Man-powered slim charger

A human-powered slim charger utilizing an axial flux alternator for converting a pull-out motion into an electrical current for charging and supplying battery-fed electronic devices, said charger comprising:

• mechanical transmission means for converting a periodic linear movement into a unidirectional rotation;
• an axial flux alternator comprising:
• a central stator plate comprising a planar winding, having a plurality of coils embedded in said plate and circularly distributed around a central axis;
• two essentially identical rotors arranged to rotate together around said central axis and allocated concentrically with said winding on both sides of said stator facing each other;
• wherein each said rotor comprises a periodical heteropolar axially magnetized magnetic system having a definite number of poles;
• and wherein said magnetic systems face each other and are oriented accordingly to form together a common magnetic field crossing said planar winding;
• a charging control module affixed to said stator, said control module configured effectively convert non-stable alternating current produced by said alternator into a charging direct current.