending or rolling.
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Researchers including those from Sejong University from South Korea wanted to develop a keyboard that could withstand the rigours of everyday life, including complete folding and harsh crumpling. The team based the device on a sensor sheet they had previously developed. Here, they used a sheet of soft silicone rubber embedded with conductive carbon nanotubes that respond to the push of a finger by changing electrical resistance.
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To guide users where to press, the researchers drew squares on the surface of the sheet to represent keys for each letter, number or another character. They used an artificial neural network to teach the keyboard to identify the intended letter or character based on the location and pressure of pushes and associated changes in resistance on the keyboard. They state that their simple keyboard worked perfectly and outperformed all existing portable keypads in terms of functionality, flexibility, disposability and cost. In fact, each keyboard would cost only USD 1, cheap enough that it could be tossed out and replaced if it stopped working.
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