In Jiayu County, Xianning City, Hubei Province, a change in sanitation operations is quietly unfolding.
With the official commissioning of two unmanned cleaning robots, KUSA StarSweep, the city has taken a solid step towards the transformation of intelligent sanitation.They not only bring a more efficient cleaning mode to Jiayu County, but also inject intelligent vitality into the city.
With the acceleration of urbanisation, the city has put forward higher requirements on the efficiency and quality of sanitation operations, andthe traditional mode of sanitation operations has become insufficient, soJiayu County is in urgent need of a set of more efficient and safer sanitation solutions.The introduction ofthe unmanned cleaning robot KUSA StarSweep is a tailor-made solution to meet these challenges - the project focuses on thekey aspectof "road cleaning", covering 9 major road sections in Jiayu County, with an operating area of 963,860 square metres. The project covers 9 major road sections in Jiayu County, with an operating area of 963,860 square metres and a variety of complex scenarios such as independent auxiliary roads, unsegregated auxiliary roads and mixed lanes.Cooperative operation, creating efficient processes
In the actual operation,the unmanned cleaning robot KUSA StarSweep and the sprinkler have establisheda cooperative operation mechanismto maximise the cleaning efficiency and quality.In the operation section, the sprinkler goes out first and flushes the rubbish under the kerbstone according to the planned route; then KUSA StarSweep works according to the predetermined time and path to perform the full-coverage sweeping task. They are able to work flexibly close to the kerbstones and precisely clean the corners of the road surface, ensuring that no dead space is left behind.Equipped with amultimodal sensing system, KUSA StarSweep can sense the surrounding environment in real time through sensors and cameras, identifying obstacles, pedestrians and other vehicles to ensure safe and efficient sweeping; with the built-in intelligent algorithms, it canautomatically plan the optimal sweeping path, avoiding duplicate sweeping or missing areas to improve work efficiency.
After completing the task, the unmanned cleaning robot KUSA StarSweep will automatically return to the transfer station to dump rubbish, charge and replenish water, and undergo routine maintenance to ensure long-term stable operation.In addition, managers can also grasp the robot's work status and progress in real time through the intelligent cloud control platform, adjusting the operation plan in time to improve management efficiency.Mode change, open a new chapter of sanitation
The landing of this intelligent sanitation model, marking the Jiayu County sanitation operations from "people-oriented, machinery as a supplement" to"machinery-led, artificial as a supplement"change.Traditional sanitation operations rely on manual cleaning, low operating efficiency, and long-term exposure to the complex environment of sanitation workers, high labour intensity, safety hazards.In contrast, unmanned cleaning robots can be intelligent scheduling and multi-modal perception technology, can efficiently plan the operating path, to achieve all-weather cleaning.This shift not only frees up labour, but also reduces operating costs and significantly improves the safety of sanitation workers' working environment.The successful application of the unmanned cleaning robot KUSA StarSweep in Jiayu County not only opens a new chapter for the local sanitation work, but also provides valuable experience for other cities in the construction of intelligent sanitation - the high adaptability of the robot and the collaborative mode of operation can meet the needs of a variety of complex road environments, which can be promoted and applied in more cities. The robot can be used in more cities.With the deepening of the practical application, Jiayu County's sanitation model is becoming a model of intelligent urban management. In the future, KUSA Technology will continue to optimise the performance and functions of unmanned cleaning robots, explore more application scenarios, and help more cities achieve efficient and environmentally friendly management.
