Abstract: Techniques, apparatus and systems that use an optical probe head to deliver light to a target and to collect light from the target for imaging and monitoring a target while a separate radiation is applied to treat the target.

Abstract: An electrical cable connector assembly comprises a metallic shell defining a receiving space and a rear wall enclosing the receiving space, a printed circuit board retained in the receiving space, an electrical connector including an insulative housing and a plurality of contacts retained in the insulative housing, and a cable located behind the printed circuit board and including a wire extending into the receiving space to be soldered on the printed circuit board. The contacts each defines a soldering tail soldered to the printed circuit board. Wherein the rear wall defines a cable ring deep drawn rearwardly therefrom to cover the cable.

Abstract: An electrical adaptor (100) includes a first connection assembly (2) having a first printed circuit board (20), a first connector (21) mounted to a front segment of the first printed circuit board, a first variable resistor (24) mounted to a rear segment of the first printed circuit; a second connection assembly (3) having a second printed circuit board (30), a second connector (31) mounted to a front segment of the second printed circuit board, a second variable resistor (34) mounted to a rear segment of the first printed circuit board; a cover member (1, 6) enclosing the first connection assembly and the second connection assembly therein; and wherein the first printed circuit board and the second printed circuit board are disposed at different levels and partially overlapping each other.

Abstract: A cable assembly (100) includes a housing having a main portion (11, 21) and a mounting portion (12, 22) extending backwardly from the main portion, the mounting portion defining a positioning cavity (1202, 2202) in an inner side thereof; a cable (4) having a number of wires (41) and a jacket (40), the wires enclosed by the jacket; a strain relief member (7) having an inner ring (71, 72) and an outer ring connected with each other to form a one-piece structure; and the strain relief member mounted to a front segment of the cable, the wires of the cable forwardly extending through the inner ring, the jacket of the cable sandwiched between the outer ring and the inner ring, the outer ring accommodated in the positioning cavity of the mounting portion.

Abstract: Systems, apparatus and techniques for non-invasive optical probing of various substances, and systems, apparatus and techniques for detecting, diagnosing and treating a disease in lungs and other organs using the non-invasive optical probing, including mapping physiological functions of tissues in lungs and other organs.

Abstract: An electrical connector (100) includes an insulative housing (1) having a receiving cavity (110) and a passageway (1130) in communication with the receiving cavity therein, and an electric contact (3) received in the passageway and extending into the receiving cavity for contacting with a complementary connector. The receiving cavity has a pair of surfaces opposite to each other, with one of said surfaces attached to said passageway and the other one standing far away from the passage. The contact has first and second elastic contact engaging portions (311, 313) for physically and electrically connecting with the complementary connector, and the first contact engaging portion is closer to said the other surface of the receiving cavity than the second contact engaging portion.

Abstract: A lamp assembly (100) includes a lamp base (3) having a peripheral wall (31) and a rear wall (32) connecting to the peripheral wall to form a socket (30) with a front opening, with a cable passage (321) recessed forwardly from a back surface of the rear wall and communicated with the socket, a cavity (37) defined in the rear wall and further communicated with the cable passage (321), and a engaging member (371) located in a lower portion of the cavity and proximate to the cable passage; at least a cable (4) inserted into the cable passage, with the engaging member (371) deformed to lock therein so as to prevent the cable sliding out of the cable passage; a lamp bulb (1) partially received in the socket of the base, with a pair of legs (13) thereof extending into the socket and contacting conductors of the cable.

Abstract: A plug connector comprises a terminal electrically terminated to a cable. An inner molding is circumferentially formed on a connection between the terminal and the cable. A first outer molding is circumferentially formed on an external peripheral surface of the inner molding and a portion of the cable, the first outer molding is defined by a front section and a rear section with an outer diameter being larger than that of the front section. A second outer molding is circumferentially formed on an external peripheral surface of the front section of the first outer molding and interfered with the terminal.

Abstract: A cable connector assembly adapted for interconnecting two computers includes a first cable connector assembly (100) and a second cable connector assembly. The first cable connector assembly (100) includes a universal serial bus (USB) migration control block (2) having a printed circuit board (21) with a USB migration control chipset (U2) mounted thereon, a first universal serial bus connector (1) soldered to a first end of the printed circuit board and a cable (5) with one end soldered to a second end of the printed circuit board. The second cable connector assembly includes a second universal serial bus connector electrically connecting with the other end of the cable.

Abstract: A cable assembly in accordance with the present invention comprises an electrical connector including an insulative housing defining a mating portion and a pair of positioning portions extending rearwardly from the mating portion, a plurality of terminals received in the insulative housing and at least one metal shell surrounded the insulative housing; a cable electrically terminated to the terminals; and a rear cover substantially enveloping the insulative housing and snugly supported by the positioning portions.

Abstract: An electronic assembly (100) includes a housing having a plurality of walls together defining a receiving space and an outlet defined in one of the walls and in communication to the receiving space; a connector (53) pivotally linked to the housing and projected outward of the housing via the outlet; a locking member (6) mounted to the housing, said locking member including a base portion (60) having a first side and a second side opposite to the first side, a stopper portion (62) formed on the first side and extending into the receiving opening, and a resilient member (61) arranged adjacent to the second side for exerting a resilient force to the base portion.

Abstract: A plug connector comprises a terminal electrically terminated to a cable. An inner molding is circumferentially formed on a connection between the terminal and the cable. A first outer molding is circumferentially formed on an external peripheral surface of the inner molding and a portion of the cable, the first outer molding is defined by a front section and a rear section with an outer diameter being larger than that of the front section. A second outer molding is circumferentially formed on an external peripheral surface of the front section of the first outer molding and interfered with the terminal.

Abstract: An electrical adaptor (100) includes a first connection assembly (2) having a first printed circuit board (20), a first connector (21) mounted to a front segment of the first printed circuit board, a first variable resistor (24) mounted to a rear segment of the first printed circuit; a second connection assembly (3) having a second printed circuit board (30), a second connector (31) mounted to a front segment of the second printed circuit board, a second variable resistor (34) mounted to a rear segment of the first printed circuit board; a cover member (1, 6) enclosing the first connection assembly and the second connection assembly therein; and wherein the first printed circuit board and the second printed circuit board are disposed at different levels and partially overlapping each other.

Abstract: An electronic assembly (100) includes a housing having a plurality of walls together defining a receiving space and an opening defined in one of the walls and in communication to the receiving space; a connector (53) pivotally linked to the housing and projected outward of the housing via the opening; a locking member (6) mounted to the housing, said locking member having an elastic arm portion (61) with a stopper portion (62) formed thereon and extending into the receiving space; and whereas rotation the connector to urge the elastic arm portion deformed such that the connector is capable of sliding into the receiving space and locked by the stopper member.

Abstract: An electronic assembly (100) includes a housing having a plurality of walls together defining a receiving space and an outlet defined in one of the walls and in communication to the receiving space; a connector (53) pivotally linked to the housing and projected outward of the housing via the outlet; a locking member (6) mounted to the housing, said locking member including a base portion (60) having a first side and a second side opposite to the first side, a stopper portion (62) formed on the first side and extending into the receiving opening, a resilient member (61) arranged adjacent to the second side for exerting a resilient force to the base portion, and a handling portion (521) attached to a rear portion of the connector and disposed proximate to the outlet of the one wall.

Abstract: An electronic assembly (100) includes a housing having a plurality of walls together defining a receiving space and an outlet defined in one of the walls and in communication to the receiving space; a connector (53) pivotally linked to the housing and projected outward of the housing via the outlet; a locking member (6) mounted to the housing, said locking member including a base portion (60) having a first side and a second side opposite to the first side, a stopper portion (62) formed on the first side and extending into the receiving opening, and a resilient member (61) arranged adjacent to the second side for exerting a resilient force to the base portion.

Abstract: A cable assembly in accordance with the present invention comprises an electrical connector including an insulative housing defining a mating portion and a pair of positioning portions extending rearwardly from the mating portion, a plurality of terminals received in the insulative housing and at least one metal shell surrounded the insulative housing; a cable electrically terminated to the terminals; and a rear cover substantially enveloping the insulative housing and snugly supported by the positioning portions.

Abstract: A lamp assembly (100) includes a lamp base (3) having a peripheral wall (31) and a rear wall (32) connecting to the peripheral wall to form a socket (30) with a front opening, with a cable passage (321) recessed forwardly from a back surface of the rear wall and communicated with the socket, a cavity (37) defined in the rear wall and further communicated with the cable passage (321), and a engaging member (371) located in a lower portion of the cavity and proximate to the cable passage; at least a cable (4) inserted into the cable passage, with the engaging member (371) deformed to lock therein so as to prevent the cable sliding out of the cable passage; a lamp bulb (1) partially received in the socket of the base, with a pair of legs (13) thereof extending into the socket and contacting conductors of the cable.

Abstract: A lamp assembly (100) includes a lamp base (3) defining a socket, with a mounting portion (33) arranged therein; a pair of cables (4) inserted into the socket via a cable passage defined in a rear portion of the lamp base, with conductors of the cables extending through passageways in the mounting portion and configured to hook thereon; a lamp holder (2) having a body portion inserted into the socket of the lamp base together with the mounting portion to sandwich the conductors; and a lamp bulb (1) held by the lamp holder, with a pair of legs thereof inserted into the socket and contacting conductors of the cables.