Abstract: A connector for connecting at a proximal end of the connector along a connection direction includes a contact section adapted to fix at least one contact element, a base section, and an arm extending from the base section substantially along the connection direction, wherein the arm includes at least one securing element for securing the connector against the connection direction, and wherein the base section is located closer to a distal end of the connector than the contact section, the distal end being opposite to the proximal end along the connection direction. A connection assembly includes the connector and a mating connector. A connection group includes the connection assembly and a bulkhead that receives the connection assembly.

Abstract: A cable connector assembly comprises a cable connection module and a shell module connectable thereto. The cable connection module includes a center conductor, a first insulation housing in which the center conductor is disposed, and a second insulation housing slidably fitted around the first insulation housing. The first insulation housing includes a guiding member sized to slidably guide an inner conductor of a cable assembly therethrough and into the center conductor. The shell module includes a metal shell connectable with the second insulation member. The cable connection module and the shell module are adapted such that, when the cable connection module and the shell module are assembled together with the cable assembly, a braid of the cable assembly fitted around the inner conductor of the cable assembly is fixed outside of the first insulation housing.

Abstract: A cable connector includes an outer shell, an outer electrical conductor mounted within the outer shell and defining a first through hole, an insulating housing disposed inside the outer electrical conductor and defining a second through hole, an inner electrical conductor disposed inside the insulating housing and defining an insertion cavity and a connection hole communicating with the insertion cavity, a fastener mounted at least partially in the connection hole and operable to fasten a center conductor of the cable inserted into the insertion cavity, and an insulating ring fitted over the outer circumferential surface of the electrical conductor. The insulating ring is movable between a shielding position in which the first through hole is covered and a non-shielding position in which the first through hole is uncovered to allow the fastener to be exposed from the first and second through holes aligned with each other.

Abstract: A driving method for an electronic device is provided. The electronic device includes a touch display panel, and a display surface of the touch display panel is divided into multiple application launching regions. The driving method includes: determining a movement trajectory of a touch point that is at least partially overlapped with the appearance identifier of an application program; and in a case where an end point of the movement trajectory is located in one of the multiple application launching regions, displaying an application interface of the application program in the application launching region in which the end point of the movement trajectory is located.

Abstract: An electrical connector includes a base portion, a tail portion extending from a first side of the base portion, a serpentine portion having a first end connected to a second side of the base portion opposite to the first side, a movable head portion connected to a second end of the serpentine portion, and a housing in which an accommodation chamber is formed to accommodate the serpentine portion. The housing has a first end connected with the base portion and a second end provided with a limiting portion confining the serpentine portion within the accommodation chamber. The head portion is movable so as to pass through the limiting portion. The electrical connector is made of a single piece of metal.

Abstract: A driving method for an electronic device is provided. The electronic device includes a touch display panel, and a display surface of the touch display panel is divided into multiple application launching regions. The driving method includes: determining a movement trajectory of a touch point that is at least partially overlapped with the appearance identifier of an application program; and in a case where an end point of the movement trajectory is located in one of the multiple application launching regions, displaying an application interface of the application program in the application launching region in which the end point of the movement trajectory is located.

Abstract: An electrical connector includes a housing having contact chambers between a top and a bottom configured to be mounted to a circuit board. A rear wall of the housing includes lead slots open at the top to receive leads of an electrical component. The electrical connector includes a cover coupled to the top of the housing above the leads. The electrical connector includes contacts received in corresponding contact chambers. Each contact includes a base having a solder pad at a bottom configured to be soldered to a circuit board conductor of the circuit board. Each contact includes contact beams extending from the base to form a socket proximate to the top of the housing that receives the lead of the electrical component from above to electrically connect to the lead of the electrical component.

Abstract: An electrical connector includes a housing having contact chambers between a top and a bottom configured to be mounted to a circuit board. A rear wall of the housing includes lead slots open at the top to receive leads of an electrical component. The electrical connector includes a cover coupled to the top of the housing above the leads. The electrical connector includes contacts received in corresponding contact chambers. Each contact includes a base having a solder pad at a bottom configured to be soldered to a circuit board conductor of the circuit board. Each contact includes contact beams extending from the base to form a socket proximate to the top of the housing that receives the lead of the electrical component from above to electrically connect to the lead of the electrical component.

Abstract: A socket connector terminal is disclosed having a terminal body, two contacts, and at least two welding portions. The two contacts are formed at opposite ends of the terminal body, each contact having a positioning portion that prevents movement in the socket connector along a plug connector insertion direction. The two welding portions are formed between the opposite ends of the terminal body, and are constructed to be welded to a circuit board.

Abstract: A spring finger of an electrical connector is disclosed. The spring finger includes a soldering section, a support section extending substantially perpendicularly from an end of the soldering section, a U-shaped first bend extending from an end of the support section opposite the soldering section and forming a first opening facing the soldering section, and a U-shaped contact structure obliquely suspended from an end of the first bend and spaced apart from the support section. The contact structure contacts a mating conductive terminal of a mating connector in a lateral direction parallel to the soldering section.

Abstract: A receptacle terminal is provide and includes a first U-shape section. The first U-shape section has a downward opening and includes a base, a first lateral arm, and a pair of extending arms. The base extending laterally thereof and the first lateral arm faces the base. The pair of extending arms is bent substantially perpendicularly towards the first lateral arm at both lateral ends of the base.

Abstract: A spring finger of an electrical connector is disclosed. The spring finger includes a soldering section, a support section extending substantially perpendicularly from an end of the soldering section, a U-shaped first bend extending from an end of the support section opposite the soldering section and forming a first opening facing the soldering section, and a U-shaped contact structure obliquely suspended from an end of the first bend and spaced apart from the support section. The contact structure contacts a mating conductive terminal of a mating connector in a lateral direction parallel to the soldering section.

Abstract: A socket connector terminal is disclosed having a terminal body, two contacts, and at least two welding portions. The two contacts are formed at opposite ends of the terminal body, each contact having a positioning portion that prevents movement in the socket connector along a plug connector insertion direction. The two welding portions are formed between the opposite ends of the terminal body, and are constructed to be welded to a circuit board.

Abstract: An electrical connector (1) has a first port (11) with a number of first terminals (21) received therein, a second port (12) with a number of second terminals (22) received therein, a number of third terminals (23) located between the first and second terminals and a moveable port switch (30) assembled to the first and second ports. Each of said first and second terminals defines a tail portion (212, 222) extending outside the first and second ports, respectively. The port switch can drive the tail portions of the first and second terminals to electrically connect with the third terminals, respectively and alternately.

Abstract: An electrical connector (1) includes an insulative housing (10), a plurality of conductive contacts (20) being received in the insulative housing and a metal shield (30) enclosing the housing. The insulative housing includes a base portion (11) and a tongue portion (12) forwardly extending from the base portion. The tongue portion defines a plurality of channels (13) in a bottom surface thereof. The base portion defines a pair of notches (14) adjacent to the channels. The conductive contacts includes four first conductive contacts (21) being received in the channels and dual second conductive contacts (22) being received in the notches.

Abstract: An electrical connector (1) has a first port (11) with a number of first terminals (21) received therein, a second port (12) with a number of second terminals (22) received therein, a number of third terminals (23) located between the first and second terminals and a moveable port switch (30) assembled to the first and second ports. Each of said first and second terminals defines a tail portion (212, 222) extending outside the first and second ports, respectively. The port switch can drive the tail portions of the first and second terminals to electrically connect with the third terminals, respectively and alternately.

Abstract: An electrical connector (1) includes an insulative housing (10), a plurality of conductive contacts (20) being received in the insulative housing and a metal shield (30) enclosing the housing. The insulative housing includes a base portion (11) and a tongue portion (12) forwardly extending from the base portion. The tongue portion defines a plurality of channels (13) in a bottom surface thereof. The base portion defines a pair of notches (14) adjacent to the channels. The conductive contacts includes four first conductive contacts (21) being received in the channels and dual second conductive contacts (22) being received in the notches.