The invention relates to a magnetic coupling resonance type electric heating evaporation steam-driven urethra valve. The magnetic coupling resonance type electric heating evaporation steam-driven urethra valve comprises a resonance transmitting coil, a resonance receiving coil, a driving bag, a valve body and the like, wherein the resonance receiving coil is implanted in the posterior abdominal wall of a human body, the resonance transmitting coil is manually pressed onto an anterior abdominal wall, the driving bag is a closed elastomer, the driving bag is installed at one end of the valve body, liquid working medium is stored in a hollow containing chamber of the driving bag, a heating resistance wire is installed in the driving bag and is connected with the resonance receiving coil, a valve spool is installed at the other end of the valve body, a permanent magnet sleeves the inner side of the driving bag and is located at one end of the hollow valve chamber of the valve body, an armature is installed at the end portion of the permanent magnet and is fixedly arranged on the valve spool, the valve body is fixedly arranged on a pubis, a first clamping piece and a second clamping piece are bent elastic pieces and are respectively connected with hole walls of the two sides of the valve spool, and the bent vertexes of the first clamping piece and the second clamping piece can be connected in a touch manner or separated to control the closing or opening state of a urethral orifice. The magnetic coupling resonance type electric heating evaporation steam-driven urethra valve can prevent wound muscle tissues from being infected and prevent a urinary system from being infected.