Toilet flushing method

Abstract

The invention discloses a toilet flushing method. A water feeding mechanism and a water drainage mechanism are involved in the method, the water feeding mechanism includes a water stopping assembly with a water stopping floating barrel and a starting mechanism used for driving the water stopping assembly, and the water feeding mechanism is provided with a starting water level which represents a water level, at which the water stopping assembly starts water feeding, of a water tank, wherein the water stopping assembly starts water feeding because the water stopping floating barrel descends along with the water level of the water tank before the starting mechanism is operated. The starting mechanism drives the water stopping assembly to start water feeding to flush a cleaned surface of a toilet before the water level of the water tank descends to the starting water level; the water drainage mechanism starts water drainage to enable water to flow into the bottom of the toilet through a water discharging port of the water tank and then flow out from a sewage drain pipe, correspondingly syphonage is caused to the sewage drain pipe, and syphonage of the sewage drain pipe occurs after thecleaned surface is flushed, so that the effect of flushing the toilet is better.

Description

technical field [0001] The invention relates to a toilet flushing method, which belongs to the field of sanitary ware. Background technique [0002] At present, a water inlet valve and a drain valve are generally installed in the existing toilet water tank. The water inlet valve can re-inject water into the water tank after the water in the water tank is drained by the drain valve to a specified amount, and in certain occasions, the drain valve is required to drain At the same time, the water inlet valve starts to enter water immediately. For example, the water from the water inlet valve is used to clean the structure of the inner wall of the urinal. The water inlet valve needs to enter water as soon as possible to supply water to the brush ring for cleaning the surface (in the urinal). The wall surface) is flushed, and then the water on the washing surface (the inner wall surface of the toilet) is taken away when the sewage pipe of the toilet is siphoning. The water can on...

AI Technical Summary

Problems solved by technology

[0002] At present, the water inlet valve and the drain valve are generally installed in the existing toilet water tank. The water inlet valve can enter the water tank again after the drain valve discharges the water in the water tank to the specified amount of water. At the same time, the water inlet valve immediately starts to enter water. For example, if the water from the water inlet valve is used to clean the structure of the inner wall of the urinal, the water inlet valve needs to enter water as soon as possible to supply water to the brush ring for cleaning the surface (inside the urinal) wall) for flushing, and then when the sewage pipe of the toilet is siphoned, the water flushing the cleaning surface (inner wall of the urinal) will be taken away together. The water intake can only be started when the water level is high, which leads to the need to wait for the water inlet valve to open, and cannot flush the inner wall of the urinal in time. As a result, when the sewage pipe of the toilet starts to siphon, the water supplied by the water inlet valve has not yet started to flush the inner wall of the urinal. The water on the inner wall of the urinal is too late to be drained away by the siphon of the sewage pipe and remains in the urinal, and the flushing effect is not good

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