This technology is a toilet management system that uses sonic and ultrasonic sensors mounted on the toilet seat to measure the size of the contents in the bowl. A central server then calculates the required flush volume based on the wirelessly transmitted data and controls the water pressure regulator for each toilet.
While 30–40% of household water usage is attributed to toilets, conventional models flush the entire tank regardless of the amount of waste, leading to significant water waste. Furthermore, in high-density residential areas like apartment complexes, simultaneous usage can cause drops in water pressure, leading to frequent clogs.
This technology utilizes a neural network recognition model to compare data against training sets to determine the size of the contents and calculate the appropriate flush volume. If the pressure in the air-charged tank drops below a set threshold, an air intake component replenishes the pressure, while a solenoid valve regulates the flush duration. This system can be applied to sanitary facilities in apartment complexes, public restrooms, and large buildings, significantly reducing water consumption while preventing toilet clogs in low-pressure environments.
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