Hon Hai Precision Industry Co., Ltd.

Peter Kuo

Bing Du

Hou-Yu Shi

Chin-Pao Kuo

Xiao Fan

Chin Pao Kuo

Hao-Mai Yin

Jiang-Hua Zhu

Zhi-Yong Li

Ji-Cheng Lee

Jerry Wu

Kun-Tsan Wu

Kuo-Hua Chih

Hongbo Zhang

Hao Tang

Zeng-An Yang

Alan Shih

Hao Neng Shun

An antenna assembly includes an antenna and a supporting portion. The antenna includes a radiating element, a grounding element and a connecting element connecting the radiating element and the grounding element. The supporting portion is located between the radiating element and the grounding element, and includes a base portion and a complementary portion assembled on the base portion. The complementary portion has an outer surface being flush with one of the surfaces of the base portion.

Antenna assembly with improved supporting device

An electrical connector includes a housing including a mating portion located in the front portion thereof, a plurality of contacts received in the housing and each including a tail extending out of the rear wall of the housing, a cover assembled on the housing, and a plurality of cables. The mating portion of the housing defines a mating direction and a rear wall. The cables each includes an inner conductor electrically connected to the tail of the contact, an inner insulation layer, an shielding braids and an outer insulation layer. The rear wall includes a plurality of ribs every two of which form a receiving slot therebetween and a plurality of protrusions every two of which form a fastening slot therebetween. The ribs and the protrusions respectively extend in two rows along a horizontal direction perpendicular to the mating direction and form a groove therebetween. The outer insulation layers of the cables are fastened in the receiving slots and the inner insulation layers are fastened in the fastening slots.

Electrical connector with improved cable fixation

An electrical connector, comprising an insulative housing defining a base portion and a mating portion extending from the front side of the base portion along a mating direction; a plurality of passageways disposed in the base portion and extending along the mating direction; a plurality of receiving spaces disposed in the mating portion and communicating with the complementary passageways; a plurality of contacts assembling to the insulative housing along the mating direction, and each contact defining a flat base part mounting to the base portion of the insulative housing and a mating part extending from the base part forwards from the base part and into said receiving space; wherein a spring tab extending downwards from the base part of the contact and locked to the insulative housing.

Electrical connector

An electrical connector (), comprising an insulative housing () defining a base portion () and a mating portion () extending from the front side of the base portion along a mating direction; a plurality of passageways () disposed in the base portion with an opening backwards and extending along the mating direction; a plurality of receiving spaces () disposed in the mating portion and communicating with the complementary passageways; a plurality of contacts () mounting to the insulative housing along the mating direction, and each contact including a flat base part () mounting to the base portion of the insulative housing, a connecting part () extending forwards from the base portion and received in the passageways, a mating part () extending from the connecting part and disposed in said receiving space, and a spacer part () located between the base part and the connecting part; wherein the spacer part covers the opening of the passageways.

An electrical connector includes a housing including a mating portion defining a mating direction and located on the front portion thereof and a supporting portion rearward extending from the mating portion, a plurality of contacts receiving in the housing, a cover assembled on the housing, a plurality of cables electrically connected to the contacts. The housing further includes a pair of wing portions extending from an rear wall of the mating portion and defining substantially a Z-like configuration in a top view.

Electrical connector assembly with improved fastening device

A remote control device () includes an insulated housing () including an outer surface () plated with a conductive material for providing a suppression of EMI, an inner surface (), and a receiving space () defined by the outer surface and the inner surface, a printed circuit board () received in the receiving space, and including at least a first conductive pad (), and a second conductive pad electrically connected to the first conductive pad by conductive trace, a cable including at least one grounding conductor electrically connected to the second conductive pad, grounding means () electrically connected to the conductive material and the first conductive pad for providing a sheath for ESD generated on the remote control device.

Remote control device with improved shielding and grounding performance

An earphone assembly () includes an insulative body (), an audio plug () and an earphone (). The insulative body () includes a main body (), two side walls () located at two sides of the main body () and a connecting portion () connecting with the main body () and the two side walls (). The main body (), the side walls () and the connecting portion () together define a receiving space (). The audio plug () is retained in the bottom of the connecting portion (). The earphone () includes two headphones () and two rings () respectively connecting with the headphones () and the audio plug (). The side walls () respectively form a pair of bulges () extending transversely and outwardly. The rings () include two resilient sections () respectively received in the bulges () and capable of elastically moving along the extending direction of the bulges () for changing the position of the headphones ().

Earphone assembly

A multi-directional switch includes a switch module, including a generally rectangular base, and an actuator vertically installed into a central receiving chamber defined in the base, the actuator can tilt away from a vertical axis to close one of four corners of the base, and a manual handle mated with the switch module, defining a central hollow being open toward the actuator for fittingly receiving the actuator therein, so as to permit synchronously swinging movement of the manual handle and the actuator. For preventing the manual handle, together with the actuator, synchronously swinging toward one of four corners, after the actuator is fittingly received in the central hollow of the manual handle, at least a rib is formed at a top surface of the base for abutting against a bottom surface of the manual handle, or formed at a bottom surface of the manual handle for abutting against a top surface of the base.

Multi-directional switch and multi-directional operating device using the same

A flexible flat cable () is adapted for mating with a complementary connector (). The flexible flat cable () includes a number of conductors () parallelly disposed, an insulation jacket () covering said conductors (); and an insert portion () form at one end of the flexible flat cable () with the conductors () exposed outside the insert portion (); a chamfer () is formed on the end of the conductors () located in the insert portion ().

Flexible flat cable with improved easy structures for engagement/disengagement

An electrical connector () includes a base (), which is shaped in a basin and comprises at least one elastic assembly (). A first connector module () and a second connector module () are both assembled on the base and they are electrically connected to each other. Each connector module communicates with an outside complementary connector. The electrical connector comprises an inner cover () which is attached to the base and the inner cover defines a plurality of fixing slots (). The electrical connector further comprises a top cover () which forms a plurality of fixing members (') thereof and the fixing members correspond to the fixing slots of the inner cover. The fixing members are engaged with or separated from the fixing slots by a rotation of the inner cover along a clockwise or counterclockwise direction by virtue of the elastic assembly.

A cable assembly comprises a shell () comprising at least one post (), a ferrite core () having two end face () and a main portion () and defining a perforation () and a cable () 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 () adjacent to the one end face of the ferrite core, the post () of the shell disposing between the bending portion and the ferrite core.

Cable assembly

Charger

An adjusting member () for cable () is separated into a first and a second half body () each defining a cavity, respectively. The cavities defined on the first and second bodies are used to receive a cable (). The cable includes an earphone cable and a signal cable, and the earphone cable has a free end. The adjusting member () can adjust the length of the free end of the earphone cable by sliding on the cable (). And the adjusting member can stick on the cable via assembling the first and second half bodies together.

Adjusting member for cable

A dustproof cover () for covering an electrical connector () includes an upper wall (), a bottom wall (), a back wall () associated with lateral walls (), all of which define a connector receiving room () with an opening. A plurality of ribs (and) are arranged on inner surfaces of one or more of walls and protrude into the connector receiving room. The electrical connector is inserted into the connector receiving room through the opening.

Dustproof cover for electrical connector

A cover assembly includes a cover including a first cover with a receiving space on the upper surface thereof, a main body having an installing post and connecting the bottom of the first cover, a second cover on the top of the first cover, and a securing portion including a cooperating piece, a flexible section and a latching rim extending from the flexible section in a direction perpendicular to the flexible section; wherein the second cover has a latch cavity to form a passage with an open defined in the first cover and penetrating along up-to-down direction, the cooperating piece is rotatably assembled with the installing post and the securing portion is capable of rotating around the installing post to achieve a fixed position and an engaging position on which the cooperating piece is inserted in the passage to assemble the two covers and the main body together.

Growing community of inventors

Tu-Cheng, Taiwan

Peter Kuo