Abstract: Provided is a glasses type information terminal, which is not only configured to deliver information to a wearer without hindering everyday activities, but is also capable of easily delivering an intention or the like of the wearer to a surrounding area. Chip LEDs capable of selectively emitting a plurality of colors of light are arranged on a glasses frame. The chip LEDs are configured to radiate light toward an end portion of glasses lenses. A control module and a communication module configured to perform near field communication to and from a mobile terminal that generates personalized information on the wearer are accommodated in the glasses frame. The control module is configured to perform light emission control of the chip LEDs based on information from the mobile terminal.

Abstract: Provided is a glasses type information terminal, which is not only configured to deliver information to a wearer without hindering everyday activities, but is also capable of easily delivering an intention or the like of the wearer to a surrounding area. Chip LEDs capable of selectively emitting a plurality of colors of light are arranged on a glasses frame. The chip LEDs are configured to radiate light toward an end portion of glasses lenses. A control module and a communication module configured to perform near field communication to and from a mobile terminal that generates personalized information on the wearer are accommodated in the glasses frame. The control module is configured to perform light emission control of the chip LEDs based on information from the mobile terminal.

Abstract: Provided is a glasses type information terminal, which is not only configured to deliver information to a wearer without hindering everyday activities, but is also capable of easily delivering an intention or the like of the wearer to a surrounding area. Chip LEDs (30) capable of selectively emitting a plurality of colors of light are arranged on a glasses frame (10). The chip LEDs (30) are configured to radiate light toward an end portion of glasses lenses (20a, 20b). A control module (70) and a communication module (60) configured to perform near field communication to and from a mobile terminal that generates personalized information on the wearer are accommodated in the glasses frame (10). The control module (70) is configured to perform light emission control of the chip LEDs (30) based on information from the mobile terminal.