Engineers at Oregon State University are creating the next generation of bipedal robots. To find out more: http://mime.oregonstate.edu/.
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8 ADVANCED ROBOTS ANIMAL YOU NEED TO SEE
Awesome robots from Boston Dynamics, the robots features Spot mini, BigDog, Handle, WildCat, Sand Flea, Atlas the Dynamic Humanoid and many more.. checkout their robots at https://www.bostondynamics.com
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Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 30 years ago; now, as the head of the MIT Media Lab's Biomechatronics group, he shows his incredible technology in a talk that's both technical and deeply personal — with the help of ballroom dancer Adrianne Haslet-Davis, who lost her left leg in the 2013 Boston Marathon bombing, and performs again for the first time on the TED stage.
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Robotic Spy Pup lives among a pack of wild dogs to film the emotional dynamics of wild dog life. By mimicking their body language he becomes accepted by the pack.
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Top most amazing and coolest ROBOTS
The family of robot animals from the German developer of robotics Festo is growing. The company presents many new robots, for example: a swarm of ants that can interact with each other, as well as butterflies and dragonflies, which are characterized by all the ease and grace of these insects. When they were created, the company focused not only on their appearance, but also on behavioral characteristics. The ants coordinate with each other all their actions and movements. Each ant, that is 13-centimeter long, has on its belly a radio module, through which precise coordination is carried out.
As for butterflies-robots. The weight of each butterfly is only 32 grams, this includes two servos, a pair of small batteries, and a laser-made casing. After one charging that lasts fifteen minutes, butterflies will be able to flutter for about 4 minutes. And their flight looks very impressive. There’re not just butterflies, but a whole system that consists of ten high-speed infrared cameras installed in a room where butterflies fly. They track the infrared markers installed on the robots, transmitting data in real time to the central computer; so that’s how coordination of butterflies is going in the space. You can hardly distinguish these bionic butterflies from the real ones in the room where they fly.
Robotic seagulls and dragonflies that can fly just like their living relatives. The seagull was developed in 2012. Later, a dragonfly, that can hang in the air no worse than its natural counterpart was invented. All the details of the dragonfly were made on a 3D printer, and you can control this miracle with a smartphone. Through these developments, the company could edge out the development market of flying drones, but it doesn’t need it. The technology of flying and hovering in the air is worked on these two prototypes.
The kangaroo robot. At the core of the BionicKangaroo is the mechanism of "recuperation" — it uses the energy recovered from one jump to help it make another. Real kangaroos quickly got tired and could not jump for a long time without this mechanism.
Springs that store mechanical energy on the landing and give it away on the next jump are used in this project. BionicKangaroo that weighs 7 kilograms and highs one meter can make a jump of 80 cm in length and 40 cm in height. The power supply system, that forces it to move, is a pneumatic accumulator. The robot is controlled by a special bandage that reads myoelectric signals from the human forearm.
Robot shark. This unmanned underwater facility — a robotic shark length of about one and a half meters and weigh up to 45 kg. Like a real fish, the robot uses the tail to move and control its movement. The robot moves in a fish way, so it is very difficult to distinguish it or at least isolate it on the background of a real marine fauna. It can swim above and dive to depth. Such shark can rich an enemy ship unnoticed. She can spy, repair ships, and arrange sabotage.
The robot-spider. From the beginning it is worth mentioning that the spider model was printed using the 3D printer. The engine is integrated with the servo motors of the paws, three in each: the resulting system provides simple control of flexible, plastic movements with convenient coordination from the control panel. He was shown in one of the series of MythBusters.
Underwater robot-snake. The mechanical snake is designed to perform maintenance and repair of various mechanisms on the seabed, mainly on oil platforms. It is capable of replacing costly autonomous underwater vehicles, easily slipping into places where cumbersome robots can not reach.
11)Awesome Robot Spider!
Rescue of scared homeless dog, heartbroken and sad, living on the cold streets. This sweet old dog was found roaming near a railroad station. It was too risky to attempt a rescue there, we were worried that he could run and get hit by a passing train, so we followed him, trying to redirect him towards a safer place. It was quite a marathon as he ran away each time we approached him. But he eventually understood we are only trying to help him, or maybe the smell of the yummy treats finally reached his nose. He was limping and we also noticed a scar near his left eye so we took him straight to the veterinary clinic. When we scanned him for a microchip we discovered that he had an owner! We hoped a happy dog-owner reunion would follow, but when we contacted the registered owner he told us he does not want the dog back and asked us to take him. Apparently, Bobi (this is the name given by his owner) ran away from home and traveled quite a long distance, being found approximately 10 miles away from his home. We’ll never know why he left home and why he wasn’t wanted anymore, but we do not want to judge anyone, we’re just thankful that we were able to save him.
Bobi is 9 years old, medium sized, approximately 18 kg (39 lbs), fully vaccinated, microchipped, neutered. His vision is completely lost in the left eye, an old scar located near the eye indicates that he had been injured there, possibly hit, so that’s how he lost his sight in that eye. But the good news is that vision in the right eye is not affected and he sees well with it.
He’s very gentle, loving and obedient and he is still playful and curious. It's like he's living now the puppyhood he missed.
Bobi is an old dog in his golden years and he needs a caring adoptive family to offer him a home, a FOREVER home this time, where he can spend his remaining years happy and loved. He is in Howl Of A Dog’s care in Romania, but please note that we also allow international adoptions and he can travel to the USA, Canada or Europe.
To adopt Bobi please check our adoption procedure here: www.howlofadog.org/adoption-procedure. Thank you!
*UPDATE: Bobi was adopted!!! After a journey of over 4600 miles from Romania to the US, our brave Bobi arrived at his new home in Delaware, United States and is now finally living the happy life he so much deserves. Thank you very much everyone for watching and sharing Bobi’s rescue video and for sending him so many good thoughts and best wishes! Here is a short video of Bobi's first week at his forever home: www.facebook.com/HowlOfADog/videos/1035379513267172. More updates will also be posted on our website after Bobi gets settled in. Thank you!
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To help us save more animals in need please visit: http://www.HowlOfADog.org
Howl Of A Dog is a small nonprofit animal rescue organization located in Romania. Our commitment is to rescue abandoned, neglected and abused dogs from the streets or from local kill-shelters and to find them suitable loving forever homes. For more details please visit our website: http://www.HowlOfADog.org/ or our Facebook page: https://www.facebook.com/HowlOfADog
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Robots accomplish tasks too complicated or dangerous for humans. The strength and speed of a robot's movement and problems solving skills are favored for completing jobs faster than humans. Meet some of the fastest robots in the world.
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From Auditory Brainstem Implant to Ekso Robotic Exoskeleton here are 14 Newest Developments in Bionic Technology.
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5 — I-Limb Quantum
This is Rebekah Marine, she is a model, inspirational speaker and humanitarian, and she achieved all of this, despite being born without a right forearm. And it all started with a bionic prosthesis, while trying on her first robotic arm, Rebekah's friend suggested she model the new accessory. Since then, Rebekah has become one of the world's most recognisable models, appearing in TIME, People, US Weekly, Nordstrom's Anniversary catalogue and walked the catwalk of New York Fashion Week. Rebekah is also an ambassador for Touch Bionics, who fit the model with their newest, most advanced prosthetic hand, the I-Limb Quantum. The I-Limb boasts, it is the only upper limb prosthesis that can change grips with only a gesture. Gesture control enables the automated grips, there are 36 different gripping function options, and allow for the five independently articulating fingers to move in four different directions.
4 — Auditory Brainstem Implant
Caiden Moran was born with no cochleas, which are an inner section of the ear which convert sounds to nerve impulses and sends them to the brain, in other words, he was born completely deaf. However, a new bionic technology, called an auditory brainstem implant, which consists of a microphone and transmitter placed on and inside the ears, contain the ability to convert sounds from the outside world directly into electrical signals. Those signals are than transmitted to an internal receiver made up of electrodes, which is implanted on the brainstem. The auditory neurons are then simulated directly in the brain, effectively bypassing the inner ear completely. By placing this electrode directly into the hearing centers of the brain, it actually forces the brain to work the way it was originally designed to, all through these artificial implants. Caiden is currently one of the lucky few in the trails for the newest hearing device and has begun speech therapy thanks to his new ability to hear sounds for the first time in his life.
3 — Ekso Robotic Exoskeleton
3D Systems and Ekso Bionics have collaborated to create a 3D printed robotic suit which is helping patients who suffer from paralysis. This bionic exoskeleton can be found in several rehabilitation centers worldwide. The battery-powered motor drives the legs, in order to make up for the lost brain-muscle function. This monumental bionic suit, which attaches to the back and legs is helping patients to walk again after conditions like strokes, debilitating injuries, and developmental conditions like cerebral palsy.
2 — UCB 1
Researchers at UCLA believe that they have finally unlocked the complete secret to artificial proteins which have the ability to prompt bone tissue growth.This artificial protein is able to help with bone tissue regeneration, by growing its own patches of bone fragments for missing or damaged pieces of bone hidden in flesh. This artificial protein, dubbed UCB 1, is specially designed to trigger growth in specific cells, and has been used to grow new bones which can fuse and and help re-mobilize sections of the vertebrae. This monumental new technology has alleviated severe back pain to many grateful patients suffering from patches of missing and damaged bones.
1 — Hippocampus Implant
Replacing a piece of the human brain is not simple task, and in testing has proven much harder than replacing a limb, yet one professor from the University of Southern California is making strides toward this unbelievable bionic advancement. Theodore Berger has created a computer chip, which could one day, replace the hippocampus, the part of the brain which controls short-term memory and spatial understanding. The hippocampus is damaged by several medical conditions such as Alzheimer's and strokes, this artificial, bionic hippocampus currently in the works could help maintain normal brain function, in patients who would otherwise be disabled. The implant is currently being tested in trials.