2012/12/13

The Robo-Glove potential


Research shows that constantly gripping a tool can cause fatigue in hand muscles within a few minutes, but the first tests of the robot glove shows the carrier can keep under control for longer and comfortable. For example, an astronaut working in a pressurized suit outside the space station, or an assembly operator in a factory must use 15 - to 20 pounds of force to hold a tool during a surgical procedure, but with the robotic glove they need only apply five to 10 pounds of force.

"When fully developed the Robo-Glove potential, the amount of force that an auto worker would have to reduce to practice in the operation of a tool for a longer time or with repeated itself movements has," said Dana Komin, GM Manufacturing Engineering Director, Global Automation strategy and execution. "It is expected to reduce the risk of repetitive stress injury."

General Motors and NASA technology used by their space-bound robot Robonaut 2 to gloves for the people who hope that the company can reduce repetitive stress injuries. Could help the K-glove technicians, astronauts and others who need access to, and be repeated objects. NASA and GM said in a statement that "can continuously gripping a tool in hand muscles cause fatigue within a few minutes."

Where a worker may have to raise 15 to 20 pounds force to hold a tool that could Robo-glove reduce only 5 to 10 pounds. GM and NASA developed the gloves of Robonaut 2, or R2, a robot that is on the International Space Station, and is designed to help astronauts with repetitive or dangerous tasks. He flew into space in late 2011. The Robo-glove is still a prototype, and there are no immediate plans for commercialization.

General Motors has always invested in the technology that goes beyond the automotive applications, for which the company is best known, is a philosophy that I find most commendable, and the cooperation with NASA that you output always. The latest cause of their partnership is the K-glove, developed a robotic glove for astronauts and help workers return to earth, with streneous, repetitive tasks through the granting of a significant boost in power. Basically, the K-glove is its support offers an extra set of muscles.

More at: gloveseller.com

2012/12/12

How To Score Ski Jumping


Score Ski Jumping

Ski jumping is a excellent sport. It is a brilliant spectator one with lots of interest over just har far the jumpers will jump. While you may think you know how to ski jumping is scored I guarantee you do not. This hub will inform you on how ski jumping is scored.

How To Score Ski Jumping

A baseline of 20 points to be awarded if the jumper lands at the K-point. Each judge has these points available to them but it is a mathematically method that awards the points not actually the judges. The 20 points is reduced is lowered if the jumper lands short of the K-point based on points per meter and also the size of the hill. Should the jumper go past the K-Point then points are added using this formula.

Ski Jumping Training