Frothing energy-saving toilet

Abstract

The invention discloses a frothing energy-saving toilet, comprising a water tank and a storage channel. The water tank is communicated with the storage channel through a water pipe. The bottom of the storage channel is inclined. A counter and a froth generator are provided within the storage channel. The counter comprises a 51 single-chip microcomputer and a limiter switch. The froth generator is disposed on two sides of the inner wall of the storage channel. The mechanism of 'high-speed flushing after multiple uses' changes the traditional flushing mechanism of 'single flushing for single use, and energy saving and environment protection are achieved; by the reasonable use of the counter, the storage channel with the inclined bottom, 'odor isolation by froth', the water tank, a roof intelligent one, and a controllable flushing unit with control of the 51 single-chip microcomputer and a PLC (programmable logic controller), the frothing energy-saving toilet is energy efficient and emission reducing.

Description

technical field [0001] The invention relates to the technical field of public facilities, in particular to a foaming energy-saving toilet. Background technique [0002] According to the way of toilet flushing, the main public toilets at present mainly include the following types: ordinary dry toilets, ordinary water flush toilets, water-free flush toilets, intelligent ecological toilets, etc. According to the characteristics of urban affiliated public toilets, the sanitation of ordinary dry toilets is too poor to be used in urban affiliated public toilets, while the operating costs of non-flush toilets and smart ecological toilets are relatively high, and they are also limited by the space of the building. Difficult to use in urban attached public toilets, so the current urban attached public toilets mainly use ordinary water flushing. However, there are three main problems in the attached public toilets that are flushed with ordinary water at present: 1. The water consumpt...

AI Technical Summary

Problems solved by technology

According to the characteristics of urban affiliated public toilets, the sanitation of ordinary dry toilets is too poor to be used in urban affiliated public toilets, while the operating costs of non-flush toilets and smart ecological toilets are relatively high, and they are also limited by the space of the building. It is difficult to apply to urban attached public toilets, so the current urban attached public toilets mainly use ordinary water flushing

However, the attached public toilets currently flushed with ordinary water mainly have the following three problems: 1. The water consumption is huge, and the amount of waste water produced is large

At present, according to the requirements of CJ164-2002 "Water-saving Domestic Water Appliances", the water consumption of a water-saving toilet is 6L, and there are still a large number of old-fashioned toilets, which consume more water, which makes the single water consumption of the toilet larger.

At the same time, the frequency of use of public toilets is very high. At present, the urban affiliated public toilets adopt a flushing mechanism of "one flush at a time", which makes the urban affiliated public toilets consume a lot of water and generate a lot of waste water; External factors such as low water pressure

When the water is cut off, the toilet cannot be flushed, excrement will accumulate, and the environment will be polluted

Low water pressure will affect the flushing efficiency and increase water consumption; 3. Strong odor

Since the toilet construction is not airtight, there will be some peculiar smell and pollute the environment

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