Non direct spray recyclable water and roller brush self-cleaning technology: Clean the glass curtain wall using a wet roller brush wiping method, rinse the roller brush with clean water, and immediately use a wall stick to squeeze out excess water. The wastewater is recycled and filtered for reuse, and the entire process of cleaning water is only circulated inside the equipment to avoid large water consumption caused by external spraying and the impact of dripping wastewater on pedestrians below;
Automatic obstacle avoidance vacuum adsorption technology: using a dispersed vacuum adsorption mechanism to provide the required adhesion force for the equipment, equipped with multiple obstacle detection switches. After system judgment, the pneumatic mechanism drives the vacuum adsorption mechanism to shrink and avoid obstacles, achieving the equipment to cross glass curtain wall obstacles while ensuring the continuity of vacuum adsorption force throughout the entire process;
Lightweight technology: using high-strength materials and compact structures to reduce weight, the robot's shape conforms to a streamlined shape to reduce wind resistance and prevent detachment due to wind during the cleaning of high-rise building exterior walls;
Comprehensive design technology: equipped with various safety protection systems, including anti drop systems, collision systems, emergency shutdown systems, etc; The anti fall system can detect the condition of the wall through ultrasonic or infrared sensors. Once defects or detachment are found on the wall, the robot's position can be adjusted in a timely manner or its movement can be stopped to prevent falling; The collision avoidance system can detect obstacles in front of the robot during its movement and automatically adjust the motion trajectory to avoid collisions with obstacles
