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The present disclosure provides a Bluetooth adapter. The Bluetooth adapter includes a connection port configured to be plugged into a host computer. The Bluetooth adapter further includes a Bluetooth module configured to receive a signal from the host computer through the connection port. In response to determining that the signal from the host computer is a signal relating to audio control and is triggered in a preset mode, the Bluetooth module enters a first pairing state. The first pairing state allows the Bluetooth adapter to be connected to a device with an audio output function.

Disclosed is an earphone. The earphone includes an end cap portion, a housing portion, an adapter portion, an ear hook portion, and a loudspeaker. The end cap portion, the housing portion, and the adapter portion are connected in sequence to form a three-section structure. In the three-section structure, two sides of the housing portion are provided with a first opening and a second opening, respectively. The end cap portion covers the first opening, and the adapter portion covers the second opening. The housing portion forms a cylindrical structure with openings at two ends. The end cap portion, the housing portion, and the adapter portion can be quickly assembled along a major axis direction. The cylindrical structure with openings at two ends of the housing portion facilitates the mounting of internal components within the housing portion. The three-section structure of the earphone simplifies the mounting of the end cap portion, the housing portion, the adapter portion, and the loudspeaker, improving the assembly efficiency of the earphone.

Disclosed is an earphone including: a flexible portion, a housing portion, an earhook portion, and a speaker. In a wearing state, the housing portion includes an inner face facing a user, an outer face away from the user, and a side face connecting the inner face and the outer face. The flexible portion is located on the side face. A small portion of the flexible portion abuts against the cavum conchae wall in the wearing state of the earphone. The flexible portion is a soft structure with elasticity, which deforms relative to the cavum conchae wall under a wearing pressure, increases an area abutting against the cavum conchae wall, reduces a pressure of the earphone squeezing the cavum conchae wall, thereby improving the wearing comfort. Furthermore, the elastic deformation of the flexible portion also adapts to the cavum conchae of different shapes and sizes for different populations.

The present disclosure relates to a wearable device and a method for triggering a function of the wearable device. The wearable device is provided with a trigger sensor, the trigger sensor is configured to detect a trigger action applied to the wearable device, the method including: acquiring a kinematic parameter of a wearer of the wearable device; determining a motion state of the wearer according to the kinematic parameter; selecting a trigger mode according to the motion state, wherein different motion states correspond to different trigger modes; executing at least one trigger function based on the selected trigger mode and a detection signal of the trigger sensor, wherein a same trigger function exists in different trigger modes, and in the different trigger modes, trigger conditions required to execute the same trigger function are different.

A wearable device and a tap detection method of the wearable device are provided. The tap detection method includes: controlling a detection module to operate at a first detection frequency to obtain a first kinematic parameter of the wearable device; in response to the first kinematic parameter satisfying a preset wake-up condition, controlling the detection module to operate at a second detection frequency to obtain a second kinematic parameter of the wearable device; and in response to the second kinematic parameter satisfying a preset tap determination condition, generating a control instruction. The second detection frequency is greater than the first detection frequency, and the second kinematic parameter and the first kinematic parameter are of the same type. The wake-up condition is set based on a kinematic response of the wearable device to a front-segment of a single tap action. The tap determination condition is set based on a kinematic response of the wearable device to a rear-segment of the single tap action.

The present disclosure relates to an earphone. The earphone includes an ear hook and a sound producing assembly connected with the ear hook. In a wearing state, the ear hook is hooked between an auricle and a head of a user, and the sound producing assembly is located on an anterior side of the auricle. The sound producing assembly includes a core housing. The ear hook includes an adapter housing and a hook portion. The adapter housing connects the core housing and the hook portion. The earphone includes a terminal assembly. The core housing has a pressing area. The adapter housing has a bearing area. In a state where the adapter housing is connected with the core housing, the bearing area and the pressing area are stacked. The terminal assembly is disposed between the pressing area and the bearing area, and is clamped by the pressing area and the bearing area. A portion of the terminal assembly is exposed through one or more first through holes in the bearing area. In the above manner, the present disclosure may simplify an internal structure of the earphone, reduce a size of the earphone, improve space utilization and structural stability inside the earphone, reduce a situation where external impurities such as moisture and dust particles enter the earphone, and reduce a risk of damage and corrosion to components inside the earphone.

An earphone includes an ear hook and a sound producing assembly connected with the ear hook. In a wearing state, the sound producing assembly includes a core housing, the ear hook includes an adapter housing and a hook portion, and the adapter housing has an internal mounting groove. The mounting groove has a first groove wall, a second groove wall opposite to the first groove wall, and a mounting opening located between the first groove wall and the second groove wall. The adapter housing is provided with a sound receiving hole, a sound outlet end of the sound receiving hole is located in the first groove wall. The earphone further includes a microphone and a support plate mounted between the first groove wall and the second groove wall through the mounting opening. The support plate and the microphone are stacked, and the support plate is located between the microphone and the second groove wall to press the microphone against the first groove wall. The microphone is configured to collect sound external to the earphone through the sound receiving hole.

Provided is an earphone. The earphone includes an air conduction vibrator configured to generate an air conduction sound; a bone conduction vibrator configured to generate a bone conduction sound; and a control circuit configured to perform a switching operation among a plurality of working states of the earphone. The plurality of working states of the earphone include at least one of a working state in which the air conduction vibrator operates alone or a working state in which the bone conduction vibrator operates alone.

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