Abstract: A screen protector including a body and a triggering protrusion. The body includes a first transparent substrate having a first inner surface and a first outer surface. The triggering protrusion includes a substrate, a first circuit layer, a micro switch, a conductive via and a second circuit layer. The substrate is bendably connected to a side edge of the first transparent substrate, and has a second inner surface and a second outer surface. The first circuit layer is disposed on the second outer surface. The micro switch is disposed on the second outer surface. The conductive via penetrates through the second inner surface and the second outer surface. The second circuit layer is disposed on the second inner surface and electrically connected to the first circuit layer via the at least one conductive via. The second circuit layer is electrically connected to the first transparent substrate.

Abstract: An earphone including a first earbud and a microphone device. The first earbud includes a housing and a motherboard at least partially disposed in the housing. The housing has a restricting surface. The restricting surface surrounds at least a part of the motherboard. The microphone device includes a shell, a circuit board, a connector and a restricting component. The circuit board is disposed in the shell. The connector protrudes from the circuit board and electrically connects the circuit board to the motherboard. The restricting component protrudes from the shell and rests on the restricting surface of the housing to restrict a movement of the shell and the housing.

Abstract: A phone bracket configured to support two controllers and a smartphone. The phone bracket includes two controller supporting bodies and a mounting body. The two controller supporting bodies are configured to support the two controllers, respectively. The mounting body has two first side surfaces and two second side surfaces. The two first side surfaces face away from each other. The two second side surfaces face away from each other and are located between the two first side surfaces. A distance between the two first side surfaces is shorter than a distance between the two second side surfaces. The two controller supporting bodies are respectively and selectively disposed on the two first side surfaces or the two second side surfaces of the mounting body so as to adjust a distance between the two controller supporting bodies and to allow the phone bracket to selectively support the smartphone.

Abstract: The present disclosure relates to a mobile game control system that efficiently implements additional button(s) to mobile devices for playing mobile games or using mobile applications. In one embodiment, the disclosed mobile game control system comprises a screen cover attachable to the touchscreen of a mobile device. The screen cover has at least one conductive route partially or fully embedded within the screen cover and is configured to receive a static electrical signal generated from a human finger at a first end and deliver it to a second end. When the static electrical signal is delivered to the second end, a simulated touch is produced at the second end as if the touchscreen is being physically touched at the second end location.

Abstract: The present disclosure relates to a mobile game control system that efficiently implements additional button(s) to mobile devices for playing mobile games or using mobile applications. In one embodiment, the disclosed mobile game control system comprises a screen cover attachable to the touchscreen of a mobile device. The screen cover has at least one conductive route partially or fully embedded within the screen cover and is configured to receive a static electrical signal generated from a human finger at a first end and deliver it to a second end. When the static electrical signal is delivered to the second end, a simulated touch is produced at the second end as if the touchscreen is being physically touched at the second end location.

Abstract: A transmission module includes a cable and an electrical connector. The electrical connector includes a case and a transmission assembly. The case includes a standard section and a cable-collecting section. The standard section and the cable-collecting section together form a housing space. The transmission assembly is located in a part of the standard section. The cable is located in a part of the cable-collecting section, and electrically connected to the transmission assembly. The standard section has a standard height. The cable-collecting section has a non-standard height. The non-standard height is greater than the standard height, and a height difference between the non-standard height and the standard height is less than 1.5 millimeters.

Abstract: A transmission module includes a cable and an electrical connector. The electrical connector includes a case and a transmission assembly. The case includes a standard section and a cable-collecting section. The standard section and the cable-collecting section together form a housing space. The transmission assembly is located in a part of the standard section. The cable is located in a part of the cable-collecting section, and electrically connected to the transmission assembly. The standard section has a standard height. The cable-collecting section has a non-standard height. The non-standard height is greater than the standard height, and a height difference between the non-standard height and the standard height is less than 1.5 millimeters.