Abstract: Provided is a method for adaptive mowing control of a mowing robot, the method relates to the technical field of the mowing robot. The method includes: performing block segmentation on a real-time operation environment image into a near-field environment image portion and a far-field environment image portion based on an operation travel speed of a mowing robot and using an effective imaging distance as a segmentation parameter, wherein a maximum operation travel speed is positively proportional to an area proportion of the near-field environment image portion in the real-time operation environment image. The area proportion does not exceed 25%, and the area proportion is related to ambient light intensity. By dividing the real-time operation environment image into the near-field and the far-field environment image portions, the method reduces computing power consumption in processing the real-time operation environment image.

Abstract: A swimming pool sewage suction machine includes a base, a control system, a battery assembly, a driving wheel assembly, a sealing box, a water pump assembly, a collecting box, a top cover assembly, a brush assembly and a charging device and further includes a collision plate assembly, a collision return assembly, a rotary rod assembly, a magnetic induction piece and a Hall plate. The interior of the base is divided into an inner ring water distribution bin and an outer ring water distribution bin through the collecting box. The inner ring water distribution bin is annular, a middle part of the collecting box is provided with an up-down through annular docking base and is sleeved on the water pump assembly.

Abstract: A posture stabilizing structure for a swimming pool sewage suction machine includes a base, a driving wheel assembly, a sealing box, a water pump assembly and a collecting box. The driving wheel assembly is connected to the base, the water pump assembly is arranged inside the base, the collecting box is arranged inside the base and communicated with the water pump assembly, and the sealing box is arranged on a middle part of a bottom of the base. The interior of the base is divided into an inner ring water distribution bin and an outer ring water distribution bin through the collecting box. A gas-liquid circulation hole is further defined in both a front end and a rear end of the bottom of the base and communicated with the outer ring water distribution bin.

Abstract: A posture stabilizing structure for a swimming pool sewage suction machine includes a base, a driving wheel assembly, a sealing box, a water pump assembly and a collecting box. The driving wheel assembly is connected to the base, the water pump assembly is arranged inside the base, the collecting box is arranged inside the base and communicated with the water pump assembly, and the sealing box is arranged on a middle part of a bottom of the base. The interior of the base is divided into an inner ring water distribution bin and an outer ring water distribution bin through the collecting box. A gas-liquid circulation hole is further defined in both a front end and a rear end of the bottom of the base and communicated with the outer ring water distribution bin.

Abstract: A swimming pool sewage suction machine includes a base, a control system, a battery assembly, a driving wheel assembly, a sealing box, a water pump assembly, a collecting box, a top cover assembly, a brush assembly and a charging device and further includes a collision plate assembly, a collision return assembly, a rotary rod assembly, a magnetic induction piece and a Hall plate. The interior of the base is divided into an inner ring water distribution bin and an outer ring water distribution bin through the collecting box. The inner ring water distribution bin is annular, a middle part of the collecting box is provided with an up-down through annular docking base and is sleeved on the water pump assembly.