Abstract: A driving substrate of a display panel includes A driving substrate of a display panel, the driving substrate a pixel element, a plurality of terminals, formed by at least one metal layer and placed outside a pixel region in which the pixel element is placed, that are connected separately to each of a plurality of output signal bumps of a driving circuit, and a plurality of output signal wires extending separately from each of the plurality of terminals to the pixel region. The plurality of output signal wires are placed between adjacent two of the plurality of terminals in planar view. The plurality of output signal wires placed between the adjacent two terminals include two or more output signal wires formed by two or more layers. The two or more output signal wires are disposed to at least partially overlap each other in planar view.

Abstract: A terminal connection portion, which includes an IC including a plurality of input bumps and a plurality of output bumps, and a terminal connection portion including a plurality of input terminal electrodes and a plurality of output terminal electrodes, is provided in a frame region, and in the terminal connection portion, an electrode insulating film is provided on the input terminal electrodes and the output terminal electrodes. A protruding portion is provided on the electrode insulating film, and the protruding portion overlaps with the IC in a plan view, and overlaps with the input bumps and the output bumps when viewed from a direction parallel to a substrate surface of a resin substrate layer.

Abstract: In a chip mounting portion, a plurality of chip terminals arranged in a row and a plurality of terminal wiring lines corresponding to the plurality of chip terminals, the plurality of terminal wiring lines extending parallel to one another and being electrically connected to the plurality of chip terminals, respectively, are provided. For at least one chip terminal of the plurality of chip terminals, a chip support body is provided at each terminal wiring line with the chip support body overlapping the terminal wiring line corresponding to the at least one chip terminal or an extension line of the terminal wiring line.

Abstract: On a chip-mounting portion, a plurality of chip-use terminals are provided in a single row, and a plurality of terminal lines are provided extending parallel to each other in such a manner as to correspond to the plurality of chip-use terminals and being electrically connected respectively to the plurality of chip-use terminals, and a chip support body is provided between the plurality of chip-use terminals.

Abstract: A display device includes: a fold portion; and connection wires electrically connecting a terminal to a wire in a display region. In the fold portion, an inorganic-insulating-film first slit provided to an inorganic insulating film and a film-layer first slit provided to a film layer extend in a direction to intersect with an edge of a frame region. The display device includes: either an inorganic-insulating-film second slit intersecting with the inorganic-insulating-film first slit; or a film-layer second slit intersecting with the film-layer first slit. Either the inorganic-insulating-film second slit or the film-layer second slit is provided between pluralities of the connection wires adjacent to each other.

Abstract: A display device includes a display panel, a driver 12 including a first side part, a first terminal, a first wire connected to the first terminal, a second terminal located further away from a display area than the first terminal and closer to an end of the first side part than the first terminal, a second wire connected to the second terminal, a first bump disposed to overlap the first terminal, a second bump disposed to overlap the second terminal, and a third bump located closer to the display area than the second bump and closer to the end of the first side part than the first bump. The second wire is extended out from the second terminal toward the end of the first side part, and the third bump has an oblong shape in planar view and has a longitudinal direction parallel with an inclined portion.

Abstract: A substrate for a display includes a substrate section on which a flexible substrate and a driver are mounted, a flexible substrate side terminal area, disposed in a mounting area on the substrate section for the flexible substrate, to which a signal is inputted from the flexible substrate, a driver side terminal area, disposed in a mounting area on the substrate section for the driver, through which at least a part of the signal is inputted and outputted to the driver, a wire, disposed to extend from the mounting area on the substrate section for the flexible substrate to the mounting area for the driver and connected to the flexible substrate side terminal area and the driver side terminal area, through which the signal is transmitted, and a shield section, disposed to overlap the wire via an insulating film on the substrate section, that is kept at a constant potential.

Abstract: A terminal connection portion, which includes an IC including a plurality of input bumps and a plurality of output bumps, and a terminal connection portion including a plurality of input terminal electrodes and a plurality of output terminal electrodes, is provided in a frame region, and in the terminal connection portion, an electrode insulating film is provided on the input terminal electrodes and the output terminal electrodes. A protruding portion is provided on the electrode insulating film, and the protruding portion overlaps with the IC in a plan view, and overlaps with the input bumps and the output bumps when viewed from a direction parallel to a substrate surface of a resin substrate layer.

Abstract: A display device includes: a fold portion; and connection wires electrically connecting a terminal to a wire in a display region. In the fold portion, an inorganic-insulating-film first slit provided to an inorganic insulating film and a film-layer first slit provided to a film layer extend in a direction to intersect with an edge of a frame region. The display device includes: either an inorganic-insulating-film second slit intersecting with the inorganic-insulating-film first slit; or a film-layer second slit intersecting with the film-layer first slit. Either the inorganic-insulating-film second slit or the film-layer second slit is provided between pluralities of the connection wires adjacent to each other.

Abstract: A substrate for a display includes a substrate section on which a flexible substrate and a driver are mounted, a flexible substrate side terminal area, disposed in a mounting area on the substrate section for the flexible substrate, to which a signal is inputted from the flexible substrate, a driver side terminal area, disposed in a mounting area on the substrate section for the driver, through which at least a part of the signal is inputted and outputted to the driver, a wire, disposed to extend from the mounting area on the substrate section for the flexible substrate to the mounting area for the driver and connected to the flexible substrate side terminal area and the driver side terminal area, through which the signal is transmitted, and a shield section, disposed to overlap the wire via an insulating film on the substrate section, that is kept at a constant potential.

Abstract: An array substrate includes at least: a glass substrate on which a driver is mounted; a panel side output terminal disposed in a mounting area of the glass substrate and connected to the driver; a first terminal portion; a gate insulation film including a first contact hole at a position overlapping a first terminal portion; a second terminal portion disposed to overlap at least a first contact hole and an opening edge of the first contact hole; a first interlayer insulation film including a second contact hole at a position overlapping a second terminal portion not to overlap the first contact hole; and a third terminal portion disposed to overlap at least the second contact hole and an opening edge of the second contact hole.

Abstract: An array substrate includes at least: a glass substrate on which a driver is mounted; a panel side output terminal disposed in a mounting area of the glass substrate and connected to the driver; a first terminal portion; a gate insulation film including a first contact hole at a position overlapping a first terminal portion; a second terminal portion disposed to overlap at least a first contact hole and an opening edge of the first contact hole; a first interlayer insulation film including a second contact hole at a position overlapping a second terminal portion not to overlap the first contact hole; and a third terminal portion disposed to overlap at least the second contact hole and an opening edge of the second contact hole.

Abstract: The semiconductor device of the present invention includes: a first bump group including multiple first bumps aligned in a long side direction; a second bump group including multiple second bumps aligned in the long side direction; and a third bump group including multiple third bumps between the first bump group and the second bump group, wherein on the surface to be connected to the display device, in a short side direction perpendicular to the long side direction, no second bump is disposed or at least one of the multiple second bumps is disposed at least one of positions facing the multiple third bumps, the at least one of the multiple second bumps being a dummy bump.

Abstract: There is provided an optical pickup apparatus. In an optical pickup apparatus, a focus diffraction region includes focus regions of which a number of types is equal to a number of types of light that can be emitted by a light source. The types of the focus regions correspond to the respective types of light, the respective focus regions diffract the corresponding types of light toward same positions of focus light-receiving regions. The focus regions include a plurality of focus segmented regions. The plurality of focus segmented regions of the respective types of focus regions are periodically distributed in the focus diffraction region, and at least some of the focus segmented regions are disposed to be adjacent to focus segmented regions for different types of light.

Abstract: In a diffractive element, its grating pattern is so configured that a diffraction angle of a diffracted light beam of a light source that is subject to the first-order diffraction in a diffraction area is matched with an angle of a light beam passing through the diffractive area emitted from a light source and a light source position is matched with a light originating point of the light source that emits a light beam to be transmitted, and the center of light intensity distribution is matched with that of the light source passing through the diffractive element by inclining an optical axis of the light source. A position of the diffractive element is adjusted based on an electric current value generated when a reflected return path light beam of the light source is diffracted by the diffractive element and enters the light source.

Abstract: An optical pickup apparatus is provided. Segmented regions included in a focus diffraction region includes focus segmented regions corresponding in number with different light emitted by a light source. Different focus segmented regions are arranged adjacent to each other alternately in a direction perpendicular to a parallel dividing line. Segmented regions included in a tracking diffraction region includes tracking segmented regions corresponding in number with different light emitted by the light source. Different tracking segmented regions are arranged adjacent to each other alternately in a direction perpendicular to the parallel dividing line.

Abstract: An optical pickup apparatus is provided. Segmented regions included in a focus diffraction region includes focus segmented regions corresponding in number with different light emitted by a light source. Different focus segmented regions are arranged adjacent to each other alternately in a direction perpendicular to a parallel dividing line. Segmented regions included in a tracking diffraction region includes tracking segmented regions corresponding in number with different light emitted by the light source. Different tracking segmented regions are arranged adjacent to each other alternately in a direction perpendicular to the parallel dividing line.

Abstract: There is provided an optical pickup apparatus. In an optical pickup apparatus, a focus diffraction region includes focus regions of which a number of types is equal to a number of types of light that can be emitted by a light source. The types of the focus regions correspond to the respective types of light, the respective focus regions diffract the corresponding types of light toward same positions of focus light-receiving regions. The focus regions include a plurality of focus segmented regions. The plurality of focus segmented regions of the respective types of focus regions are periodically distributed in the focus diffraction region, and at least some of the focus segmented regions are disposed to be adjacent to focus segmented regions for different types of light.

Abstract: In a diffractive element, its grating pattern is so configured that a diffraction angle of a diffracted light beam of a light source that is subject to the first-order diffraction in a diffraction area is matched with an angle of a light beam passing through the diffractive area emitted from a light source and a light source position is matched with a light originating point of the light source that emits a light beam to be transmitted, and the center of light intensity distribution is matched with that of the light source passing through the diffractive element by inclining an optical axis of the light source. A position of the diffractive element is adjusted based on an electric current value generated when a reflected return path light beam of the light source is diffracted by the diffractive element and enters the light source.

Abstract: Provided is an optical pickup apparatus that can be made compact and is capable of producing stable push-pull signals. The optical pickup apparatus includes a light source, an objective lens, a diffraction element, a light-receiving element, and a control-driving section. The diffraction element receives light reflected from an optical recording medium. The light-receiving element receives light beams diffracted by the diffraction element. The light-receiving element has a plurality of light-receiving regions. The light-receiving region produces an output signal responsive to the quantity of the incident light beam. The control-driving section obtains differences among the output signals from a plurality of the light-receiving regions by calculation to derive a push-pull signal, and drives the objective lens under control on the basis of the push-pull signal.