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LG CordZero HOM-BOT Turbo+ AR Robot Vacuum Cleaner

27.12.2015

At the upcoming CES Consumer Electronics Show, LG Electronics (LG) will introduce an updated line of CordZero cordless vacuum cleaners. It is led by the HOM-BOT Turbo+, which according to the manufacturer is the industry's first robot vacuum cleaner with augmented reality support.

The Home-Joy interface allows the user to give tasks to the vacuum cleaner using the camera of any smartphone, showing places where it is necessary to clean especially carefully. It is enough to poke a finger on one or another part of the image of the room so that HOM-BOT Turbo + understands the task and starts cleaning.

The robot’s equipment includes Triple Eye cameras that record so that the vacuum cleaner knows where it has already collected garbage. The front camera is also used for Home-View and Home-Guard functions. The Home-View function transmits a real-time image to a smartphone, allowing you to control the vacuum cleaner remotely. And the Home-Guard function transmits an image if the vacuum cleaner has noticed movement in the room, that is, it gives the device the capabilities of a security system.

HOM-BOT Turbo+ navigation tasks are assigned to a dual-core processor and Robonavi software, which determines the best routes to avoid obstacles.

In addition, CordZero Canister, 2-in-1 CordZero HandStick and CordZero Bedding Cleaner models will be shown.

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Graphene filter traps everything but water 06.02.2012

Graphene, this material one carbon atom thick, added another, completely unexpected, to the long list of its qualities - it turned out to be impervious to all gases and liquids, with the exception of water, which passes through it, simply not noticing the barrier.

This discovery was reported by the laboratory of Professor Andre Game from the University of Manchester. In this case, we are not talking about pure graphene, but its derivative - graphene oxide. It is a graphene film coated with other molecules, such as OH- hydroxyl groups. From such films, by laying them one on top of the other, the researchers created a layered material. It is hundreds of times thinner than a human hair, but retains graphene strength and elasticity and is easy to handle. If a metal container is covered with such a membrane, it will not let in any liquid or gas, including helium, which penetrates even through millimeter-thick glass.

The fact that the graphene membrane turned out to be permeable to water and water vapor came as a complete surprise to the researchers. The answer turned out to be tricky - it turned out that graphene oxide films are arranged in such a way that there is a free space between them, corresponding to the size of a water molecule. With other molecules, this trick does not work: at low humidity, the film shrinks, leaving no space for passage, and at normal humidity, this space is clogged with water molecules, therefore, in both cases, the membrane is impermeable.

“For vodka, such a membrane is an ideal distiller,” says the main author of the article, Raul Nair. “Just for fun, they tried to filter it through a film. Each time the drink became stronger and stronger. “I never cease to be amazed at graphene,” says Andre Geim. - Materials just can't behave any weirder. We can only guess what else graphene has in store for us.

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