Dec 282009

Police in Merseyside,UK are testing an unmanned flying robot to help control the population. The BBC reports that the machine will be used “mainly for tackling anti-social behaviour and public disorder.”

The unit is a small 2 pound vertical takeoff helicopter with four blades. It can have visible and infrared cameras. It can be programmed to follow a course using GPS or controlled remotely by a police officer on the ground.

The ground person watches the action from the sky high robot’s point of view through video glasses display.

The robot is very quiet so you may not even know you are being watched. But it only flies for 20 minutes.

There is no word on when it will be fitted with weapons.

BBC NEWS | England | Merseyside | Pilotless police drone takes off

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Surgery done by remote-control robots is a brand-new technology which is revolutionizing the field of surgery. The most advanced robotic technology in the world was developed by Intuitive Surgical, Inc. which is located in Sunnyvale, CA, and is called the Da Vinci robot. This robot can actually perform surgical operations with its three arms. One of the arms has a camera, called an endoscope. The endoscope is inserted into the patient’s body through a very small incision. The endoscope is a fiber-optic instrument with a very tiny video camera. This camera shows the surgeon a 3-dimensional, 15 x magnified view of what is happening inside the patient’s body on a television screen. The other two arms are operated by the surgeon by remote control – he puts his fingers into rings and manipulates the robot’s fingers at a distance.

This process, called tele-manipulation, is similar to the robot arms on the submarine in the movie Titanic; except it is far more precise. The Da Vinci robot arms not only hold a camera, but also dissectors, scalpels, scissors, and forceps. This enables the surgeon to grasp, cut, dissect, and suture by remote control. The surgeon sits at a console away from the operating table and operates the robot with a joystick, like the ones which operate video games, as well as foot pedals which control the camera angle, focus, and which place the robot’s arms into the correct position. Usually an assistant surgeon remains with the patient to adjust the robot’s position according to the chief surgeon’s directions.

Besides the obvious advantages of giving the surgeon a magnified, 3-D view of what he is doing, robot assisted surgery also allows the surgeon to operate through much smaller incisions than traditional surgery. Endoscopy (surgery performed with endoscopes) is much less invasive than the older methods, which means less pain and trauma for the patient, reduced blood loss (hence reduced need for transfusion), less post-operative discomfort, less risk of infection, shorter hospital stays, smaller scars, and faster healing. Endoscopy hasn’t changed the basic rules of surgery – it has merely provided surgeons with a powerful, accurate tool which enables them to do their traditional job in a much more effective manner.

Robot-assisted surgery is a brand-new technology, and the Da Vinci – introduced in 1999 – is the first robot of its kind on the market (there are now over fifty Da Vinci’s in use in the United States, and forty in Europe). In 2000 the Food and Drug Administration first allowed the Da Vinci to be used in abdominal surgery such as gallbladder removal. In 2001 the Da Vinci was cleared for chest surgery, such as operations on the lungs and esophagus. Robotic heart surgery is carried out by detaching the thoracic artery and re-attaching it to a coronary artery. That same year the FDA allowed the Da Vinci robot to perform robotic prostatectomy, which is removal of the prostate. The FDA closely monitors the robotic hardware, software, and training programs for surgeons who will operate the machines.

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The newest rage is the ping pong robot machine. I think you can pretty well figure out what this baby does. Imagine what a batting cage is to a baseball or softball player, and you’ll understand what the Ping Pong Robot is to the ping pong player.

If you are a serious ping pong player, hoping to do well in tournaments, this is the gadget for you. Then again, even if you are just a recreational player who can’t get enough play in, and can’t always find a sparring partner when you want one, the ping pong robot will be the tireless partner that is always there when you want to have a game.

There are several versions of the machine available, ranging in price from about $600 up to thousands. You can find models that will vary the spin, so you get plenty of practice returning shots with topspin, sidespin, backspin, etc. You can set the machine to hit returns to a random location or a fixed spot, depending on what skill you are working on. Most models allow you to set the speed and frequency of the balls delivered.

After programming the ping pong robot for your choice of frequency, placement and speed, you will be ready for any number of advanced or basic drills. Whether you want to develop basic strokes, fancy footwork, or switching skills, the robot can be ready to go in minutes.

Another great benefit of the ping pong robot is that it’s a great workout, particularly in the winter months when you spend more time indoors. If you are tired of your treadmill, stationary bicycle or elliptical machine — and let’s face it, after a while those are boring — then a ping pong robot could be just the piece of exercise equipment that gets you up off the couch and moving during the cold, dark days of winter.

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