[全口义齿佩戴者咀嚼力的六通道遥测记录系统]。

T Watanabe, K Kobayashi, M Nagao
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引用次数: 0

摘要

研制了一种用于全口义齿佩戴者咀嚼力的六通道遥测系统。该系统由三个模块组成:发送模块、接收模块和数据存储与校正模块。所述传输块嵌入于下全口义齿中。系统有六个负载传感器和一个标准电阻来校正传感器数据。来自六个负载传感器和标准电阻以及标准零点的数据使用分复用通信方法进行多路复用。采样频率为666hz。信号采用调频调制方式传输。载波频率为64mhz。接收数据采用启停系统解码。利用积分器处的信号平均技术降低了波形噪声。数据通过A/D转换器输入计算机。在该系统中,传感器数据在计算机上用标准电阻数据进行校正。该方法可以显著降低电池功率变化和热漂移的影响。对于10 kg或更小的负载,系统的总线性度保持在校准值的+/- 4%。噪声级为300g。
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[Six channels telemetry system for recording masticatory forces of complete denture wearers].

A six channels telemetry system for recording masticatory force of complete denture wearers has been developed. This system is consisted of three blocks, the transmission block, the receiver block and the data storage and correction block. The transmission block is embedded in a lower complete denture. System has six load sensors and a standard resistor to correct sensor data. Data from six load sensors and standard resistor as well as standard zero are multiplexed using a division multiplex communication method. The sampling frequency is 666 Hz. And the signal is transmitted by FM modulation. The carrier wave frequency is 64 MHz. Receive data are decoded using start-stop system. The wave form noise is reduced using a signal averaging technique at an integrator. The data are input into the computer with an A/D converter. In this system, the sensor data is corrected at the computer with the standard resistor data. This method could reduce the influence of battery power changes and thermal drift significantly. For the load of 10 kg or less, the total linearity of the system remained at +/- 4% of the calibrated value. The noise level is 300 g.

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