Abstract:
A display device includes a display panel including a display surface on which an image is displayed and a rear surface opposite to the display surface, and a backlight unit which is under the display panel and supplies a light to the display panel. The backlight unit includes a light source unit which emits a first light in a direction taken from the display surface to the rear surface, a reflection sheet which reflects the first light, and an active layer which is between the light source unit and the reflection sheet and includes a scattering particle which scatters the first light.
Abstract:
A display apparatus includes a display panel which displays an image and a backlight unit which provides light to the display panel. The backlight unit includes a bottom chassis, a driving substrate, a laser light source, an optical unit, and an optical fiber. The bottom chassis includes a bottom surface and a sidewall. The laser light source emits laser light to the sidewall. The optical unit has an incident surface having a first area and into which the laser light from the laser light source is incident and an emission surface having a second area less than the first area and from which the laser light is emitted. The optical fiber receives the laser light from the emission surface, an end of the optical fiber is connected to the emission surface, recessed patterns are defined on the optical fiber, and the laser light is emitted through the recessed patterns.
Abstract:
A display apparatus includes a display panel displaying an image using light; a light source generating first light; a light conversion member converting the first light into the light; a case member accommodating the light source and the light conversion member and including an open part to transmit the light which is converted by the light conversion member; and a light guide plate receiving the light through the open part and guiding the light to a upward direction where the display panel is disposed.
Abstract:
A light conversion member includes a first unit substrate, a second unit substrate disposed to face the first unit substrate, a quantum-dot accommodating member disposed between the first and second unit substrates and positioned adjacent to a boundary of the first and second unit substrates to seal a space between the first and second unit substrates, and a quantum dot member in the sealed space to convert a light incident thereto to a white light.
Abstract:
A light source assembly includes a light source board in which a first groove is defined; a light emitting chip which is the first groove and generates light; and a light conversion unit which is in the first groove to overlap the light emitting chip and emit converted light which is provided to a display panel which displays an image with the converted light. The light conversion unit includes a lower substrate in which a second groove is defined to face the light emitting chip; an upper substrate coupled to the lower substrate and in which a third groove is defined; and a wavelength conversion layer which converts the wavelength of the light provided from the light emitting chip and emits the converted light, the wavelength conversion layer in the third groove and between the lower substrate and the upper substrate to overlap the light emitting chip.
Abstract:
Provided is a method for a light conversion member including forming a plurality of grooves etched by a predetermined depth from a top surface to a bottom surface of a first substrate, forming a plurality of first connection members disposed in a first unit area partitioned by each of the grooves and having a closed loop shape surrounding each of the grooves on the top surface of the first substrate, forming a quantum dot member in the groove, forming a plurality of second connection members disposed in each of second unit areas partitioned on a bottom surface of a second substrate, cutting the second substrate along boundaries of the second unit areas; bonding a plurality of second sub substrates cut along the second unit areas to the top surface of the first substrate so as to overlap the first unit areas.