Abstract: A manufacturing method for a component incorporated substrate according to the present invention includes positioning an electronic component with reference to a mark formed on a copper layer, the mark consisting of a material less easily etched than copper by a copper etching agent used for etching of copper, after mounting the electronic component on the copper layer with an adhesive layer interposed therebetween, embedding the electronic component and the mark in an insulating substrate, thereafter, etching and removing a part of the copper layer to form a window for exposing the mark, forming an LVH reaching a terminal of the electronic component with reference to the exposed mark, electrically connecting the terminal and the copper layer via a conduction via formed by applying copper plating to the LVH, and, thereafter, forming the copper layer into a wiring pattern.

Abstract: A liner for an appliance is formed by a plastic sheet formed into a three dimensional shape corresponding to at least a portion of a compartment of the appliance. A plurality of electrically conductive ink pathways are applied on a surface of the plastic sheet, and a sealer material is applied to the plastic sheet to cover said pathways.

Abstract: Provided is a foldable display apparatus that is foldable along a folding line. The foldable display apparatus includes a first display panel for displaying a first image, a second display panel for displaying a second image, wherein the second display panel is spaced apart from the first display panel, and a flexible electric connection unit disposed between the first and second display panels and electrically connecting the first and second display panels, the flexible electric connection unit comprising a groove overlapping with the folding line.

Abstract: The present invention can reduce warpage while minimizing unnecessary wiring of an electronic component embedded substrate by including an electronic component; a first wiring layer; and a second wiring layer, wherein at least one of the number of layers and wiring density of the first wiring layer is greater than at least one of the number of layers and wiring density of the second wiring layer and a first insulating portion is made of a material having a lower coefficient of thermal expansion than a second insulating portion.

Abstract: A flexible display device includes: a flexible display panel configured to display an image; a dielectric elastomer film disposed on a portion of the flexible display panel; a first electrode layer disposed on an upper portion of the dielectric elastomer film; and a second electrode layer disposed on a lower portion of the dielectric elastomer film, the first electrode layer includes a plurality of first electrodes, each of the plurality of first electrodes disposed apart from each other, the second electrode layer includes a plurality of second electrodes, each of the plurality of second electrodes disposed apart from each other.

Abstract: A method for manufacturing a circuit board with a buried element having high density pin count, wherein a micro copper window formed in a first circuit by patterned dry film electroplating is easily controlled less than 50 ?m so that the micro conduction holes formed after the laser drilling each has a diameter greatly shrunk less than 50 ?m so as to highly increase density of the micro conduction holes, thereby facilitating in burial of the buried element with the high density pin count. Additionally, by disposing the micro conduction holes in the same elevation, optically aligning a fixing position for the buried element can be controlled precisely.

Abstract: A variable display device includes a display panel; a joint plate installed at a rear surface of the display panel and including a plurality of plates each configured to be rotated by a hinge; and a driving system installed at a rear surface of the joint plate and rotating the plurality of plates with respect to a normal direction to the joint plate, wherein the display panel is variably driven in a flat mode having a flat surface or a curved mode having a curved surface by the joint plate and the driving system.

Abstract: A window panel includes a first rigid part including a rigid material, a second rigid part including the rigid material, and a base substrate interposed between the first and second rigid parts and including a folding part configured to be folded by an external force. The folding part includes a first area and a second area, which are alternately arranged on a plane surface of the base substrate substantially perpendicular to a thickness direction of the base substrate. The first area includes the rigid material, and at least a portion of the second area includes a soft material. Thus, the rigidity of the window panel is maintained by the rigid material and the flexibility of the window panel is improved by the soft material.

Abstract: A component-embedded resin substrate includes a plurality of embedded components arranged as embedded in a resin structure. The plurality of embedded components include a first embedded component and a second embedded component. When viewed in a direction of the lamination, a first distance from the first embedded component to the closest end surface is shorter than a second distance from the second embedded component to the closest end surface. A first projection area calculated by multiplying a length along the end surface when the first embedded component is projected on the closest end surface to the first embedded component by a thickness of the first embedded component is smaller than a second projection area calculated by multiplying a length along the end surface when the second embedded component is projected on the closest end surface to the second embedded component by a thickness of the second embedded component.

Abstract: The invention relates to a sidepiece (3) comprising a reinforcement (5) that is to be hinged onto a frame (2). The sidepiece (3) includes: a first strip (11) for covering a first portion of the reinforcement (5); a second strip (12) for covering a second portion of the reinforcement (5); a first connection means (21) for guiding the first strip (11) in translation and holding same on the reinforcement (5); and a second connection means (22) for guiding at least the second strip (12) in translation and holding same on the reinforcement (5).