Multifunctional water purifier able to utilize solar energy and filtering water purification method

Abstract

The invention provides a multifunctional water purifier able to utilize solar energy. A payment panel and a multimedia display screen are disposed on a panel, a charging socket, a waterproof board and a solar cell plate are disposed on a backboard, a border is equipped with direct drinking extension pipes, and the water purifier is internally equipped with a filtration purification system, a backwash system, a multimedia system, a payment system, an energy storage system and an energy conversion system. The invention also provides a filtering water purification method. The multifunctional water purifier able to utilize solar energy and the filtering water purification method provided by the invention adopt a circulating filtering technology, enhance the filtering performance, and improve the water utilization rate to over 99%. The multifunctional water purifier has a waterproof function, can be applied outdoors, can convert solar energy into electric energy for use, has a charging function, and has the function of payment for water. Also, a direct drinking device is added for direct drinking by people. Additionally, the multifunctional water purifier is added with a network and a WiFi multimedia system and water purification system integration, so that the water purifier has the information dissemination function.

Description

technical field [0001] The invention relates to a water purifier and a water filtration and purification method, in particular to a multifunctional water purifier capable of providing pure water and disseminating information and advertisements and an efficient filtration and purification method. Background technique [0002] There are various drinking water dispensers in public places, some only have heating devices to boil the water; some have simple activated carbon filtration functions; some have activated carbon plus reverse osmosis membrane filtration functions. The functionality of these drinking fountains is poor, and because the filtering function is not strong, the utilization rate of water is generally below 50%, causing a large amount of waste of precious water resources. [0003] At the same time, according to the characteristics of public places, such as stations, airports, shopping malls, schools, etc., there are many people crowded, information dissemination i...

AI Technical Summary

Problems solved by technology

The functionality of these drinking fountains is poor, because the filtering function is not strong, the water utilization rate is generally below 50%, resulting in a lot of waste of precious water resources

[0003] At the same time, according to the characteristics of public places, such as stations, airports, shopping malls, schools, etc., there are many people crowded, information dissemination is fast, and people have needs for water, they will go to drinking fountains to get water according to their physiological needs, which is a good place to transmit information. A good opportunity, but the current water dispenser is often limited to the function of water supply, and does not make full use of its beneficial resources

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