Flushing-free single-layer ceramic urinal and urine resource recycling system thereof

Abstract

The invention discloses a flushing-free single-layer ceramic urinal and a urine resource recycling system thereof. The flushing-free single-layer ceramic urinal comprises a urinal ceramic body with an antibacterial glaze surface, wherein a liquid outlet in the bottom of the urinal ceramic body is eccentrically arranged; an eccentric liquid discharging unit is axially inserted into the liquid discharging opening, and a liquid discharging cylinder is coaxially arranged at the bottom of the liquid discharging opening in a sleeving manner; the eccentric liquid discharging unit comprises a vertically arranged eccentric liquid discharging bowl and a transversely arranged liquid leakage taper pipe, the bowl opening of the eccentric liquid discharging bowl is upward and is axially inserted into the liquid discharging opening in a sealed mode, and the liquid leakage taper pipe is fixedly arranged at the bottom of the eccentric liquid discharging bowl; the liquid inlet end of the liquid leakage taper pipe is communicated with the eccentric liquid discharging bowl, and the liquid discharging end of the liquid leakage taper pipe is elastically plugged and connected with a peculiar smell return prevention baffle; and a discharging elbow is eccentrically arranged at the bottom of the liquid discharging cylinder. According to the materials used by the urinal, the designed part size and the assembly process, the product cost is reduced on the whole, the integration level of internal components of the urinal is improved, and the urinal is more convenient to install on a use site and recycle and process urine.

Description

technical field [0001] The invention relates to the technical field of sanitary ware, in particular to a flush-free single-layer ceramic body urinal and a urine resource recovery system thereof. Background technique [0002] At present, in the existing non-flush urinal devices and all sanitary ware, the positions of the drainage and sewage interface structural holes are all designed in the center, so the interface and the corresponding drainage cylinder are larger in volume and increase the product cost. . In addition, as long as all the sanitary ware is made of ceramics, no matter whether it is stressed or not, it will be sintered into double-layer ceramics. The manufacturing cost is high, the process is complicated, and the installation is heavy; The delivery device cannot systematically realize the recycling of urine and collect it from the source after treatment; finally, the current non-flush urinal assembly process is complicated, especially the assembly of the draina...

AI Technical Summary

Problems solved by technology

[0002] At present, in the existing non-flush urinal devices and all sanitary ware, the positions of the drainage and sewage interface structural holes are all designed in the center, so the interface and the corresponding drainage cylinder are larger in volume and increase the product cost.

In addition, as long as all the sanitary ware is made of ceramics, no matter whether it is stressed or not, it will be sintered into double-layer ceramics. The manufacturing cost is high, the process is complicated, and the installation is heavy; The delivery device cannot systematically realize the recycling of urine and collect it from the source after treatment; finally, the current non-flush urinal assembly process is complicated, especially the assembly of the drainage interface and the drainage cylinder is time-consuming, laborious, and material-intensive

In addition, after long-term use of the anti-return baffle, the elastic resilience of the lotus-leaf opening and closing gap covered by the thermoplastic elastomer will deteriorate, and gaps will easily occur, which will not play the role of preventing odor return.

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