Diversion dam guiding strong-washing strong-flushing closestool

Abstract

The invention discloses a diversion dam guiding strong-washing and strong-flushing closestool. The closestool mainly comprises a closestool body, a water tank, a water falling opening, a water guide pipe, a water distribution dam, washing holes, a panel, a spraying water inlet, a water guide ring, a toilet bowl bottom, a water guide platform, a spraying hole, a sewage discharging inlet, a water storage surface and a spraying pipe. The closestool is mainly characterized in that water flushed out by the water guide pipe is firstly divided into two water flows by the water diversion dam; a plurality of washing holes in the bottom of the water guide ring are dynamically sealed at the first time through the water guide platform in a left-right manner; washing water supply is preferentially ensured; air in cavities of the water guide ring, the water guide pipe and the injection pipe is temporarily compressed; water flow kinetic energy is prevented from being released, high-efficiency transmission of high-water-level water pressure kinetic energy in the water tank to water flow pressure of the washing hole and the spraying hole is achieved, and the problems that in an existing pure gravity replacement closestool, the washing water amount is small, washing and spraying are insufficient, and the comprehensive use performance of the closestool is low are well solved.

Description

technical field [0001] The invention relates to a toilet structure, in particular to a kind of water flushed out by a water guide pipe, which is first decomposed into two streams by a water diversion dam, and is first divided into left and right by a water guide platform to wash a plurality of washing holes under the water guide ring. Carry out dynamic sealing, which not only gives priority to ensuring the water supply for washing, but also briefly compresses the air in the cavity of the water guide ring, water guide pipe and injection pipe to avoid the release of water kinetic energy, and realize the high water level in the water tank. High-efficiency transfer dam diversion strong washing strong flushing toilet. Background technique [0002] The toilet has a history of more than 100 years. Now, there are all kinds of toilets that use tap water pressure, electric pump pressurization, air source pressurization, etc., but I think the most practical is still the conventional t...

AI Technical Summary

Problems solved by technology

Because the pit at the entrance of the spray pipe is relatively large, a large part of the kinetic energy of the high water level is released, and the pressure of the water flow behind it gradually decreases. Therefore, relatively speaking, the pressure of the water flow for washing and spraying is relatively small; the third is the washing effect bad

When people open the drain valve, the water flushed out of the aqueduct first flows into the large pit at the entrance of the spray pipe. In addition to draining the air and losing kinetic energy, it also gives priority to spraying, resulting in a lag in washing.

Originally, the spray hole is very large, which consumes a lot of water, plus priority spraying, therefore, the cleaning time is short, the water consumption is low and the pressure is low, so the cleaning effect is not ideal

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