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Practical Use of Tinnitus Test Equipment Applied Tonal Bell Theory

耳鸣测试设备的实际应用应用音调贝尔理论

基本信息

批准号：
07558261
负责人：
FUJIMURA Tetsuya
金额：
$ 3.2万
依托单位：
Tokushima Bunri University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (A)
财政年份：
1995
资助国家：
日本
起止时间：
1995 至 1997
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07558261/
关键词：
tinnitus test equipment Tonal Bell Theory subjective tinnitus heptatonic scale

项目摘要

The objective of this research was to solve the both problems of using the conventional frequency pitch matching test and the continuous frequency pitch matching test by our proposed tinnitus test equipment based on Tonal Bell Theory, and develop a system that suits to an individual tinnitus patient by connecting with patients'information data base.In order to utilize the on-line real time chinically, the device was made compact with the construction of an easy application exclusive electrical circuit. The target was to develop a system that can diagnose and construct patients'information data base connected into a computer.As a result of this research, the test which considers the patients'treatment follow-up and testing tone handing were carried out easily on the computer screen. Thus recording during test and information management became very easy to carry out. The details are as follow ;1. The developed system are composed by router, server network as well as tinnitus test equipment. Each equipment was connected through network.2.The tinnitus test equipment was built-in into a noteboo type personal computer by design & construction of an exclusive electrical circuit.Three test modes were established into a software for the test & diagnosis system :(1) Conventional pitch matching test mode.(2) A mode that can test automatically and its procedures decided beforehand with the reference on the past patients'information.(3) A mode that allows freedom in the application of data base.4.The results of the test recorded automatically by on-line real time, allowing the construction of patients'information data base.

本研究的目的是解决基于音铃理论的耳鸣测试仪使用常规频率基音匹配测试和连续频率基音匹配测试的问题，并通过与患者信息数据库的连接，开发出适合个体耳鸣患者的测试系统。为了更好地利用在线实时，该设备紧凑地构建了一种易于应用的专用电路。本研究的目的是开发一种可连接到计算机上的患者信息数据库的诊断和构建系统，使得考虑患者治疗随访和测试音调处理的测试可以在计算机屏幕上方便地进行。因此，测试过程中的记录和信息管理变得非常容易进行。具体内容如下：1.研制的系统由路由器、服务器网络以及耳鸣检测设备组成。通过设计和搭建专用电路，将耳鸣测试仪嵌入到Notebo型个人计算机中，建立了三种测试模式：(1)传统的基音匹配测试模式；(2)参考过去患者信息的自动测试模式和预先确定的测试步骤；(3)允许自由使用数据库的模式。4.测试结果通过在线实时自动记录，允许构建患者信息数据库。