In Longjin Lake Park in Longyan City, Fujian Province, a new approach to sanitation is quietly unfolding.
Along with the morning fog on the greenway gradually dispersed, an automatic operation of the unmanned cleaning robot Star Kyun® has completed the cleaning task of the outer circle of the park, behind the clean and tidy road, is the unmanned operating system day after day of efficient operation.
Longjin Lake Park, with its vast area, is one of the core public green spaces in Longyan City. Its green road around the lake is long, dense trees, turning more, both the public recreation and fitness of the important dynamic line, but also often because of the leaves, dust and other natural debris and the need for high-frequency sweeping. In the past, this type ofarea mainly rely on manual roving operation, not only consumes manpower, but also difficult to achieve comprehensive coverage, stable implementation. The addition of unmanned equipment for this type of "high-frequency but repetitive" operations provide another solution.
At present, the unmanned cleaning robot Star Kyun® operation path covers the entire park greenway outer circle, cleaning area ofabout 330,000 square metres ina single day.Relying onadvanced perception algorithms to process and fuse data, Star Hyun®can accurately identify obstacles in complex environments and respond to them in real time, achieving centimetre-level accuracy in autonomous navigation and obstacle avoidance. When faced with typical urban green space scenarios, such as greenways with many turns, dense pedestrian flow and intersections, the robot flexibly adjusts its speed and travelling route to ensure operational continuity and pedestrian safety.
In addition, Star Kyunney® adopts adjustable sweeping components, which can dynamically adapt the sweeping strength and depth according to the terrain differences and ground conditions, adapting to a variety of road types to ensure efficient and dead-end-free cleaning.
In addition to the cleaning effect, another change brought by the unmanned cleaning robot is the improvement of operation management.
Seamlessly connectedwiththe intelligent cloud control platform system,Sing Hyun®achievesintelligent scheduling, real-time monitoring and data analysisof cleaning tasks, which promotes efficient collaborative work between multiple robots and significantly improves the degree of management refinement.
For managers, this means that there is no need to rely on manual inspection and on-site supervision, "whether to sweep clean", "whether there is no deviation", "which section is completed", "Which section is abnormal" - the platform is clear at a glance. Not only reduces the burden of manpower, but also allows the manager's energy from "people management" to data-driven "scientific decision-making".
The improvement of cleaning ability comes from the continuous optimisation of hardware and software systems in identification, decision-making and collaboration. In the future, KUSA Technology will continue to promote the in-depth synergy between intelligent equipment and platform systems, accumulate operational experience in more complex environments, and continue to polish the executability and replicability of unmanned operations, so as to provide long-term and stable technical support for the digital and intellectual upgrading of the sanitation industry.
