Closestool flushing control method

Abstract

The invention discloses a closestool flushing control method. The closestool flushing control method includes the steps that P1, a flushing switch on a closestool is triggered; P2, an electric control valve II arranged in a flushing pipe II is turned on, the electric control valve II is turned off after the turn-on state of the electric control valve II is kept for M seconds, and the flushing pipe II is connected to a water supply pipe network prior to being communicated with a water outlet II in the side wall of a seat flowing passage; P3, an electric control valve I arranged in a flushing pipe I is turned on while the electric control valve II is turned off, and the electric control valve I is turned off after the turn-on state of the electric control valve I is kept for N seconds, and the flushing pipe I is connected to the water supply pipe network prior to being communicated with a water outlet I in a drainage passage; P4, the electric control valve II is turned on while the electric control valve I is turned off, and the electric control valve II is turned off after the turn-on state of the electric control valve II is kept for R seconds. The closestool flushing control method has the advantages that high instantaneous water pressure can be provided, so that high flushing force is achieved, the inner side wall of the closestool can be flushed cleanly and sewage can be drained away; meanwhile, water consumption quantity is decreased effectively, and economy is improved.

Description

technical field [0001] The invention relates to a flushing control method, in particular to a toilet flushing control method. Background technique [0002] With the progress of society, the popularity of toilets in family bathrooms is getting higher and higher, which indicates that people's quality of life is gradually improving, but with the popularization of toilets, new problems also follow. [0003] Most of the current toilets are integrated with a water tank. When the toilet is not in use, the water in the water tank becomes idle water. Since the use time of the household toilet is mainly concentrated in the morning and night, during more than ten hours during the day, the water in the water tank is almost completely In an idle state, from the perspective of improving the utilization rate of water resources, the utilization rate of water in the water tank is very low, and the amount of idle water is very considerable, which is undoubtedly a huge waste; in addition, when...

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Problems solved by technology

[0003] Most of the current toilets are integrated with a water tank. When the toilet is not in use, the water in the water tank becomes idle water. Since the use time of the household toilet is mainly concentrated in the morning and night, during more than ten hours during the day, the water in the water tank is almost completely In an idle state, from the perspective of improving the utilization rate of water resources, the utilization rate of water in the water tank is very low, and the amount of idle water is very considerable, which is undoubtedly a huge waste; in addition, when the toilet flushes the dirt, its The water outlet at the upper brush ring flow channel and the bottom sewage channel exit at the same time, so that the water pressure is separated, and the flushing force is insufficient. ; Although the flushing operation using the toilet water tank can provide a large instantaneous water pressure, the water consumption of one flush is about 5-6 liters, which is large in water consumption and poor in economy

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