Abstract: A communication method for a wireless device, a wireless device and a computer readable storage medium are provided to reduce power consumption of a master device in the wireless device and balance power consumptions of the master device and a slave device. The communication method for a wireless device according to the embodiments of the present disclosure includes: alternately serving, by the master device and the slave device of the wireless device, as a responder, and sending, by the responder, a response message to the terminal via the first Bluetooth link. The response message indicates a result of receiving the Bluetooth data by the wireless device.

Abstract: A communication method for a wireless device, a wireless device and a computer readable storage medium are provided to reduce power consumption of a master device in the wireless device and balance power consumptions of the master device and a slave device. The communication method for a wireless device according to the embodiments of the present disclosure includes: alternately serving, by the master device and the slave device of the wireless device, as a responder, and sending, by the responder, a response message to the terminal via the first Bluetooth link. The response message indicates a result of receiving the Bluetooth data by the wireless device.

Abstract: The present application relates to a Universal Serial Bus (USB) Type-C connector and a method of manufacturing the same. Such a USB Type-C connector comprises a casing, an insulating body, a first conductive terminal strip and a second conductive terminal strip, wherein the said casing is configured on the said insulating body, the said first conductive terminal strip and the said second conductive terminal strip are spaced apart and configured to be facing each other inside the said insulating body.

Abstract: The present invention discloses a charger for charging a mobile terminal, where the charger and the mobile terminal both have a Type-c port, the charger identifies the type of the mobile terminal, and is configured as Power Delivery charging mode or user-defined charging mode according to the identification result.

Abstract: The present invention involves a mobile phone charger, comprising a charger body, a Type-C port, and a port protection device, wherein the Type-C port is arranged on the charger body, and the port protection device is movably mounted on the charger body for covering and protecting the Type-C port.

Abstract: Disclosed are a battery shutdown method, an electronic device and a mobile terminal. In this application, a shutdown command is broadcasted in a wireless manner, and the corresponding power supply connection of a battery of the mobile terminal is controlled in a disconnected state for a first predetermined period of time by a battery shutdown device receiving the shutdown command.

Abstract: Embodiments of the present disclosure disclose a battery voltage-multiplying charging circuit and a mobile terminal, the charging circuit comprises a charging port, a high voltage charging unit, a low voltage charging unit, a battery pack, and a system, the battery pack comprises a main battery and at least one second battery, and wherein the high voltage charging unit and the low voltage charging unit are connected with the charging port, respectively, and the low voltage charging unit is connected with the system and the battery pack, respectively; the high voltage charging unit is connected with the battery pack; during quick charging, the main battery and each second battery are switched to a series connection state, a charging voltage is transmitted to the high voltage charging unit and the low voltage charging unit via the charging port, and the high voltage charging unit charges the main battery and each second battery.