water saving toilet

Abstract

The invention discloses a water-saving toilet. The water-saving toilet comprises a water tank, a squatting pan, a trap and a blow-down pipeline, wherein the water tank is made of ceramic and is provided with four side walls and a bottom wall; a round drain outlet which can be equipped with a single-press drain valve is formed in the bottom wall of the water tank; a drain transfer cavity is formed below the bottom wall of the water tank; a water diversion channel is formed in the top edge of the squatting pan; the round drain outlet is located above the drain transfer cavity which is connected with the water diversion channel in the top edge of the squatting pan; gas-guide pipes are arranged at the rear side of the trap and the blow-down pipeline; lower pipe orifices of the gas-guide pipes are directly connected with the blow-down pipeline and upper pipe orifices of the gas-guide pipes are located at the uppermost end of the drain transfer cavity; the horizontal projection positions of the upper pipe orifices of the gas-guide pipes are located at the periphery of a horizontal projection position of the round drain outlet, and deflects to one corner of a peripheral area of the round drain outlet. The water-saving toilet can be used together with the single-press drain valve, and can be used for realizing the condition that the flush water after urination is less than the flush water after defecation.

Description

technical field [0001] The invention belongs to the technical field of toilets, in particular to a water-saving toilet. Background technique [0002] The toilet includes a water tank, a bedpan, a water trap, and a sewage pipe made of ceramics, and the water tank, a bedpan, a water trap, and a sewage pipe are sintered into one; Sewage pipes; the water tank is provided with four side walls and a bottom wall, and the bottom wall of the water tank is provided with a circular drain that can be installed with a drain valve. A drainage transfer chamber is formed under the bottom wall of the water tank, and a water guide channel is formed on the top edge of the bedpan. , the circular drainage outlet is located above the drainage transfer chamber, the drainage transfer chamber is connected to the water guide channel on the top edge of the bedpan, and the opening of the water guide channel faces the pelvic cavity of the bedpan. When flushing is required, press the drain button to ope...

AI Technical Summary

Problems solved by technology

Since the frequency of urination is far more than that of defecation, there is a huge waste of water resources by simply pressing the drain valve

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