Integrated type energy-saving water-saving excreta pit

Abstract

The invention relates to an integrated type energy-saving water-saving excreta pit. The excreta pit includes a water-saving ceramic excreta pit assembly, a water-saving ceramic urinal assembly, a liquid collecting assembly, a waster storage chamber and a water pressing chamber, wherein the water storage chamber and the water pressure chamber are sequentially connected with a liquid inlet through pipelines, a one-way valve is arranged between the water storage chamber and the water pressure chamber, and a flushing pipeline is led out from the water pressure chamber, returns back and is connected with a flushing nozzle arranged on the water-saving excreta pit; a water-saving engine-driven flushing assembly includes a button, a foot pedal and an energy-saving engine-driven unit and a water pressing device, wherein the water pressing device is connected with the water pressure chamber and is used for pressurizing the water pressure chamber, the foot pedal is arranged near the water-saving excreta pit, the button is installed on the foot pedal, one end of the energy-saving engine-driven unit is connected with the button, and the other end is connected with the water pressing device and used for driving the water pressing device to work. Compared with the prior art, functions of a daily pedestal pan and functions of a daily excreta pit are integrated, space is saved, and on the premise that energy is saved, water is saved, no electrical energy consumption is needed, and high-efficiency flushing and collecting of excreta are achieved.

Description

technical field [0001] The invention relates to a urinal, in particular to an integrated energy-saving and water-saving urinal. Background technique [0002] Existing infrared urinals and infrared switches consume electric energy and waste water; ordinary urinals cannot automatically flush and cannot save water. Although excreta can be flushed, there are still many problems. [0003] 1. In terms of technology, relatively backward hydraulic flushing is adopted, which has a low utilization rate of water resources and hydraulic power, and the flushing effect is not good. In many cases, stools need to be flushed multiple times. [0004] 2. In terms of applicability, the toilet needs to accumulate water after being flushed once, and it cannot be flushed a second time quickly, which seriously affects the efficiency of use, especially in places with a large flow of people and high frequency of use. In addition, there is no difference in the amount of water used for flushing stool ...

AI Technical Summary

Problems solved by technology

[0002] Existing infrared urinals and infrared switches consume power and waste water; ordinary urinals cannot automatically flush and cannot save water. Although excreta can be flushed, there are still many problems

[0003] 1. In terms of technology, relatively backward hydraulic flushing is adopted, which has a low utilization rate of water resources and hydraulic power, and the flushing effect is not good. In many cases, stool needs to be flushed multiple times

[0004] 2. In terms of applicability, the toilet needs to accumulate water after being flushed once, and it cannot be flushed for the second time quickly, which seriously affects the efficiency of use, especially in places with a large flow of people and high frequency of use.

In addition, there is no difference in the amount of water used for flushing stool and urine, resulting in serious waste

[0005] 3. In terms of usability, the existing family toilets and toilet pits are independent of each other, resulting in inconvenience

[0006] 4. Economically, the existing toilets and urinals are more expensive, which is not conducive to widespread promotion in large areas

[0007] As disclosed in Chinese patents CN203008094U, CN101424096 and CN2273162, etc., there are more or less the above four kinds of defects, which are not conducive to water saving and energy saving.

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