Abstract: An electronic device on which an exterior surface mounting member is mounted is provided. The electronic device includes an external housing including a first plate and a second plate that is directed opposite to the first plate, and at least one electronic component that is included within the external housing. The first plate may include a transparent plate including a first surface that forms an outer surface of the first plate and a second surface that is directed opposite to the first surface, and a structure that is interposed between the transparent plate and the second plate, and includes a third surface that faces the first plate and a fourth surface that is formed opposite to the third surface, the structure containing a transparent or translucent material.

Abstract: According to various embodiments of the present disclosure, there is provided a fabrication method for fabricating an exterior member of an electronic device. The fabrication method may include a film disposing step of disposing a film on an exterior member in which one face is formed as a first curved face, and a lamination step of laminating the film on the exterior member. The fabrication method as described above may be variously implemented according to embodiments.

Abstract: Disclosed is an electronic device including a housing with a first surface facing a first direction and a second surface facing a second, opposite direction. A glass cover may form at least a portion of the first surface. A display may be exposed through the glass cover. At least one protrusion is configured to absorb external impact to the electronic device. The protrusion protrudes from the first surface and is formed as part of the glass cover or protrudes through a hole in the glass cover.

Abstract: A window member includes: a glass member; a display member wherein the glass member has a bottom surface which faces and overlays the display member and a pattern layer provided on a first surface of the glass member and having a fine pattern. The pattern layer is silk-screen printed on the first surface of the glass member to directly contact the surface of the glass member. A method of manufacturing a window member, includes: forming a pattern layer such that the pattern layer contacts a surface of the glass member along a periphery of the glass member. The pattern layer is formed at a location which is offset inward from a periphery of the glass member.

Abstract: A window member includes: a glass member; a display member wherein the glass member has a bottom surface which faces and overlays the display member and a pattern layer provided on a first surface of the glass member and having a fine pattern. The pattern layer is silk-screen printed on the first surface of the glass member to directly contact the surface of the glass member. A method of manufacturing a window member, includes: forming a pattern layer such that the pattern layer contacts a surface of the glass member along a periphery of the glass member. The pattern layer is formed at a location which is offset inward from a periphery of the glass member.

Abstract: Disclosed is an electronic device including a housing with a first surface facing a first direction and a second surface facing a second, opposite direction. A glass cover may form at least a portion of the first surface. A display may be exposed through the glass cover. At least one protrusion is configured to absorb external impact to the electronic device.

Abstract: According to various embodiments of the present disclosure, there is provided a fabrication method for fabricating an exterior member of an electronic device. The fabrication method may include a film disposing step of disposing a film on an exterior member in which one face is formed as a first curved face, and a lamination step of laminating the film on the exterior member. The fabrication method as described above may be variously implemented according to embodiments.

Abstract: Provided are a window member for a display device of a portable terminal and a method for fabricating the window member. An inner surface of the window member is formed as a flat surface from a first end portion to a position adjacent to a second end portion, and an inner surface of the second end portion is formed inclined with respect to the flat surface in a direction toward an outer surface. According to the window member and the method for fabricating the same, shrinkage is minimized during hardening of melt resin by sufficiently delivering injection pressure for the melt resin over the entire molding space of a mold, thereby improving a product defect rate.

Abstract: An electronic device on which an exterior surface mounting member is mounted is provided. The electronic device includes an external housing including a first plate and a second plate that is directed opposite to the first plate, and at least one electronic component that is included within the external housing. The first plate may include a transparent plate including a first surface that forms an outer surface of the first plate and a second surface that is directed opposite to the first surface, and a structure that is interposed between the transparent plate and the second plate, and includes a third surface that faces the first plate and a fourth surface that is formed opposite to the third surface, the structure containing a transparent or translucent material.

Abstract: A method for processing a housing for devices such as electronic devices. A hairline is formed on an inner surface of an inmold mold. In addition, a hairline is formed on an inmold film. The inmold film is positioned inside the inmold mold and a housing representing the hairline of the inmold mold and the hairline of the inmold film together is formed using inmold injection molding.

Abstract: A window member includes: a glass member; a display member wherein the glass member has a bottom surface which faces and overlays the display member and a pattern layer provided on a first surface of the glass member and having a fine pattern. The pattern layer is silk-screen printed on the first surface of the glass member to directly contact the surface of the glass member. A method of manufacturing a window member, includes: forming a pattern layer such that the pattern layer contacts a surface of the glass member along a periphery of the glass member. The pattern layer is formed at a location which is offset inward from a periphery of the glass member.

Abstract: A window member includes: a glass member; a display member wherein the glass member has a bottom surface which faces and overlays the display member and a pattern layer provided on a first surface of the glass member and having a fine pattern. The pattern layer is silk-screen printed on the first surface of the glass member to directly contact the surface of the glass member. A method of manufacturing a window member, includes: forming a pattern layer such that the pattern layer contacts a surface of the glass member along a periphery of the glass member. The pattern layer is formed at a location which is offset inward from a periphery of the glass member.

Abstract: A method for processing a housing for devices such as electronic devices. A hairline is formed on an inner surface of an inmold mold. In addition, a hairline is formed on an inmold film. The inmold film is positioned inside the inmold mold and a housing representing the hairline of the inmold mold and the hairline of the inmold film together is formed using inmold injection molding.

Abstract: Provided are a window member for a display device of a portable terminal and a method for fabricating the window member. An inner surface of the window member is formed as a flat surface from a first end portion to a position adjacent to a second end portion, and an inner surface of the second end portion is formed inclined with respect to the flat surface in a direction toward an outer surface. According to the window member and the method for fabricating the same, shrinkage is minimized during hardening of melt resin by sufficiently delivering injection pressure for the melt resin over the entire molding space of a mold, thereby improving a product defect rate.