The presentation invention relates to a first electrical connector element for a modular construction element and/or system, including a first connector part having a plurality of electrical contacts electrically connected to a plurality of electrical conductors. The first electrical connector is adapted to connect with a second electrical connector element, and includes a strain relief part to securely hold the plurality of electrical conductors thereby securing the plurality of electrical conductors to the first electrical connector element. The first electrical connector also includes a number of lock and release elements for engaging with the second electrical connector element when mechanically and electrically coupled together and releasing the coupling of the first and the second electrical connector elements when subjected to one or more pull forces above a predetermined release threshold.

A cigarette lighter plug of an automobile tire repairing device, the tire repairing device contains: a box for receiving an air pump. The cigarette lighter plug is inserted into a power supply. The cigarette lighter plug includes a first housing, a second housing, and a power cord. The power cord includes a positive-electrode power part and a negative-electrode power part, the second housing includes a post, a first accommodation chamber, a column, a second accommodation chamber, a semi-arch flexible element. The second housing further includes a wing, a third accommodation chamber defined between the wing and the column, and a fourth accommodation chamber defined between a conductive foot of the semi-arch flexible element and the column so as to receive the power cord. The first housing is engaged with the second housing, and the power cord is not winded or is bent in an S shape.

The presentation invention relates to a first electrical connector element for a modular construction element and/or system, the first electrical connector element comprising a first connector part comprising a plurality of electrical contacts electrically connected to a plurality of electrical conductors, wherein the first electrical connector element is adapted to be connected with a second electrical connector element, and wherein the first electrical connector element further comprises a strain relief part adapted to securely hold the plurality of electrical conductors thereby securing the plurality of electrical conductors to the first electrical connector element, and a number of lock and release elements adapted to engage with the second electrical connector element when the first and the second electrical connector elements are mechanically and electrically coupled together thereby locking a coupling of the first and the second electrical connector elements and further being adapted to release the coupling of the first and the second electrical connector elements when the first and/or the second electrical connector element(s) is/are subjected to one or more pull forces above a predetermined release threshold. The present invention also relates to a second electrical connector element for use with the first electrical connector element and a modular construction element and a system comprising such first and/or second electrical connector elements.

A connector 10 of the present disclosure is provided with a plurality of terminals 30, a plurality of wires 20, a plurality of sub-housings 60, 70 and a lock member 80. The terminal 30 includes a locked portion. The sub-housings 60, 70 include cavities 61, 71 for accommodating the terminals 30 and locking portions for retaining the terminals 30 by locking the locked portions from behind. The plurality of wires 20 are respectively pulled out rearward from the plurality of terminals 30. The plurality of sub-housings 60, 70 are assembled with each other with the locked portions of the terminals 30 facing in the same direction, and held in an assembled state by the lock member 80.

A joint connector 10 to be connected to wires 11 includes a lower housing 30 and an upper cover 60. The lower housing 30 accommodates terminals 12 to be respectively connected to front end parts in an extending direction of the wires 11. The upper cover 60 is assembled to close an upper surface of the lower housing 30. The lower housing 30 or the upper cover 60 includes a lower guide portion 36 or an upper guide portion 69 for bending the wires 11 by contacting the wires 11 with the lower housing 30 and the upper cover 60 assembled.

A connector includes multiple first terminals, multiple second terminals, and a housing that holds the terminals. The first terminals are arranged side-by-side in a width direction of the housing, and the second terminals are also arranged side-by-side in the width direction. In the housing, the first terminals are arranged side-by-side with the second terminals in a front-rear direction that is perpendicular to the width direction. In a state where first electrical wires are connected to the first terminals and second electrical wires are connected to the second terminals, the first electrical wires are drawn out to one side in the front-rear direction of the housing, and the second electrical wires are drawn out to the other side in the front-rear direction of the housing.

The presentation invention relates to a first electrical connector element for a modular construction element and/or system, including a first connector part having a plurality of electrical contacts electrically connected to a plurality of electrical conductors. The first electrical connector is adapted to connect with a second electrical connector element, and includes a strain relief part to securely hold the plurality of electrical conductors thereby securing the plurality of electrical conductors to the first electrical connector element. The first electrical connector also includes a number of lock and release elements for engaging with the second electrical connector element when mechanically and electrically coupled together and releasing the coupling of the first and the second electrical connector elements when subjected to one or more pull forces above a predetermined release threshold.

The present disclosure discloses a battery box lamp wire installation structure, which relates to the technical field of power supply devices and it comprises a case, provided with an accommodating cavity inside; a printed circuit board, horizontally located in the accommodating cavity and fixedly connected with the case; an end cap, movably mounted on one end of the case, and the end cap is provided with a wire hole A; a lamp wire, of which one end penetrating through the wire hole A and restrained within the end cap; a connector, detachably mounted at the inner side of the end cap and fixing the positive and negative ends of the lamp wire; the positive and negative ends of the lamp wire are in electrical connection with the printed circuit board respectively when the end cap is mounted onto the case.

The scroll compressor (1) includes a hermetic casing (2); an electric motor (12) arranged within the hermetic casing (2); an electrical box (14) attached to an outer surface of the hermetic casing (2); and compressor power terminals (13) insulated from the hermetic casing (2) and electrically connected to the electric motor (12), the compressor power terminals (13) protruding in the electrical box (14), the electrical box (14)] containing a control module (15) configured to control the electric motor (12), control wires (16) connected to the control module (15), and a terminal block assembly (17) configured to electrically connect the compressor power terminals (13) and the control wires (16) to external power leads (18) of an external power source. The terminal block assembly (17) includes a body part (19) and a wire guiding part (21) which is configured to guide and position the control wires (16) in predetermined connection positions with respect to the body part (19).

A connector assembly is provided. The connector assembly includes a housing having a first end that includes one or more mechanical interfaces thereon. The at least one mechanical interface configured to selectively engage a corresponding mechanical interface on an electrosurgical generator. A second end is configured to selectively engage an end of an electrosurgical cable to couple the electrosurgical generator to an electrosurgical instrument. A plurality of splines extends along an interior of the housing and is configured for electrical communication with a plurality of corresponding electrical conductors of the electrosurgical cable.