发明名称 Synchronization in a bilateral auditory prosthesis system
摘要 Aspect of the present invention are generally directed to synchronization between a first auditory prosthesis and a second auditory prosthesis of a bilateral auditory prosthesis system. In this system, a primary wireless communications channel, usable for synchronizing the first and second prostheses, may be disabled to, for example, conserve power. Then, upon detection of a trigger in sound received by one or more of the prostheses, the primary wireless communication channel is enabled and the prostheses synchronized using the primary wireless communication channel.
申请公布号 US8953810(B2) 申请公布日期 2015.02.10
申请号 US201113040150 申请日期 2011.03.03
申请人 Cochlear Limited 发明人 Meskens Werner;Nygard Tony M.
分类号 H04R5/00;H04R25/00;A61N1/36 主分类号 H04R5/00
代理机构 代理人
主权项 1. A method for binaural synchronization between a first auditory prosthesis and a second auditory prosthesis of a bilateral auditory prosthesis system, the method comprising: receiving sound at one or more of the first and second prostheses; analyzing the received sound at one of the first and second auditory prostheses; detecting a synchronization trigger if at least one predetermined criterion is met by the analyzed sound, wherein detecting the synchronization trigger includes at least one of: (i) determining that a sound level of the received sound exceeds a threshold, (ii) determining that an energy level of the received sound exceeds a threshold, (iii) determining that a rate of change of the sound level exceeds a threshold, (iv) determining that a rate of change of the energy level exceeds a threshold, (v) determining that an automatic gain control level determined in analyzing the sound exceeds a threshold, and (vi) determining that a rate of change of an automatic gain control level determined in analyzing the sound exceeds a threshold; enabling a primary wireless communication channel between the first auditory prosthesis and the second auditory prosthesis in response to the synchronization trigger; and transferring synchronization data between the first and second auditory prostheses over the primary wireless communication channel.
地址 Macquarie University, NSW AU
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