High-efficiency water purifier

Abstract

The invention provides a high-efficiency water purifier and relates to the technical field of water filtration equipment. The high-efficiency water purifier comprises a water purifier and a receivingterminal, wherein the water purifier comprises a water storage tank, a booster pump, a reverse osmosis membrane, an ultraviolet lamp and a pure water tank; a conductivity sensor, a resistivity sensorand a PH sensor are arranged between the ultraviolet lamp and the pure water tank, a pressure meter, the conductivity sensor, the resistivity sensor and the PH sensor are electrically connected with aprocessing board, and the processing board can summarize measured data of the water purifier and send out the measured data; the receiving terminal can receive the measured data of the water purifierfor reading and storage. The high-efficiency water purifier has the beneficial effects as follows: temperature of the processed pure water can be adjusted to meet demands of experiments or production, the water storage tank for water supply and a storage battery for power supply are arranged, so that the high-efficiency water purifier can be used continuously in case of cut-off of water supply and power supply, and work progress is not affected.

Description

technical field [0001] The invention relates to the technical field of water filtering equipment, in particular to a high-efficiency water purifier. Background technique [0002] Water purifiers refer to water purification equipment that remove or reduce floating objects, heavy metals, bacteria, viruses, etc. in water to a certain extent. Most laboratory water purifiers convert tap water into pure water or ultrapure water for research and analysis. However, the current laboratory water purifiers still have the following defects: (1) they are too dependent on external conditions, and cannot be used when the water and electricity are cut off; (2) the water pressure value, conductivity value or The measurement data of the resistivity value is real-time, and there is no record of the past data, which is not conducive to data review and monitoring of the stability of the water purifier; (3) the current cleaning frequency of the reverse osmosis membrane is 3 to 4 months , the rep...

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Problems solved by technology

However, the current laboratory water purifiers still have the following defects: (1) they are too dependent on external conditions, and cannot be used when the water and electricity are cut off; (2) the water pressure value, conductivity value or The measurement data of the resistivity value is real-time, and there is no record of the past data, which is not conducive to data review and monitoring of the stability of the water purifier; (3) the current cleaning frequency of the reverse osmosis membrane is 3 to 4 months , the replacement frequency is 2 to 4 years, but because the frequency of use of each water purifier is different, there will be a phenomenon that the reverse osmosis membrane is overused or used for insufficient time, resulting in waste, and it is unscientific to judge the cleaning and replacement frequency according to the time ; (4) The temperature of the pure water from the water purifier cannot be adjusted

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