Abstract: A light outputting device for scalp care according to an embodiment of the present invention comprises: a dome-shaped outer case forming the outer shape; an inner case formed inside the outer case; a plurality of laser light sources disposed in the space between the outer case and the inner case; photodiodes included in the plurality of laser light sources, respectively; and a processor which acquires a light amount sensing value of a first photodiode among the plurality of photodiodes, sets an amount of light for a first laser light source including the first photodiode on the basis of the acquired light amount sensing value, and drives the first laser light source on the basis of the set amount of the light.

Abstract: Disclosed is a mobile/portable terminal comprising: a case of which at least a part is flexible; a camera module which is provided on one side of the case to photograph in one direction; a display unit for displaying images photographed by the camera module; a bending unit in which the camera module bends toward another side direction; and a control unit for controlling the camera module according to a change in an angle of the bending unit. The mobile/portable terminal has advantages of being capable of photographing images on both front and rear sides with a single camera so that the number of cameras can be decreased to thereby reduce costs for components, utilizing a mounting space for cameras, and using a camera with a high resolution for self-shooting.

Abstract: Disclosed is a mobile/portable terminal comprising: a case of which at least a part is flexible; a camera module which is provided on one side of the case to photograph in one direction; a display unit for displaying images photographed by the camera module; a bending unit in which the camera module bends toward another side direction; and a control unit for controlling the camera module according to a change in an angle of the bending unit. The mobile/portable terminal has advantages of being capable of photographing images on both front and rear sides with a single camera so that the number of cameras can be decreased to thereby reduce costs for components, utilizing a mounting space for cameras, and using a camera with a high resolution for self-shooting.