A portable device for use in treatment of urinary incontinence and dysmenorrhea using photon energy, comprising: a case having a hollow tubular shape; a treatment mode selection switch installed at one surface of the case and configured to output a treatment mode selection signal of either of a urinary incontinence treatment mode and a dysmenorrhea treatment mode; a treatment operation button installed at one surface of the case and configured to output a treatment operation signal whenever the button is pushed one time; a color electrode wire having one end to which at least one color electrode comprising a light emitting diode configured to emit colored light having a predetermined wavelength range for urinary incontinence treatment or dysmenorrhea treatment is connected, and another end to which an electrode pin is connected; at least one electrode jack installed at one surface of the case, to which the electrode pin of the color electrode wire is connectable; a microprocessor installed in the case, configured to output a treatment start signal of either of urinary incontinence treatment and dysmenorrhea treatment whenever a treatment operation signal is input after a treatment mode selection signal of either of the urinary incontinence treatment mode and the dysmenorrhea treatment mode is input, and configured to output a treatment termination signal when a predetermined time elapses after the treatment start signal is output; a treatment signal generator configured to output a treatment signal to emit colored light having a predetermined wavelength range for urinary incontinence treatment or dysmenorrhea treatment when a treatment start signal of either of the urinary incontinence treatment and the dysmenorrhea treatment to turn on the LED of the color electrode is input, and stop output of the treatment signal when the treatment termination signal is input; and a power supply unit configured to supply driving power of the treatment mode selection switch, the treatment operation button, the color electrode, the microprocessor, and the treatment signal generator. a case having a hollow tubular shape; a treatment mode selection switch installed at one surface of the case and configured to output a treatment mode selection signal of either of a urinary incontinence treatment mode and a dysmenorrhea treatment mode; a treatment operation button installed at one surface of the case and configured to output a treatment operation signal whenever the button is pushed one time; a color electrode wire having one end to which at least one color electrode comprising a light emitting diode configured to emit colored light having a predetermined wavelength range for urinary incontinence treatment or dysmenorrhea treatment is connected, and another end to which an electrode pin is connected; at least one electrode jack installed at one surface of the case, to which the electrode pin of the color electrode wire is connectable; a microprocessor installed in the case, configured to output a treatment start signal of either of urinary incontinence treatment and dysmenorrhea treatment whenever a treatment operation signal is input after a treatment mode selection signal of either of the urinary incontinence treatment mode and the dysmenorrhea treatment mode is input, and configured to output a treatment termination signal when a predetermined time elapses after the treatment start signal is output; a treatment signal generator configured to output a treatment signal to emit colored light having a predetermined wavelength range for urinary incontinence treatment or dysmenorrhea treatment when a treatment start signal of either of the urinary incontinence treatment and the dysmenorrhea treatment to turn on the LED of the color electrode is input, and stop output of the treatment signal when the treatment termination signal is input; and a power supply unit configured to supply driving power of the treatment mode selection switch, the treatment operation button, the color electrode, the microprocessor, and the treatment signal generator.