▎ 摘　　要

NOVELTY - The utility model claims a hydrogen-rich oxygen-enriched small molecular group water mechanism, wherein the hydrogen-rich oxygen-enriched small molecular group water mechanism comprises a main heating box, an auxiliary heating container, a graphene heating film and a water outlet pipeline, the graphene heating film heats the water body in the main heating box, and the far infrared ray released when heating makes the macromolecular water to be broken to form small molecular group water, the cross section area of the upper section of the heating box is smaller than the cross section area of the lower section of the heating box, then the water on the upper section of the heating box is heated more quickly, the hot water is introduced into the auxiliary heating container for storage, when the user needs to take water, the switching device is used for switching the hot water to flow out from the water outlet pipeline and the second pipeline, after that, if the user needs to take water, the switching device is used for switching to make the hot water flow out from the water outlet pipeline and the first pipeline, so that the time of heating water can be fast and the heating is avoided for many times.