Abstract: An audio device, comprising a housing, a circuit board, a rotating shell, a contact switch, and a trigger; the circuit board is disposed in the housing; the housing is rotatably connected to the rotating shell; the contact switch is disposed on the circuit board, and the trigger is disposed on the rotating shell; during rotation of the rotating shell relative to the housing, the trigger triggers the contact switch.

Abstract: The present disclosure provides a package base core and a sensor package structure. The package base core includes a substrate and at least one stopper, or the package base core includes a substrate, at least one stopper, and a compound. The sensor package structure includes a substrate, a first stopper, a second stopper, a sensing member, a first compound, a second compound, and a translucent member. The stopper (or the first and second stoppers) of the present disclosure is provided to form with a protruding portion on the substrate, so that an overflowing of the compound can be avoided, thereby increasing the reliability of the package base core.

Abstract: An audio device, comprising a housing, a circuit board, a rotating shell, a contact switch, and a trigger; the circuit board is disposed in the housing; the housing is rotatably connected to the rotating shell; the contact switch is disposed on the circuit board, and the trigger is disposed on the rotating shell; during rotation of the rotating shell relative to the housing, the trigger triggers the contact switch.

Abstract: The present disclosure provides a package base core and a sensor package structure. The package base core includes a substrate and at least one stopper, or the package base core includes a substrate, at least one stopper, and a compound. The sensor package structure includes a substrate, a first stopper, a second stopper, a sensing member, a first compound, a second compound, and a translucent member. The stopper (or the first and second stoppers) of the present disclosure is provided to form with a protruding portion on the substrate, so that an overflowing of the compound can be avoided, thereby increasing the reliability of the package base core.

Abstract: A Bluetooth communication bracelet includes a main body and a Bluetooth earphone. The main body includes a wearing member, a charging plate, an USB interface, and an audio jack. The wearing member defines a receiving groove, a positioning portion and a charging electrode. The receiving groove is located on the outer peripheral of the wearing member, the positioning portion. The charging electrode is located on sidewalls of the receiving groove. The charging plate is located in the wearing member. The USB interface is electrically coupled to the charging plate for charging the charging plate. The Bluetooth earphone, which is received in the receiving groove, includes a carrier, an earplug, and a microphone. The carrier sets a matching portion and a contact electrode. The matching portion matches the positioning portion to make the Bluetooth earphone releasably mounted to the wearing member. The contact electrode is in contact with the charging plate.

Abstract: A Bluetooth communication bracelet includes a main body and a Bluetooth earphone. The main body includes a wearing member, a charging plate, an USB interface, and an audio jack. The wearing member defines a receiving groove, a positioning portion and a charging electrode. The receiving groove is located on the outer peripheral of the wearing member, the positioning portion. The charging electrode is located on sidewalls of the receiving groove. The charging plate is located in the wearing member. The USB interface is electrically coupled to the charging plate for charging the charging plate. The Bluetooth earphone, which is received in the receiving groove, includes a carrier, an earplug, and a microphone. The carrier sets a matching portion and a contact electrode. The matching portion matches the positioning portion to make the Bluetooth earphone releasably mounted to the wearing member. The contact electrode is in contact with the charging plate.

Abstract: A Bluetooth communication bracelet includes a main body and a Bluetooth earphone. The main body includes a wearing member, a charging plate, an USB interface, and an audio jack. The wearing member defines a receiving groove, a positioning portion and a charging electrode. The receiving groove is located on the outer peripheral of the wearing member, the positioning portion. The charging electrode is located on sidewalls of the receiving groove. The charging plate is located in the wearing member. The USB interface is electrically coupled to the charging plate for charging the charging plate. The Bluetooth earphone, which is received in the receiving groove, includes a carrier, an earplug, and a microphone. The carrier sets a matching portion and a contact electrode. The matching portion matches the positioning portion to make the Bluetooth earphone releasably mounted to the wearing member. The contact electrode is in contact with the charging plate.

Abstract: A Bluetooth communication bracelet includes a main body and a Bluetooth earphone. The main body includes a wearing member, a charging plate, an USB interface, and an audio jack. The wearing member defines a receiving groove, a positioning portion and a charging electrode. The receiving groove is located on the outer peripheral of the wearing member, the positioning portion. The charging electrode is located on sidewalls of the receiving groove. The charging plate is located in the wearing member. The USB interface is electrically coupled to the charging plate for charging the charging plate. The Bluetooth earphone, which is received in the receiving groove, includes a carrier, an earplug, and a microphone. The carrier sets a matching portion and a contact electrode. The matching portion matches the positioning portion to make the Bluetooth earphone releasably mounted to the wearing member. The contact electrode is in contact with the charging plate.

Abstract: A holding apparatus includes a base, a clamp portion protruding from the base, a fixed clamper, and a rotatable damper. The rotatable clamper includes a fixed arm and two resisting arms extending from the fixed arm toward the fixed damper. An adjustment portion includes an angle adjusting member and a locking member. The angle adjusting member includes a base body, a depressible member protruding from the base body, two side arms protruding from opposite ends of the base body, and two resisting portions protruding from the side arms. The two resisting portions resist on the two second resisting arms. The angle adjusting member includes a hook extending from a second bottom of the base body. The locking member includes a main body and at least one locking protrusion protruding from the main body. Each locking protrusion is engagable with the hook to prevent the rotatable clamper from rotating.

Abstract: A holding apparatus includes a base, a clamp portion protruding from the base, a fixed clamper, and a rotatable damper. The rotatable clamper includes a fixed arm and two resisting arms extending from the fixed arm toward the fixed damper. An adjustment portion includes an angle adjusting member and a locking member. The angle adjusting member includes a base body, a depressible member protruding from the base body, two side arms protruding from opposite ends of the base body, and two resisting portions protruding from the side arms. The two resisting portions resist on the two second resisting arms. The angle adjusting member includes a hook extending from a second bottom of the base body. The locking member includes a main body and at least one locking protrusion protruding from the main body. Each locking protrusion is engagable with the hook to prevent the rotatable clamper from rotating.

Abstract: An electronic device includes a frame defining a slot and a first through hole, a slot cover moveably received in the slot, a latching member rotateably connected to the frame, and a torsion spring. The latching member includes a first arm and a second arm protruding therefrom and extending in opposite directions. When the latching member is at a locking position, the first arm faces the first through hole, and the second arm engages an elastic hook to retain the cover in the slot. The spring includes a first arm fixed to the first arm and a second arm fixed to the frame. The latching member is driven to rotate when the first arm is pushed by an elongated object passing through the first through hole, causing the second arm push the elastic hook to be deformed, thereby allowing the second arm to disengage from the elastic hook.

Abstract: A push button for mounting on a shell includes a button body depressibly engaged in a through hole defined in the shell, a flexible circuit board, a rigid plate attaching to the shell and a conductive spring tab. The flexible circuit board is arranged between the a button body and the rigid plate. The flexible circuit board is brought into contact with the rigid plate. The flexible circuit board is electrically connected to a connector and includes a pair of normally-open contacts. The conductive spring tab is fixed to the flexible circuit board and aligned with the button body. The conductive spring tab is deformable. The button body is configured for being manually depressed so as to urge the conductive spring tab to deform and contact the pair of normally-open contacts, thereby generating a signal transmittable through the flexible circuit board to the connector.

Abstract: An electronic device paired with an infrared remote control, includes a display screen having a display area, at least one infrared emitter, at least one infrared receiver, a prism and a processing unit. A prism is adjacent to the at least one infrared receiver for converging the infrared rays from the at least one infrared emitter and the infrared remote control to the at least one IR receiver. A processing unit is for activating and then deactivating the infrared emitters one after another, identifying operations of a user on the display area by analyzing the interception of the infrared rays emitted from each of the infrared emitters, identifying operations of a user according to the infrared signals from the infrared remote control and executing corresponding functions associated with the operations of the user.

Abstract: A solar power system includes a solar panel for converting solar power into direct current power. The solar power system further includes an electric power detecting device, an elevator mechanism, an electric current control unit and a fixing mechanism. The elevator mechanism mechanically pulls a weight under a direct current motor and drives the direct current motor to rotate to generate electric power when the weigh falls. The electric current control unit outputs the direct current power to the direct current motor when the direct current power is equal to a predetermined value and stops outputting the direct current power when the weight is pulled to a predetermined. The fixing mechanism keeps the weight staying at the predetermined height and enables the weight to fall so that the elevator mechanism driving the direct current motor to rotate to generate electric power.

Abstract: An electromagnetic stylus includes a body, a core and an induction coil. The body includes a first shell and a second shell telescopically sleeved on the first shell. The core is received in and has a nib end extending out of the first shell. The induction coil is sleeved on one end of the core and is received in the first shell. The first shell is made of material without electromagnetic wave shielding capability. The second shell is made of material with electromagnetic wave shielding capability. The second shell is configured to slide along the first shell between two positions, to shield or not to shield part of the induction coil.

Abstract: A male connector is capable of magnetically attracting a female connector. The female connector includes a first end surface and a second end surface. The male connector includes a first telescoping pin and a second telescoping pin. The first telescoping pin and the second telescoping pin are capable of contacting the first end surface and the second end surface, to make an electrical connection between the male connector and the female connector.

Abstract: An electronic device includes a main body, a stylus and a stylus fixing assembly fixed on the main body for seating the stylus. The stylus fixing assembly includes a cover, a fixing element fixed on the cover, a guide element, a rotation element, a clasping element rotatably fixed on the cover, a first spring and a second spring. The fixing element includes three guide grooves and a convex stage disposed on the inner wall therein. The guide element includes several first teeth and three first guide ribs. The rotation element includes a cylindrical portion, a resisting portion, several second teeth and three second guide ribs. Two ends of the first spring are fixed on the sidewall of the cover and the resisting portion separately. Two ends of the second spring are connected with the cover and the clasping element.

Abstract: A cover includes an upper cover, a lower cover, a fixing member fixed to the lower cover, and a sliding member positioned between the lower cover and the fixing member. The lower cover defines a notch. The sliding member includes at least one latching portion and a toggle that is slidably received in the notch. The upper cover defines at least one opening. The at least one latching portion is slidably received in the at least one opening correspondingly to connect the upper cover to the lower cover.

Abstract: A combination input unit comprises a printed circuit board, a press key, a retaining bracket, a light transmissive rotary dial, and a housing. The printed circuit board accommodates an encoder circuit, a plurality of contacts, and a plurality of light sources. The press key is disposed above the contacts, and comprises a flange thereof. The retaining bracket is fitted over the press key and connects the press key to the printed circuit board. The light transmissive rotary dial is rotatably fitted over the press key. The rotary dial is positioned above the encoder circuit, comprises at least one elastic piece for resiliently pressing the encoder circuit, and a reflective surface. Light emitted by the light sources are reflected by the reflective surface, thus to illuminate the whole rotary dial. The housing receives the press key, the rotary dial, and the printed circuit board.