Sakai Display Products Corporation

Nobuhiro Yonezawa

Daishi Ishikawa

Tomonori Takobe

Takashi Iwaki

Shodo Yamasaki

Shinji Iwasaki

Shunsuke Okajima

Provided is a substrate inverting device that can reverse the front and back of a substrate without causing damage and that can suppress a decrease in work efficiency due to inverting the substrate. A substrate inverting device that inverts the front and back of a substrate comprise: a rectangular frame shaped casing that encloses the circumference of a substrate to be inverted; a first holding unit that is joined to one edge of the casing so as to be able to rotate and that holds the substrate from the front side; a second holding unit that is joined to another edge of the casing facing the one edge so as to be able to rotate and that holds the substrate from the back side; and a support unit that supports the casing so that same can rotate about an axis in the horizontal direction while the substrate is held by the first holding unit and second holding unit.

Substrate inverting device

In a generation system, while a mark image including a prescribed mark is displayed on the display screen of a display panel, a capturing device captures a plurality of partial images in which a portion of the display screen is seen and generates capture data of each of the plurality of partial images. A correction data generation device specifies, for each of the plurality of partial images captured by the capturing device, an object area in the partial image on the basis of the mark included in the partial image. The correction data generation device extracts, for each of the plurality of partial images, an object portion that corresponds to the object area from the capture data of the partial images, and synthesizes a plurality of extracted object portions, thereby generating screen image data that corresponds to the capture data of the entire display screen.

Generation system, generation method, and storage medium

A compression bonding apparatus for compression bonding a component on a plate-shaped member, includes a holding part for holding the plate-shaped member vertically, a moving part being movable with respect to the holding part, a measurement unit configured to optically measure a position and an orientation of the moving part, a driving unit for varying the position and the orientation of the moving part, a first compression bonding unit configured to temporarily fix the component on the plate-shaped member at a predetermined temperature and pressure, and a second compression bonding unit configured to compression bond the component on the plate-shaped member at higher temperature and pressure than the predetermined temperature and pressure in compression bonding by the first compression bonding unit.

Compression bonding apparatus and compression bonding method

The terminal connection structure includes a first terminal groupincluding a plurality of first terminalsaligned side-by-side, and a second terminal groupincluding a plurality of second terminalsaligned side-by-side and connected to the plurality of first terminals, the second terminal groupopposing to the first terminal groupand electrically connected to the first terminal groupvia an anisotropic conductive film, wherein each of the first terminalshas a recess-projection shape and each of the second terminalshas a recess-projection shape, two adjacent first terminalsA,B have different and corresponding shapes with each other, and two adjacent second terminalsA,B have different and corresponding shapes with each other.

Terminal connection structure and display apparatus

Provided is a display apparatus capable of realizing the reduction in thickness and border width even in a case of the curved display and keeping a display quality successfully. The display apparatus is equipped with: a liquid-crystal panel prepared by enclosing a liquid-crystal material between a pair of glass substrates being opposed to each other; a light guide plate being opposed to the liquid-crystal panel and being made of glass; and an optical sheet arranged between the liquid-crystal panel and the light guide plate; and a frame body which joins respective peripheral portions of the liquid-crystal panel and the light guide plate with a predetermined distance between the liquid-crystal panel and the light guide plate, and having a flexibility.

Display apparatus

A display apparatus according to one embodiment of the present disclosure comprises a display panel, a light guiding plate that emits light, the light being derived from a light source, through a front surface of the light guiding plate toward a rear surface of the display panel, a spacer that forms a void between the display panel and the light guiding plate, and an optical sheet disposed at the void, the optical sheet having a surface to face the rear surface of the display panel and a surface to face the front surface of the light guiding plate. In the display apparatus, the spacer is formed using a shape memory alloy. In the display apparatus, the spacer includes a panel attachment part having a plate shape attached to a peripheral part of the rear surface of the display panel so as to be disposed along the display panel, and a light guiding plate attachment part attached to a peripheral part of the front surface of the light guiding plate or a peripheral part of the rear surface of the light guiding plate.

Display apparatus with spacer and method of manufacture of display apparatus with spacer

An example display panel, comprises: a display plate having a plurality of display elements; an adhesive layer laminated on the display plate; a polarizing plate laminated on the display plate through the adhesive layer; and a hydrophilic material layer laminated between the display plate and the adhesive layer.

Display panel, display apparatus and laminate

A display apparatus comprises: a display panel which displays an image on one surface thereof, a light guide plate disposed to face the other surface of the display panel; a plurality of optical sheets interposed between the display panel and the light guide plate; and a spacer which is sandwiched between the display panel and the light guide plate to secure a space for interposing the optical sheets therebetween, wherein the spacer has a space holding layer fixed to the light guide plate and securing the space, and a fixed layer sandwiched between the display panel and the space holding layer and fixed to the display panel, wherein the thickness of the space holding layer is thicker than a total of the thicknesses of the plurality of optical sheets except for an optical sheet nearest to the display panel.

Display apparatus and method of manufacturing the display apparatus

The light source device includes a pair of elongated light source substrates on which light sources are mounted, and a connection substrate which has a flexibility and connects end parts of the respective light source substrates. The connection substrate has a bent part which is bent along each direction intersecting the connection substrate. Each intersecting direction may be, for example, a lateral direction and a longitudinal direction of the light source substrate.

Light source device, display apparatus, method of manufacturing substrate unit and method of manufacturing light source device

Provided is a display apparatus, in which a liquid crystal panel and a light guide plateincluded in a backlight is integrated with a space held by the spacers, an optical sheet laminateis arranged in the space between the liquid crystal panel and the light guide plate, being positioned by sheet positioning members, and an end of the optical sheet laminateis arranged between a liquid crystal panel attaching portionof the spacerand the light guide plate, so that a region exclusively occupied by the optical sheet laminateon the light guide plateis small, allowing a slim bezel of the display apparatus. Also provided is a method of manufacturing the display apparatus, including a first process in which the sheet positioning membersare attached on four corners of the light guide plate, a second process in which the optical sheet laminateis placed on the light guide plate, a third process in which the spacersare attached between the sheet positioning members, and a fourth process in which the liquid crystal panel is attached to the spacers

An example display apparatus, comprising a display panel with one surface on which an image is displayed, a light guide plate disposed to face the other surface of the display panel, an optical sheet interposed between the display panel and the light guide plate, and a spacer which is sandwiched between the display panel and the light guide plate to secure a space for the optical sheet, wherein the spacer is adhered to the light guide plate and the display panel.

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Sakai, Japan

Nobuhiro Yonezawa