At the traffic lights near the intersection of Rende Road and Huitang Road, municipal engineering technicians are using a sophisticated "robot" detector to inspect the condition of the sewage pipeline. The device is operated via a computer, allowing for real-time monitoring of the underground system.
A photo accompanying the report shows a CCTV pipeline robot performing what's described as a "surgery" on urban sewage pipes, highlighting the high-tech nature of modern infrastructure maintenance.
Technician Xiao Zheng explained that this "robot" is equipped with advanced detection equipment. Its head features a high-intensity light and a 7-megapixel camera, making it ideal for navigating through narrow pipelines. He mentioned that the sewage pipes in this area have a diameter of about 50 cm, and the robot’s compact design allows it to move easily inside. Once deployed, the technician controls the robot from a main console, where the live video feed from the pipeline appears on the screen.
According to Xiao Zheng, the current inspection methods are highly advanced, comparing the process to a colonoscopy for pipelines. This endoscopic approach enables engineers to identify issues such as blockages or structural damage with great precision.
This month, inspections will continue on several key roads, including Aixin Road, Huitang Road, Chaoyang Road, and the eastern section of Xiyang Road. Other areas have already completed their assessments. Lin Xin, a senior official from the city's pipeline maintenance department, emphasized that this annual "general check-up" is part of a routine maintenance schedule.
The inspection uses state-of-the-art endoscopic techniques, including electronic periscopes, CCTV inspection vehicles, and ultrasonic detectors. These tools allow for a comprehensive evaluation of the entire sewage network.
Regular inspections help identify areas with sediment buildup or pipe damage, enabling timely repairs and ensuring the smooth operation of the city’s drainage system. This proactive approach not only prevents potential failures but also extends the lifespan of the infrastructure, contributing to a cleaner and more efficient urban environment.
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