Abstract: Disclosed in the present disclosure are an earphone and an audio processing method and apparatus therefor, and a storage medium. The audio processing method comprises: acquiring a bone conduction signal and a microphone signal when the earphones are in worn states; performing phase adjustment on the bone conduction signal to obtain an adjusted bone conduction signal; and inputting an audio stream, which contains the adjusted bone conduction signal and the microphone signal, into an audio playing unit of the earphones to play the audio stream, so that co-channel interference is generated between the adjusted bone conduction signal in the audio stream and a sound which is transmitted to an ear canal through a user's skeletons.

Abstract: A method and apparatus for controlling a smart glasses temple and a computer-readable storage medium are provided. The method is applied to a smart glasses temple comprising a temple body, and the temple body is provided with a detection element used to respond to a trigger element on a glasses frame. The method comprises the steps of: recognizing an interrupt signal of the detection element; and waking up the temple body when the interrupt signal of the detection element is recognized. The technical solution of the present disclosure can achieve richer man-machine interaction experience of the smart glasses.

Abstract: The disclosure provides an image processing method, apparatus and device, and a computer-readable storage medium. The image processing method includes: acquiring an original scene image and pixel movement information thereof; determining a target pixel in the original scene image and a movement trajectory thereof according to the pixel movement information; restoring the target pixel according to the movement trajectory to obtain a target scene image corresponding to the original scene image.

Abstract: Disclosed are an earcap structure and an earphone. The earcap structure includes an earcap body provided with an installation channel, the installation channel is sleeved on an outside of an in-ear body of an earphone, a cavity is provided in a wall of the installation channel, and the cavity is filled with a fluid filler to make the cavity squeezed and deformed in response to that an outside of the earcap body is in contact with a concha cavity.

Abstract: Disclosed are an earphone communication method, an earphone device, and a computer-readable storage medium. The method includes: when a conversation requirement of a first user is detected, detecting target devices within a preset range around a first earphone device; sending a conversation request to each target device, so that each target device determines whether to accept the conversation request; establishing a voice communication connection with a second earphone device in each target device that determines acceptance of the conversation request; and under the voice communication connection, performing noise reduction on voice data picked up by a microphone in the first earphone device and then sending the voice data to the second earphone device, so that the second earphone device outputs the received voice data.

Abstract: Disclosed are a method and a device of active noise reduction for an earphone, and an active noise reduction earphone and a computer-readable storage medium. The method of active noise reduction for the earphone includes the following steps: obtaining wearing fit information of the earphone, the earphone includes a first earphone and a second earphone; obtaining optimal noise reduction information of the earphone according to the wearing fit information; obtaining a common noise reduction amount according to the optimal noise reduction information; and controlling the first earphone and the second earphone to reduce noise according to the common noise reduction amount.

Abstract: AR glasses comprise a frame, two glasses legs and at least one electronic device; the frame comprises multiple layers of shell structures stacked along a thickness direction of the frame which are enclosed together to form a mounting cavity disposed along a circumferential direction of the frame opening, the mounting cavity comprises a first side wall constituting a side wall of the frame opening, a second side wall away from the frame opening, and an inner end wall and an outer end wall disposed in sequence in the thickness direction of the frame, at most two of them are disposed on any one layer of shell structure. The problem of the inconvenient mounting the electronic device on the frame is improved.

Abstract: Disclosed are an electronic device including a shell, a rotating frame, a guide limit mechanism, a sensor and a controller. The rotating frame is rotatably provided outside a part of the shell and configured to rotate to at least two gears relative to the shell. In response to that the rotating frame rotates to any one of the gears, the rotating frame is snap-fitted with the shell for positioning through a gear limit mechanism; and in response to that the rotating frame is rotated out of the gears by an external force, the rotating frame is released from the shell. The guide limit mechanism is configured to limit a rotation range of the rotating frame. The sensor is configured to sense a current rotation gear of the rotating frame and connected to the controller which is configured to control and perform a corresponding function according to the current rotation gear.

Abstract: The present disclosure provides a portable information conversion device configured for signal communication with a terminal including a housing and a second screen provided on the housing. The portable information conversion device includes a main body, a first screen, a communication part and a connecting part. The communication part is configured to form a signal communication with the terminal so that the first screen interacts with the terminal and displays information; the connecting part is configured to detachably connect the main body to the housing, and the first screen and the second screen are configured for facing different directions.

Abstract: Disclosed are a noise reduction parameter setting method and apparatus, an earphone device and a storage medium. The method includes: obtaining, via the earphone device, the environmental signal picked up by the feedforward microphone and the noise signal picked up by the feedback microphone; and calculating the energy difference value between the environmental signal and the noise signal; obtaining the preset target noise reduction parameter value corresponding to the energy difference value, and setting the noise reduction parameter for the active noise reduction mode in the earphone device according to the target noise reduction parameter value.

Abstract: A wireless wearable device, including a housing, a PCB located inside the housing, and an antenna module connected to the PCB. The antenna module is configured to transmit and receive a wireless signal, and includes a first electrode. A part of a body of a user and the first electrode together serve as an antenna for the wireless signal. A total length of the first electrode can be lower than a quarter of a wavelength applied in wireless communication. The user does not need to perform an intentional touch or grip due to a constant contact in wearing. Miniaturization of the whole device is achieved while ensuring good quality of wireless communication.

Abstract: Disclosed are a mode control method for Bluetooth headset, a mode control device for Bluetooth headset, and computer-readable storage medium. The method includes: in response to receiving a microphone mode setting instruction sent by the user terminal, setting a working mode to the microphone mode; and in the microphone mode, picking up a sound signal through a main microphone in the Bluetooth headset, and playing the sound signal picked up by the main microphone through a target speaker, the Bluetooth headset and the target speaker are communicated through a second Bluetooth connection mode.

Abstract: The disclosed subject matter provides a docking station for a translation device, a control method, and a translation system. The docking station includes a communication module in wireless communication connection with at least a first translation device and a second translation device, the communication module configured for receiving first information to be translated sent from the first translation device and sending translated second information to at least the second translation device based on the wireless communication connection, a language type of the second information corresponding to the second translation device and the second information comprising at least one language type different from that of the first information; and a control module configured for receiving the first information transmitted by the communication module, translating the first information into the second information, and sending the second information to at least the second translation device via the communication module.

Abstract: Disclosed are an audio processing method for a noise-reduction earphone, a noise-reduction earphone, a device and a readable storage medium. The audio processing method for a noise-reduction earphone includes: obtaining a first sound signal collected by a feedback microphone, and determining a first transfer function corresponding to the first sound signal; obtaining a second sound signal collected by a feedforward microphone, and building a filtered sound signal according to the first transfer function and the second sound signal; and determining an eustachian tube sound signal corresponding to the filtered sound signal, performing ear blocking elimination processing on the eustachian tube sound signal to obtain a target sound signal, and outputting the target sound signal.

Abstract: The present disclosure discloses a hearing effect calibration method and apparatus for an earphone, an electronic device, and a computer readable storage medium. The method is applied to an adjustment terminal of the earphone and comprises: acquiring hearing thresholds of a first user and a second user; calculating a hearing acuity parameter of the first user relative to the second user based on the hearing thresholds; acquiring a first gain adjustment amount set by the first user who had adjusted a gain of the earphone according to his/her own auditory effect; determining a product of the first gain adjustment amount and the hearing acuity parameter as a second gain adjustment amount; and determining a final gain value of the earphone for the second user based on the second gain adjustment amount.

Abstract: Disclosed is an earphone, including an earbud structure and an earphone handle; the earphone handle is rotatably connected to the earbud structure to adjust a wearing posture of the earphone handle. The main objective of the present application is to provide an earphone that can adjust the wearing posture of the earphone handle, thereby improving the user's wearing comfort.

Abstract: A speaker module and a head-mounted device are disclosed. The speaker module includes a bracket, a first speaker fixedly provided on a first surface of the bracket and a second speaker fixedly provided on a second surface of the bracket, and the first surface and the second surface are non-coplanar. The first speaker has a first diaphragm with a first rear sound cavity on one side thereof proximate to the bracket, and the first speaker has a first sound leakage hole in communication with the first rear sound cavity, and a centerline of the first sound leakage hole is parallel to the first surface of the bracket. The second speaker has a second diaphragm with a second rear sound cavity on one side thereof proximate to the bracket.

Abstract: A wireless wearable device, including a housing, a PCB located inside the housing, and an antenna module connected to the PCB. The antenna module is configured to transmit and receive a wireless signal, and includes a first electrode, of which a portion is located at a surface of the housing. The portion of the first electrode keeps in contact with a skin of a user when the wireless wearable device is worn by the user. A total length of the first electrode can be lower a quarter of a wavelength applied in wireless communication. The user does not need to perform an intentional touch or grip due to a constant contact in wearing. A metal housing can be applied without screening transmitted and received signals. Miniaturization of the whole device is achieved while ensuring good quality of wireless communication.

Abstract: The present disclosure provides a speaker device, head-mounted device, and signal processing method. The speaker device includes: a first housing and a first speaker unit, the first speaker unit being provided inside the first housing and separating the first housing into a first front sound cavity and a first rear sound cavity; the first housing is opened thereon with at least one first sound emission holes and at least one first sound leakage holes, the first sound emission holes being in communication with the first front sound cavity, and the first sound leakage holes being in communication with the first rear sound cavity.

Abstract: An electronic device includes a first circuit operating on a first signal of a first frequency and a second circuit operating on a second signal of a second frequency. The first signal is different from the second signal, and the first circuit and the second circuit share a first component. The first component functions as an antenna for the second circuit, which reduces space occupied by a dedicated or independent antenna and achieves smaller size and better industrial design for the electronic device.