Electric shaver and massager

An electric shaving massager comprising:

• a modular shaver;
• a modular massager;
• at least one razor head;
• a power interface;
• the modular shaver comprising a shaver hollow body and an oscillating mechanism;
• the modular massager comprising a massager hollow body, a vibration mechanism, and a portable power source;
• the power interface comprising a first interface piece and a second interface piece;
• the first interface piece being a male-shaped connector;
• the second interface piece being a female-shaped connector;
• the first interface piece comprising at least one first electrical contact;
• the second interface piece comprising at least one second electrical contact;
• the at least one razor head being terminally mounted to the shaver hollow body;
• the first interface piece being terminally mounted to the shaver hollow body, opposite to the at least one razor head;
• the oscillating mechanism being mounted within the shaver hollow body;
• the oscillating mechanism being operatively coupled to the at least one razor head, wherein the oscillating mechanism is used to drive a reciprocating shaving motion of the at least one razor head;
• the oscillating mechanism being electrically connected to the first interface piece;
• the second interface piece being terminally mounted to the massager hollow body;
• the portable power source being mounted within the massager hollow body, adjacent to the second interface piece;
• the vibration mechanism being mounted within the massager hollow body, offset from the second interface piece;
• the second interface piece and the vibration mechanism being electrically connected to the portable power source;
• the first interface piece and the second interface piece being engaged to each other;
• the first interface piece being electrically connected to the second interface piece;
• the at least one first electrical contact being connected along the male-shaped connector;
• the at least one first electrical contact being peripherally positioned to the male-shaped connector;
• the at least one second electrical contact being connected within the female-shaped connector;
• the at least one second electrical contact being peripherally positioned to the female-shaped connector;
• and
• the at least one first electrical contact being pressed against the at least one second electrical contact.