Abstract: A display device that prevents unnecessary radiation emitted from a circuit that drives a display panel from leaking to outside while achieving a reduction in the size of a cover member includes a liquid crystal panel, a drive circuit that drives the liquid crystal panel that is disposed on a rear surface of the liquid crystal panel, a rear frame in which the outer peripheral portion and an area around the outer peripheral portion other than the central portion constitute a rear case and which is made of a conductive material that covers, in the region constituting the rear case, sides and a rear of the drive circuit board disposed on the rear surface of the liquid crystal panel, and a cover member that covers from the rear the area of the rear frame other than the region constituting the rear case.

Abstract: A display device that is assembled by sequentially stacking up a display panel from a front side with a front case acting as a base while precisely positioning the display panel with respect to the front case, includes a liquid crystal panel and a front case including an opening that exposes the display region of the liquid crystal panel and X-direction positioning members that position the liquid crystal panel by contacting at least one side of the liquid crystal panel.

Abstract: A display device including a display part, a light emitting element adapted to shine light into the display part, a light emitting element board with the light emitting element fixed on one side, a heat dissipating material formed by bending a sheet material made of metal so as to include a first plane attached to an other side of the light emitting element board and a second plane that forms a specified angle with respect to the first plane and has a heat dissipation function to dissipate heat from the light emitting element. The heat dissipating material includes a release part formed by removing a bended part that is the boundary of the first plane and the second plane. The display device also includes a board supporting part formed in an area corresponding to the release part in the second plane.

Abstract: A display device packaging structure includes a first cushioning member. The first cushioning member is configured to be detachably attached to a device main body of a display device. The first cushioning member includes a bottom component that is configured to face with a display face of the device main body, a side wall component that is arranged relative to the bottom component such that the side wall component is configured to cover a side face portion of the device main body, and an access component that is disposed on the side wall component. The access component is configured to expose an attachment component of the device main body such that a stand of the display device is attachable to the attachment component of the device main body through the access component while the first cushioning member is attached to the device main body.

Abstract: A display device includes a light source, a reflection sheet, a display panel and a display panel supporting member. The display panel supporting member is disposed on a back side of the display device relative to the reflection sheet. A part of a back surface of the display panel supporting member disposed on the back side of the display device relative to the reflection sheet forms a rear chassis. The display panel supporting member has a first recessed portion that is recessed toward the reflection sheet such that the first recessed portion presses an inner area of a back surface of the reflection sheet except for a vicinity of an outer peripheral portion of the back surface of the reflection sheet.

Abstract: A display device includes a display part that displays images on a front surface, a board attachment material configured to support the display part from a rear surface that is opposite the front surface of the display part, and a circuit board attached in the board attachment area on the non-electroconductive surface side of the board attachment material. The board attachment material includes a non-electroconductive surface having no electroconductivity placed on the rear surface side, an electroconductive surface having electroconductivity placed on a side opposite to the non-electroconductive surface side, and a board attachment area on the non-electroconductive surface side. A non-board attachment area of the non-electroconductive surface of the board attachment material is exposed to an outside.

Abstract: This display includes a housing, a display portion, a substrate mounted on an inner surface of the housing and provided with a capacitive switch, and a substrate fixing member having a first pressing portion pressing a position, corresponding to the capacitive switch, of a surface of the substrate opposite to the side provided with the capacitive switch, while the substrate fixing member is formed to fix the substrate to the housing in a state pressing the substrate so that the capacitive switch and the inner surface of the housing are in close contact with each other.

Abstract: This display includes a presser member consisting of an elastic member held between the inner surface of a front housing and the front surface of a display cell portion in a state contactable with both of the inner surface of the front housing and the front surface of the display cell portion thereby pressing an edge portion on the front surface side of the display cell portion on a non-bezelled portion provided with no bezel for holding the display cell portion in the edge portion of the display cell portion.

Abstract: This microphone unit includes a vibrating portion converting a sound to an electric signal, a substrate having a first surface where the vibrating portion is set and a second surface opposite to the first surface and including a hollow portion transmitting a sound therein, and a coating layer formed on an inner surface of the hollow portion of the substrate. The substrate further includes a first substrate sound hole portion provided on the first surface for causing the hollow portion and the vibrating portion to communicate with each other, a second substrate sound hole portion provided on the first surface for causing the hollow portion and the exterior to communicate with each other, and a coating liquid draining hole portion provided on the second surface for causing the hollow portion and the exterior to communicate with each other.

Abstract: This portable information display terminal includes a liquid crystal display portion displaying information, a frame provided with the liquid crystal display portion on a surface thereof, an inclination sensor to detect at least the use state of the frame and the liquid crystal display portion by sensing an inclination of the frame, a camera unit capable of imaging the user's face, and a control portion detecting the orientation of the face with a face detection function on the basis of data of the user's face imaged by the camera unit and performing control of switching the orientation of a screen display of the liquid crystal display portion on the basis of a result of detection of the orientation of the face and a result of detection by the inclination sensor.