Head massage apparatus

A head massage apparatus comprising:

• a cap having a dome shape, an inner surface of said cap defining a cavity for receiving a head of a user, said cap being shaped such that a rim of said cap is configured for being positioned to surround the head of the user, said cap being elastically stretchable such that said cap is configured to stretch around the head of the user, a rear portion of said rim being positioned lower than a front portion of said rim when said cap is positioned in a use condition, said cap having a pair of recesses extending through said rim, each recess of said pair of recesses being positioned on a respective one of a pair of lateral portions of said rim, each recess of said pair of recesses being configured for receiving a respective ear of a pair of ears of the user, said cap having a pair of temple portions, each temple portion of said pair of temple portions being positioned forwardly of a respective recess of said pair of recesses with respect to said cap;
• a plurality of massagers being coupled to said cap, said plurality of massagers being distributed across said inner surface, each massager of said plurality of massagers protruding inwardly with respect to said cap, each massager of said plurality of massagers comprising a motor and an engagement member, said engagement member of a respective massager of said plurality of massagers being eccentrically mounted to said motor of said respective massager such that said motor urges said engagement member to move in a circular path when said motor is activated, said motor of said respective massager being configured to urge said engagement member of said respective massager along the head of the user, said engagement member of each massager of said plurality of massagers having a semispherical shape, said plurality of massagers including:
• a group of front massagers being positioned adjacent to said front portion of said rim;
• a group of temple massagers, each temple massager of said group of temple massagers being positioned on an associated one of said pair of temple portions of said cap;
• a group of rear massagers being positioned on a rear segment of said cap, said group of rear massagers being spaced from said rear portion of said rim;
• and
• a group of upper massagers being positioned on an upper segment of said cap;
• a heater being coupled to said cap and being positioned on said upper segment of said cap, said heater comprising a pair of laterally spaced heating elements;
• a massager control circuit being operatively coupled to each massager of said plurality of massagers and said heater;
• a receiver being electrically coupled to said massager control circuit;
• a controller being operatively coupled to said massager control circuit, said controller comprising:
• a housing being hollow;
• a massage input being mounted to said housing, said massage input being actuatable to activate said motors of said plurality of massagers and select a speed of each massager of said plurality of massagers;
• a heating input being mounted to said housing, said heating input being actuatable to activate said heater and select a heat rate of said heater;
• a remote control circuit being electrically coupled to said massage input and said heating input;
• a transmitter being electrically coupled to said remote control circuit for transmitting control signals to said receiver;
• and
• a remote power supply being electrically coupled to said remote control circuit;
• a massager power supply being electrically coupled to said massager control circuit, said massager power supply comprising a battery;
• and
• a charging port being electrically coupled to said battery, said charging port being coupled to said cap and being positioned on an outer surface of said cap adjacent to said rear portion of said rim.