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Underwater robot is an important part for the underwater research now. With the help of underwater robot human can reach the bottom of the sea or under the ice in Antarctic. This way human learns something new with the help of underwater robot. Underwater robot can be divided into two groups, first is propeller-driven vehicles that can travel fast and carry lots of instruments, but are limited to expeditions of only a few days; and the secon…
These robots, in case, are the world’s first receptionist and guidance robots to be used on private hospital. The robots were placed at Aizu Chuo Hospital of Aizu-wakamatsu in Fukushima. These robots bring camera that used to monitoring the security around the hospital. The guidance robots used to guide visitor to elevator and bring their baggage. These guidance robots were autonomous robot that able to find its own recharge station when bettery…
This zeppelin is not flying over the sky but it is an Autonomous Underwater Vehicle or AUV that was developed by IUB Robotics Group (now Jacobs University) and Robotic Club in combination with ATLAS Elektronik, who provided the underwater parts for this AUV. Lead Zeppelin is the complete name of this underwater robot. The AUV developed in purposed of research and education and has been participated in SAUC-E (Student Autonomous Underwater Challe…
There are many success stories that come from underwater robot around the globe. Most of them are story about how underwater robots help human to do things that human could do. Like underwater robot that found unexplored reefs habitats in the deep water of Great Barriers in Australia or the famous underwater robot that help people in stopping the oil leak in Gulf of Mexico. Well this story is about underwater robot that found the black box of th…
Organized by the Ministry of Education and Culture, MIT, and Cyprus Institute students in Ayia Fyla High School in Limassol learn to construct underwater robot called Sea Perch. This two-week of underwater robot construction educational training for teacher and students in Cyprus aimed to teach teachers about how to construct an underwater remotely operated vehicle. Sea Perch itself initially developed by MIT in order to promote the interest fro…
It sounds like fiction story that an underwater robot powered by sea’s heat to get operated. But it is the fact that scientists have invented the newest ‘green’ underwater robot. The AUV powered with energy that originally created by absorbing sea’s heat that converted into energy. Not only it has green technology but also the efficiency of this new invention is remarkable. This AUV’s ‘green battery’ could stay longer than common batteries that …
From October 17 through November 12 of 2010 researches from the University of British Colombia are doing an underwater robot exploration in Antarctic ice shelf and ice-covered ocean. This research is done in studying the effects of ice shelves on the mixing of sea water. This research will result in data collection for the Antarctica 2010 Glacier Tongues and Ocean Mixing Research Project. This project investigator is Craig Stevens at the New Z…
There were three robots that belong to a family of underwater robot that developed under Aqua Project. There were robot Aqua that developed in McGill at Mechatronics Locomotion Lab, Ramius, and Kroy that built identically to Aqua. Aqua was an underwater robot that has six legs and flippers and ability to swim and dive. In January 2007 these three underwater robots were brought to Barbados for trials. They performed in an open water trial that ro…
This document will provide information about building an under water robot. The under water robot can swim deep to look for Titanic, can see the volcano deep in the sea, dive thousand feet below, or discover new species deep in the dark ocean. Some under water robots controlled by built-in computers and can operate without any connection to the surface. These are called the AUVs (Autonomous Underwater Vehicles). Many of these underwater attach…
Indian Ocean becomes a place for scientists to do research on climates including the underwater robotic research. This ocean area is important place for Australia and South Asia, where this area provides important climate information for them. It’s all because floods and droughts can impact on the cost of food which is being exported globally. Ocean temperatures and salinity are two important things for the scientists to measure the climate data…
I have to say that this one is not a toy for your kids, but hey what’s wrong if you give your kids the most wanted action figure of HP. This one could be a fantastic action figure collection to complete the series. This action figure contains small parts that can be fragile if you let your kids play with it. So this 7 inch of HP action figure will be the best gift for your 14 years old kids or more. Some said that this model is one of the best quality and great HP action figure. The detail is very lovely and awesome.
Clover Technologies Groups is a manufacturer that provides refill kits, paper substrates, and large variety of laser and inkjet cartridges. It has production and global distribution in many countries such as Porto, Ottawa, Los Angeles, Mexicali, Singapore, Vietnam, and Uruguay. By realizing that there is a huge growth of HP 9000 cartridge in Europe, and considers that HP 9000 cartridge is welded together and makes this cartridge difficult to open and re-manufacture. Clover launches its brand new Clover robotic to make the HP 9000 cartridge users easier in operating the cartridge.
Yaskawa Electric Corporation has built SmartPal. This robot was made in order to ease people life. SmartPal has the system to recognize its environment and works along people. The environment recognition system is needed in order to support the arms to autonomously work. This robot uses wheel in mobile around. And this robot can reach the speed of up to 2.8km/hour. This robot equipped with arms to grab things. And it used seven industrial joints to reach the freedom of movement that this robot has.
It is an interesting video shown from Ben-Gurion University Department of Mechanical Engineering Robotic Lab. The video shown an “underconstrained cable suspended robot capable of maneuvering from one stance space to another by clinging to new contact points.” Like a real spider the robot actually shoots “webs” and hold on to surfaces and allows the robot to move around while hanging. Its hard to collect complete information about this robot, what we do know is that the researchers are interested in planning the motion.
This zeppelin is not flying over the sky but it is an Autonomous Underwater Vehicle or AUV that was developed by IUB Robotics Group (now Jacob University) and Robotic Club in combination with ATLAS Elektronik, who provided the underwater parts for this AUV. Lead Zeppelin is the complete name of this underwater robot. The AUV developed in purposed of research and education and has been participated in SAUC-E (Student Autonomous Underwater Challenge-Europe) in 2006. Basically Zeppelin has a large component of land robot, including for the hardware and software.
This robot was shown up in the route of the Tour de France. Hitched at the back of an SUV, this robot printed messages along the route of the Tour de France. This robot was built by DeepLocal and Standard Robot with sponsorship from Nike and Livestrong Foundation of Lance Armstrong. The Chalkbot Messenger Robot is a mobile robot with weight of 2,200-pound. The main point of this robot project is putting messages of hope. This robot means to reveal the hope of cancer survivors to give inspiration to people. Travel ahead of cyclists at speed of five miles per hour down the route of the Tour de France, this robot printed messages down the street with yellow paint.
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