Abstract:
A Flexible Printed Circuit Cable (FPC) (1) for being soldered to a Printed Circuit Board (PCB) (2), comprises a plurality of flat wires (11), a glue layer (12) attached to the wires and a pair of base boards (13) enclosing the flat wires and the glue layer, the base boards each has a removed part to expose both surfaces of a portion of each wire.
Abstract:
The present invention relates to a cable assembly comprises a shell (1) comprising at least one post (127), a ferrite core (3) having two end face (33) and a main portion (32) and defining a perforation (31) and a cable (2) comprising a plurality of wires rounding the ferrite core by leading the cable to extend through the perforation at least once, and the cable forming at least one bending portion (21) adjacent to the one end face of the ferrite core, the said post (127) of the shell disposing between the bending portion and the ferrite core. The present invention relates to a cable assembly comprising a shell (1) comprising at least one post (127), a ferrite core (3) having a main portion (32), two end faces (33), and a perforation (31); and a cable (2) comprising a plurality of wires, the cable extending through the perforation at least once to form at least one bending portion (21) adjacent to one end face of the ferrite core; the post (127) of the shell disposed between the bending portion and the ferrite core.
Abstract:
An electrical connector assembly (100) defines a housing defining a receiving space, a connector body (1) received in the receiving space and defining a plurality of contacts (12) received therein, a cable (2) defining a plurality of conductors (21) electrically attaching to corresponding contacts, and locking member (3) locking with the housing for attaching the connector body toward the housing reliably.
Abstract:
An electrical connector includes an outer casing, an electrical connector module received and retained in the outer casing, at least one fastening device mounted in the outer casing, the fastening device comprising a manual handle, a rod partially received in the manual handle and defining a slot, and a C-ring surrounding and extending beyond the slot for forming a circumferential rib around the rod, and a retention board received in the outer casing, and spaced a predetermined distance from the C-ring originally. When the manual handle is turned by a user, the rod can be driven by the manual handle and move axially relative to the manual handle until the C-ring is barred by the retention board.
Abstract:
Apparatus and method for providing PEMF therapy to selected portions of a patient's body such as the hips and spine. The apparatus preferably includes at least two transducer coils. Electronics for driving the coils are contained in a housing. The housing is preferably connected to the transducer coil by a flexible cable. The housing preferably includes a battery power supply.
Abstract:
A modular jack connector assembly (1) comprises an insulative housing (2) having two receiving spaces (20, 21) arranged side byside, a plurality of terminals (5) received in the receiving spaces, an terminal block (6) with a plurality of wires (7) interwoven therearound, a LED (light emitting diode) device (40) assembled on the housing, and a shield (3) enclosing the housing. The terminal block comprises a main body (60) and two inserts (63). The main body comprises a first part (601) and a second part (602), each part defining a plurality of through holes (61, 640) adapted to accept the wires therethrough and a receiving channel (641) adapted to receive an insert whereby the inserts fix the wires to the terminal block. Each wire electrically contacts with a corresponding terminal in a slot (65) defined in the main body.
Abstract:
A grounding device of the present invention is mounted in an electronic device which comprises a sidewall, an opening, and a bottom base. The grounding device comprises an insulative sleeve aligned with the openings of the electronic device, a grounding plate, and a rivet received in the insulative sleeve. The insulative sleeve defines a coniform hole therethrough and a pair of slots positioned near an end thereof. The insulative sleeve further defines a pair of engaging recesses locating inside the end thereof adjacent the slots. The rivet defines a internal threaded hole therethrough and has a coniform outside surface adapted to interregnal with the inside of the coniform hole. The grounding plate comprises a baseplate, a pair of lateral walls extending upward from the baseplate, and a pair of projections extending inward form opposing edges of the lateral walls. In assembly, the projections of the grounding plate are aligned with the openings of the electronic device and are engaged with the slots of the insulative sleeve. The rivet is then inserted through the openings and into the insulative sleeve, thereby bending the projections into the engaging recesses, thus fastening the sidewall of the electronic device, the grounding plate, the insulative sleeve, and the rivet together. Thus a secure grounding device is formed for attaching a complementary connector to the electronic device.
Abstract:
An electrical connector device comprises a cable end connector and a metal panel. The cable end connector comprises a body portion, an insulative housing and a metal frame. The metal frame is electrically conducted between the metal cover and the metal panel for discharging static electricity accumulated on the cable end connector to the metal. The metal frame defines an upper wing and a pair of side wings. Each side wing forms a pair of latches which downwardly extend therefrom for locking with corresponding engaging holes formed in the metal panel. Therefore, the assembling process of attaching the cable end connector to the metal panel is simplified.
Abstract:
An adapter of the present invention comprises two different types of connectors and an adapting device. The adapting device comprises a plurality of conducting pins and two printed circuit boards (PCBs). The two PCBs comprise a plurality of aligned through holes. The conducting pins are inserted through and retained in the aligned through holes of the two PCBs to connect the two PCBs. The two PCBs are contacted by three rows of terminals of the first type electrical connector on three of surfaces thereof near one end thereof. One of the two PCBs is straddled by two rows of terminals of the second type electrical connector on opposite surfaces of the other end thereof.
Abstract:
A cable connector in accordance with the present invention comprises a jacket consisting of upper and lower jacket members enclosing the cable connector, a dielectric housing retaining a plurality of terminals in a mating portion for electrically connecting with a mating connector, upper and lower shells for enclosing the housing, and a pair of latching members mounted to opposite sides of the cable connector. Each latching member comprises an elongate resilient bar for engaging with the lower shell, and a latching portion extending beyond the housing for engaging with a shield of a mating connector. A pair of touching tabs extends from opposite free ends of a peripheral wall of the lower shell for contacting the resilient bars of the corresponding latching members. Thus, the grounding wires of the cable, the touching tabs of the lower shell, the latching portions and the resilient bars of the latching members, the shield of the mating connector and a metallic panel to which the mating connector is fixed together form a grounding path therethrough, for discharging the static electricity accumulated on the cable connector, the mating connector, and the metallic panel when the latching members contact the shield of the mating connector.