Abstract: An electrical junction box 1, which is intended to be miniaturized, has a plurality of electric components and an installing portion on which the plurality of electric parts are installed. The installing portion is composed of a plurality of divided portions, and has fastening portions for connecting adjacent divided portions to each other, while adjusting the positions of the adjacent divided portions relative to each other.

Abstract: There is provided an electrical junction box which is intended to be miniaturized. The electrical junction box 1 has a plurality of electric components and an installing portion on which the plurality of electric parts are installed. The installing portion is composed of a plurality of divided portions, and has fastening portions for connecting the adjacent divided portions to each other, while adjusting the positions of the adjacent divided portions relative to each other.

Abstract: A conductor, a current measurement device that measures current flowing through a current measurement target part of the conductor and outputs an output signal related to the current, and a casing that accommodates the conductor and the current measurement device are included, and the current measurement device includes a magnetic sensor that measures the current, a substrate that outputs the output signal based on an input signal input from the magnetic sensor, and a magnetic shield member in which the magnetic sensors, the substrate, and the current measurement target part are disposed, the magnetic shield member shielding magnetism between inside and outside of the magnetic shield member, and the casing includes a sensor accommodation chamber that accommodates the magnetic sensor and the substrate, a shield insertion port into which the magnetic shield member is inserted, and shield holding chambers holding the magnetic shield member at an accommodation position.

Abstract: An attachment structure for an electronic component accommodation box including a vibration proof structure includes a damping structure between a vehicle body side attachment member and a casing in which at least one electronic component is mounted. The damping structure includes first sliding portions, second sliding portions, and damping members interposed between the first sliding portions and the second sliding portions. The damping members generate sliding resistance between each of the first sliding portions and each of the second sliding portions when the casing moves relative to the vehicle body side attachment member.

Abstract: A battery module includes laminated bus bars and which connect respective battery packs. Each of the laminated bus bars includes a plurality of bus bars formed in an identical shape. Each of the bus bars includes connecting portions which are formed at both ends in a first direction and electrically connect the battery packs and a deformation allowing portion which is formed between the connecting portions and is curved in a plate thickness direction as viewed in a second direction. The laminated bus bars are formed by laminating the bus bars such that the deformation allowing portions overlap with each other in the plate thickness direction and the connecting portions of the bus bars adjacent to each other are in contact with each other.

Abstract: An attachment structure for an electronic component accommodation box including a vibration proof structure includes a damping structure between a vehicle body side attachment member and a casing in which at least one electronic component is mounted. The damping structure includes first sliding portions, second sliding portions, and damping members interposed between the first sliding portions and the second sliding portions. The damping members generate sliding resistance between each of the first sliding portions and each of the second sliding portions when the casing moves relative to the vehicle body side attachment member.