A smart water cup that recognizes liquid categories

Abstract

The invention provides an intelligent water cup capable of identifying types of liquid, aiming at grasping the quality of drinking water by a user at any time. The intelligent water cup comprises a triggering unit, a responding unit, an identifying unit and a power supply unit, wherein the triggering unit is used for generating a liquid type identifying signal; the responding unit is used for obtaining a responding signal from the liquid in a cup body of the water cup according to the identifying signal transmitted by the triggering unit; the identifying unit is used for obtaining liquid type information according to the responding signal obtained by the responding unit; and the power supply unit is used for providing electric power to the assemblies of the intelligent water cup. The quality corresponding to the type of the liquid in the water cup can be easily known through optical and mechanical principles, and the difficulties that a complicated principle is used, and the size of a corresponding realization device is too great and cannot be matched with the water cup are overcome.

Description

technical field [0001] The invention relates to the technical field of drinking water safety monitoring, and more particularly, to an intelligent water cup for identifying liquid types. Background technique [0002] With the continuous improvement of social life, people's requirements for the quality of food are gradually increasing. In daily life, the length of time for boiling water, whether there are too many impurities in the water source, etc., which have not been paid attention to by people before, have become places that people generally want to investigate and understand. Especially for the frail elderly and infants and patients with low resistance, the impact of water quality on health has been paid more and more attention. [0003] Liquids, especially drinking liquids, may deteriorate after being left for a period of time, affecting the physical health of the drinker. A healthy person should drink at least 7-8 glasses of water (about 2.5 liters) every day. When e...

AI Technical Summary

Problems solved by technology

However, conventional energy dispersive X-ray diffraction has the following disadvantages: (1) The X-ray tube with a power of 2 kilowatts is used, which has a large power and consumes a lot of energy; (2) The equipment is large in size, and the adjustment steps of the collimation system are cumbersome and time-consuming; (3) Low angular resolution; (4) Expensive equipment

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