▎ 摘　　要

NOVELTY - The device has a frame body (1) whose bottom end is movably formed with a storage battery (4). A lower end of an outer portion of the frame body is movably formed with a charging port that is electrically connected with the storage battery through a lead. A middle portion of two sides of the frame body is movably formed with a radiating plate (8). A middle portion of two sides of the frame body is movably formed with a baffle plate (9). A lower end of an inner portion of the frame body is movably formed with a placing plate (5). Four corners of a bottom end of a placing plate and the frame body are movably formed with supporting legs (3). A second hydrogen concentration detector (17) is electrically connected with the storage battery that is electrically connected with a pressure controller (19) and a first hydrogen concentration detector (16) through a lead. USE - Low pressure running graphene battery hydrogen recycling device. ADVANTAGE - The device conveniently moves the clamping plate to an opposite side through the movable rod and the strong resilience hinge to move a butt joint with two sides of the main body device so as to increase stability of fixed clamping in an effective manner. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a low pressure running graphene battery hydrogen recycling device using method. DESCRIPTION OF DRAWING(S) - The drawing shows a main sectional view of a low pressure running graphene battery hydrogen recycling device. Frame body (1) Supporting legs (3) Storage battery (4) Placing plate (5) Radiating plate (8) Baffle plate (9) First hydrogen concentration detector (16) Second hydrogen concentration detector (17) Pressure controller (19)