Abstract: A card connector for being assembled in an electrical device includes an insulating housing defining a receiving cavity and a sliding groove, a shielding shell covering on the insulating housing and covering up the receiving cavity to form a receiving slot between the shielding shell and the insulating housing, an ejection mechanism slidably assembled in the sliding groove of the insulating housing, a supporting unit inserted in the receiving slot, and a water-proof mechanism including pushing parts and water-proof parts. The electrical device includes a cover covered in front of the card connector. The pushing parts pass rearward through the cover to be respectively fixed with front ends of the supporting unit and the ejection mechanism. The water-proof parts are respectively worn around the pushing parts and press against the cover.

Abstract: An automatic test system includes a mechanical frame, a test device mounted to the mechanical frame for testing the electrical performance and the mechanical performance of the connector, a packing device mounted to the mechanical frame for packing the connector which is completed to be tested, a transmission device mounted to the mechanical frame for transmitting the connector to each workstation of the test device and the packing device, a moving device mounted to the mechanical frame for moving the connector to each workstation of the test device and the packing device corresponding to the transmission device, and a control system electrically connected with and controlling the test device, the packing device, the transmission device and the moving device for completing the transmission, test and packing action of the connector.

Abstract: An antenna device includes a first dielectric substrate made of a high dielectric coefficient material, a plurality of first contact pads fastened on a periphery of a top surface of the first dielectric substrate, a plurality of second dielectric substrates made of the high dielectric coefficient material, and a plurality of Yagi-Uda antennae respectively disposed on top surfaces of the second dielectric substrates. The second dielectric substrates are fastened on the first dielectric substrate. Each of the Yagi-Uda antennae has a drive, and a plurality of directors disposed in an outside position of the drive and spaced from an outer side of the drive. The directors are shorter than the drive, and the directors are arranged along a direction of being gradually away from the drive and gradually become shorter. An inner side of the drive defines a signal feed point.

Abstract: An electrical connector includes an insulating housing defining an inserting chamber and terminal grooves communicating with the inserting chamber, electrical terminals of which each has an elastic arm received in the terminal groove and a contact portion protruding towards the inserting chamber at a front end of the elastic arm, and a pressing member slidably sleeved round a front of the insulating housing. A plurality of pressing boards are protruded at inner sides of the pressing member and projects in the terminal grooves to resist against the elastic arms. The contact portions are located in the terminal grooves when the pressing member is at an initial position. After a mating connector is mated with the electrical connector, push the pressing member rearward to make the pressing blocks press the elastic arms so as to make the contact portions project into the inserting chamber and contact with the mating connector.

Abstract: A wearable electronic device includes an electronic assembly and at least one detachable power supply strap. The electronic assembly includes a first main body, a circuit module, a first buckling device and a first connector. The circuit module is disposed inside the first main body. The first buckling device and the first connector are disposed outside the first main body. The first connector is electrically connected with the circuit module. The power supply strap mounted to one end of the electronic assembly includes a second main body, a second battery module disposed inside the second main body, a second connector and a second buckling device matchable with the first buckling device. The second connector and the second buckling device are disposed to one end of the second main body. The second connector is electrically connected with the second battery module and is connected with the first connector.

Abstract: A game joystick includes a lower half body, an upper half body covering on the lower half body, a battery cover covering on the upper half body and elastic elements mounted in the upper half body. The upper half body is concaved downward to form a plurality of buckling slots. An opening is opened in one sidewall of each buckling slot. The battery cover protrudes downward to form a plurality of buckling strips of which each defines a first pushing surface and a second pushing surface. The elastic element has a first elastic arm fastened in the upper half body, and a second elastic arm passing through the opening to elastically project in the buckling slot. The second elastic arms cooperate with the first pushing surfaces and the second pushing surfaces of the buckling strips inserted into the buckling slots to close or open the battery cover easily.

Abstract: A fingerprint sensor module includes a lens, a filter, a first reflector, an image capturing module for capturing a first fingerprint image and a second fingerprint image, and at least one first light source for providing the needed light source at the time of the image capturing module capturing the fingerprint image. A top surface and a bottom surface of the lens are planes. The lens defines at least one first area and a second area. The filter is disposed under the lens. The filter is corresponding to the first area of the lens for reflecting the first fingerprint image corresponding to the first area. The first reflector is disposed under the lens. The first reflector is corresponding to the second area of the lens for reflecting the second fingerprint image corresponding to the second area.

Abstract: A push-button structure includes a circuit board, a conductive adhesive mounted on the circuit board, a base column, a splinter and a button body. The base column has an assembling portion. A bottom end of the assembling portion is mounted to the circuit board through the conductive adhesive. The splinter mounted to a top end of the base column has a base plate. Several portions of an outer periphery of the base plate meander outward to form a plurality of elastic arms. A free end of the elastic arm is bent upward to form a fastening piece. The button body has a base portion. Several portions of an outer periphery of the bottom surface of the base portion protrude downward to form a plurality of propping plates. The propping plate hooks a top end of the fastening piece to keep a balance of the button body.

Abstract: A connector shell includes an upper shell and a lower shell. The upper shell has a top plate positioned horizontally. Two opposite side edges of the top plate are bent downward and extend vertically to form two first side plates each defining a plurality of locking holes. The lower shell has a bottom plate positioned horizontally. Two opposite side edges of the bottom plate are bent upward and extend vertically to form two second side plates of which each protrudes outward to form a plurality of locking blocks corresponding to the locking holes of the upper shell. The upper shell and the lower shell are coupled and covered with each other with the first side plates abutting against outer sides of the second side plates. The locking blocks are buckled in the locking holes.

Abstract: An electrical connector includes an insulating housing, a plurality of electrical terminals integrated in the insulating housing, a shielding shell, an external housing and a water-proof assembly. The shielding shell is worn around the insulating housing and has a bottom plate opened with a pair of through slots. The external housing is molded outside the insulating housing and the shielding shell, and has a bottom wall defined with a pair of through holes which are corresponding to the through slots. The water-proof assembly is embedded in the bottom of the external housing and has a pair of elastic arms elastically project upward through the through holes of the external housing and the through slots of the shielding shell.

Abstract: A socket connector includes an insulating housing defining an inserting chamber in the front thereof and a receiving groove in the back face thereof, a plurality of conductive terminals disposed in the insulating housing, and a latch. Two sides of the receiving groove further extend forward to form two inserting grooves of which each front end is communicated with the inserting chamber. The latch has a first base plate positioned in the receiving groove. Two opposite side edges of the first base plate are bent and extend forward to form two first clamping portions inserted in the inserting grooves with front ends thereof projecting into the inserting chamber. Two opposite outer sides of the first clamping portions protrude outward to form a pair of bumps located in the rear of the first clamping portions and resisting against outmost two inner sidewalls of the inserting grooves.

Abstract: A voice coil adapted for an electricity-powered loudspeaker includes a plurality of coils formed by winding an enameled wire. The coils are stacked up and down to show a hollow multilayer structure with an accommodating space being formed therein. Each coil has two parallel and spaced straight-line segments, and two symmetrical arc segments oppositely connected between the two straight-line segments. A middle of the arc segment is arched outward. The center of each arc segment is located at another arc segment and the radius of each arc segment is greater than a spacing distance between the two straight-line segments to realize a biaxial voice coil.

Abstract: A wearable electronic device includes an electronic assembly, and a rollable strap body connected with the electronic assembly. The electronic assembly includes a display screen, a touch sensing panel disposed on the display screen, and a processor disposed in the electronic assembly and electrically connected with the touch sensing panel. The display screen includes a display area for displaying a user interface. The touch sensing panel includes a one-dimensional horizontal instruction touch area for sensing horizontal moving signals, a one-dimensional longitudinal instruction touch area for sensing longitudinal moving signals, and a normally open instruction touch area for sensing clicking signals. The processor receives the horizontal moving signals, the longitudinal moving signals and the clicking signals for operating the user interface.

Abstract: A manufacturing method for a hanging structure of a hands-free mount is disclosed. The hands-free mount includes a mount body and a hanging arm. The mount body is formed by a bottom shell and a top shell coupled mutually. The hanging arm includes a metal substrate and inner and outer coatings wrapping the metal substrate. The outer coating has a chamfered end located outside the bottom shell and inclined at an angle. The manufacturing method for the hanging structure of the hands-free mount uses an over-molding process to fully wrap the stainless steel core, so as to endow the hanging structure with good appearance and soft touch and prevent the product from rusting. Using the hanging structure as the hanging arm, the hands-free mount has improved firmness, appearance and touch.

Abstract: A card connector for being assembled in an electrical device includes an insulating housing defining a receiving cavity and a sliding groove, a shielding shell covering on the insulating housing and covering up the receiving cavity to form a receiving slot between the shielding shell and the insulating housing, an ejection mechanism slidably assembled in the sliding groove of the insulating housing, a supporting unit inserted in the receiving slot, and a water-proof mechanism including pushing parts and water-proof parts. The electrical device includes a cover covered in front of the card connector. The pushing parts pass rearward through the cover to be respectively fixed with front ends of the supporting unit and the ejection mechanism. The water-proof parts are respectively worn around the pushing parts and press against the cover.

Abstract: A physiological function detecting earphone includes an earphone body, an earplug mounted at one side of the earphone body and defining a window, a light processing module including a light sensing module towards the window, and a signal processing module. A detecting method includes steps: the participant inserts the earplug in the ear canal thereof; the light sensing module senses the changes of light emitted through the window and then reflected by the wall of the ear canal; the light processing module processes the reflected light of changes to get PPG signals; the signal processing module receives and processes the PPG signals to get physiological information of the participant. The window opened in the earplug can gather the light in a narrow area of the ear canal so that reduces effect of manufacturing material on transmittance of light and improves accuracy of the PPG signals and the physiological information.

Abstract: A headphone includes a headphone assembly which includes a head band, two joining structures and two in-ear components pivoted to two ends of the head band by the joining structures, and a sensor module which is disposed in the headphone assembly and includes an upper part, a lower part and a press sensor disposed between the upper part and the lower part and having a sensing face. The upper part and the lower part are designated with inner structures of the head band or the in-ear components. The press sensor detects states of the headphone by judging whether the sensing face is pressed by the upper or lower part by virtue of elastic deformation or movement of the upper part and the lower part at the head band and the joining structure while wearing and removing the headphone. The headphone uses signals from the press sensor to control actions thereof.

Abstract: An audio jack connector includes an insulating housing which has a base body defining a holding cavity in a bottom thereof and an inserting body defining an inserting chamber, a plurality of electrical terminals disposed in the base body, a fixing member fastened in the holding cavity of the insulating housing to cover and hold the electrical terminals in the base body, and a sealing tape covering under the fixing member and adhered outside the insulating housing and the fixing member to seal up splicing gaps between sidewalls of the holding cavity and peripheral edges of the fixing member. So the audio jack connector can effectively prevent the water vapor and dust passing through the inserting chamber onto a printed circuit board of an electronic product where the audio jack connector is used.

Abstract: A card connector includes an insulating body and electrical terminals of which each has a fastening portion molded in the insulating body, an elastic arm extending outward and rearward from an external end of the fastening portion and inclined upward during extending, and a soldering portion formed from the other end of the fastening portion. The distal end of the elastic arm further extends and then is bent downward to from a protecting arm. A notching is opened in the elastic arm and extends to the protecting arm. An inner edge of the notching slantwise extends upward and towards the protecting arm and then is arched upward to form a contact arm of which the arch peak rises above the bend peak of the protecting arm. The distal edge of the contact arm protrudes towards two sides to form a pair of blocking ears blocked under the protecting arm.

Abstract: A wearable electronic device includes an electronic assembly and at least one detachable power supply strap. The electronic assembly includes a first main body, a circuit module, a first buckling device and a first connector. The circuit module is disposed inside the first main body. The first buckling device and the first connector are disposed outside the first main body. The first connector is electrically connected with the circuit module. The power supply strap mounted to one end of the electronic assembly includes a second main body, a second battery module disposed inside the second main body, a second connector and a second buckling device matchable with the first buckling device. The second connector and the second buckling device are disposed to one end of the second main body. The second connector is electrically connected with the second battery module and is connected with the first connector.