Abstract: Disclosed herein is an emotion lighting apparatus for vehicle. According to the present invention, the emotion lighting apparatus for vehicle comprises a lighting unit as a light source selected from the group consisting of OLED and LED, a supporting unit for supporting the light source, and a cover for covering the light unit and including a transmitting window passing light from the light source. In this case, the light unit and cover are bendable.

Abstract: Disclosed herein is a surface lighting apparatus. According to the present invention, the surface lighting apparatus comprises a light guiding unit for dispersing light input from light source through patterns formed in the light guiding unit, a reflecting unit formed at a lower part of the light guiding unit to reflect light being out among dispersed light of the light guiding unit, a diffusing unit adjoining an upper part of the light guiding unit and scattering light dispersed from the light guiding unit, and a refract guiding unit formed between the light source and the light guiding unit and concentrating total light input by refracting at least a part of light input from the light source to guide the light to the light guiding unit.

Abstract: Disclosed herein is an emotion lighting apparatus for vehicle. According to the present invention, the emotion lighting apparatus for vehicle comprises a lighting unit as a light source selected from the group consisting of OLED and LED, a supporting unit for supporting the light source, and a cover for covering the light unit and including a transmitting window passing light from the light source. In this case, the light unit and cover are bendable.

Abstract: Disclosed herein is a surface lighting apparatus. According to the present invention, the surface lighting apparatus comprises a light guiding unit for dispersing light input from light source through patterns formed in the light guiding unit, a reflecting unit formed at a lower part of the light guiding unit to reflect light being out among dispersed light of the light guiding unit, a diffusing unit adjoining an upper part of the light guiding unit and scattering light dispersed from the light guiding unit, and a refract guiding unit formed between the light source and the light guiding unit and concentrating total light input by refracting at least a part of light input from the light source to guide the light to the light guiding unit.

Abstract: Disclosed herein is a flexible conductive substrate. According to the present invention, the flexible conductive substrate comprises a fabric substrate, a first film formed of metal or metal oxide on the fabric substrate, a second film formed of ITO film including tin oxide on the first film, and a third film formed of ITO film including tin oxide on the second film. A content of tin oxide included in the second film is smaller than that of oxide included in the third film.

Abstract: A flexible barrier fabric substrate includes a fabric base material, a planarization layer formed on the fabric base material, and a barrier layer formed on the planarization layer. One or more inorganic thin film layers and one or more polymer thin film layers are alternately stacked in the barrier layer.

Abstract: A transparent flexible film and a method of manufacturing thereof. An inorganic layer is formed by coating ionized metal compound on a surface of a transparent substrate film and naturally cured so as to react with moisture in the air. Accordingly, the transparent flexible film for solar cell has low permeability rate of water and oxygen.