Abstract: A display device has a cover window that is light, has good resistance against external impact, and is capable of being processed with various shapes. A display device according to the present invention includes: a display panel including a display area and a non-display area; and a cover window positioned at the front side of the display panel and including a transparent area corresponding to the display area and a non-transparent area corresponding to the non-display area, wherein the cover window includes a cover window main body formed with the transparent area and the non-transparent area, and a transparent protection layer formed at the front surface of the cover window main body. The transparent protection layer extends to the rear surface corresponding to at least a portion of the non-transparent area of the cover window main body.

Abstract: In a method of manufacturing a touch screen panel, first sensing electrodes are formed in an active area of a substrate and are connected in a first direction, and second sensing electrodes are connected in a second direction that intersects the first direction. The method includes forming outside wiring lines for connecting the first and second sensing electrodes to an external driving circuit in units of lines in a non-active area positioned outside an active area of the substrate, forming bridge patterns for electrically connecting the first sensing electrodes in the active area of the substrate, forming insulating layer patterns for insulating the second sensing electrodes and the bridge patterns from each other on the bridge patterns, and forming the first and second sensing electrodes on the substrate where the outside wiring lines, the bridge patterns, and the insulating layer patterns are formed.

Abstract: In one aspect, a protective window comprising a first transparent member comprising a polymer; and a protective layer on a first surface of the first transparent member and comprising silsequioxane is provided.

Abstract: A display device has a cover window that is light, has good resistance against external impact, and is capable of being processed with various shapes. A display device according to the present invention includes: a display panel including a display area and a non-display area; and a cover window positioned at the front side of the display panel and including a transparent area corresponding to the display area and a non-transparent area corresponding to the non-display area, wherein the cover window includes a cover window main body formed with the transparent area and the non-transparent area, and a transparent protection layer formed at the front surface of the cover window main body. The transparent protection layer extends to the rear surface corresponding to at least a portion of the non-transparent area of the cover window main body.

Abstract: In a method and an apparatus for coating an object with photosensitive material, a roller stabilizes a supply amount of the photosensitive material and is disposed between the object and a slit coater, so that the stabilized photosensitive material is supplied to the object through the slit coater. The photosensitive material includes additives for controlling amount of a solid powder, a boiling point and a surface tension thereof. Accordingly, the photosensitive material may be uniformly coated on the object.

Abstract: Techniques are provided to prevent undesired and/or unauthorized analysis and access to electronic components designs. A shield can be utilized to prevent invasive and/or non-invasive analysis methods such as the use of x-rays to determine the structural configuration and/or component makeup of an embedded antenna. In addition, a damageable material that can be utilized alone or in conjunction with the shield is also provided. When attempting to access the antenna and/or components included therein, any inappropriate force or exposure to certain elements, such as heat, will cause the material and the antenna and/or the components therein to be damaged or melted beyond a point of useful recognition for the entity. Furthermore, thin films can be utilized to construct one or more portions of the antenna to the same effect. In addition, the antenna and/or components can be configured for actively reconfiguring a resonant frequency of the antenna.

Abstract: A color filter composition comprises a mixture of a binder and a monomer in a predetermined ratio, a pigment, and a solvent. The predetermined ratio is a ratio of the binder to the monomer and ranges from about 50:50 to about 60:40. The color filter composition further comprises a solid powder having a weight percent in the color filter composition ranging from about 12% to about 18%, wherein the solid powder includes the pigment. The pigment has a weight percent in the solid powder ranging from about 28% to about 38%.

Abstract: A cleaning unit of this invention includes a body and a cleaning member. The body includes an upper face. The upper face subsides to form a receiving recession for receiving a slit nozzle of the slit coater. The receiving recession includes a sidewall and a bottom face. The sidewall includes a first injection hole. A cleaning material is sprayed via the injection hole. The cleaning member eliminates dregs of the material attached on the slit nozzle of the slit coater. The cleaning member is attached on the bottom face of the receiving recession. According to the present invention, the slit nozzle is effectively cleared, so that the substrate is uniformly coated with the photosensitive layer, and the photosensitive layer is not scratched.

Abstract: The present invention relates to a herb composition for asthma maintenance therapy based on Chungsangboha-tang, which is known to be effective in asthma, capable of reducing the long-term suffering of asthma patients and improving their quality of lives and a manufacturing method thereof.

Abstract: Techniques are provided to prevent undesired and/or unauthorized analysis and access to electronic components designs. A shield can be utilized to prevent invasive and/or non-invasive analysis methods such as the use of x-rays to determine the structural configuration and/or component makeup of an embedded antenna. In addition, a damageable material that can be utilized alone or in conjunction with the shield is also provided. When attempting to access the antenna and/or components included therein, any inappropriate force or exposure to certain elements, such as heat, will cause the material and the antenna and/or the components therein to be damaged or melted beyond a point of useful recognition for the entity. Furthermore, thin films can be utilized to construct one or more portions of the antenna to the same effect. In addition, the antenna and/or components can be configured for actively reconfiguring a resonant frequency of the antenna.

Abstract: In a method and an apparatus for coating an object with photosensitive material, a roller stabilizes a supply amount of the photosensitive material and is disposed between the object and a slit coater, so that the stabilized photosensitive material is supplied to the object through the slit coater. The photosensitive material includes additives for controlling amount of a solid powder, a boiling point and a surface tension thereof. Accordingly, the photosensitive material may be uniformly coated on the object.

Abstract: In a method and an apparatus for coating an object with photosensitive material, a roller stabilizes a supply amount of the photosensitive material and is disposed between the object and a slit coater, so that the stabilized photosensitive material is supplied to the object through the slit coater. The photosensitive material includes additives for controlling amount of a solid powder, a boiling point and a surface tension thereof. Accordingly, the photosensitive material may be uniformly coated on the object.

Abstract: A cleaning unit of this invention includes a body and a cleaning member. The body includes an upper face. The upper face subsides to form a receiving recession for receiving a slit nozzle of the slit coater. The receiving recession includes a sidewall and a bottom face. The sidewall includes a first injection hole. A cleaning material is sprayed via the injection hole. The cleaning member eliminates dregs of the material attached on the slit nozzle of the slit coater. The cleaning member is attached on the bottom face of the receiving recession. According to the present invention, the slit nozzle is effectively cleared, so that the substrate is uniformly coated with the photosensitive layer, and the photosensitive layer is not scratched.

Abstract: A color filter composition comprises a mixture of a binder and a monomer in a predetermined ratio, a pigment, and a solvent. The predetermined ratio is a ratio of the binder to the monomer and ranges from about 50:50 to about 60:40. The color filter composition further comprises a solid powder having a weight percent in the color filter composition ranging from about 12% to about 18%, wherein the solid powder includes the pigment. The pigment has a weight percent in the solid powder ranging from about 28% to about 38%.

Abstract: In a method and an apparatus for coating an object with photosensitive material, a roller stabilizes a supply amount of the photosensitive material and is disposed between the object and a slit coater, so that the stabilized photosensitive material is supplied to the object through the slit coater. The photosensitive material includes additives for controlling amount of a solid powder, a boiling point and a surface tension thereof. Accordingly, the photosensitive material may be uniformly coated on the object.

Abstract: A light-blocking black matrix is applied to a transparent substrate, then several coats of negative photoresists, with optimal spectral properties, are applied over the black matrix to create red, blue and green color filters. Then, the surface of the black matrix and the red, blue and green filters are preheated using infrared (IR) rays to remove any residual moisture or gas. Next, the surfaces of the black matrix and color filters are irradiated by ultraviolet (U.V.) rays to remove pigment residue remaining on the black matrix. This is followed by a UV irradiating step in which high-density ozone molecules (O3) are injected into a UV chamber and any final traces of pigment remaining on the surface are dissolved and volatilized in reaction to active oxygen from the ozone.

Abstract: A method of fabricating color filters used in an LCD, which includes the steps of forming a black matrix on a glass substrate, sequentially forming a first to a third color filter layer between the parts of the black matrix with the same height, removing the pigment residue on the black matrix, and forming a transparent electrode layer over the color filter layers.