Water purifier, equipment and method for managing service life of filtering core of water purifier, and storage medium

Abstract

The embodiment of the invention provides a water purifier, equipment and a method for managing the service life of the filtering core of the water purifier, and a storage medium, and belongs to the field of water treatment. The method comprises the following steps: acquiring the influent quality information and first position information of a water quality detection water purifier, wherein the water quality detection water purifier comprises a water quality sensor for detecting influent quality and generating influent quality information; acquiring the second position information of a conventional water purifier; determining a filtering core loss speed of a geographic area corresponding to the first position information according to the influent quality information and the first position information; determining the geographical area of the conventional water purifier according to the second position information; and sending the filtering core loss speed to the conventional water purifier at the geographic area corresponding to the filtering core loss speed so as to correct the residual service life of the filtering core of the conventional water purifier, so that the water qualitycondition of the geographical area of the water purifier can be fully considered so as to accurately calculate the service life of the filtering core.

Description

technical field [0001] The invention relates to the field of water treatment, in particular to a water purifier, a device and a method for managing the service life of a filter element of the water purifier, and a storage medium. Background technique [0002] Existing water purifiers realize water purification by having multiple built-in filter elements for filtering incoming water. At present, the more common way to calculate the life of the filter element is to determine the remaining life of the filter element by calculating the amount of purified water. However, due to the different water quality in different geographical areas, for example, some areas have better water quality and some areas have poorer water quality, which causes the actual service life of the filter element in areas with poor water quality to be much shorter than those in areas with better water quality. However, at present, the remaining life of the filter element is only determined by calculating t...

AI Technical Summary

Problems solved by technology

However, due to the different water quality in different geographical areas, for example, some areas have better water quality and some areas have poorer water quality, which causes the actual service life of the filter element in areas with poor water quality to be much shorter than those in areas with better water quality.

However, at present, the remaining life of the filter element is only determined by calculating the amount of purified water, which will lead to inaccurate calculation of the life of the filter element, making the water purifiers in areas with poor water quality unable to meet expectations due to the failure to replace the filter element in time. , and the filter element is prone to clogging, which brings inconvenience to the user and reduces the user experience

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