Abstract: In a cross section of a bending section of a frame region, a first opening opening upward is formed in at least one layer of inorganic film included in a TFT layer. A first organic film is provided to plug the first opening. A frame wiring line is provided on the first organic film. A second organic film is provided to cover the frame wiring line. A second opening opening upward is formed in the first organic film on an inner side with respect to the first opening.

Abstract: A display device includes a plurality of picture elements. The plurality of picture elements are formed with anodes and cover layers cover an outer periphery of a corresponding anode of the anodes, the cover layer allowing an opening of the corresponding anode to be formed. The cover layer is spaced apart from the cover layer of a different anode of the anodes, the different anode being adjacent to the anode.

Abstract: To reduce a possibility of short circuiting between a wiring line that connects to a terminal unit and a pixel electrode, a display device is provided that includes a first lead wiring line that extends from a display area to a frame area while intersecting with an end portion of a flattening film, a second lead wiring line that is in a layer more on an upper side than the first lead wiring line and extends to a terminal unit while coming into contact with and intersecting with a first bank formed in a periphery of a second electrode, and a first wiring line contact part through which the first lead wiring line and the second lead wiring line connect to each other, the first wiring line contact part being provided between an end portion of the flattening film and the first bank.

Abstract: A first damming wall and a second damming wall are provided in a frame region. The first damming wall surrounds a display region formed from a first organic material and overlaps with a circumferential end part of an organic layer. The second damming wall includes a top part formed from a second organic material in the periphery of the first damming wall, and overlaps with an edge of the circumferential end part of the organic layer. The second damming wall includes a bottom part located closer to a base substrate, the bottom part being formed from a material constituting parts of switching elements.

Abstract: A display device includes a plurality of picture elements, wherein a first electrode is formed in each of the plurality of picture elements, a cover layer is formed such that an opening of the first electrode is formed, a spacer in a layer identical to the cover layer is provided between two of the first electrodes, the spacer is formed with a height greater than a height of the cover layer, and an outer edge portion of the spacer is spaced from an outer edge portion of the cover layer.

Abstract: In a flexible organic EL display device, a first resin layer, which has an opening overlapping with a first conductive member, an opening overlapping with a second conductive member, and an opening and an opening overlapping with a third conductive member, is formed to fill a slit.

Abstract: A display device production method for producing a display device including a light emitting element in an active region and a terminal in a non-active region. The display device production method includes arranging a first mask overlapping with an electrode region of the light emitting element and a second mask overlapping with the terminal, on a conductive film that is arranged in the active region and the non-active region and that covers the terminal, and etching the conductive film.

Abstract: The display device includes: a TFT layer; a light-emitting layer in an upper layer than the TFT layer; a first inorganic sealing film in an upper layer than the light-emitting layer; and a second inorganic sealing film in an upper layer than the first inorganic sealing film. An organic edge film is provided on a peripheral edge of a frame region surrounding a display region. The second inorganic sealing film overlaps with an upper face of the organic edge film, and an end face of the organic edge film and an end face of the second inorganic sealing film are aligned with each other.

Abstract: In a display region of a display device, opening portions are formed in at least one layer of an inorganic insulating film making up a TFT layer in such a manner as to penetrate the inorganic insulating film to thereby expose an upper surface of a resin substrate, opening flattening films are provided in such a manner as to fill in the opening portions, and metallic layers are provided in such a manner as to cover upper surfaces of the opening flattening films.

Abstract: To reduce a possibility of short circuiting between a wiring line that connects to a terminal unit and a pixel electrode, a display device is provided that includes a first lead wiring line that extends from a display area to a frame area while intersecting with an end portion of a flattening film, a second lead wiring line that is in a layer more on an upper side than the first lead wiring line and extends to a terminal unit while coming into contact with and intersecting with a first bank formed in a periphery of a second electrode, and a first wiring line contact part through which the first lead wiring line and the second lead wiring line connect to each other, the first wiring line contact part being provided between an end portion of the flattening film and the first bank.

Abstract: An etching device includes a chemical treatment tank configured to allow a substrate to be transported in an interior thereof, and a spraying unit disposed in the interior of the chemical treatment tank, including a blowing port oriented in a direction that does not intersect a front face of the substrate, and configured to spray an etchant chemical solution as a mist through the blowing port.

Abstract: A display device configured so that a light-emitting element layer (5) is provided so as to include, in an active region (DA), a first electrode (22), an EL layer (24), and a second electrode (25), the display device including an inorganic insulating film (23) which covers an edge of the first electrode.

Abstract: A display device includes a TFT layer provided with a terminal configured to receive a signal inputted from an external source, and a terminal wiring line in a lower layer underlying the terminal, and a light emitting element layer in an upper layer overlying the TFT layer. The terminal includes a main portion and a peripheral portion surrounding the main portion. The peripheral portion is covered by a cover film, the terminal wiring line and a lower face of the peripheral portion are in contact, and the main portion and the terminal wiring line overlap via at least one terminal base film.

Abstract: A portion of a resin film is precisely cut out when the resin film is peeled off. A rear surface of a glass substrate on which a protrusion is formed is irradiated with a laser beam to peel a resin film from the glass substrate. Then, the protrusion and the resin film formed on the protrusion are left on the glass substrate.

Abstract: A display device including: a plurality of subpixels (SP) each including (i) a first electrode (22), (ii) a bank (23) covering an edge of the first electrode, (iii) an EL layer (24) provided in a layer higher than the first electrode, and (iv) a second electrode (25) provided in a layer higher than the EL layer, the bank having a first sloped part (23x) and a second sloped part (23y), the second sloped part having an inclination smaller than that of the first sloped part.

Abstract: A first weir wall and a second weir wall are formed in a frame region, the first weir wall being made of a material of a planarizing film and being formed so as to surround a display region and to overlap a peripheral end of an organic layer of a sealing film, and the second weir wall being made of a material of an edge cover and being formed around the first weir wall so as to overlap an edge of the peripheral end of the organic layer. The first weir wall has a groove formed in its upper surface so as to extend around the display region.

Abstract: In a display region of a display device, opening portions are formed in at least one layer of an inorganic insulating film making up a TFT layer in such a manner as to penetrate the inorganic insulating film to thereby expose an upper surface of a resin substrate, opening flattening films are provided in such a manner as to fill in the opening portions, and metallic layers are provided in such a manner as to cover upper surfaces of the opening flattening films.

Abstract: A display device production method for producing a display device including a light emitting element in an active region and a terminal in a non-active region. The display device production method includes arranging a first mask overlapping with an electrode region of the light emitting element and a second mask overlapping with the terminal, on a conductive film that is arranged in the active region and the non-active region and that covers the terminal, and etching the conductive film.

Abstract: A first damming wall and a second damming wall are provided in a frame region. The first damming wall surrounds a display region formed from a first organic material and overlaps with a circumferential end part of an organic layer. The second damming wall includes a top part formed from a second organic material in the periphery of the first damming wall, and overlaps with an edge of the circumferential end part of the organic layer. The second damming wall includes a bottom part located closer to a base substrate, the bottom part being formed from a material constituting parts of switching elements.

Abstract: The photomask includes: transmissive portions configured to form the opening portion, a semi-transmitted light portion configured to form the planar portion, and a light blocking portion configured to form each of the plurality of photo spacer portions. The light blocking portion is formed in an island shape between the transmissive portions arranged in a lattice shape, and an end portion of the light blocking portion is formed to extend, between two of the transmissive portions, along outer edges of the two of the transmissive portions.