Abstract: In the present invention, a light-transmitting cover 18 comprises: a polarizing plate 34 having a polarizer; a first support plate 30 adhered to the top surface of the polarizing plate 34 via an adhesive layer 32; and a second support plate 38 adhered to the bottom surface of the polarizing plate 34 via an adhesive layer 36.

Abstract: An information processing apparatus includes a storage space partitioned by a partition plate into a plurality of compartments that respectively store parts to be cooled, and a plurality of cooling devices that respectively send cooling winds for cooling the parts through an air vent placed in an inner surface of the storage space, and over the plurality of compartments, wherein the partition plate includes an opening that is formed in a part adjacent to the air vent, and that connects the plurality of compartments together.

Abstract: In the present invention, a light-transmitting cover 18 comprises: a polarizing plate 34 having a polarizer; a first support plate 30 adhered to the top surface of the polarizing plate 34 via an adhesive layer 32; and a second support plate 38 adhered to the bottom surface of the polarizing plate 34 via an adhesive layer 36.

Abstract: An information processing apparatus includes a storage space partitioned by a partition plate into a plurality of compartments that respectively store parts to be cooled, and a plurality of cooling devices that respectively send cooling winds for cooling the parts through an air vent placed in an inner surface of the storage space, and over the plurality of compartments, wherein the partition plate includes an opening that is formed in a part adjacent to the air vent, and that connects the plurality of compartments together.

Abstract: [Problem] To provide an optical laminate used as a shielding film provided on or attached to a window or the like, specifically an optical laminate wherein shielding capability is greatly improved while inhibiting a lowering of transmittance for output light in an image light output window for image forming devices, such as LCDs, that are used in HUDs and the like and output an image by polarized light. [Solution] An optical laminate has a layer having an infrared absorption capability laminated with a polarizing film.

Abstract: Provided are: a cable duct (20) that routes cables (9a, 9b) connected to units (7, 7) provided inside an electronic device (1a); and another cable duct (20) that is placed on another electronic device (1b) positioned adjacent to the electronic device (1a) and that routes the cables (9a, 9b) routed from the cable duct (20) of the electronic device (1a) to the electronic device (1b). Thus, it is possible to optimize the lengths of the cables connecting the electronic devices (1a, 1b) together and to arrange cables (9a to 9d) connecting the units (7, 7) while dispersing the cables in two directions.

Abstract: Provided are: a cable duct (20) that routes cables (9a, 9b) connected to units (7, 7) provided inside an electronic device (1a); and another cable duct (20) that is placed on another electronic device (1b) positioned adjacent to the electronic device (1a) and that routes the cables (9a, 9b) routed from the cable duct (20) of the electronic device (1a) to the electronic device (1b). Thus, it is possible to optimize the lengths of the cables connecting the electronic devices (1a, 1b) together and to arrange cables (9a to 9d) connecting the units (7, 7) while dispersing the cables in two directions.

Abstract: Disclosed herein is an electronic device including a cabinet and a shelf accommodated in the cabinet. The shelf has a floating mechanism and a plurality of guide rails for guiding a plurality of printed circuit board units. The floating mechanism includes a plurality of holes formed through the shelf, each of the holes having a first diameter; a plurality of tapped holes formed through the cabinet so as to respectively correspond to the holes of the shelf; and a plurality of screws inserted through the holes of the shelf and threadedly engaged with the tapped holes of the cabinet, respectively, each of the screws having a second diameter smaller than the first diameter. The cabinet has a plurality of first guide pins, and the shelf has a plurality of second guide pins each having a diameter smaller than that of each first guide pin.

Abstract: Disclosed herein is an electronic device including a cabinet and a shelf accommodated in the cabinet. The shelf has a floating mechanism and a plurality of guide rails for guiding a plurality of printed circuit board units. The floating mechanism includes a plurality of holes formed through the shelf, each of the holes having a first diameter; a plurality of tapped holes formed through the cabinet so as to respectively correspond to the holes of the shelf; and a plurality of screws inserted through the holes of the shelf and threadedly engaged with the tapped holes of the cabinet, respectively, each of the screws having a second diameter smaller than the first diameter. The cabinet has a plurality of first guide pins, and the shelf has a plurality of second guide pins each having a diameter smaller than that of each first guide pin.