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Lima.- The Hyundai Motor Group has ventured into the high-value robotics sector of the future by starting the development of the Hyundai Vest Exoskeleton portable industrial robots (H-VEX). After holding the Hyundai Hyundai-free Hyundai (H-CEX) Hyundai at the North American Hyundai-KIA plant last August, the company plans to check the success of H-VEX through extensive testing late 2018.
In early 2018, Hyundai chose robotics artificial intelligence as one of the five growth areas of future innovation. The company has established a designated robotics team at its strategic technology headquarters to focus on the development of related technologies and is expanding its cooperation with badociated sectors.
million. Youngcho Chi, Executive Vice President, Strategy and Technology Division. and Director of Innovation at Hyundai Motor Group, said: "The field of robotics offers not only mobility solutions for the future, but also alternative solutions to reduce the decline in hand productivity -Work. "Hyundai plans to use its vast technological database derived from the production experience of autonomous vehicles to carry out its success in the field of robotics." [19659002] Hyundai develops technologies in three areas of robotics: portable robots, service robots and micro mobility.The company is also strategically cooperating with promising national and international companies with artificial intelligence technology. and robotics.
The first H-CEX, developed for industrial use, is a knee joint protection device that helps maintain the position of the knee. With 1.6 kg, it is lightweight, but very strong and can withstand weights up to 150 kg. With the belts, thighs and knees, it can be easily fitted and adjusted to the size of the user. It also offers three different angle configurations (85/70/55).
Along with the H-CEX, Hyundai plans to test and apply the H-VEX in North American plants by the end of the year. H-VEX is a device that relieves pressure on the neck and back of workers by adding 60 kg of force to the user when using the arms on the head. It should be very effective in preventing injuries and increasing work efficiency.
There are a variety of applications and areas for which robots can be developed, such as portable equipment, service robots, micromobility, etc. Hyundai has introduced the Hyundai Medical Exoskeleton (H-MEX) at the 2017 International Consumer Electronics Show, which badists paraplegics. And the elderly who walk and cross stairs. It is currently under approval by the Ministry of Food Safety and Drugs of Korea and by the US Food and Drug Administration for commercialization as a medical device.
Another development of the Hyundai Motor Group in robotics, Hyundai Universal Medical Assist (HUMA) can be applied on the waist and legs to strengthen muscles during walking, allowing users to reach a running speed of 12 km / h and make it one of the fastest. Portable Robots Worldwide
In addition to wearable devices, several robots that can improve the quality of life of a user will also be introduced in the future. These include a "hotel service robot" that can, among other functions, take over room service and guide guests to hotels; a "sales service robot" that can explain the details of the car to customers at retailers; an "electric vehicle charging manipulator" that automatically charges an electric vehicle when it stops in front of it; and a next-generation personal mobility personal mobility solution, a unique mobility platform so versatile that it can evolve slowly with two wheels and become a three-wheeled transport to enhance stability.
Hyundai Motor Group is performing Bold investments in the field of robotics, including the creation of a $ 4.5 million Alianza Alianza Fund created in cooperation with SK Telecom and Hanwha Asset Management Co. Ltd. to invest in promising startups with skills in artificial intelligence and intelligent mobility
Hyundai has also launched a strategic investment in the US-based artificial intelligence technology company. UU., Automata Perceptive, to ensure a technology for forecasting human movement, and cooperates with the artificial intelligence company equipped with the Chinese superior vision technology, DeepGlint.
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