▎ 摘　　要

NOVELTY - The device has a handle (2), gears (3), micro generators (4), main charging module (5), battery regulating system (6), graphene batteries (7), additional charging modules (8), universal serial bus (USB) connector (9), induction charger connector (10), and induction chargers. The micro generator is connected to the main charging module and connected to the battery regulating system to regulate the storage of power on the graphene battery. The battery regulating system is connected to an additional charging module to regulate the discharge from the graphene battery to the USB connector and induction charger. USE - Power storage charging device using crank method used for mobile phone. ADVANTAGE - The problem of depletion of power storage in urgent times by means of a crank to charge the storage in the form of graphene batteries are solved so that the charging device are used to charge mobile phones. The renewable energy for charging is used to reduce electrical energy from non-renewable materials. The renewable energy is meant in the form of human power to crank the handle on the power store. The requirement to connect from the mobile phone to the USB connector is avoided using a data cable or induction charger without using a data cable. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a charging storage device using a crank method. Handle (2) Gears (3) Micro generators (4) Main charging module (5) Battery regulating system (6) Graphene batteries (7) Additional charging modules (8) USB connector (9) Induction charger connector (10)