Abstract: A mobile terminal according to the present invention can provide various user interfaces for editing an image itself displayed on a front surface display area, an editing function for items displayed on the front surface display area, and so on by using the front surface display area and a side surface display area.

Abstract: A glass type mobile terminal is provided. The mobile terminal includes a band frame wearable on a user's head, a light transmissive lens coupled to the band frame to be located in front the user wearing the band frame, the light transmissive lens comprising a transparent screen where an image is focused, a projector for outputting an image toward the transparent screen from a lateral surface of the light transmissive lens, a photo shutter coupled to a front surface of the lens, with a controllable transparency, and a controller for controlling the transparency of the photo shutter, such that the visibility of the image focused on the light transmissive lens may be enhanced by controlling the transparency of the light transmissive lens, using the photo shutter, that a clear image may be seen even in a bright place.

Abstract: A mobile terminal according to the present invention can provide various user interfaces for editing an image itself displayed on a front surface display area, an editing function for items displayed on the front surface display area, and so on by using the front surface display area and a side surface display area.

Abstract: A mobile terminal and manufacturing method thereof are disclosed, by which color reproducibility of a display and the expected life span of a display can be enhanced using quantum dots. The present invention may include a display panel, a plurality of light source units spaced apart from each other, and a quantum dot filter unit provided to a light emitting surface of the light source unit to enable a light provided by the light source unit to pass through. And, the quantum dot filter unit may include a light transmissive hollow pipe member having one end opening or both end openings, quantum dots provided within the light transmissive hollow pipe member, and a sealing member configured to seal the one end opening or the both end openings, the sealing member formed of a same material of the light transmissive hollow pipe member.

Abstract: A glass type mobile terminal is provided. The mobile terminal includes a band frame wearable on a user's head, a light transmissive lens coupled to the band frame to be located in front the user wearing the band frame, the light transmissive lens comprising a transparent screen where an image is focused, a projector for outputting an image toward the transparent screen from a lateral surface of the light transmissive lens, a photo shutter coupled to a front surface of the lens, with a controllable transparency, and a controller for controlling the transparency of the photo shutter, such that the visibility of the image focused on the light transmissive lens may be enhanced by controlling the transparency of the light transmissive lens, using the photo shutter, that a clear image may be seen even in a bright place.

Abstract: A mobile terminal including a wireless communication unit configured to wirelessly communicate with at least one other terminal; a display panel configured to display information; a plurality of light source parts spaced apart from each other and configured to output light; a light guide plate provided under the display panel and configured to guide the light output by the light source parts to the display panel; and a quantum dot filter part including a light entrance plane to which light is input and a light exit plane from which the light is wavelength-transformed and discharged. Further, at least one of the light entrance plane and the light exit plane of the quantum dot filter part includes a surface having a predetermined shape characteristic configured to increase an amount of the light input on and passed through the light entrance plane and to increase an amount of the light discharged from the light exit plane.

Abstract: A mobile terminal is disclosed, by which color reproducibility of a display and the expected life span of a display can be enhanced using quantum dots. The present invention may include a display panel, a plurality of light source units provided under the display panel by being spaced apart from each other, and a fluorescent unit provided to a light emission surface of the light source unit entirely or in part. Moreover, the fluorescent unit may include a quantum dot for transforming a light incident from the light source unit into R light entirely or in part.

Abstract: A mobile terminal including a wireless communication unit configured to wirelessly communicate with at least one other terminal; a display panel configured to display information; a plurality of light source parts spaced apart from each other and configured to output light; a light guide plate provided under the display panel and configured to guide the light output by the light source parts to the display panel; and a quantum dot filter part including a light entrance plane to which light is input and a light exit plane from which the light is wavelength-transformed and discharged. Further, at least one of the light entrance plane and the light exit plane of the quantum dot filter part includes a surface having a predetermined shape characteristic configured to increase an amount of the light input on and passed through the light entrance plane and to increase an amount of the light discharged from the light exit plane.

Abstract: A mobile terminal is disclosed, by which color reproducibility of a display and the expected life span of a display can be enhanced using quantum dots. The present invention may include a display panel, a plurality of light source units provided under the display panel by being spaced apart from each other, and a fluorescent unit provided to a light emission surface of the light source unit entirely or in part. Moreover, the fluorescent unit may include a quantum dot for transforming a light incident from the light source unit into R light entirely or in part.

Abstract: A mobile terminal and manufacturing method thereof are disclosed, by which color reproducibility of a display and the expected life span of a display can be enhanced using quantum dots. The present invention may include a display panel, a plurality of light source units spaced apart from each other, and a quantum dot filter unit provided to a light emitting surface of the light source unit to enable a light provided by the light source unit to pass through. And, the quantum dot filter unit may include a light transmissive hollow pipe member having one end opening or both end openings, quantum dots provided within the light transmissive hollow pipe member, and a sealing member configured to seal the one end opening or the both end openings, the sealing member formed of a same material of the light transmissive hollow pipe member.