Abstract: To enhance a sound image localization effect and to ensure a good viewing state in which an image or video and audio have a sense of unity. Provided is a display in which an image is displayed in a display surface, a rear cover disposed on a rear side of the display, a first speaker disposed between the display and the rear cover, and a second speaker disposed between the display and the rear cover and positioned higher than the first speaker. The second speaker outputs audio according to operation of a piezoelectric element, and has a higher audio output band than the first speaker. This enables a user to feel as if the audio is being output from the display being viewed, which enhances the sound image localization effect and ensures a good viewing state in which an image or video and audio have a sense of unity.

Abstract: Provided is a metal core board which has a preferable function for a vehicle-mountable junction box, specifically, is reduced in size or improved in mounting efficiency. A metal core board for a vehicle-mountable junction box, which is mountable on the vehicle-mountable junction box, wherein a core plate forming an intermediate layer of the metal core board has a plurality of slits and an island surrounded by separating connection parts present between the slits; and in the state where the island is held between insulating layers stacked on both of two surfaces of the core plate, through-bores 46 are formed at the separating connection parts to remove the separating connection parts and the island is made electrically independent from a remaining part of the core plate while being held between the insulating layers. Thus, a plurality of circuits can be formed.

Abstract: It is an object to provide a configuration with an enhanced sensing accuracy, in which a shunt resistance main body and a terminal member are formed as separate pieces. A shunt resistor includes a resistance main body and a terminal member (21) that is electrically connected to the resistance main body. The terminal member (21) includes a resistance connection portion (23) to be in contact with the resistance main body, and a circuit connection portion (24) provided so as to extend from the resistance connection portion (23). The circuit connection portion (24) is divided into two parts by a slit (27) being formed therein. The slit (27) is formed up to a part of the resistance connection portion (23).

Abstract: It is an object to provide a configuration with an enhanced sensing accuracy, in which a shunt resistance main body and a terminal member are formed as separate pieces. A shunt resistor includes a resistance main body and a terminal member (21) that is electrically connected to the resistance main body. The terminal member (21) includes a resistance connection portion (23) to be in contact with the resistance main body, and a circuit connection portion (24) provided so as to extend from the resistance connection portion (23). The circuit connection portion (24) is divided into two parts by a slit (27) being formed therein. The slit (27) is formed up to a part of the resistance connection portion (23).

Abstract: Provided is a metal core board which has a preferable function for a vehicle-mountable junction box, specifically, is reduced in size or improved in mounting efficiency. A metal core board for a vehicle-mountable junction box, which is mountable on the vehicle-mountable junction box, wherein a core plate forming an intermediate layer of the metal core board has a plurality of slits and an island surrounded by separating connection parts present between the slits; and in the state where the island is held between insulating layers stacked on both of two surfaces of the core plate, through-bores 46 are formed at the separating connection parts to remove the separating connection parts and the island is made electrically independent from a remaining part of the core plate while being held between the insulating layers. Thus, a plurality of circuits can be formed.

Abstract: A method of connecting a flat cable having flat conductors arranged in parallel and covered with an insulating material to a connecting terminal, in which crimp pieces of the connecting terminal are pierced into a desired conductor of conductors of the flat cable, with a gap left between a substrate of the connecting terminal and the flat cable, and leading ends of the crimp pieces penetrating the flat cable are bent inwardly, while maintaining a contact position of the crimp pieces penetrating the conductor and the conductor unchanged. Also disclosed are an apparatus for embodying the connecting method and a method for determining a connecting state between the flat cable and the connecting terminal.

Abstract: A method of connecting a flat cable having flat conductors arranged in parallel and covered with an insulating material to a connecting terminal, in which crimp pieces of the connecting terminal are pierced into a desired conductor of conductors of the flat cable, with a gap left between a substrate of the connecting terminal and the flat cable, and leading ends of the crimp pieces penetrating the flat cable are bent inwardly, while maintaining a contact position of the crimp pieces penetrating the conductor and the conductor unchanged. Also disclosed are an apparatus for embodying the connecting method and a method for determining a connecting state between the flat cable and the connecting terminal.

Abstract: A method of connecting a flat cable having flat conductors arranged in parallel and covered with an insulating material to a connecting terminal, in which crimp pieces of the connecting terminal are pierced into a desired conductor of conductors of the flat cable, with a gap left between a substrate of the connecting terminal and the flat cable, and leading ends of the crimp pieces penetrating the flat cable are bent inwardly, while maintaining a contact position of the crimp pieces penetrating the conductor and the conductor unchanged. Also disclosed are an apparatus for embodying the connecting method and a method for determining a connecting state between the flat cable and the connecting terminal.

Abstract: A method of connecting a flat cable and a terminal in which a flat cable comprising a flat conductor (1a) insulated with an insulation (1b) in the form of a tape and a terminal (5) having a cramp piece (5c) are connected by sticking the cramp piece (5c) through the flat cable at a place corresponding to an intended portion of the flat conductor, and bending the cramp piece that has been stuck through the flat cable, toward the flat conductor to clamp the flat cable. An end portion of the cramp piece (5c) is made to project from the flat cable by a length that is in the range of 50˜5% of the length of the cramp piece, and then the end portion of the cramp piece is bent.

Abstract: An electronic-part mounting structure includes a wiring circuit comprised of wiring conductors covered with an insulation, an electronic part having connecting conductors, disposed on the wiring circuit so as to be aligned with the wiring conductors of the wiring circuit, and connecting members for connecting the wiring conductors with the connecting conductors. Each connecting member has crimp pieces thereof extending through the insulation and the wiring conductor of the wiring circuit to which distal ends of the crimp pieces are bent and cramped. The connecting conductor is held between the connecting member and the wiring circuit and electrically connected to the wiring conductor through the connecting member.

Abstract: A method of connecting a flat cable and a terminal in which a flat cable comprising a flat conductor (1a) insulated with an insulation (1b) in the form of a tape and a terminal (5) having a cramp piece (5c) are connected by sticking the cramp piece (5c) through the flat cable at a place corresponding to an intended portion of the flat conductor, and bending the cramp piece that has been stuck through the flat cable, toward the flat conductor to clamp the flat cable. An end portion of the cramp piece (5c) is made to project from the flat cable by a length that is in the range of 50˜5% of the length of the cramp piece, and then the end portion of the cramp piece is bent.

Abstract: A method of connecting a flat cable having flat conductors arranged in parallel and covered with an insulating material to a connecting terminal, in which crimp pieces of the connecting terminal are pierced into a desired conductor of conductors of the flat cable, with a gap left between a substrate of the connecting terminal and the flat cable, and leading ends of the crimp pieces penetrating the flat cable are bent inwardly, while maintaining a contact position of the crimp pieces penetrating the conductor and the conductor unchanged. Also disclosed are an apparatus for embodying the connecting method and a method for determining a connecting state between the flat cable and the connecting terminal.