Squatting pan

Abstract

The invention discloses a squatting pan. The squatting pan includes a panel, a urinal and a siphon, the urinal is arranged at the lower side of the panel, the back end of the bottom of the urinal is provided with a sewage draining exit, the sewage draining exit is communicated with the siphon by a water storage pipeline, the siphon is located at the left side or the right side of the urinal, and the water storage pipeline is located at the back side of the end, arranged with thesewage draining exit, of the urinal. According to the squatting pan, the siphon is located at the left side or the right side of the urinal and connected with the sewage draining exit and the siphon by the water storage pipeline, and compared with the design of theconventional siphon located under the urinal, the squatting pan can not only reduce the designed height of the overall squatting pan but also increase the designed depth of the urinal. When the products are transported, landing points are added, and damage caused by production and transportation is avoided. After increasing the designed depth of the urinal, theproblem that because of the insufficient designed depth of the urinal, sewage easily splashes to the panel or directly splashes to other positions of a toilet and accordingly contamination is caused to the toilet can be avoided.

Description

Technical field [0001] The invention relates to a squatting toilet. Background technique [0002] The existing squatting toilet includes a panel, a toilet and a siphon pipe. The back end of the bottom of the toilet is provided with a sewage outlet. The siphon pipe is directly connected to the sewage outlet. The siphon pipe is located under the toilet as a whole and is used in manufacturing, transportation and installation. It is easy to be damaged in the process. The main reason for the damage is that the entire weight of the squatting toilet is pressed on the siphon pipe on the lower side of the toilet. Moreover, the design of the siphon line below the toilet makes the overall design height of the squatting pan higher. In the national architectural design standard, the overall height of the squatting pan cannot exceed 30 cm. Otherwise, the toilet must be installed with steps. Increasing the construction cost, but also increasing the load of the building, reducing the earthquake...

AI Technical Summary

Problems solved by technology

[0002] The existing squatting pan includes a panel, a urinal and a siphon pipeline. The rear end of the urinal bottom is provided with a sewage outlet, and the siphon pipeline is directly connected to the sewage outlet. It is easy to be damaged during the process of squatting. The main reason for the damage is that the entire weight of the squatting pan is all pressed on the siphon pipe on the lower side of the urinal.

Moreover, the design of the siphon pipeline under the urinal will make the overall design height of the squatting pan higher. According to the national architectural design standards, the overall height of the squatting pan cannot exceed 30 cm. Otherwise, the toilet must be installed with steps. It increases the construction cost, increases the load of the building, and reduces the earthquake resistance of the building

However, this also causes the urinal to be designed with a shallow depth, generally about 5 cm. When the urine falls into the panel during use, it is easy to splash to the outside.

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