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METHOD FOR PREDICTING HUMAN AUDITORY PERCEPTION

机译:预测人类听觉感知的方法

摘要

FIELD: medicine, medicinal technique.;SUBSTANCE: the present innovation deals with diagnostics and treatment of human auditory organs. The suggested technique for predicting human auditory perception deals with forming harmonic signals of certain frequency, establishing calibrated levels of harmonic signals at stepwise level alteration, introduction of feedback signal by a patient on achieving sensitivity threshold, fixation of quantitative value of sensitivity threshold level at tested harmonic frequency, alteration of the frequency of harmonic signals within acoustic range of human perception, alteration in the approach direction towards sensitivity threshold by either descending or ascending the level of acoustic signals, at multiple repetition of controlling cycle at each frequency, moreover, alteration of the frequency of formed harmonic signals should be performed due to random law to form neutralized evaluations of sensitivity threshold at frequencies sensed by every human auditory canal and amplitude-frequency diagram for sensitivity threshold, and evaluation of auditory perception should be carried out due to successive comparison of amplitude-frequency diagram of patient's sensitivity threshold with pre-established criterional amplitude-frequency diagrams for the norm and different pathologies of auditory organs. The innovation suggested enables to differentially diagnose human auditory perception within the whole sound range and increase significance of obtained quantitative evaluations of auditory perception level.;EFFECT: higher accuracy of diagnostics.;1 dwg
机译:领域:医学,医学技术。物质:本发明涉及人类听觉器官的诊断和治疗。建议的预测人类听觉感知的技术涉及以下方面:形成一定频率的谐波信号,逐步改变水平时建立校准的谐波信号水平,在达到敏感度阈值时由患者引入反馈信号,将敏感度阈值水平的定量值固定在被测谐波频率,在人类感知的声音范围内的谐波信号频率的更改,通过降低或升高声音信号的电平在接近灵敏度阈值的接近方向上的更改,每个频率的控制周期的多次重复,以及应当根据随机定律执行形成的谐波信号的频率,以在每个人的听觉管所感测到的频率上形成灵敏度阈值的中和评估,以及灵敏度阈值的振幅-频率图,并且应当对听觉感知进行评估连续比较患者敏感度阈值的幅频图与针对听觉器官的正常和不同病理的预先建立的标准幅频图。建议的创新技术可以在整个声音范围内对人类听觉感知进行差异诊断,并提高获得的听觉感知水平定量评估的重要性。效果:诊断的准确性更高; 1 dwg

著录项

  • 公开/公告号RU2261655C2

    专利类型

  • 公开/公告日2005-10-10

    原文格式PDF

  • 申请/专利权人

    申请/专利号RU20030137738

  • 申请日2003-12-30

  • 分类号A61B5/12;

  • 国家 RU

  • 入库时间 2022-08-21 22:01:54

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