Multi-functional water purifier based on smart home

Abstract

The invention discloses a multi-functional water purifier based on a smart home. The multi-functional water purifier comprises a PP cotton pipe, a granular active pipe, a compressed activated carbon tube, a booster pump and a RO reverse osmosis membrane, wherein the booster pump is arranged between the compressed activated carbon pipe and the RO reverse osmosis membrane through a water pipe, an ozone generator is arranged on the water pipe between the RO reverse osmosis membrane and a modified pipe, and a three-way electromagnetic valve is connected with another water outlet pipe of the modified pipe and the RO reverse osmosis membrane, pipe connection detectors are arranged at the connections of the pipe covers and the tank bodies of the PP cotton pipe, the granular active pipe and the compressed activated carbon pipe, the booster pump is connected to a water pipe between the RO reverse osmosis membrane and the ozone generator and is provided with a TDS detector, the TDS detector andthe pipe connection detector are connected with an integrated data process device, a flow sensor is arranged between the PP cotton pipe and the granular activated carbon pipe, effective water preparation and automatic cleaning of the water purifier, and various intelligentized controls and real-time state data transmission of the water inlet machine are realized, and the structure form of the household complete installation is more favorable for space utilization.

Description

technical field [0001] The invention relates to the technical field of water purifiers, in particular to a smart home-based multifunctional water purifier. Background technique [0002] Industrial wastewater pollution, agricultural chemical fertilizer pollution and urban domestic wastewater pollution lead to serious pollution of most water bodies in the world, exacerbating the contradiction of shortage of drinking water resources. Traditional tap water treatment methods can no longer guarantee the provision of high-quality drinking water, and there are still two pollutions in the municipal water supply, such as high-rise tank water supply and long-distance tap water transmission pipelines, which will cause potential rust, scale and microorganisms, etc. Problems. Therefore, in order to solve the above problems, various types of water purifiers have emerged. Among them, a water purifier with reverse osmosis as the core filtration technology is widely used. [0003] Reverse os...

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Problems solved by technology

Traditional tap water treatment methods can no longer guarantee the provision of high-quality drinking water, and there are still two pollutions in the municipal water supply, such as high-rise tank water supply and long-distance tap water transmission pipelines, which will cause potential rust, scale and microorganisms, etc. Therefore, in order to solve the above problems, various types of water purifiers have emerged. Among them, a water purifier with reverse osmosis as the core filtration technology is widely used

[0003] Reverse osmosis pure water machine is a device that integrates microfiltration, adsorption, ultrafiltration, reverse osmosis, ultraviolet sterilization, ultra-purification and other technologies to directly convert tap water into ultrapure water. The core component of reverse osmosis pure water unit is reverse osmosis (RO) membrane, the pure water produced by the reverse osmosis pure water machine is fresher, more hygienic and safer than the bottled water. It is difficult for osmotic water purifiers to obtain water purification treatment on the spot. The reason is that common reverse osmosis water purification equipment relies on household electricity for power supply, and tap water must have a certain water pressure to work normally. The power consumption of the equipment was not controlled at a low level during the design process. Some water purifiers even need to rely on manual backwashing of the RO membrane, which is not yet intelligent enough. Although some equipment has realized automatic water production, it does not have the ability to Real-time monitoring display and alarm function of dissolved solids (TDS) in water quality, so real-time monitoring of water quality cannot be achieved. At the same time, since water purifiers are mostly installed in kitchen cabinets, there are certain limitations to the realization of functions sex

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