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Phone glove

28.06.2013

British designer Sean Miles, in collaboration with mobile operator O2, presented a glove that is also a headset for a mobile phone, writes Pocket-lint. A speaker is built into the thumb of the glove, and a microphone is built into the little finger. By connecting the glove to a smartphone via Bluetooth and folding the fingers accordingly, the user can make a telephone conversation.

The electronic components placed in the glove Miles borrowed from disused mobile phones. The gloves themselves were taken from the old collections of Miu Miu and Pineider brands.

The headset glove became part of the Talk to the Hand project, which aims to draw attention to the problem of recycling old phones. According to O2, there are 70 million unused mobile phones in the UK alone, and that number is increasing by another XNUMX million every year.

Miles has combined wardrobe items with mobile phones before. In February 2013, he built old Nokia and LG phones into women's shoes and rubber boots.

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Random news from the Archive

An injection without a puncture 13.06.2003

Since the twenties of the last century, when the first micromanipulators were developed - lever devices like a pantograph, which greatly reduce the range of motion, biologists have been able to perform operations on individual cells under a microscope.

Now genetic engineers often use micromanipulators to introduce new genes into the cell nucleus with a microsyringe. Pharmacologists inject medicinal compounds into the cell, observing its reaction. However, in this case, the cell membrane, its outer shell, is rather roughly injured.

The English company Cell Engineering, which manufactures equipment for biological laboratories, took advantage of the fact that the cell membrane consists of a double layer of lipid molecules - fatty substances. The tips of the new micropipettes and needles produced by the company are coated with the same lipids.

Now you do not need to pierce the membrane with force, it is enough to easily touch it with the end of the needle - and the lipids of the membrane adhere to the lipids of the needle, opening a channel in the cell wall. When the experimenter withdraws the needle, the channel is tightened - no hole remains.

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