Abstract: The present disclosure provides an audio play optimization method, an electronic device and a readable storage medium. The audio play optimization method comprises: acquiring first position information of a microphone array and an audio signal obtained by means of the microphone array, and determining a sound source position according to the first position information and the audio signal; determining a sound superimposition area of the speaker array; calculating a rotation angle of the speaker array according to an offset angle between the sound source position and the sound superimposition area; rotating the speaker array by the rotation angle, and playing a to-be-played preset audio to the audio source by means of the speaker array after rotating.

Abstract: A wearable device includes a main structure, two straps, a connecting piece and a driving structure. The two straps are respectively connected to two ends of the main structure; the connecting piece is provided with a mounting cavity, a slide cavity in communication with the mounting cavity, and two communicating ports, each of the two straps having one end thereof distal to the main structure movably passing through one of the communicating ports to extend into the slide cavity, and the main structure, the two straps and the connecting piece enclosing a wearable space: the driving assembly is provided in the mounting cavity, the two transmission parts being provided spaced apart in the slide cavity and in transmission connection with the driving assembly, each of the two transmission parts being in respective transmission connection with the two straps.

Abstract: The present disclosure provides a noise reduction adjusting method, an earphone and a computer-readable storage medium. The noise reduction adjusting method comprises: acquiring a collected target noise value when an active noise reduction mode of an earphone is detected as activated; if the target noise value is greater than a standard hearing threshold corresponding to the target noise value, then outputting a sound signal with identical amplitude and opposite phase as compared with a noise corresponding to the target noise value, and calculating a difference between the target noise value and the standard hearing threshold; if the difference does not match with preset decibel intervals, then adjusting a noise reduction parameter of the earphone until an adjusted difference matches with the preset decibel intervals.

Abstract: The present disclosure discloses an earphone wearing detection method, device, apparatus, and computer-readable storage medium. The method comprising: acquiring ear data of a user collected during a wearing process of an earphone; identifying the user based on the ear data of the user and pre-stored ear data of an owner of the earphone, to judge whether the user is the owner: if the user is the owner, judging whether a distance between an ear thereof and the earphone is decreasing, if the distance is decreasing, controlling the earphone to enter a normal using state; or if the distance is not decreasing, controlling the earphone to enter an off state.

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: A wearable device includes: a main structure, two straps, a connecting piece and a driving structure. The two straps are respectively connected to two ends of the main structure; the connecting piece is provided with a mounting cavity, a slide cavity in communication with the mounting cavity, and two communicating ports, each of the two straps having one end thereof distal to the main structure movably passing through one of the communicating ports to extend into the slide cavity, and the main structure, the two straps and the connecting piece enclosing a wearable space: the driving assembly is provided in the mounting cavity, the two transmission parts being provided spaced apart in the slide cavity and in transmission connection with the driving assembly, each of the two transmission parts being in respective transmission connection with the two straps.

Abstract: A display calibration method for a head-mounted device is disclosed in the present disclosure. The method comprises: controlling a camera to take a first eye image when a user wears the head-mounted device; determining a human eye gazing position according to the first eye image, wherein the human eye gazing position is a position of a human eye gazing point on the head-mounted device; retrieving a preset gazing position of the head-mounted device and calculating positional deviation information of the preset gazing position compared to the human eye gazing position; and adjusting a screen display position of the head-mounted device according to the positional deviation information.

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: Embodiments of the present application disclose a method and a device for loading module of virtual reality equipment based on PC terminal. The virtual reality equipment is in communication connection with the PC terminal, and comprises a plurality of functional devices and functional modules corresponding to the functional devices; and the PC terminal comprises experience modules corresponding to the functional devices.

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: 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: Provided are a pairing method and apparatus for a wireless earbud, a terminal and a charging box. The method includes: detecting identification information of a charging box, and establishing a communication connection with the charging box based on the identification information; acquiring pairing information of two wireless earbuds in the charging box transmitted from the charging box, where each of the two wireless earbuds is in a communication connection with the charging box; and sending a pairing instruction to the charging box based on the pairing information, and activating a pairing state, so that the charging box controls a corresponding wireless earbud to be paired with and connected with the terminal based on the pairing instruction. In this way, the terminal can be quickly and accurately paired with and connected with the two wireless earbuds in the charging box, which avoids error operations or complicated operations, thereby improving user experience.

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.

Abstract: An electronic device includes a housing and a strain sensor group attached on a wall of the housing. The strain sensor group includes at least one strain sensor each configured to detect deformation of the wall in a single direction. When a user presses the housing, the strain sensor group detects deformation of the wall and generates a detection signal indicating direction and magnitude of deformation of the wall. At least one analog-to-digital converter converts the detection signal into a digital signal, and a controller triggers a first event in the electronic device based on the digital signal.

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: 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: An antenna and a wireless earbud are provided. The antenna includes: a metal plate; a first dielectric layer and a second dielectric layer disposed on different areas of the metal plate; a first antenna element isolated from the metal plate and configured to be electrically coupled with a ground terminal; and a second antenna element isolated from the metal plate and configured to be electrically coupled with a feeding terminal. The wireless earbud includes a housing, and at least a part of the housing is a metal plate.

Abstract: An input apparatus and an electronic device applying the input apparatus. The input apparatus includes: at least one sensor, configured to detect an inputting operation, and output a first signal based on the inputting operation; at least one amplifying circuit, configured to amplify a difference between the first signal and a referential signal, to output a second signal, where each of the at least one amplifying circuit comprises a plurality of stages, each of the plurality stages comprises an amplifier, and a high-pass filter is connected between last two stages of the plurality of stages; and an analog-digital converter, configured to convert the second signal into a digital signal characterizing a state of the inputting operation, where the ADC comprises at least one comparator. Users can give instructions through novel inputting operations, and performances of the electronic device are greatly improved.

Abstract: A wearable detection device includes a main body, a first belt body, and a second belt body. The first belt body and the second belt body are connected to two sides of the main body. The main body includes a power source, a control circuit connected to the power source, and a processor connected to the control circuit. The wearable detection device further includes a flexible circuit board and a plurality of to-be-conducted chips. The flexible circuit board is disposed in the first belt body and is connected to the main body. The plurality of to-be-conducted chips are disposed in the first belt body and are connected to the flexible circuit board. When the first belt body and the second belt body are interconnected, the to-be-conducted chip positioned at a junction point is connected.

Abstract: The present disclosure relates to a head-mounted display device, comprising a device body, a front cover and a remote controller, wherein one end of the device body is a display end, the front cover is disposed on the device body and is opposite to the display end, and he front cover and the display end enable a display to be inserted therebetween when in use; and wherein the front cover is provided with a through hole opposite to the display end, in which the remote controller can be received and fixed. One technical effect of the present disclosure is that the remote controller herein is easy to store and can be carried integrally with the device body.