Principle of Flush Mobile Toilet
The principle of a flush mobile toilet mainly involves two parts: water injection and flushing, achieving efficient cleaning and sewage discharge through specific designs.
Water Injection Principle
The water injection system of a flush mobile toilet is designed for convenience, typically consisting of two main parts: a hand-washing tank and a clean water tank. The hand-washing tank is generally located on the left side of the toilet. Users can directly inject water by unscrewing the water inlet on the tank body and control the water flow by stepping on a pedal during use, facilitating hand-washing and cleaning. The clean water tank is located on the front right side, and water is added in the same way by unscrewing the water inlet, providing a water source for subsequent flushing. This design makes the water injection operation simple and intuitive, without the need for complex tools or professional personnel. Users can complete the water addition process by themselves, ensuring the daily usage needs of the toilet.
Flushing Principle
The core flushing method of a flush mobile toilet is based on mature siphon technology, including siphon flushing, jet siphon flushing, or vortex siphon flushing, etc. When the user presses the flush button or the system automatically initiates the flushing program, the water in the clean water tank is rapidly released. At this time, the water flow is divided into two parts to function: one part of the water flows evenly down the inner walls of the toilet bowl, comprehensively cleaning the ceramic surface, effectively removing stains and residues, and keeping the inner walls of the toilet bowl clean and hygienic; the other part of the water is ejected at high speed through the jet nozzle at the bottom of the toilet bowl, creating a powerful siphon effect near the sewage outlet.
The siphon effect is the key to achieving efficient sewage discharge in a flush mobile toilet. Relying on the strong suction force formed by the siphon, the excreta is quickly carried away and rapidly enters the sewage pipeline along a reasonably designed sewage discharge channel. This design not only ensures that the excreta does not move back and forth inside the toilet bowl, avoiding secondary pollution and odor emission, but also effectively prevents blockages, ensuring the normal use of the toilet. At the same time, the siphon flushing method uses relatively less water, achieving the rational utilization of water resources while ensuring the cleaning effect, which is in line with the concept of environmental protection and energy conservation.
