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Robo-crib highlights infant safety at technology show by Staff Writers Las Vegas (AFP) Jan 10, 2020 A robotic crib with a mission of preventing sudden infant death syndrome made its appearance this week at the Consumer Electronics Show, part of a growing "baby tech" exhibit. Snoo cribs, made by the California startup Happiest Baby in collaboration with industrial designer Yves Behar, use built-in microphones to "hear" babies' cries and then soothe them with rocking. Snoo's parent has partnered with more than 50 companies including Snap, Hulu and Under Armour to provide the high-tech crib to workers on parental leave, said Marina Romanova of Happiest baby while demonstrating it on the show, floor using a doll. "Companies provide Snoo free," Romanova said of the robo-cribs, which are priced at $1,295. "It promotes productivity and loyalty." The louder a baby cries, the more vigorously the rocking, within limits, a demonstration showed. If the strongest rocking setting doesn't quiet a baby, the Snoo stops and sends a parent a smartphone message to check on the child. Speakers built into the sides generate white noise, the volume of which rises along with the intensity of baby crying. A mobile application synched to Snoo also provides parents a report on how many times a baby woke during the night. Belt-like "wings" strap swaddled babies snugly in place to prevent them from rolling into positions known to contribute to sudden infant death syndrome, ostensibly saving lives of infants. Snoo is already being used in an array of hospitals to help care for newborns suffering from drug withdrawal or other medical challenges, according to Romanova. "We are the only responsive crib out there," she said.
Scientists develop gentle, microscopic hands to study tiny, soft materials Champaign IL (SPX) Dec 30, 2019 Handling very soft, delicate items without damaging them is hard enough with human hands, let alone doing it at the microscopic scale with laboratory instruments. Three new studies show how scientists have honed a technique for handling tiny, soft particles using precisely controlled fluid flows that act as gentle microscopic hands. The technique allows researchers to test the physical limits of these soft particles and the things made from them - ranging from biological tissues to fabric softener ... read more
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