Abstract: One or more embodiments of the disclosure may be a surgical system that may include: a surgical robot; an operating device configured to be operated by a doctor to operate the surgical robot; and a controller. The operating device includes a component for which a setting is adjustable, and an information reader configured to acquire user information from a storage medium that stores the user information including user identification information and setting information of the component. The controller is configured control the component to adjust the setting of the component based on the setting information acquired from the storage medium by the information reader.

Abstract: A light-guide plate unit according to an embodiment of the present invention comprises: a light-guide plate comprising an incident surface on which light is incident, an emitting surface which is substantially orthogonal to the incident surface and from which the light being incident on the incident surface is emitted, and a back surface thereof; an adhesive layer being provided to the back surface; and an irregular reflection plate that has an irregular reflection surface directed toward the light-guide plate so as to reflect and scatter a part of the light being incident on the incident surface, and that is bonded onto the back surface via the adhesive layer. The irregular reflection plate has, formed on the irregular reflection surface, a plurality of apertures formed by recesses and/or through-holes, and adheres to the adhesive layer at portions, other than the apertures, of the irregular reflection surface.

Abstract: Provided is a bending device of a simple configuration with which it is possible to perform bending processing while suppressing damage to the material being bent. The bending device 1 is equipped with a base portion 11 having an arcuate cross-section and having a moving surface 11a on which a material to be bent P is moved along the circumferential direction, and a plurality of bend correction plates 12 arranged to face the moving surface 11a with a predetermined distance therebetween and lined up side by side along the moving direction D of the material to be bent P.

Abstract: A display apparatus including: a display panel; a circuit board outputting an image signal associated with an image for display on the display panel; a flexible printed circuit board connecting the display panel and the circuit board, the flexible printed circuit board having first and second surfaces, wiring lines and a driving circuit, the wiring lines electrically connecting the display panel and the circuit board, and the driving circuit driving the display panel based on the image signal; and a cover overlapping a portion of the second surface of the flexible printed circuit board, the portion corresponding in location at least to the driving circuit and a periphery around the driving circuit, the cover engages the flexible printed circuit board so as to be capable of sliding along two opposing edges of the flexible printed circuit board that are connected to neither the display panel nor the circuit board.

Abstract: The purpose of the present invention is to provide a display device wherein offsetting of substrates with each other in a liquid crystal panel by force applied during curve formation can be suppressed and thereby display defects can be reduced, and a method for manufacturing the display device. Provided is a display device that is provided with a curved liquid crystal panel comprising a pair of glass substrates that are made to face each other with liquid crystals encapsulated therebetween, said display device being provided with a translucent sheet material that is disposed on one surface side, which is the inside of the curve, of the liquid crystal panel, is larger than the liquid crystal panel, and is curved along the liquid crystal panel.

Abstract: A display apparatus including: a display panel; a circuit board outputting an image signal associated with an image for display on the display panel; a flexible printed circuit board connecting the display panel and the circuit board, the flexible printed circuit board having first and second surfaces, wiring lines and a driving circuit, the wiring lines electrically connecting the display panel and the circuit board, and the driving circuit driving the display panel based on the image signal; and a cover overlapping a portion of the second surface of the flexible printed circuit board, the portion corresponding in location at least to the driving circuit and a periphery around the driving circuit, the cover engages the flexible printed circuit board so as to be capable of sliding along two opposing edges of the flexible printed circuit board that are connected to neither the display panel nor the circuit board.

Abstract: Provided are a light source device capable of suppressing the occurrence of wrinkles on an optical sheet even if the optical sheet expands due to heat generated at the time of light emission, and a display apparatus including the light source device. In the light source device, an optical sheet is disposed with one surface facing the light source unit, while the light source unit and the optical sheet are supported by a support member. A contact portion being in contact with the peripheral edge part of the other surface of the optical sheet is pressed to the optical sheet by a connecting member, and the optical sheet is held between the contact portion and the support member. The contact portion and the support member holding the optical sheet are connected with each other by the connecting member. The connecting member is configured to have a weakened force of pressing the contact portion if a surrounding temperature reaches a predetermined temperature or higher.

Abstract: The display device comprises a display panel, a light source, an optical plate being arranged to face the display panel and diffusing or guiding the light from the light source, and an optical sheet arranged on one surface of the optical plate, and further comprises a pressing part pressing an edge of the optical sheet, and a facing part coordinating with the pressing part and having a facing surface facing an end surface of the optical plate. The facing surface is slanting so that the distance between the facing surface and the end surface decreases toward the display panel.

Abstract: The display device comprises a display panel, a light source, an optical plate being arranged to face the display panel and diffusing or guiding the light from the light source, and an optical sheet arranged on one surface of the optical plate, and further comprises a pressing part pressing an edge of the optical sheet, and a facing part coordinating with the pressing part and having a facing surface facing an end surface of the optical plate. The facing surface is slanting so that the distance between the facing surface and the end surface decreases toward the display panel.

Abstract: Provided are a light source device capable of suppressing the occurrence of wrinkles on an optical sheet even if the optical sheet expands due to heat generated at the time of light emission, and a display apparatus including the light source device. In the light source device, an optical sheet is disposed with one surface facing the light source unit, while the light source unit and the optical sheet are supported by a support member. A contact portion being in contact with the peripheral edge part of the other surface of the optical sheet is pressed to the optical sheet by a connecting member, and the optical sheet is held between the contact portion and the support member. The contact portion and the support member holding the optical sheet are connected with each other by the connecting member. The connecting member is configured to have a weakened force of pressing the contact portion if a surrounding temperature reaches a predetermined temperature or higher.

Abstract: The display device comprises a display panel, a light source, an optical plate being arranged to face the display panel and diffusing or guiding the light from the light source, and an optical sheet arranged on one surface of the optical plate, and further comprises a pressing part pressing an edge of the optical sheet, and a facing part coordinating with the pressing part and having a facing surface facing an end surface of the optical plate. The facing surface is slanting so that the distance between the facing surface and the end surface decreases toward the display panel.

Abstract: A backlight device 12 includes: a chassis having a bottom plate and side plates that stand towards the front of the bottom plate from the edges of the bottom plate, the face on one side of the bottom plate being a light-output part; an LED substrate disposed on the front surface of the bottom plate; LEDs 24 arranged on a plate face oriented toward the light-output part of the LED substrate and arranged so that the light-output part is on the light-emitting side thereof; a plurality of diffusion lenses 27 for covering the light-emitting side of the plurality of LEDs and diffusing the light from the LEDs 24; a first reflecting sheet 29 provided with light source insertion holes through which the LEDs 24 are inserted at positions corresponding to the LEDs 24, the first reflecting sheet being laid over the front surface of the bottom plate and over the LED substrate; and a second reflecting sheet 30 arranged so as to protrude in the direction in which the side plates rise, the ends of the second reflecting sheet

Abstract: A backlight device 12 includes: a chassis having a bottom plate and side plates that stand towards the front of the bottom plate from the edges of the bottom plate, the face on one side of the bottom plate being a light-output part; an LED substrate disposed on the front surface of the bottom plate; LEDs 24 arranged on a plate face oriented toward the light-output part of the LED substrate and arranged so that the light-output part is on the light-emitting side thereof; a plurality of diffusion lenses 27 for covering the light-emitting side of the plurality of LEDs and diffusing the light from the LEDs 24; a first reflecting sheet 29 provided with light source insertion holes through which the LEDs 24 are inserted at positions corresponding to the LEDs 24, the first reflecting sheet being laid over the front surface of the bottom plate and over the LED substrate; and a second reflecting sheet 30 arranged so as to protrude in the direction in which the side plates rise, the ends of the second reflecting sheet

Abstract: A plurality of clipping portions which clip a plurality of lamps to be juxtaposed are provided on one face, and a mounting portion to be mounted on a supporting member by which the lamps are supported, and holding projecting portions for holding positions of the clipping portions with respect to the supporting member are provided, and two flexible portions which can bend in a direction in which a distance between the supporting sections is changed are provided between at least two clipping portions.

Abstract: A plurality of clipping portions which clip a plurality of lamps to be juxtaposed are provided on one face, and a mounting portion to be mounted on a supporting member by which said lamps are supported, and holding projecting portions for holding positions of the clipping portions with respect to said supporting member are provided, and two flexible portions which can bend in a direction in which a distance between said supporting sections is changed are provided between at least two clipping portions.