Abstract: A conductor connection structure for a plurality of plate-like routing members includes the plurality of plate-like routing members, a plurality of terminal members, and a circuit board. Each of the plurality of plate-like routing members has a conductor exposed part in which a strip flat conductor is exposed, at a part of an insulating coating member coating an outer circumferential surface of the strip flat conductor. Each of the plurality of terminal members has a board connecting part connected to the conductor exposed part so as to be conducted to the strip flat conductor. The circuit board includes a plurality of circuit conductors, and terminal connecting parts on the plurality of circuit conductors are respectively electrically connected to the board connecting parts.

Abstract: A conductor connection structure includes a first plate-like routing member, a second plate-like routing member and a connection mechanism. The first plate-like routing member includes a first flat conductor and a first insulative coating which covers the first flat conductor. A first conductor piece is continuously extended from the first flat conductor at one longer edge of the first plate-like routing member and is exposed from the first insulative coating. The second plate-like routing member includes a second flat conductor and a second insulative coating which covers the second flat conductor. A second conductor piece is continuously extended from the second flat conductor at one longer edge of the second plate-like routing member and is exposed from the second insulative coating. The connection mechanism connects the first conductor piece and the second conductor piece to each other electrically.

Abstract: A conductor connection structure includes a first plate-like routing member, a second plate-like routing member and a connection mechanism. The first plate-like routing member includes a first flat conductor and a first insulative coating which covers the first flat conductor. A first conductor piece is continuously extended from the first flat conductor at one longer edge of the first plate-like routing member and is exposed from the first insulative coating. The second plate-like routing member includes a second flat conductor and a second insulative coating which covers the second flat conductor. A second conductor piece is continuously extended from the second flat conductor at one longer edge of the second plate-like routing member and is exposed from the second insulative coating. The connection mechanism connects the first conductor piece and the second conductor piece to each other electrically.

Abstract: A connection structure of a plate shaped routing material and an electric connection box, includes a plate shaped routing material, an electric connection box, and a connection mechanism. The plate shaped routing material includes a belt like flat shaped conductor in which an outer surface is covered with an insulating coating, a connecting cut-out part in which a part of an edge part in one long side part is removed in a rectangular shape, a conductor piece part exposed from the insulating coating in the connecting cut-out part, and a cut-out edge part.

Abstract: A connection structure includes an electric wire in which a conductor core wire is coated with an insulating material and a clamp member configured to connect the electric wire to a circuit board. The clamp member includes a first conductor plate mounted on the circuit board to be connected to a circuit and a second conductor plate configured to be attached to the first conductor plate so that at least a part of the second conductor plate comes into contact with the first conductor plate in a state that the electric wire is sandwiched between the first conductor plate and the second conductor plate. At least one of the first conductor plate and the second conductor plate has a protrusion protruding toward the electric wire on a surface of a side facing the electric wire.

Abstract: A connection structure of a plate shaped routing material and an electric connection box, includes a plate shaped routing material, an electric connection box, and a connection mechanism. The plate shaped routing material includes a belt like flat shaped conductor in which an outer surface is covered with an insulating coating, a connecting cut-out part in which a part of an edge part in one long side part is removed in a rectangular shape, a conductor piece part exposed from the insulating coating in the connecting cut-out part, and a cut-out edge part.

Abstract: A conductor connection structure for routing members includes a routing member in which an outer circumferential surface of a long conductor except conductor end face portions of both ends in a longitudinal direction is coated and insulated, and a junction member having a plurality of junction end face portions and made of a conductive metal. One of the junction end face portions is metallurgically bonded to one of the conductor end face portions.

Abstract: A conductor connection structure for a plurality of plate-like routing members includes the plurality of plate-like routing members, a plurality of terminal members, and a circuit board. Each of the plurality of plate-like routing members has a conductor exposed part in which a strip flat conductor is exposed, at a part of an insulating coating member coating an outer circumferential surface of the strip flat conductor. Each of the plurality of terminal members has a board connecting part connected to the conductor exposed part so as to be conducted to the strip flat conductor. The circuit board includes a plurality of circuit conductors, and terminal connecting parts on the plurality of circuit conductors are respectively electrically connected to the board connecting parts.

Abstract: A conductor connection structure includes a first plate-like routing member, a second plate-like routing member and a connection mechanism. The first plate-like routing member includes a first flat conductor and a first insulative coating which covers the first flat conductor. A first conductor piece is continuously extended from the first flat conductor at one longer edge of the first plate-like routing member and is exposed from the first insulative coating. The second plate-like routing member includes a second flat conductor and a second insulative coating which covers the second flat conductor. A second conductor piece is continuously extended from the second flat conductor at one longer edge of the second plate-like routing member and is exposed from the second insulative coating. The connection mechanism connects the first conductor piece and the second conductor piece to each other electrically.

Abstract: A connector is adapted to be attached to a case of an electronic device unit. The connector includes a connector assembly adapted to be accommodated in the case through an opening provided in the case, an escutcheon adapted to be attached to the case to close the opening, and an elastic member arranged at a position to be interposed between the connector assembly and the escutcheon when the escutcheon is attached to the case in a state in which the connector assembly is accommodated in the case. The connector assembly includes a terminal, a housing holding the terminal, and a circuit board connected to the terminal. The elastic member is configured to bias the connector assembly toward the case such that the circuit board is pressed against the case to position the connector assembly with respect to the case.

Abstract: Provided is a method capable of reducing the amount of a coating part remaining between a conductor and a bonding object. A chip comes closer to an anvil so that the flat cable and the terminal are sandwiched between the chip and the anvil. The flat cable and the terminal are pressed so as to come close to each other. When the chip ultrasonically vibrates, vibrations of the chip propagate to the terminal, causing the terminal to ultrasonically vibrate. Then heat is generated in a plate part by friction between the chip and the plate part. The coating part being positioned between the conductor and the plate part melts from the generated heat and is removed. Thereby the conductor and the plate part come into contact with each other resulting in a solid-phase bonding together.

Abstract: A holder has a flat cable insertion chamber for a flat cable to be inserted and a cutting blade penetration hole penetrating the flat cable insertion chamber. A jig has a cutting blade penetrating the cutting blade penetration hole of the holder with the flat cable inserted into the flat cable insertion chamber and forming a slit in a cover between a plurality of conductors of the flat cable.

Abstract: A first shielding case of a receptacle respectively has arms extending to a forward side to be forwardly folded back from proximal ends fixed to a back end of an upper surface wall, stopper walls formed on free ends of the arms and projecting from outside to inside of the first shielding case and abut on an unauthorized plug in inserting the unauthorized plug, plug pickup parts formed on the free ends of the arms and are integrally formed in parallel with the stopper walls and projecting from outside to inside of the first shielding case and abut on an authorized plug in of inserting the authorized plug, and holes formed near to an opening of the upper surface wall, the holes into which the stopper walls and the plug pickup parts are inserted, on both ends of a width direction.

Abstract: A holder has a flat cable insertion chamber for a flat cable to be inserted and a cutting blade penetration hole penetrating the flat cable insertion chamber. A jig has a cutting blade penetrating the cutting blade penetration hole of the holder with the flat cable inserted into the flat cable insertion chamber and forming a slit in a cover between a plurality of conductors of the flat cable.

Abstract: Provided is a method capable of reducing the amount of a coating part remaining between a conductor and a bonding object. A chip comes closer to an anvil so that the flat cable and the terminal are sandwiched between the chip and the anvil. The flat cable and the terminal are pressed so as to come close to each other. When the chip ultrasonically vibrates, vibrations of the chip propagate to the terminal, causing the terminal to ultrasonically vibrate. Then heat is generated in a plate part by friction between the chip and the plate part. The coating part being positioned between the conductor and the plate part melts from the generated heat and is removed. Thereby the conductor and the plate part come into contact with each other resulting in a solid-phase bonding together.

Abstract: A connector is adapted to be attached to a case of an electronic device unit. The connector includes a connector assembly adapted to be accommodated in the case through an opening provided in the case, an escutcheon adapted to be attached to the case to close the opening, and an elastic member arranged at a position to be interposed between the connector assembly and the escutcheon when the escutcheon is attached to the case in a state in which the connector assembly is accommodated in the case. The connector assembly includes a terminal, a housing holding the terminal, and a circuit board connected to the terminal. The elastic member is configured to bias the connector assembly toward the case such that the circuit board is pressed against the case to position the connector assembly with respect to the case.

Abstract: A first shielding case of a receptacle respectively has arms extending to a forward side to be forwardly folded back from proximal ends fixed to a back end of an upper surface wall, stopper walls formed on free ends of the arms and projecting from outside to inside of the first shielding case and abut on an unauthorized plug in inserting the unauthorized plug, plug pickup parts formed on the free ends of the arms and are integrally formed in parallel with the stopper walls and projecting from outside to inside of the first shielding case and abut on an authorized plug in of inserting the authorized plug, and holes formed near to an opening of the upper surface wall, the holes into which the stopper walls and the plug pickup parts are inserted, on both ends of a width direction.

Abstract: A power supply system that supplies electric power to a load apparatus includes a power storage device, a voltage sensor, a current sensor, and an ECU. The ECU calculates an internal resistance value of the power storage device based on the detected voltage and the detected current, and determines whether the power storage device includes a power storage device that differs from an authorized power storage device, by comparing the calculated internal resistance value with a preset reference value.

Abstract: When an ignition key is turn ON, an ECU drives a bidirectional DC/DC converter to charge a capacitor to a voltage Vth1. The ECU turns on a first relay only and diagnoses whether or not a second relay, which is off, is welded, based on a change in a voltage VL at that time. After the diagnosis on welding, the ECU turns on the second relay, and the capacitor is charged to a voltage level of a main power storage device.

Abstract: To provide an optical module capable of improving the workability for a circuit substrate, in the rear of a shield case (22), a pressing portion (27) for holding an FOT (6) is formed to press a back surface of a package portion (9) of the FOT (6). In the rear of the shield case (22), a stress countermeasure portion (28) is formed to distribute or mitigate a stress occurring due to deformation and displacement of the pressing portion (27). The stress countermeasure portion (28) is formed between the pressing portion (27) and a substrate connection portion (16). The stress countermeasure portion (28) is formed in the vicinity of the pressing portion (27). In a small space between a base (or bend portion) of the pressing portion (27) and the stress countermeasure portion (28), the force in a twist direction acts due to the occurred stress. This force is distributed or absorbed according to presence and shape of the stress countermeasure portion (28).