第一听力测量结果与充满活力的音桥,半植入式听力装置为感音神经性听力损失。

A F Snik, C W Cremers
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引用次数: 45

摘要

“活力音桥”是一种半植入式助听器。所述植入的电磁换能器连接到所述基座上,并通过遥测连接到所述外部佩戴的音频处理器。在奈梅亨,该装置已应用于7例不能耐受耳模的中度或重度感音神经性听力损失(PTA在43 - 71 dB HL之间)患者。由于该装置的放大取决于输入电平(宽动态范围压缩放大器),因此进行了响度缩放测量。增益作为输入电平的函数由辅助和非辅助响度增长曲线确定。在40 dB SPL的输入电平下,平均增益为21 dB。当输入电平为90 dB SPL时,平均增益降至5 dB。测量到的增益值低于FIG6方法规定的目标值,但主要是针对低频范围和低电平声音。结论是,这种装置对不能忍受耳霉菌的患者非常有希望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
First audiometric results with the Vibrant soundbridge, a semi-implantable hearing device for sensorineural hearing loss.

The Vibrant soundbridge is a semi-implantable hearing device. The implanted electromagnetic transducer is attached to the incus and it is linked by telemetry to the externally worn audio processor. In Nijmegen, this device has been applied to seven patients with moderate or severe sensorineural hearing loss (PTA between 43 and 71 dB HL) who could not tolerate ear moulds. As the amplification of the device depends on the input level (amplifier with wide dynamic range compression), loudness scaling measurements were performed. The gain as a function of input level was determined from aided and unaided loudness growth curves. The mean gain was 21 dB at an input level of 40 dB SPL. The mean gain decreased to 5 dB at an input level of 90 dB SPL. Measured gain values were lower than target values prescribed by the FIG6 method, mainly however for the low-frequency range and for low-level sounds. It was concluded that this device is very promising for patients who cannot tolerate an ear mould.

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