4results about How to "Avoid hearing" patented technology

An embodiment of the present invention relates to a method for outputting audio, an electronic device, and a storage medium. The method is applied to an electronic device having a proximity sensor, and the method includes: when the electronic device is connected to an audio output device and has an audio signal output, obtaining proximity data of the proximity sensor; when the proximity data meets a preset condition, the earpiece of the electronic device outputs the audio signal, and determining the type of the audio output device; and determining whether the audio output device outputs the audio signal based on the type of the audio output device. As can be seen from the above, in an embodiment of the present invention, when an electronic device including a mobile phone is connected to other audio output devices, the earpiece can output an audio signal under certain conditions to improve the user experience.

The utility model relates to the field of safety pressure limiting devices, in particular to a safety pressure limiting device for a jack. The technical problems that few existing jack pressure limiting devices are provided with buffering assemblies, jacks are prone to being damaged, meanwhile, the existing jacks need to be manually adjusted, time and labor are wasted, and hearing of workers is affected due to the fact that noise is too large in the using process of the existing jacks are solved. According to the technical scheme, the jack safety pressure limiting device comprises a supporting table and an adjusting rod. Equipment can be moved through the moving assembly, the problem that manual adjustment is needed by a worker is solved, noise reduction processing is conducted on the equipment through the protective shell, and the problem that hearing of the worker is affected due to the fact that sound is too loud in the using process of the equipment is solved; the safety pressure limiting mechanism and the elastic assembly can give an alarm when the use of the device reaches the limit, and meanwhile, a buffer space is reserved, so that the fault tolerance in use is increased, and the jack is prevented from being damaged in use.

This application provides an echo cancellation system, method, and device based on a complete reference signal on the server side, applicable to the field of audio processing technology. The system of this application uses the original audio sample from the client, stored on the server side, as a precise reference signal. When returning the output audio signal to the client, the server has already subtracted the client's corresponding reference signal from the globally mixed audio, thereby eliminating the client's voice and preventing the client user from hearing their own voice, thus achieving echo cancellation. Compared to existing technologies where echo cancellation is achieved by the client estimating the echo using AEC technology, the system of this application leverages the server's possession of a complete reference signal to achieve echo cancellation, reducing complexity while ensuring the accuracy of echo cancellation.

The embodiment of the present invention provides a volume adjustment device and an adaptive intercom system. The volume adjustment device includes an acquisition circuit and an adjustment circuit. The acquisition circuit acquires the current working state of the working device. The adjustment circuit is electrically connected to the acquisition circuit, receives the current working state of the working device, and generates and outputs a first volume adjustment instruction according to the current working state of the working device, wherein the first volume adjustment instruction includes a volume adjustment gain, so that the first audio device adjusts the volume according to the first volume adjustment instruction, thereby automatically reducing the volume of the first audio device when there is no patient to be scanned, so as to prevent the technician from hearing the machine operation noise, and automatically increasing the volume of the first audio device when there is a patient to be examined, so that the technician can clearly hear the patient's call.