A hydrogen-rich water cup

Abstract

This invention discloses a hydrogen-rich water cup, comprising a cup base and a cup body. The cup body has a water storage cavity for storing drinking water, and the cup base contains a water tank for containing electrolyzed water and a hydrolysis hydrogen production module for electrolyzing water to generate hydrogen. The electrolyzed water circulates between the water tank and the hydrolysis hydrogen production module through a pipeline. This invention uses an independent water tank to hold the electrolyzed water, with the hydrolysis hydrogen production module housed within the base. The water tank and the hydrolysis hydrogen production module are connected by a pipeline to form a closed electrolyzed water circulation loop. The electrolyzed water flows only within this loop, physically isolated from the drinking water in the water storage cavity. Therefore, even if tea, juice, or mineral-containing water is added to the water storage cavity, it will not contaminate or damage the electrolysis module, effectively extending the service life of the hydrolysis hydrogen production module and maintaining stable electrolysis efficiency.

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