Flexible pipe type water-saving closestool

Abstract

The invention discloses a flexible pipe type water-saving closestool. The flexible pipe type water-saving closestool comprises a closestool chamber body and a water tank; a flushing valve is arranged on the water tank; a flexible pipe connected with a sewer is arranged at a part on which a draining part is formed on the closestool chamber body; and a cable pulling device is arranged on the flexible pipe and is in linkage connection with the flushing valve through a steel wire rope. According to the flexible pipe type water-saving closestool, the flexible pipe is pulled by the cable pulling device while turning on the flushing valve, thus a water seal is removed, and the sewage is washed way by the water; the cable pulling device is released after the flushing, a pipeline is sealed again by the flexible pipe under the elasticity effect, the water seal is generated again, and therefore, the water seal is opened and closed synchronous to the flushing action, and high water-saving capacity is achieved.

Description

technical field [0001] The invention relates to a toilet, in particular to a water-saving toilet which uses flexible pipes instead of siphon bends. Background technique [0002] Existing commercially available toilets are flushed once with six liters of water, or flushed once with three liters of water (water-saving mode). According to their structure, toilets are divided into flush type and siphon type, wherein siphon type is further divided into vortex type and jet type. Most of the toilets used in daily use adopt a siphon bend structure. The siphon phenomenon can be used to pump out the water and dirt in the toilet cavity together until there is only a small amount of water left. Its disadvantage is that the water consumption is huge, resulting in the waste of water resources. The "glass of water" toilet that is already on the market uses a butterfly valve to replace the siphon elbow, which successfully reduces the amount of flushing water, but its disadvantages are that...

AI Technical Summary

Problems solved by technology

Most of the toilets used in daily use adopt a siphon bend structure. The siphon phenomenon can be used to pump out the water and dirt in the toilet cavity together until there is only a small amount of water left. The disadvantage is that the water consumption is huge, resulting in a waste of water resources

The existing "glass of water" toilet on the market uses a butterfly valve to replace the siphon elbow, which successfully reduces the amount of flushing water, but its disadvantages are that the butterfly valve is not tightly sealed, has a short lifespan, and is prone to water leakage, which increases maintenance costs and seriously affects the overall promotion of the product.

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