【 Embodied Intelligent Robot Exhibition area 】

Into the embodied intelligent robot exhibition area, many enterprises with core competitiveness in the field of embodied intelligence gathered together. With the theme of “Humanoid robot Model Application Demonstration”, the exhibition area focused on the latest achievements of humanoid robots in environmental perception, behavioral control, human-computer interaction, and core technologies such as “cerebellum” to control humanoid robot movement.

IS200TVBAH2ACC A lot of four-legged robot dogs? Six-legged robots. Find out. Lenovo Morningstar Robot GS is a universal hexapod robot, the unique hexapod design gives it a strong cross-country passing ability, easy to conquer a variety of complex terrain. As the first foot robot independently developed by Lenovo Research Institute Shanghai Branch, Lenovo Morningstar robot GS has a load capacity of up to 100 kg, and reaches IP66 protection level, with adaptive anti-slip function. In other words, this six-legged robot is fearless of wind and rain, not afraid of rugged, and can lift the tripod at the same time as walking on the ground. Lenovo’s official introduction to it is: “indomitable explorer, suitable for industrial inspection operations, emergency rescue, field survey and other application scenarios.”

In nature, hexapods have become the most widely distributed species on Earth due to their strong adaptability to the environment. Compared to tetrapods, the advantage of having two more legs is not only improved flexibility, but more importantly, it brings higher stability and redundancy, enabling more diverse gaits. From the perspective of bionics, Lenovo Morningstar robot GS adopts the classic “three-three gait”, always maintaining three points on the ground, forming a stable triangular support structure, which is the true sense of “stable strong”.

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【 Humanoid robot Industry Chain Exhibition area 】

The exhibition area will focus on the core components and cutting-edge technologies of humanoid robot manufacturing, including high-performance retarders, servo drive systems, intelligent controllers, intelligent integrated joints, new sensors, intelligent end-effectors and other innovative products.

IS200TVBAH2ACC Have you ever wondered how our brains direct our body’s movements? In simple terms, the brain gives instructions to control the muscles to contract or relax, which in turn drives the bones to complete the movement. By capturing the weak electrical signals generated when muscles contract, and using artificial intelligence algorithms to analyze, you can calculate the corresponding human movement, which is the working principle of myoelectric sensors. One company is using this principle to bring new hope to millions of people with disabilities.

In 2015, Shanghai Aoyi Information Technology Co., LTD. (hereinafter referred to as “Aoyi Technology”) was established in Zhangjiang, focusing on the research and development of human bioelectric sensor technology, machine learning and pattern recognition algorithm, and EMG gesture recognition technology. With a strong ability of independent innovation, Aoyi technology’s technologies and products have comprehensive originality and independent intellectual property rights, and now has 60 core patents and 9 software Copyrights.