In the movie "Iron Man", the protagonist Tony Stark has developed a power armor that is endless and capable of flying freely. People usually think that it is a technology that can be realized in the far future. Movie "Iron Man" poster However, just last week, European researchers released an exoskeleton wearing device that, although not as magical as a sci-fi movie, has a strong weight-lifting ability. The exoskeleton is derived from biology and is essentially a wearable "artificial intelligence" device. It not only protects people, but also senses, servos, and drives mechanical joint recurrences based on physical activity to provide additional power, allowing people to run faster, jump higher, and more. In recent years, smart exoskeleton equipment has been continuously introduced in the world: the "warrior woven garment" of the United States, the "Hercules" of France, the "soldier-21" of Russia, and the cognitive exoskeleton robot of China... These technologies combine mechanical and electronic, Control, biology, sensing, information fusion, new materials, etc., represent the future direction of wearable smart devices. Conceptual illustration of a future individual armor and exoskeleton system drawn by a French conceptual artist Human assisted prosthetic limb developed by a Japanese company "Exoskeleton" walking system developed by an Israeli company It is conceivable that exoskeleton technology will not only allow people who have been walking for many years to stand up, but also hope that ordinary people will become extremely powerful "Iron Man". However, as smart exoskeleton wearers evolve into more powerful intelligent robots, human law, ethics or new challenges will be faced. Increase your physical strength by 10 times A set of mechanical "bones" can make people lift weights! A new exoskeleton (Robo-Mate) released by European researchers has this effect. In the first practical sample show, the EU-funded exoskeleton, which was developed in late 2013, can increase the ability to lift objects by a factor of 10. In other words, if you can lift a 50 kg object, you can lift 500 kg with it. How is this done? According to the researchers, this human-machine interaction device uses small motors and sensors to provide auxiliary strength and support to the human body. The prototype is divided into three modules, the arm, torso and leg modules. The three divisions are clear: the arm module is connected to the human arm and is mainly responsible for lifting the object; the trunk module is mainly used to support and protect the back; the leg module is used to support the leg when the human jaw grips the object, and relieves the pressure on the leg. However, due to issues such as safety and reliability and aesthetic appearance, it will take some time for it to actually come out. China's research and development of second generation products Unlike other high-tech fields that need to catch up, in terms of exoskeleton technology, China has always kept pace with international development. At present, the domestic second-generation cognitive exoskeleton robot (EXOP-2) is under development. The project was led by the Research Project Office of the Changzhou Institute of Advanced Science, Chinese Academy of Sciences. Last year, its first-generation cognitive exoskeleton robot (EXOP-1) was successfully developed. The first generation of robots is made of aerospace aluminum and weighs only 70 kilograms, 30% of which are still tolerated. However, its advanced nature is mainly reflected in the idea drive and motor boost. When a person does something, the motion trend signal is reflected by the sensor to the corresponding muscle and then communicated to the controller and the drive. The system interprets the intention of the movement by detecting changes in human body pressure and posture, and agrees with the human body. In the second generation system, the intelligence and power-assisting effects will be further enhanced. According to Chen Jian, the director of the project office and associate researcher, the efficiency of the second-generation robots may reach the level of “one punch through the wallâ€. At present, many units, public security, and fire departments have become interested in the project.
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