Welcome contracted for processing, robotics and accessories! Please provide the robot production, processing, manufacturing drawings, samples, quotes!

Welcome contracted for processing, robotics and accessories! Please provide the robot production, processing, manufacturing drawings, samples, quotes!

Tokyo Tower, Japan launched a robot tour guide, said Shikoku language (August 4) .2012 years

Tokyo Tower launched robot tour guide (information)

Japan’s Kyodo News reported on August 1, the operator of Tokyo Tower in Japan radio tower, August 1, for a special “new employees” – the observation deck of the four languages, wizards, robots, held a welcome ceremony. Japanese outside of the robot, but also in English, Chinese and Korean, to provide services.

The robot is set as follows: “boy” was born on August 1, height 160 cm, 200 kg of body weight, body shape was cylindrical. The robot will be in the 150-meter-high observation deck floor, tour services, voice, introduces visitors to the immediate landscape.

According to Japan’s radio tower, each year, about 300 million people visited Tokyo Tower, which, one percent for foreign tourists. Relevant person in charge, the effect of robot wizard looked forward, saying, “Although foreign tourists by the East Japan earthquake, has decreased, but want to use this opportunity to reverse the situation.

Japan after the earthquake, why not use the robot repair nuclear power plants?

If you want to send a robot, then, the first challenge is to enter the building. Robot professor of Tohoku University in Japan and IEEE members Satoshi Tadokoro in Sendai, said: “move, not only rugged terrain also includes gaps and obstacles on the road, there may be many human beings can cross the barriers, but, most of the robot , but can not cross these barriers. ”

The robot must be controlled remotely by the operator, communication is another challenge. Rely on wireless transmission is a problem, because the reactor was surrounded by thick concrete walls and metal. An alternative is the use of ropes, but the question is, will affect the range and mobility. Professor Christensen said: “Even if it is to use fiber rope, it is difficult to achieve a range of more than 2 km, therefore, must be in the vicinity of, deployment of personnel to operate the tool.”

Why not use agile humanoid robot, they can walk in the ruins, operating heavy machinery, fire and radiation can be tolerated, for example, Terminator-style robot?

Developed the world’s most advanced humanoid robot in Japan, far from reaching this level. Humanoid robot, recently made some progress, but still in the research phase of the project. They can walk, run, climb stairs, dancing, nimble operation. However, they can not repair nuclear reactors.

Georgia Institute of Technology, Christensen and Virginia technology companies in Hong recommendations: the use of unmanned machine, or UAV generated images. But the Japanese authorities may be the choice tends to be conservative, they preferred not to use the unmanned machine, because unmanned machine may crash, so that the situation was further deterioration of … [more]

Week after the earthquake in Japan, the United States to send the robot to rescue

iRobot spokesman earthquake in Japan a week later, the four robots including iRobot, the Packbot 510, and Warrior, 710, leaving Bedford, Massachusetts, rushed to Japan to travel together, there is an iRobot employees of team to provide support.

These robots is expected in many different ways, Fukushima Dai a nuclear power plant to provide assistance. Packbot 510, HazMat effective load, can detect temperature, gamma radiation, explosive gases and water vapor, as well as toxic chemicals, and all the data in real time back to the controller.

Warrior 710, than Packbots much larger, much stronger and can carry up to 68 kg payload, the arm can uplift, more than 90 kg load.

Both robots are equipped with video cameras, real-time video and spread to give the operator, the operator uses a joystick-style controller, operating the robot. Their wireless range over 600 meters around the rubble, climbed the stairs to withstand the whereabouts of 1.8 meters on to concrete, even if completely immersed in water, can still work. Warrior 710, or even be able to back, back Packbots within the structure of the building through a window, into the … [more]

The robot to assist the search for survivors

By the earthquake and tsunami hit in Japan, the famous Japanese search and rescue robotics experts are deploying crawler robots and snake-like robot, to help emergency workers search for survivors.

Quince is a mobile robot, equipped with four sets of track wheels, part of the wheel, under the move, therefore, the robot can bypass the obstacles. It carries cameras, and infrared and carbon dioxide sensors can detect survivors buried under the rubble … [more]

American Pie unmanned aircraft to support disaster relief

Days after the earthquake in Japan, the U.S. Global Hawk, has been assisting in Japan, the completion of mitigation efforts, which were collected in near real-time image, thus, making the official better priorities, and testing of various resources. In January last year, seven earthquakes in Haiti, it had to help monitor the situation of Haiti disaster.

U.S. Global Hawk, with a wingspan of 35 meters long, up to 18 km altitude, breath monitoring 36 hours. In one day, it could survey 100,000 square kilometers of the Strip, do not need intervention. Once the robot received instructions from taxiing to takeoff to data collection, to the landing, fully automatic … [more]

IEEE Expert: robot sent to disaster areas and save lives

Global views on the use of robots is being changed, but it is necessary to do more work to ensure that, where necessary, to the appropriate quality and quantity of hardware. Many government is only just recognized that: the potential of robots in such an environment. Governments have begun to recognize: the potential of robots in the event of a disaster, Therefore, we can increase investment, through, for example, robots sent to disaster areas, to apply robotics technology to save lives … [more]

Robotic Technology

“Robonaut 2” robots, NASA and General Motors designed and manufactured, it is the first simulation robot into space, scientists plan to make this robot, and long-term manned space station, and hope that it will be able to one day, they venture out of the space station. help astronauts complete spacewalk to perform maintenance and scientific experiments … (more)

U.S. troops to Afghanistan to send robot “Big Dog”, “Big Dog” can play a very important role on the battlefield, delivering ammunition, food and other items for the soldiers: in inaccessible areas. Able to walk and run across the obstacles of a certain height. The robot’s power from a gasoline engine with a hydraulic system … (more)

ASIMO is the R & D by Japan, the world’s most advanced humanoid robot, with as high mobile capability, and intelligent humanoid robot, ASIMO humanoid robot of class, not only can walk freely, such as “8” shaped walking, and can be done, the next, step, bend over the complex action … (more)

2008 ‘China Robot Contest “medium-sized group of robot soccer, the team of the National University of Defense Technology, Beijing University of Science and Technology, Binzhou University, team of 4 to 1 to overcome, for three consecutive win … (more)

The activities of the Japan Pavilion World Expo: Robots, Better Life. May 2010

The humanoid robot can walk upright.

Debut at the Shanghai Expo, HAL body version.

Cleaning robot.

Upright walking humanoid robot, cleaning robot, handling robot, learning masters of language growth robots … these, and not just the concept, but toward the marketing of Japanese robots.

May 19 to 23, the movable stage of the Museum of Shanghai World Expo in Japan, the Robot Exhibition was held for five days. The exhibition, organized by the Japan New Energy and Industrial Technology Development Organization NEDO, exhibiting a variety of robots, from Sai Boda England, Toshiba, Fujitsu, Panasonic and other companies, a comprehensive display of the status of practical robot research and development in Japan, declared to the world: the era of coexistence between man and machine, has come.

Japan has the world’s leading robot technology. The theme of the exhibition, “are practical robot robots to make life more colorful.” Main display. Among them, the robot HAL to the body version, the first time unveiled to the public.

HAL is Sai Boda English produced by the Electronic Technology Company, a manual control of intelligent robots, wearable, you can improve the functioning of the body, assisted human limbs action. For example, it can help the elderly and the disabled with walking, enhance the ability to walk, and can do down the stairs, and other actions.

When people want to exercise the brain through the motor nerve cells of neural signals to convey to the muscles, muscles and bones, it will react to. HAL, the principle is to read through sensors attached to the surface of human skin, human biological potential signal, and then in order to control the motors, issued by the wearer muscle action action. A result, HAL can help the wearer, in accordance with their own wishes, independent action.

HAL is the embodiment of a technology integration, it will be able to read the bio-potential signals, in accordance with the will of the actions of the “smart casual control system, and can make human action,” Intelligent Autonomous Control System “combined.

It is reported that, put on HAL, holding dozens of kilograms of items can be like carrying a few kilograms heavier items, easily. HAL application field is very extensive, not only in the field of welfare, nursing, independent action to assist the elderly and the disabled can also be extended to the factory of heavy manual labor, as well as disaster relief.

Since 1992, R & D so far, lower limb version of HAL, since November 2008, has been put into use in applications in Japan and the Nordic countries to the form of lease for hospitals, nursing homes and other welfare agencies. However, the systemic version of HAL in the Expo for the first time unveiled to the public, the price is undisclosed. According to the staff revealed that only the price of a mold, the equivalent of a Mercedes car.

In order to expand their businesses, Saibo Da Ying is expanding the plant, will be held in October this year, officially put into operation, then, will have annual production capacity of 500 to achieve the practical use of the systemic version of HAL.

The exhibition, height 154 cm, weight 58 kg humanoid robot HRP-2. The humanoid robot is the highest form of labor-robot do the work for mankind. HRP-2, not only can walk, you can also sit, wake up, carry goods and human, to promote heavy objects, through the barriers to clean up the tables and chairs and dancing.

Toshiba R & D growth robot – love the separated bubble g (AproPoco), aesthetically pleasing and as family pets. And master dialogue, learning the language of the owner, through the language of the Society, to operate the rest of the family robot, and household appliances.

Fuji Heavy Industries of building cleaning robot, able to operate the office elevator, sweeping move multiple floors, the cleaning is completed, return to start position. The robot is usually limited to non-working hours of the night such as cleaning, improve operational efficiency, and the same time, eliminating the need for lighting and air conditioning, but also to achieve energy conservation. It is reported that artificial monthly cleaning one square meters of carpet, about 100 yen, the robot can be controlled in less than 50 yen. As of October 2009, the robot has been the introduction of nearly 20 high-rise buildings in Japan. The cleaning robot, Japan 2006 annual Robot Award.

According to reports, the annual Robot Award, in recognition of activities by the Japanese Ministry of Economy and the Japan Machinery Federation, since 2006 co-founded, designed to promote the innovation of robotics, to expand the application areas and to arouse the public’s needs. The organizers look forward to: the activities to promote the further development of the Japanese robotics industry, so that the robot into people’s lives.

The award criteria, there are three: social necessity and market demand, size, user point of view of utility, convenience, maintenance cost evaluation, and security, novelty and pretentious, and other advanced technology evaluation. Review, sometimes three a comprehensive evaluation, sometimes, to select an item, especially outstanding.

The 2007 prize, awarded to visual tracking of high-speed handling robot. The robot, the large number of items of high-speed transport in the can conveyor, instant and accurate crawl. The invention of the robot to replace the past, artificial or special mechanical handling operations and be able to cheap, high-quality, 24-hour continuous operation.

2008, Omnibot 17μ: i-SOBOT, won the award. The robot, height 16.5 cm, weighs only 350 grams, but equipped with a self-developed 17 small servo motor, to be completed by more than 200 action. In 2008, the robot has been recognized by the Guinness Book of World Records as the world’s smallest mass production, the humanoid robot “.

According to reports, in order to promote to the general family of the robot to achieve a high level of safety and durability, the use of high security on the 7th of nickel-metal hydride battery, a charge, you can work one hour more than double in volume production legged walking robot which is the world’s energy consumption at least. At present, the price of the robot, before tax 29,800 yen and low price make it a practical success.

NEDO, for hosting this exhibition is to promote Japan’s industrial technology and energy, environmental technologies, the largest core research and development institutions. Through cooperation with enterprises, universities, as well as research institutes, and promote science and technology R & D in Japan, and strengthen Japan’s industrial competitiveness.

NEDO, since the 1980s, it started to focus on the development of robot technology, and has been leading the Japanese robot development. Now, the agency, the development of practical robots, robot support the disk-based technology development, and to ensure safety as a key to advance the next generation of robot development project.

Meanwhile, in order to promote the practical robot in the care, welfare, housekeeping, security and other fields, from the beginning of 2009, NEDO started the support life robot practical project.

NEDO’s staff: in the low birth rate, aging times, the practical use of the much people look forward to the support service robots, the biggest issue is security, which, we are prepared to spend five years to verify and benchmarks established, and international standards as a target. ”

Japan launched the “thinking” robots

Japanese researchers developed a computer program that can guide the robot to observe the surrounding environment on the Internet, do research, so that the robot through the “thinking”, to obtain the best solution to solve the problem.

Associate Professor, Tokyo Institute of Technology, Hasegawa, animal husbandry (phonetic), October 11, the application of this program the robots, like humans, experience, the acquisition of knowledge for solving new problems.

“Most of the existing robots, good in accordance with the preset programs, treatment, and perform tasks, we human beings are ‘real world’, but they do not know much,” Hasegawa said, “Our project aims to try and build a bridge connecting the robot and the real world. ”

Hasegawa such procedures, in fact, is an algorithm that allow the robot to analyze their environment, collect the necessary data, which will accept the information into a series of instructions.

For example, the installation of the “thinking process” of the robot, after receiving the instruction “pour”, this task will be decomposed into a series of skills previously learned: Hold the bottle, pour from the bottle, put down the cup. The robot does not preset to “pour” of this particular program, but design the multiple actions required to complete the instruction.

When faced with tasks beyond their ability to “think” robot, will seek help at the same time, the store learned information in order to respond to new tasks. The robot “brain” directly connected to the Internet, online, to find the necessary information, while filtering out irrelevant information.

The research team optimistic about the prospect of “thinking” robots that robot in the future, can be used for seismic exploration, traffic signal control may also be a good helper for housewife.

Chinese and foreign robot “competitive” Expo. May 2010

Imagine the future world, and ultimately, artificial intelligence. Shanghai World Expo, has become to numerous countries robot.

“Violinist”, “brain” and “Haibao”

Expo, the Japan Pavilion “violin playing robot”, rather “star”, so that visitors have seen it performed, full of praise. The robot with big black eyes, wearing a silver jacket, played after the first bow, and then left-handed violin, on the chin, right hand to lift the bow, and began to play. Action is delicate and graceful.

“It will rub the string!” Someone exclaimed. Many viewers with the beat, clap gently. A Chinese folk song “Jasmine”, the end of the hall a round of applause.

French Pavilion, 58 cm tall, the “brain”, some viewers called the “little genius”. According to the staff, this robot will be shadow boxing, dance, jazz, football, well versed and proficient in the language of more than 20 countries. Fortunately, the audience can see the “brain” of the brothers, stand in a row, the same time, the dance scene.

In the Urban Best Practices Area, Hangzhou, entrance hall, met blue robot “Haibao”. Just take a dedicated microphone, you can and talk to it, face the LCD screen will display real-time expression. For example, to hear “Haibao a smile,” it will grinned, “Ha – ha – ha. “Haibao” good poetry “Solitaire”, the pupils Tangyao Yu Suzhou, Jiangsu province, and it even on the five, not stumped it.

“Robot entirely possible that within a decade, into the home

Expo, there are a lot of “helper” robot. For example, in the Italian Pavilion, the robot will be house to house to collect the garbage.

Urban Best Practices Area of ​​Shanghai eco-home “pavilion, the robot in the kitchen and serve later.

Puxi, Shanghai Corporate Pavilion, built a “robots kitchen. Control personnel, simply press a few buttons, cooks love, it will end pot, stir, add salt, a little vinegar, to produce delicious food.

“Robot is entirely possible within a decade, into the home, the first robot with a simple function of the monitoring, security, and then to more sophisticated entertainment, and domestic service-oriented development.” In the Control Group Institute of Robotics Division PROVENANCE of the general manager said.

At the Expo, a joint team from the control group Research Institute and Zhejiang University, was invited to develop more than 30 intelligent service robot, placed at the main entrance. These robots provide Expo information, public information, guide navigation and other various information consulting services for tourists, and can accurately identify the position of the guests, the number and direction of travel, automatically enter a welcome service status, will tell stories, tell jokes, Chat and the audience.

The robot is gradually approached the lives of ordinary people, the technology is no longer distant. Japanese engineer Tamai Bowen said. Three robots, climbing in the Japan Industrial Museum on the external wall scaffolding joints, set up a special chip, the action is more flexible, and wireless control, can help human freed from dangerous high-altitude operations. Life and Sunshine Pavilion, the robot HAL exhibited by the sensor attached to the surface of human skin, understanding people to exercise the body, “bio-potential signals and control the machine joints, muscles and users, consistent swing to help the action handicapped persons in accordance with the wishes of voluntary action.

Artificial intelligence, human-computer game?

“Everything begins with the World Expo,” Robot Design Expo, has a “bond”. 1985, Tsukuba, Japan Expo, the exhibition of special robots that can climb stairs, cleaning, mechanical parts and components segment, deck rust or for risk. At that time, Japan and the United States, while the introduction of feet, standing, walking robot, change the stereotype of the human believes that the robot “not practical”.

2005, Aichi, Japan Expo, multi-function robot, focus on appearance, that marks human society entered the era of the robot.

Now, the robot has been in the industry, daily life, war, and care has been widely used. Some scientists predict that by 2050, the Earth will truly enter the era of the robot.

Robots, no doubt more and more “smart”, some visitors worry about whether there will be a day, the power of the robot, strong enough to “man-machine confrontation” situation, and even beating humans?

The 30-year-old ZHU Xiao-bo, science fiction enthusiasts. He said that in recent years, the “Terminator” and “I, Robot” movie, the man-machine relationship, carried out a bold prediction. ZHU Xiao-bo that It had been filled with worship of new technology, but the practice has proved that a state-of-the-art technology, only the correct use, in order to benefit of mankind, the key in use.

Welcome contracted for processing, robotics and accessories! Please provide the robot production, processing, manufacturing drawings, samples, quotes!