In April 2025, Shenzhen Nanshan Sewage Treatment Plant's 4500 m³ sedimentation tank had sludge accumulation exceeding 1m in thickness, severely hindering sewage treatment. To ensure the plant's safe and stable operation, the water company adopted ...

The article delves into the robotics industry's development trends, underscoring the advantages of non - humanoid robots in practical applications. Core viewpoints are as follows: Humanoid robots have multiple limitations. Firstly, they are expensive, like Boston Dynamics' Atlas and Figure02, which cost over $2 million each, and Tesla's Optimus has uncertain mass production prospects. Secondly, they encounter technical challenges. Bipedal walking demands complex electromechanical systems, and dexterous hand operation relies on high - precision sensors, both of which hike R&D and maintenance costs. Thirdly, their efficiency is low. Their walking speed is less than one - third of humans', with limited battery life and touch sensitivity only one - thousandth that of biological skin. Non - humanoid robots have significant strengths. Robot design should center on functionality. In municipal drainage network maintenance, non - humanoid robots such as pipeline inspection robots, drones, and snake - like robots are more efficient. They are also more efficient in industrial settings, like multi - axis robotic arms for precise assembly tasks and AGV carts for round - the - clock goods transportation. Looking ahead, the robot society will likely have a "pyramid" structure. The base (40% - 60%) will consist of dedicated robots for efficiency - focused tasks, such as robotic arms and drones. The middle (20% - 30%) will be modular robots for various tasks, like pipeline robots. The top (10% - 20%) will be humanoid robots for emotional interaction and complex decision - making. In conclusion, the robotics industry shouldn't blindly pursue human - like forms but focus on problem - solving, designing robots where form serves function. Non - humanoid robots are key drivers of industrial manufacturing upgrades due to their efficiency and cost - effectiveness in specific scenarios. The future of robotics lies in meeting current needs.

Recently, the Artificial Intelligence and Robotics Innovation Institute of Shenzhen Institute for Advanced Study, UESTC was officially unveiled. The event attracted numerous distinguished guests from governmental, academic, and industrial sectors, including officials from Shenzhen's Longhua District and the Shenzhen Science and Technology Innovation Bureau, as well as representatives from well-known enterprises like Huawei and Foxconn. The institute aims to focus on cutting-edge research in artificial intelligence and robotics, conduct high-level studies, produce original results, and cultivate top-tier innovative talents. It is expected to contribute significantly to the construction of the Guangdong-Hong Kong-Macao Greater Bay Area International Science and Technology Innovation Center and the development of the national artificial intelligence industry. During the event, the institute signed industry-university-research cooperation agreements with 14 enterprises, including SROD ROBOTICS, to promote the integration of research findings with industrial applications. Longhua District is actively developing its artificial intelligence and robotics industries, aiming to become a key hub for these sectors. The district is accelerating the introduction and cultivation of high-level talents and the layout of industrial clusters such as smart terminals and industrial robots. The establishment of the institute is in response to the national innovation-driven development strategy. It seeks to create an innovation highland in artificial intelligence and robotics that is "based in the Bay Area and radiates globally," contributing to the strategic needs and industrial upgrading of artificial intelligence and robotics in the country and the Greater Bay Area.

Exploring the SROD CCTV Pipeline Robot: Guardian of Urban Underground Drainage Systems Beneath the surface of cities lies a complex network of drainage pipes, vital for urban infrastructure. However, these pipes face constant threats from sewage corrosion and geological changes, leading to issues like cracks and blockages. Heavy rainfall can exacerbate these problems, causing urban flooding and distress to residents. The SROD CCTV pipeline robot has emerged as a solution, equipped with advanced technologies for efficient inspection and repair of urban drainage pipes. 1.Technological Highlights: The "Eagle Eye" for Precise Inspection The SROD CCTV pipeline robot features a 2.1-megapixel zero-latency digital high-definition camera, providing sharp and clear imagery. This camera can perform a 360° circular scan, ensuring comprehensive coverage of the pipeline's interior. Even in foggy conditions, the one-click defogging function ensures clear images, offering reliable data for inspection and analysis. 2. Operational Convenience: A User-Friendly Smart Terminal The robot is controlled via a portable handheld tablet with a high-definition IPS display. This terminal is easy to carry and operate, allowing staff to control the robot's movement and view real-time images with simple screen taps. This user-friendly interface enhances the efficiency of the inspection process. 3.III. Efficient Support: The Precision Counting Cable Winding Device The counting cable winding device offers centimeter-level accuracy, automatically adjusting to the vehicle's speed for precise cable management. This ensures efficient and accurate inspection, providing reliable data for maintenance teams. 4. Comprehensive Advantages: Revolutionizing Urban Drainage Pipe Maintenance The SROD CCTV pipeline robot significantly advances urban drainage pipe maintenance. Its ability to conduct thorough inspections with high precision and efficiency sets it apart from traditional methods.