Quick flushing toilet

Abstract

The invention discloses a quick flushing toilet. The toilet comprises a water inlet part, a water passing part and a water outlet part; the water passing part is arranged in a flushing seat ring of the toilet and communicated with the water inlet part and the water outlet part separately; the toilet is characterized by further comprising a quick flushing part which is installed in a water passingchannel formed between the water passing part and the water outlet part; the quick flushing part comprises a flushing sprayer; the flushing sprayer comprises a water inlet, a water outlet and a waterblocking weir; the water outlet is formed in the direction of the water outlet part; the water inlet is communicated with the water passing part, the maximum height of the water inlet is lower than the minimum height of the water outlet, and a water sealing part is formed with a height difference between the water outlet and the water inlet. The quick flushing toilet can increase the flushing speed and reduce the energy loss at the same time, dirt in a toilet bowl is quickly and completely removed, and the problems of low water flushing speed and insufficient water impulsive force are effectively solved.

Description

technical field [0001] The invention relates to the field of sanitary ware, in particular to a quick flush toilet. Background technique [0002] The traditional toilet flushes or closes through the drain valve. When the toilet does not emit water, the internal water passing part (that is, the water channel of the washing ring) and the water outlet part (seat) are in a state of conduction and no water; when the toilet drains When the valve is opened for flushing, the water needs to flow from the water tank into the water channel of the washing ring, and after filling the water channel of the washing ring, it enters the pelvic cavity of the flush toilet with the wall attached to the seat ring. The above process has the following defects: (1) the water flow from the water tank to the pelvic cavity When flushing all the dirt, it is necessary to fill the entire washing channel first, and then flow out from the cleaning hole. In this process, the potential energy of the water is b...

AI Technical Summary

Problems solved by technology

[0002] The traditional toilet flushes or closes through the drain valve. When the toilet does not emit water, the internal water passing part (that is, the water channel of the washing ring) and the water outlet part (seat) are in a state of conduction and no water; when the toilet drains When the valve is opened for flushing, the water needs to flow from the water tank into the water channel of the washing ring, and after filling the water channel of the washing ring, it enters the pelvic cavity of the flush toilet with the wall attached to the seat ring. The above process has the following defects: (1) the water flow from the water tank to the pelvic cavity When flushing all the dirt, it is necessary to fill the entire washing channel first, and then flow out from the cleaning hole. In this process, the potential energy of the water is bound to weaken during this process, and the momentum is insufficient; (2) The water flow is mixed with the gas inside the washing channel, and the air Discharge, the repulsive force generated by the water flow and the internal trapped air further reduces the water potential; (3) The vigorous stirring of water and gas, as well as the impact with the ceramic surface before the water exits, will cause energy loss and generate greater noise; ( 4) It takes a long time to pass the water, and the momentum is insufficient after the water potential weakens, so it is impossible to quickly form a siphon, which is not conducive to quickly flushing the toilet.

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