The present disclosure relates to a movable socket assembly. The movable socket assembly may include a housing, a plug part installed in said housing, a plurality of elastic conducting contact points formed on said plug part, and an adjusting mechanism for positioning the plug part out of the housing so that the plug part can be removably inserted into an external power outlet. The housing may further include a first housing and a second housing, and the second housing can retract into the first housing to extend the flat insertion piece out of the housing through an opening of the second housing.

An electrical plug connector adapted to be assembled with a mating connector in an insertion direction comprises an outer housing, a contact housing adapted to be secured in the outer housing and having a contact receptacle receiving an electrical contact, a shaft extending through the outer housing and the contact housing, and a securing element adapted to positively lock the outer housing to the contact housing. The securing element is inserted in the shaft in a securing direction extending transversely relative to the insertion direction.

A power interface, a mobile terminal, and an electronic device are disclosed. The power interface includes a housing, a connection body, and a partition piece. The connection body is arranged in the housing, configured to be connected to a circuit board, and includes at least one power-pin assembly. Each power-pin assembly includes a pair of power pins spaced apart from each other. The partition piece is sandwiched between the pair of power pins, and includes a tail end connected to the circuit board and a head end away from the circuit board and opposite to the tail end. The tail end is spaced apart from the housing and connected to the connection body.

A cover includes a cover body and an interlock connector. The cover body covers an opening provided in a case of a power conversion device and is electrically conductive. The interlock connector is electrically connectable to a receptacle connector provided inside the case. A noise shielding layer and a low conductivity layer are formed between the cover body and the interlock connector. The noise shielding layer is electrically conductive. The low conductivity layer is closer to the cover body than the noise shielding layer is, and is less electrically conductive than the cover body and the noise shielding layer.

A vehicular circuit body includes a plurality of control boxes, a trunk line that connects the plurality of control boxes to each other, and a branch line that directly or indirectly connects the control box to an accessory. The trunk line and the branch line each includes a power source line having a predetermined current capacity and a communication line having a predetermined communication capacity. Each of the plurality of control boxes includes a plurality of branch line connection portions to and from which the communication line of the branch line is attachable and detachable. Each of the plurality of branch line connection portions is provided with a lock function portion that is physically or electrically brought into a lock state in a case where the branch line is not connected thereto.

An electrically conductive magnetic snap fastener for releasably coupling a first material to a second material, the fastener including a male fastening element affixable to the first material, the male fastening element including an integrally formed stud and stud flange and a female fastening element affixable to the second material, the female fastening assembly including a cover, a backplate, and a magnet disposed within a cavity defined by the cover. The male fastening element and the female fastening element being magnetically couplable to each other such that the male fastening element contacts the female fastening element to form a conductive electrical path through the male fastening element and the female fastening element when the male fastening element and the female fastening element are magnetically coupled to each other.

An electrically conductive magnetic snap fastener for releasably coupling a first material to a second material, the fastener including a male fastening element affixable to the first material, the male fastening element including an integrally formed stud and stud flange and a female fastening element affixable to the second material, the female fastening assembly including a cover, a backplate, and a magnet disposed within a cavity defined by the cover. The male fastening element and the female fastening element being magnetically couplable to each other such that the male fastening element contacts the female fastening element to form a conductive electrical path through the male fastening element and the female fastening element when the male fastening element and the female fastening element are magnetically coupled to each other.

An electrical connector includes: a body, provided with multiple accommodating holes penetrating through an upper surface and a lower surface of the body; multiple terminals, correspondingly accommodated in the accommodating holes; and multiple solders. Each accommodating hole has two opposite shielding portions. Each terminal includes a base, two extending portions bending and extending from two opposite sides of the base, two contact arms extending downward from the two extending portions and toward each other, and two clamping portions bending and extending from two opposite sides of a lower end of the base. An upper end of the base is exposed upward to a corresponding accommodating hole. The shielding portions shield upper ends of the extending portions. The two contact arms are used for a pin of a plug to insert downward therebetween. Each solder is correspondingly clamped by the two clamping portions.

A connector is provided to be assembled on a first illumination element and configured to be releasably coupled to a mating connector on a second illumination element. The connector includes a connection element comprising a conductor. The conductor comprises a first end coupled to a cable extending through the connection element, and a second end is releasably connected to an end of a mating conductor of the mating connector. A mounting member is configured to secure the connection element to the first illumination element, and a first gap is defined between an internal surface of the mounting member and the external surface of the connection element. A first sealing element is coupled to the mounting member and the connection element; and a second sealing element is coupled to the mounting member and the cable.

A busbar structure includes an electrode connection portion that is made of conductive metal and includes a terminal portion and an inter-battery connection portion that has an extended body portion extending from the electrode connection portion and at least one side edge portion of a pair of side edge portions extending from both ends of the extended body portion in a width direction perpendicular to an extending direction of the extended body portion. The at least one side edge portion of the pair of side edge portions is folded onto the extended body portion.