Creating artwork or digital images are then printed. But it all depends on the quality of the printer, ink, and paper, and sometimes the results are not as expected.But all that could change for the better,because now will attend a small robot called Line-us.Then,what is the greatness of this little robot?
Line-us is a robot with arms that can hold a pen / pencil.Since it was accompanied by an application and Internet connectivity, Line-us will be able to follow the strokes that you make use of a stylus, finger, or mouse, which means that when you draw on the screen (or tablet),the robot will follow your movements in real-time and create whatever you’re doing right then and there.
This little robot is also able to use all kinds of pens, markers, and pencils, which means that this printer is more authentic as opposed to just relying spraying printer ink on the paper.Line-us is a pretty interesting project and the project is currently running a campaign on the site Kickstarter to raise funds. If you are interested in this project,can go directly to the Kickstarter page to find out the details of this unique project.
Experts always innovating technology to create sophisticated robots that can help ease the life of man. Experts continue to develop robot technology, an early form of very rigid and sturdy robot, the robot can now increasingly resemble humans.
Robotics engineer team from the University of Science and Technology of China made a robot that just like humans, the robot named Jia Jia. The robot appeared and attracted attention in a prominent event in Shanghai, China. His appearance was beautiful, charming, and adept at speaking. Jia Jia also can catapult praise to others. Many people think that this robot is a man because he looks as if exhale. Read more
Iron Man is indeed a scientific movie that shows the use of advanced technology. And though Iron Man is just a movie, but the technology that is in the film can also be seen in everyday life. Included is a robot suit worn by Tony Stark.
Introduce clothes belonging Hyundai exoskeleton called by the name of Hyundai Lifecaring exoskeleton or abbreviated H-LEX. Companies from South Korea and even then released the H-LEX clothes designed bigger and stronger than the previous version. And this robot suit has the ability to lift heavier weights than the older version.
H-LEX robot suit is a suit exoskeleton designed to be used in the factory environment. Employees can use these H-LEX as well as a Tony Stark in Iron Man movie. But H-LEX is unable to fly or shoot lasers, can only be used to lift heavy loads. In addition, H-LEX is also designed to be used for those with limb disabilities.
Sure military world is in need of technology that can make them invisible. Technology like this is in the development stage and answer that allows to realize it is a nano-technology. The robe has a total thickness of only 80 nanometers. Composed of magnesium fluoride coating of 50 nano meters, the surface is covered by nanoantena made of very thin gold block 30 nano meters thick and have a variety of sizes. Nanoantena is used to bend the light, so that objects that are covered by this cloak will not be visible. This robe can adjust to the environment. That is just one of the nanotechnology developed for military purposes incognito.
Nanotechnology both created for the purpose of the military is a robot chameleon disguises. The chameleon skin color trying to adjust the color in the environment. Technology like this can be used by the military to disguise with their surroundings. This discovery will continue to be developed, so that one day can be fused perfectly to the surrounding environment. Nanotechnology could one day be blended at vest military defense.
The chameleon robot can produce a color change by utilizing the interaction between nano-scale structures in the electric field. The skin of the robot consists of sheets of glass edge of each sheet of glass there are some holes. Each hole has a diameter of 50 nm, and in it is inserted gold nano. When light hits the gold nano structure, it will make little bumpy electrons, determines how much light is reflected, how much is absorbed, causing the sheets of glass become discolored. But the lack of a robotic chameleon that can only detect basic colors like red, green, and blue, because of the limited ability of current sensors for detecting color. Read more
A robot maid passengers at airports being prepared at Schiphol Airport, Amsterdam. Robot whose development is funded by the European Commission and created by a collaboration between researchers and business people from five European countries it serves to help every passenger to find his way in the airport area. This robot is designed to be able to map their surroundings, such as detecting glass, trolleys, as well as the traffic of people changing.
This robot is part of a Spencer project that was designed specifically to serve passengers at airports. This robot will be tested for the first time on 30 November 2015 which was held at Schiphol Airport is one of the world’s busiest airports. Testing the robot is planned to take a week for better environmental adaptation.
This robot is equipped with a digital navigation maps and a laser beam is used to measure the distance to a variety of barriers to the right. Laser irradiation is recorded to determine any obstacles encountered, whether permanent or temporary. According Archim Lelienthal, professor of computer science and leader of the research project from Orebro University, this robot will initially be focused to detect a permanent barrier and then improved its ability to detect semi-permanent barrier. Read more
Surely you already know the name of the robot. The robot is a mechanical device that can perform physical tasks, whether anyone is using the supervision and control of human or programs which have been made previously or commonly referred to as artificial intelligence. The robot is usually used in the industry which is usually assigned to work hard, dangerous and demanding job working fast. To industrial robots used in industry because it is more efficient and to minimize production costs. But in recent decades the robot began to enter the arena in the field of entertainment and household tools. Robot created by the creator first by trying to imitate the style of animals and humans. Robot scientists found that it is very difficult and requires power calculation more, so the development of the change to the other research.
Developments in the world this robot begins to develop, one country that stands out is the Japanese state is with robotics. Japanese robot has existed in the Edo period, namely the presence of a mechanical doll, which was known as Karakuri Ningyo. Robot in Japan really – really serious in its development, and at the time of Japan is a country that has always had innovation – innovation that is very new on robot technology. Examples of popular Japanese robot is a robot Asimo is a humanoid robot created by Honda Motor Company company. This ASIMO robot astronaut shaped small carrying bag and can walk with the legs.
Japan again -lagi not stop in creating a robot that is as well known as robot Asimo is a humanoid robot that robot Actroid this robot can mimic human expressions are the same as human beings. There are other technical problems that hinder the development of robots that komplektivitas handling physical objects in a natural environment that is still a mess. Vision sensors are tactile sensors and a better algorithm may be able to resolve this issue. Online Robot tested is a good example of robot development. In addition to the State japan many countries – other countries like Europe and America who compete to create the robot of which is a robot car without a steering wheel. Read more
The development of computing technology and robotics turns direct effect on the development of military technology. The use of drones and military robots has now become commonplace and have been used by a superpower like the United States.
As if not to be outdone, the Russian military was reportedly floated a robot frame technology (exoskeleton) that can be used soldiers. Uniquely, the exoskeleton can be controlled using its mind.
Not only that, the exoskeleton is claimed to improve dramatically the combat soldier, and make soldiers can lift loads up to more than 270 kilograms per person. The technology they named neuroelectronic interface, which allows users exoskeleton can control the device through the mind, so that the movement becomes more responsive. Read more
Brand Qualcomm is known as one brand of processor chip SoC (System-on-a-Chip) solutions aimed at mobile devices. But now Qualcomm processor chip products will also be used for product robot drones. The company had been officially revealed the existence of Flight Snapdragon processor aimed specifically for drone.
The technology used by the Qualcomm Snapdragon processor chip Flight is also not kidding. They use Snapdragon processor 801 as a base workmanship Snapdragon processor Flight. As is known, Snapdragon processor chip 801 is a product aimed at the high end smartphone products with four core processor speed of 2.26 GHz.
In addition, the processor chip is also equipped with several features. Among them is a digital signal processor that function as flight control in real-time, WiFi and Bluetooth. Not to forget, SoC chip is also equipped with a Global Navigation Satellite System receiver and the ability to process the 4K video. Read more
A technology researcher, said it had succeeded in developing a robot known as Hadrian. The robot is claimed to be able to do the work home builders, many times faster.
Robots were introduced with the name Hadrian, was able to build a brick lay 1,000 pieces in one hour for the foundation wall. So, if calculated over 24 hours in a day, the possibility of the construction of the house can be made within approximately two days.
The ability of robots made by the researchers, also claimed to be able to build as many as 150 homes per year. Read more
Robotics Event Olympic Games Robotics At the opening event, displayed a wide range of wireless robots, including one shaped robot birds or ornithopter.
The robot created by students from Indonesia, which deliberately exhibited at the opening of the Olympic Games Robotics. One exhibitor robotic ornithopter University graduate said the robot that resembles the bird can fly up to a cruising altitude of 200 meters.
Robot made by approximately 10 students can be used for reconnaissance, surveillance (monitoring) and others. Ornithopter is also equipped with a camera that is placed at the front of the robot body. Read more
1. Ability Vision Superman In Penetrating Wall
Camero’s Xaver 800, a product which uses microwave radar to penetrate the walls and project the 3-D imaging of whatever is hiding behind walls. According to the manufacturer, this tool can be used to image through walls plain old, clay brick, cinder block and even reinforced concrete structures, everything is penetrated Xaver 800. Although like Superman, this tool also has got kryptonite (weakness) it, this device can not see through solid metal. Other companies are also getting into the business vision of X-rays. Physical Optics Corporation offers a handheld device called LEXID, which can reveal contraband concealed behind walls, in cars and in other containers.
2. Ability Adhesives Spiderman To Stick On Wall.
Scientists have been working to develop a synthetic adhesive that mimics the gecko for many years, and such a discovery is very close to becoming a reality, thanks to a new method that uses microscopic plastic to create a similar structure. In all likelihood, the room will be the first destination to try a new dry adhesive. Nowadays, the idea is that the technology will help robotic exploration final frontier. This idea is entirely plausible, that the same principles can be applied to eventually replace everyday adhesive which people will start to get used to.
3. Muscle Strength Super HULK
Berkley Bionics and Lockheed Martin Human Universal Load Carrier (HULC) exoskeletons are examples of such innovations. HULC, through its titanium legs, change the wearer to be strong. Titanium leg attached to the frame backpacklike with a set of power units and small on-board microcomputer. HULC one of the most impressive features is the fact that it does not require a joystick or manual control mechanism. The device can sense the movement of the intended operator, and react as desired. Read more