Abstract: A rotary connector device body in which a rotator and a stator are assembled so as to be relatively rotatable has a housing space that can house an FFC inside. The rotary connector device body has a viewing window that is a through hole through which the housing space is viewed from outside of the rotary connector device body, a cover member disposed at the viewing window so as to cover the viewing window, an outer regulating portion facing outside of the rotary connector device body and disposed so as to be able to contact an outer surface of the cover member, and an inner regulating portion facing the housing space and disposed so as to be able to contact an inner surface of the cover member. The cover member is disposed between an outer regulating portion and an inner regulating portion.

Abstract: A rotary connector apparatus includes: a ring-shaped fixed member; a ring-shaped rotating member rotatably fitted to the fixed member; a flexible flat cable housed in a housing space formed by the fixed member and the rotating member, the flexible flat cable having a plurality of wires, one end of the flexible flat cable being fixed to the fixed member and another end thereof being fixed to the rotating member, wherein a first connector housing attached to the fixed member accommodates a plurality of electrically conductive paths that respectively connect a plurality of first terminals to the plurality of wires at said one end of the flexible flat cable, and at least one of the plurality of electrically conductive paths is configured to removably receive a protection device so as to protect the path from overcurrent.

Abstract: A rotary connector device body in which a rotator and a stator are assembled so as to be relatively rotatable has a housing space that can house an FFC inside. The rotary connector device body has a viewing window that is a through hole through which the housing space is viewed from outside of the rotary connector device body, a cover member disposed at the viewing window so as to cover the viewing window, an outer regulating portion facing outside of the rotary connector device body and disposed so as to be able to contact an outer surface of the cover member, and an inner regulating portion facing the housing space and disposed so as to be able to contact an inner surface of the cover member. The cover member is disposed between an outer regulating portion and an inner regulating portion.

Abstract: A light-emitting device includes a light-emitting element that includes a layered structure including a semiconductor layer and a pair of electrodes on a first main surface of the layered structure, a light-transmissive member on a second main surface of the layered structure, the second main surface being opposite to the first main surface, a covering member covering lateral surfaces of the light-emitting element and the first main surface of the layered structure except for at least part of the pair of electrodes, a pair of first metal layers on the first main surface of the light-emitting element, the pair of first metal layers covering a surface of the covering member and being respectively connected with the pair of electrodes, and at least one second metal layer separated from the first metal layers.

Abstract: Provided is a connection structure body capable of detecting a break with ease and high accuracy and achieving high connection reliability and safety. A connection structure body 2 includes a first FFC (41), a stator side primary molding body (50), and a rotator side primary molding body (60) which are attached to both end portions (41A) and (41B) of the first FFC respectively and are able to make an electrical connection between the first FFC and the outside. The rotator side primary molding body 60 includes busbars (61-1a), (61-1b), (61-1c), and (61-1d) arranged in parallel to each other corresponding to busbars (51-1a to 51-1d), a conductive portion (61-2) that electrically connects a pair of busbars (61-1a) and (61-1d) positioned on both ends respectively in the alignment direction of the busbars (61-1a to 61-1d), and a busbar case (62) for holding the busbars (61-1a to 61-1d) in such a manner that the busbars (61-1a to 61-1d) are partly exposed.

Abstract: Provided is a connection structure body capable of detecting a break with ease and high accuracy and achieving high connection reliability and safety. A connection structure body 2 includes a first FFC (41), a stator side primary molding body (50), and a rotator side primary molding body (60) which are attached to both end portions (41A) and (41B) of the first FFC respectively and are able to make an electrical connection between the first FFC and the outside. The rotator side primary molding body 60 includes busbars (61-1a), (61-1b), (61-1c), and (61-1d) arranged in parallel to each other corresponding to busbars (51-1a to 51-1d), a conductive portion (61-2) that electrically connects a pair of busbars (61-1a) and (61-1d) positioned on both ends respectively in the alignment direction of the busbars (61-1a to 61-1d), and a busbar case (62) for holding the busbars (61-1a to 61-1d) in such a manner that the busbars (61-1a to 61-1d) are partly exposed.

Abstract: A connection connector, which is arranged at an end section of an FFC including strip-shaped conductors, includes a busbar including a connection pin section to be connected to another terminal, and a resin holder configured to hold the busbar. The busbar includes a conductor connection section to be electrically connected to a strip-shaped conductor, and a longitudinal coupling section coupling the connection pin section with the conductor connection section. The longitudinal coupling section includes a resistance element arrangement space in which a resistance element can be arranged, and a selective detachment section configured to be selectively detached depending on an arrangement of the resistance element in the resistance element arrangement space and electrically separate the connection pin section and the conductor connection section.

Abstract: A rotary connector apparatus includes: a ring-shaped fixed member; a ring-shaped rotating member rotatably fitted to the fixed member; a flexible flat cable housed in a housing space formed by the fixed member and the rotating member, the flexible flat cable having a plurality of wires, one end of the flexible flat cable being fixed to the fixed member and another end thereof being fixed to the rotating member, wherein a first connector housing attached to the fixed member accommodates a plurality of electrically conductive paths that respectively connect a plurality of first terminals to the plurality of wires at said one end of the flexible flat cable, and at least one of the plurality of electrically conductive paths is configured to removably receive a protection device so as to protect the path from overcurrent.

Abstract: A connection connector, which is arranged at an end section of an FFC including strip-shaped conductors, includes a busbar including a connection pin section to be connected to another terminal, and a resin holder configured to hold the busbar. The busbar includes a conductor connection section to be electrically connected to a strip-shaped conductor, and a longitudinal coupling section coupling the connection pin section with the conductor connection section. The longitudinal coupling section includes a resistance element arrangement space in which a resistance element can be arranged, and a selective detachment section configured to be selectively detached depending on an arrangement of the resistance element in the resistance element arrangement space and electrically separate the connection pin section and the conductor connection section.

Abstract: A light-emitting device includes a light-emitting element that includes a layered structure including a semiconductor layer and a pair of electrodes on a first main surface of the layered structure, a light-transmissive member on a second main surface of the layered structure, the second main surface being opposite to the first main surface, a covering member covering lateral surfaces of the light-emitting element and the first main surface of the layered structure except for at least part of the pair of electrodes, a pair of first metal layers on the first main surface of the light-emitting element, the pair of first metal layers covering a surface of the covering member and being respectively connected with the pair of electrodes, and at least one second metal layer separated from the first metal layers.

Abstract: An electrical junction box having a structure in which a lever of a lever type connector engages a connector hood and a deflection of a wall portion can be prevented without increasing of a resin amount. Latch projections protrude from a wall portion of the connector hood toward the inside of the connector hood. The latch projections engage guide grooves in a lever of a connector. A plurality of lightening holes are formed in the wall portion. The latch projections are supported on a solid part of the wall portion that is not provided with the lightening holes.

Abstract: An object of the present invention is to provide an electrical junction box having a new structure in which a lever of a lever type connector engages a connector hood and a deflection of a wall portion can be prevented without increasing an amount of a resin. Latch projections protrude from a wall portion of a connector hood toward the inside of the connector hood. The latch projections engage guide grooves in a lever of a connector. A plurality of lightening holes are formed in the wall portion. The latch projections are supported on a solid part of the wall portion that is not provided with the lightening holes.

Abstract: An electric junction box where a connector receiving section is provided in a case that receives an internal circuit, and where a connector that is connected to a wire harness terminal is fitted in the connector receiving section. In the electric junction box, a peripheral wall of the connector receiving section is of a square frame shape, a flexible section is formed by cutting the peripheral wall, a locking hole is formed in the flexible section, a locking claw is provided at the connector fitted in the connector receiving section, the claw being at a position that faces the locking hole of the flexible section. When the locking claw of the connector is inserted into and engaged with the locking hole of the flexible section, the connector is joined in a locking manner to the connector receiving section.

Abstract: An electric junction box is disposed in a water penetration region and accommodates bus bars and fuses connected with the bus bars inside a case body. The case body is connected with an upper cover and a lower cover, with the upper cover and the lower cover mounted on the case body. An entire peripheral wall of the upper cover is formed not as a double wall, but the entire peripheral wall of the upper cover is locked to a peripheral wall of the lower cover (or case body), with an inner peripheral surface of the peripheral wall in contact with an outer surface of an entire peripheral wall of the lower cover (or case body). In a watertight region including at least the fuses, a rib is projected in a shape of a frame from an inner surface of the upper wall of the upper cover to surround the watertight region.

Abstract: An electric junction box where a connector receiving section is provided in a case that receives an internal circuit, and where a connector that is connected to a wire harness terminal is fitted in the connector receiving section. In the electric junction box, a peripheral wall of the connector receiving section is of a square frame shape, a flexible section is formed by cutting the peripheral wall, a locking hole is formed in the flexible section, a locking claw is provided at the connector fitted in the connector receiving section, the claw being at a position that faces the locking hole of the flexible section. When the locking claw of the connector is inserted into and engaged with the locking hole of the flexible section, the connector is joined in a locking manner to the connector receiving section.

Abstract: An electric junction box, disposed in a water penetration region, which accommodates bus bars inside a case body thereof and has fuses (fusible links connected with the bus bars. An upper cover and a lower cover are mounted on the case body 11 with the case body, the upper cover, and the lower cover connected with one another. An entire peripheral wall of the upper cover is formed not as a double-wall construction, but an inner peripheral surface of the peripheral wall is brought into contact with an outer surface of an entire peripheral wall of the lower cover (or case body) to lock the peripheral wall and the entire peripheral wall of the lower cove to each other. In a watertight region including at least the fuses, a rib is projected in the shape of a frame from an inner surface of an upper wall of the upper cover so that the rib surrounds the watertight region.

Abstract: An electric junction box is disposed in a water penetration region and accommodates bus bars and fuses connected with the bus bars inside a case body. The case body is connected with an upper cover and a lower cover, with the upper cover and the lower cover mounted on the case body. An entire peripheral wall of the upper cover is formed not as a double wall, but the entire peripheral wall of the upper cover is locked to a peripheral wall of the lower cover (or case body), with an inner peripheral surface of the peripheral wall in contact with an outer surface of an entire peripheral wall of the lower cover (or case body). In a watertight region including at least the fuses, a rib is projected in a shape of a frame from an inner surface of the upper wall of the upper cover to surround the watertight region.

Abstract: In a fuse box mounted on a battery box, a lower end surface of a peripheral wall of an upper cover contacts a bottom wall of a lower cover that is locked to a case body of the fuse box or contacts a bottom wall of the case body to form a first watertight portion. A peripheral wall erect on the bottom wall of the case body is formed by spacing the peripheral wall at a pressure-reducing gap from an inner surface of the upper cover. A rib formed by outwardly bending an upper end of the peripheral wall of the case body is projected toward an inner surface of the peripheral wall of the upper cover to form a second watertight portion. The pressure-reducing gap is interposed between the first watertight portion and the second watertight portion.

Abstract: An electrical junction box for a motor vehicle includes a casing, a pair of bus bars accommodated in and secured to the casing with the bus bars being exposed outward, and a fusible link having a link body, an input terminal and an output terminal that extend from the opposite sides of the link body. The input and output terminals are secured to the bus bars by bolts, respectively. The input and output terminals of the fusible link are provided on the opposite side edges with ribs, respectively. Folding the bus bars forms U-bend portions to contact with outer side surfaces of the ribs. Alternatively, portions that contact side edges of the input and output terminals may be provided on inner surfaces of the casing.

Abstract: An electrical junction box for a motor vehicle includes a casing, a pair of bus bars accommodated in and secured to the casing with the bus bars being exposed outward, and a fusible link having a link body, an input terminal and an output terminal that extend from the opposite sides of the link body. The input and output terminals are secured to the bus bars by bolts, respectively. The input and output terminals of the fusible link are provided on the opposite side edges with ribs, respectively. Folding the bus bars forms U-bend portions to contact with outer side surfaces of the ribs. Alternatively, portions that contact side edges of the input and output terminals may be provided on inner surfaces of the casing.