杭州机场上新全国首台套履带式智能驱鸟机器人

Core Insights - Hangzhou Airport has officially launched an intelligent bird repelling robot for full-time, all-area operation, marking a significant breakthrough in bird strike prevention for aviation safety [1][2] Group 1: Technology Implementation - The intelligent bird repelling robot was developed in collaboration with a local high-tech enterprise to address industry challenges such as limited human efficiency and adverse weather conditions [2] - Since its trial operation began on October 1, the robot has reduced bird activity frequency in designated areas by 30%, enhancing the efficiency and reliability of bird strike prevention [2][4] Group 2: Robot Features - The robot features a robust tracked chassis design, allowing it to navigate various terrains, including grass, mud, and water, while maintaining operational stability [2] - It operates effectively in extreme temperatures ranging from -20°C to 45°C, showcasing its environmental adaptability [2] Group 3: Multifunctional Capabilities - Equipped with directional sound wave devices, insect extermination lights, and high-definition cameras, the robot performs integrated tasks of "insect repelling + bird repelling + monitoring" [4] - The robot can autonomously patrol and operate 24/7, significantly reducing reliance on human labor [4] Group 4: Data Collection and Analysis - The robot collects real-time video and bird activity data, providing accurate decision-making support for bird repelling strategies [4] - All inspection data can be archived for retrospective analysis, aiding in the optimization of bird strike prevention strategies [4] Group 5: Future Plans - Hangzhou Airport plans to implement a smart bird repelling system during the 14th Five-Year Plan period, aiming to enhance the intelligence level of the bird repelling robots [4] - The initiative will utilize AI to predict bird species and behaviors, creating a long-term mechanism that combines technological prevention with ecological regulation, promoting the airport's transformation into an "eco-friendly" smart hub [4]