Abstract: An input device including a panel that is held in a tiltable manner, a plurality of input operation sections that are disposed on the panel and that are capable of detecting a touch input operation, a pressure detector that detects pressure to the panel, and a pressing determination section that determines pressing based on a result of the pressure detection performed by the pressure detector, further includes a tilt detector that detects tilt of the panel.

Abstract: A connection structure includes first and second members disposed facing each other and an elastically deformable damper, where the first and second members are connected via the damper. The damper is made of an elastically deformable material, and includes a cylindrical portion, a flange, a first vibration absorber, and a second vibration absorber. The first member includes a convex support portion and a first contact portion in contact with a first contact surface. The second member includes a concave support portion and a second contact portion in contact with a second contact surface opposite the first contact surface. Each of ribs protrudes radially outward of the cylindrical portion and extends in an axial direction. The ribs are provided alternately on an inner periphery and outer periphery of the cylindrical portion such that positions of the ribs differ from one another in a circumferential direction of the cylindrical portion.

Abstract: A display device includes a display panel having an illumination portion and a non-illumination portion, and an illumination member, disposed adjacent to a rear surface of the display panel, for illuminating the illumination portion. The display panel includes a light-transmissive base and a light-transmissive smoke layer disposed on a rear surface of the base adjacent to the illumination member. The display panel further includes a light-shielding color layer disposed on a principal surface of the smoke layer adjacent to the illumination member. The color layer has an opening for defining the illumination portion.

Abstract: In a mounting structure of a high frequency apparatus, in an outer circumference around terminals connected to a mother board, an enclosed portion, which is brought into contact with the mother board and is enclosed by a ring-shaped convex portion provided in a cover, or an enclosed portion, which is brought into contact with the mother board and is enclosed in a ring shape by a convex portion provided in the cover and extending portions from the frame, are provided. The terminals are electrically shielded by the enclosed portion. Therefore, when a high frequency apparatus is mounted on the mother board, interfering electric waves are prevented from entering into the terminals, and thus favorable performance is obtained.

Abstract: In a mounting structure of a high frequency apparatus, in an outer circumference around terminals connected to a mother board, an enclosed portion, which is brought into contact with the mother board and is enclosed by a ring-shaped convex portion provided in a cover, or an enclosed portion, which is brought into contact with the mother board and is enclosed in a ring shape by a convex portion provided in the cover and extending portions from the frame, are provided. The terminals are electrically shielded by the enclosed portion. Therefore, when a high frequency apparatus is mounted on the mother board, interfering electric waves are prevented from entering into the terminals, and thus favorable performance is obtained.