Abstract: A method includes that: a user event to be processed is received; the user event to be processed is stored into an event queue corresponding to an event attribute of the user event to be processed, user events with different event attributes corresponding to different event queues; the user event is read from the event queue through multiple processes and is processed; and the processed user event is deleted from the event queue.

Abstract: Disclosed are an intelligent unlocking method, an apparatus, a device and a storage medium. The method includes: waking up a Bluetooth module and broadcasting a Bluetooth signal upon receiving an unlocking instruction; determining whether a terminal device receiving the Bluetooth signal is a terminal device paired with the Bluetooth module successfully within a preset time period; and in responding to that the terminal device receiving the Bluetooth signal is the terminal device paired with the Bluetooth module successfully within the preset time period, establishing a Bluetooth connection with the terminal device, and changing the Bluetooth module to a sleep state after a Bluetooth lock is opened.

Abstract: Disclosed are a Bluetooth intelligent unlocking method, an apparatus, a device and a storage medium. The method includes: scanning terminal devices within a preset range based on a Bluetooth signal, and determining whether there is a terminal device according to a scanning result; in responding to that there is a terminal device, obtaining device information of the terminal device and verifying the device information; in responding to that the device information is validated, unlocking a Bluetooth lock upon receiving an unlocking command triggered based on a preset key; further, when there is the terminal device within the preset range, the present application unlocks the Bluetooth intelligent lock based on the unlocking command triggered by the preset key, so that the user does not need to unlock through the app of the mobile phone to improve the user experience.

Abstract: Disclosed is a Bluetooth smart padlock, including a lock housing, a lock beam, a lock tab assembly, a power assembly and a sensing switch. The lock housing is provided with a Bluetooth module for establishing a communication with a mobile terminal and a controller electrically connected with the Bluetooth module; the lock beam is partially provided in the lock housing, and provided with a lock tab groove; a lock tab assembly and a power assembly are both provided in the lock housing, wherein the lock tab assembly comprises a lock tab piece, and the power assembly is in transmission connection with the lock tab piece to drive the lock tab piece to extend into or separate from the lock tab groove, to unlock or lock the lock beam; and the sensing switch is provided on the lock housing for controlling the power assembly.

Abstract: A method includes that: a user event to be processed is received; the user event to be processed is stored into an event queue corresponding to an event attribute of the user event to be processed, user events with different event attributes corresponding to different event queues; the user event is read from the event queue through multiple processes and is processed; and the processed user event is deleted from the event queue.