Splash-proof lip-free sunken shallow water area anti-sticking closestool

Abstract

The invention discloses a splash-proof lip-free sunken shallow water area anti-sticking closestool, which comprises a urinal main body arranged at the front part and a water tank arranged at the rearpart, the urinal main body and the water tank are connected to form an integrated structure, a concave urinal is arranged at the top of the urinal main body, and a concave sunken shallow water area isarranged at the bottom of the inner wall surface of the urinal; the lower portion of the sunken shallow water area is connected with the head end of the blow-off pipe, sewage falling points of defecation of a user are located in the sunken shallow water area, the sunken shallow water area is of an inwards-concave arc curved surface structure and gradually inclines downwards towards the blow-off pipe, a step groove is formed in the inner wall face of the upper portion of the urinal, and the side wall face of the step groove is directly connected with the top face of the urinal body. Compared with the prior art, the technical scheme has the advantages of splashing prevention, strong impact force, easiness in cleaning and the like, and the cleaning capacity and the cleaning effect of the inner wall surface of the urinal of the closestool structure can be effectively improved.

Description

technical field [0001] The invention relates to the technical field of toilets, in particular to a splash-proof non-sinking lip-surface anti-stick toilet in shallow water areas. Background technique [0002] In daily life, the toilet structure is a sanitary product that people often use, which can conveniently solve the problem of people going to the toilet, and make the toilet and other use environments easy to clean and keep clean. [0003] But the toilet structure of prior art, usually in use process, the deep water yield is stored at the bottom of the urinal so that the initial end of the sewage pipe is sealed to prevent peculiar smell from overflowing outwards from the sewage pipe. During the process, the vertical height between the buttocks and the water body at the bottom of the urinal is relatively large, so when the user uses the toilet structure to go to the toilet, after the dirt falls on the water body from top to bottom, the deeper water body is prone to collaps...

AI Technical Summary

Problems solved by technology

[0003] But the toilet structure of prior art, usually in use process, the deep water yield is stored at the bottom of the urinal so that the initial end of the sewage pipe is sealed to prevent peculiar smell from overflowing outwards from the sewage pipe. During the process, the vertical height between the buttocks and the water body at the bottom of the urinal is relatively large, so when the user uses the toilet structure to go to the toilet, after the dirt falls on the water body from top to bottom, the deeper water body is prone to collapse due to the impact force. Splash a certain amount of water, and these water splashes are also easy to stain the user's buttocks or clothing, so it is of great significance to optimize and improve the structure of the existing toilet to avoid splashing more water during the process of going to the toilet

[0004] In addition, the toilet structure of the prior art usually has drainage holes on the top of the inner wall of the urinal. After the water body passes through several drainage holes and flushes downward, the dirt attached to the surface of the urinal can be washed away to realize the cleaning function. However, the existing The technology uses the flushing method with evenly distributed flushing holes, and it is easy to be unable to completely flush away the dirt attached to the surface of the urinal due to the small flushing power. Therefore, it is also necessary to optimize the flushing method to improve the flushing efficiency

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