Frameless motor based on porous hydrogel and heat dissipation method thereof

A frameless motor based on porous hydrogel, comprising a front sealing shell, a hot-end hydrogel, a motor rotor, a motor stator, an inner graphene conductive tape, a cold-end hydrogel, an outer graphene conductive tape, and a rear sealing shell;

• the front sealing shell and the rear sealing shell are respectively mounted at a front end and a rear end of the motor stator;
• the front sealing shell, the motor stator, and the rear sealing shell are all annular;
• the motor rotor is coaxially provided on an inner side of the motor stator;
• the front sealing shell is fitted and embedded into a first end of the motor stator to form a plurality of slots distributed axially;
• each of the plurality of slots is internally provided with the hot-end hydrogel;
• the rear sealing shell is fitted and embedded into a second end of the motor stator;
• an annular cold-end hydrogel is provided inside the rear sealing shell and adjacent to the rear end of the motor stator;
• the cold-end hydrogel is in contact with the hot-end hydrogel;
• and an annular inner side and an annular outer side of the cold-end hydrogel are respectively provided with the inner graphene conductive tape and the outer graphene conductive tape;
• and
• each hot-end hydrogel is provided with a first cavity structure as a hot-end hydrogel inner cavity;
• the cold-end hydrogel is provided with a plurality of cavity structures, and each of the plurality of cavity structures serves as a cold-end hydrogel inner cavity;
• and the hot-end hydrogel inner cavity and the cold-end hydrogel inner cavity are interconnected to form a heat dissipation cavity filled with coolant.