▎ 摘　　要

NOVELTY - The device comprises graphene storage mechanism (100), which comprises storage main body (110) having inner part provided with a constant temperature hydrocooling box main body (111) and top end provided with a sealing cover (112), which has one side rotatably connected with the storage main body through a rotating shaft. The inside of the constant temperature hydrocooling box main body is provided with a graphene storage box (119), which has two sides uniformly provided with a first cavity (120), and top end provided with a cover plate (121) having top end uniformly provided with a straight slot (122). The number of the straight slot is equal to the number of the first cavity, which has inner part provided with a graphene fixed ring (124) having top end two sides fixedly installed with a telescopic sleeve (123). USE - Used as graphene storage device with anti-pollution structure. ADVANTAGE - The device is provided with anti-pollution structure, so as to solve the problem where traditional graphene storage devices are directly placed in the storage box for storage, but the graphene is very easy to deoxidize and black at a higher temperature, so that graphene is damaged, resulting in the problem that it cannot be used again. The cooling water in the constant temperature hydrocooling main body keeps the first cavity at a lower temperature, and improves the storage time of the device. DETAILED DESCRIPTION - The device comprises graphene storage mechanism (100), which comprises storage main body (110) having inner part provided with a constant temperature hydrocooling box main body (111) and top end provided with a sealing cover (112), which has one side rotatably connected with the storage main body through a rotating shaft. The inside of the constant temperature hydrocooling box main body is provided with a graphene storage box (119), which has two sides uniformly provided with a first cavity (120), and top end provided with a cover plate (121) having top end uniformly provided with a straight slot (122). The number of the straight slot is equal to the number of the first cavity, which has inner part provided with a graphene fixed ring (124) having top end two sides fixedly installed with a telescopic sleeve (123), which has one end fixedly connected with the cover plate. One end of the graphene fixed ring is inserted with a graphene storage test tube (125). The bottom of the graphene storage box body is provided with controllable opening and closing drainage holes. The bottom of the graphene storage test tube is provided with floating balls. The center of the graphene fixed ring is fixedly provided with a plastic spring on the inner wall of the bottom of the graphene storage box box body. The middle of the top end of the cover plate is rotatably mounted with a rotating plate (128) through a rotating shaft. The top end of the rotating plate is fixedly mounted with a pull handle (129). The bottom end of the rotating plate is fixedly mounted with a fixing rod (130). The middle of the cover plate is provided with a second cavity (126). The bottom end of the second cavity is fixedly mounted with a first screw rod (127). The bottom end of the fixing rod is provided with a thread groove (131). One end of the first screw rod is inserted in the screw thread groove. Two sides of the bottom end of the fixing rod are fixedly installed with a sliding rod (134). Two sides of the second cavity are provided with a first sliding groove (133). One end of the sliding rod is glidingly installed in the first sliding groove. Two sides of the storage main body are provided with a second sliding groove, which has inner part slidingly installed with a sliding block having one end fixedly connected with the constant temperature hydrocooling box main body. Two sides of the graphene fixed ring are embedded and fixed with a second fixing block, which has inner part provided with a third cavity having inner part fixedly installed with a second spring. One end of the second fixing block is inserted with an inserting rod, which has one end inserted in the third cavity and fixedly connected with the second spring. The other end of the inserting rod is fixedly installed with a circular arc clamping plate. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of graphene storage device with anti-pollution structure. Graphene storage mechanism (100) Storage body (110) Constant temperature hydrocooling box main body (111) Sealing cover (112) Inserting block (114) Graphene storage box (119) First cavity (120) Cover plate (121) Straight slot (122) Telescopic sleeve (123) Graphene fixed ring (124) Graphene storage test tube (125) Second cavity (126) First screw (127) Rotating plate (128) Pull handle (129) Fixing rod (130) Screw thread groove (131) First chute (133) Sliding rod (134) Lifting mechanism (200) Bottom plate (210) Side plate (211) Second screw (212) Third fixing block (213) Lantern ring (214) Third connecting rod (215) Rocker (216)