Data detection method and device based on service life of filtration assembly

Abstract

Embodiments of the invention relate to a container, and disclose a data detection method based on service life of a filtration assembly. The method includes the following steps: inducting opening / closing of a liquid injecting mouth; calculating opening duration of the liquid injecting mouth by an induction result; obtaining a volume of a liquid injected into the container and flowing through the filtration assembly in the container according to the opening duration and a flow coefficient of the liquid injecting mouth, wherein the flow coefficient comprises volumes of liquids flowing through the liquid injecting mouth during different opening duration of the liquid injecting mouth; and adding up the volume of the liquid injected into the container and flowing through the filtration assemblyin the container. Embodiments of the invention also provide a data detection device based on the service life of the filtration assembly. According to the data detection method and device based on the service life of the filtration assembly, data reflecting the service life of the filtration assembly can be accurately detected; it is convenient to help a user precisely judge the service life of the filtration assembly; and an operation process is simple, and the statistics efficiency is high.

Description

technical field [0001] The embodiments of the present invention relate to the field of containers, and in particular, to a data detection method and device based on filter component life. Background technique [0002] As a tool for holding liquids, containers are more and more used in people's lives, and as liquid containers are widely used for different purposes, people usually assemble filter components in the container to help filter the injection container However, the effective service life of the filter assembly is limited. If the filter assembly is not replaced in time after the service life of the filter assembly is exceeded, the filter assembly will not be able to guarantee the purity of the liquid injected into the container. Replacing the filter components before the effective service life of the components will cause waste in use. For this, the following methods are often used to calculate the service life of the filter components to achieve the maximum use of th...

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Problems solved by technology

[0003] However, the inventors of the present invention have found that when using the above-mentioned first method to calculate the service life of the filter assembly, even if the filter assembly is not used, the countdown timer is still counting, which will cause a large time error; using the above-mentioned second method to calculate For the service life of the filter components, the operation process is cumbersome and error-prone because it needs to be recorded manually; when using the third method above, the operation process is also cumbersome, not accurate enough, and the statistical efficiency is not high

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