NOVELTY - Continuous hydrogen production device (10), comprises: a reaction chamber (100), containing an initiation solution which comprises a saturated aluminum hydroxide solution; a solid raw material inlet (200), provided on the reaction chamber, where aluminum powders are added into the reaction chamber from the solid raw material inlet as a solid raw material to react with the initiation solution to produce hydrogen gas; a liquid raw material inlet (300), provided on the reaction chamber; a gas outlet (400), provided at a top portion of the reaction chamber; and a temperature controller.    USE - The continuous hydrogen production device is useful for continuously producing hydrogen gas (claimed).    ADVANTAGE - The continuous hydrogen production device utilizes unmodified aluminum and general tap water to instantly and continuously produce hydrogen without adding other metals or metal ions and the generated aluminum oxide and aluminum hydroxide precipitates are recycled to regenerate aluminum, thus producing hydrogen with low cost.    DETAILED DESCRIPTION - Continuous hydrogen production device (10), comprises: a reaction chamber (100), containing an initiation solution which comprises a saturated aluminum hydroxide solution; a solid raw material inlet (200), provided on the reaction chamber, where aluminum powders are added into the reaction chamber from the solid raw material inlet as a solid raw material to react with the initiation solution to produce hydrogen gas; a liquid raw material inlet (300), provided on the reaction chamber, where water is added into the reaction chamber from the liquid raw material inlet as a liquid raw material; a gas outlet (400), provided at a top portion of the reaction chamber, where the produced hydrogen gas is collected through the gas outlet; and a temperature controller comprising at least one temperature sensor and controlling the temperature of the reaction chamber within a preset reaction temperature range. An INDEPENDENT CLAIM is also included for continuously producing hydrogen gas, comprising: providing a reaction chamber; adding an initiation solution into the reaction chamber where the initiation solution is a saturated aluminum hydroxide solution; adding aluminum powders into the reaction chamber; blending the initiation solution and the aluminum powders to perform a chemical reaction to produce hydrogen gas; and when the temperature of the reaction chamber reaches a preset temperature, maintaining the temperature of the reaction chamber within the preset reaction temperature range by adding a preset amount of water, when the temperature of the reaction chamber is higher than a preset upper limit temperature, or adding aluminum powders, when the temperature of the reaction chamber is lower than a preset lower limit temperature, so as to continuously produce hydrogen gas.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic diagram illustrating a continuous hydrogen production device.    Continuous hydrogen production device (10)    Reaction chamber (100)    Solid raw material inlet (200)    Liquid raw material inlet (300)    Gas outlet (400)