▎ 摘　　要

NOVELTY - Device for efficient use of graphene for oxygen and hydrogen ionized water comprises a hydrogen-oxygen generator unit which is connected in series, where the generator unit comprises the box body of the anode polar plate and the cathode plate which is connected with the power supply anode and cathode which are provided with a catalyst layer which is set on the proton exchange membrane between the anode plate and cathode plate. The box body is divided into a water storage cavity, the hydrogen generating cavity and oxygen generating cavity. USE - The device is useful for efficient use of graphene for oxygen and hydrogen ionized water (claimed). DETAILED DESCRIPTION - Device for efficient use of graphene for oxygen and hydrogen ionized water comprises a hydrogen-oxygen generator unit which is connected in series, where the generator unit comprises the box body of the anode polar plate and the cathode plate which is connected with the power supply anode and cathode which are provided with a catalyst layer which is set on the proton exchange membrane between the anode plate and cathode plate. The box body is divided into a water storage cavity, the hydrogen generating cavity and oxygen generating cavity. The catalyst layer is sprayed on the surface graphene carbon fiber layer. The water storage cavity is provided with a water inlet and a water outlet, where the water inlet passes through the water storage cavity of the water produces electrochemical reaction at the catalyst layer of the anode plate which is electrolyzed into oxygen, hydrogen ion and free electronic generation of oxygen passes into the oxygen generated by the hydrogen generating cavity. The lower effect of the electric field passing through the proton exchange membrane, with free electronic binding occurs to produce hydrogen atoms, cathode plate catalyst layer of lower hydrogen enters the hydrogen generating cavity, discharging hydrogen-rich water. DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of the device for efficient use of graphene for oxygen and hydrogen ionized water