Validation of a modern miniature transducer for measurement of interlabial contact pressure during speech.
Validation of a modern miniature transducer for measurement of interlabial contact pressure during speech.
复制标题
验证用于测量言语期间阴唇间接触压力的现代微型传感器。
DOI：
10.1044/jshr.3502.245
复制
发表时间：
1992
期刊：
影响因子：
--
通讯作者：
Luschei,ES
中科院分区：
文献类型：
--
作者：
Hinton,VA;Luschei,ES
研究了Entran Flatline压力传感器（EPL-2001-10）TM的响应特性及其在言语产生研究中的应用潜力。来自模拟双唇闭合的模型和2名人类受试者的数据表明，该传感器是测量双唇辅音产生过程中唇间压力的合适工具。也就是说，压力脉冲的开始对应于上唇和下唇之间的嘴唇接触的开始，并且返回到基线表示完全的嘴唇分离，从而消除了从嘴唇移动的记录推断嘴唇接触的需要。传感器输出不会受到温度波动或唇部结构和刚度变化的显著影响。频率响应和灵敏度水平在讲话期间产生的压力范围内是线性的。本研究中的受试者通常在载体短语中产生[p]期间产生1.0-3.0 kPa的唇间压力。
The response characteristics of the Entran Flatline pressure transducer (EPL-2001-10)TMand its potential for use in studies of speech production were investigated. Data from a model simulating bilabial closure and from 2 human subjects indicate that this transducer is an appropriate tool for measurement of interlabial pressure during production of bilabial consonants. That is, the onset of the pressure pulse corresponds to the initiation of lip contact between the upper and lower lips, and the return to baseline represents complete lip separation, thus eliminating the need to infer lip contact from records of lip movement. Transducer output is not influenced significantly by temperature fluctuations or changes in the configuration and stiffness of the lips. The frequency response and level of sensitivity are linear over the range of pressures produced during speech. The subjects in this study typically generated interlabial pressures of 1.0–3.0 kPa during production of [p] in a carrier phrase.