A toilet with a high-efficiency flushing water circuit

Abstract

A toilet having a high-efficiency flush passage, comprising a jet passage providing water for a jet port (41) of a toilet and a trapway passage (50) connected to a trapway port (51) of the toilet. The jet passage comprises a flow guide section, a flow discharge section (30), and a flow jet section (40) that are sequentially in communication with each other. A first turning corner is provided between the flow guide section and the flow discharge section (30), and a second turning corner is provided between the flow discharge section (30) and the flow jet section (40). The flow discharge section (30) vertically extends downward, and the flow discharge section (30) and the trapway passage (50) are respectively provided on the front and rear sides of the trapway port (51). After flowing through the flow guide section, water enters the flow discharge section (30) by means of the first turning corner, enters the flow jet section (40) from the flow discharge section (30) by means of the second turning corner, and is finally jetted to the trapway port (51) from the jet port (41) of the toilet.

Description

technical field [0001] The invention relates to a toilet with a high-efficiency flushing water circuit. Background technique [0002] Such as figure 1 and figure 2 As shown, the main flush part of the existing common flushing waterway of the toilet generally includes a horizontal diversion section 10', an inclined diversion section 20' and a turning jet section 40', and the water flow first flows along the horizontal diversion section 10' on the toilet seat body. It flows from back to front, then gradually descends along the inclined diversion section 20' and tilts forward to reach the front of the toilet sewage outlet, then the water flow direction turns 180 degrees, and the sewage is discharged from the turning jet section 40' towards the toilet. The 180-degree turn of the flushing waterway has a long overall stroke and a short steering stroke, which increases the potential energy loss of the water during the flow process and affects the overall flushing function. Moreo...

AI Technical Summary

Problems solved by technology

[0002] like figure 1 and figure 2 As shown, the main flush part of the existing common flushing waterway of the toilet generally includes a horizontal diversion section 10', an inclined diversion section 20' and a turning jet section 40', and the water flow first flows along the horizontal diversion section 10' on the toilet seat body. It flows from back to front, then gradually descends along the inclined diversion section 20' and tilts forward to reach the front of the toilet sewage outlet, then the water flow direction turns 180 degrees, and the sewage is discharged from the turning jet section 40' towards the toilet. The 180-degree turn of the flushing waterway has a long overall stroke and a short steering stroke, which increases the potential energy loss of the water during the flow process and affects the overall flushing function. Moreover, the waterway is easily affected by the appearance of the toilet. It is easy to outline a relatively smooth waterway, and there is instability in the mass production of toilets

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