Deich J D, Houben D, Allan R W, Zeigler H P
Physiol Behav. 1985 Aug;35(2):307-11. doi: 10.1016/0031-9384(85)90354-3.
A system for the monitoring of jaw movements in the pigeon is described. A Hall-effect device mounted on the pigeon's upper beak is used to sense voltage changes induced by variations in the position of a magnet mounted on the lower beak. Analogue voltage changes are digitized and monitored by a microprocessor. The system produces data comparable to that obtained using high speed cinematography but permits "on-line" measurements of gape and increases the rapidity of data acquisition and analysis. It may be used to monitor beak movements during consumatory (eating, drinking) and conditioned (key-pecking) behaviors.
本文描述了一种用于监测鸽子下颌运动的系统。安装在鸽子上喙的霍尔效应装置用于感应安装在下喙的磁铁位置变化所引起的电压变化。模拟电压变化经数字化处理后由微处理器进行监测。该系统产生的数据与使用高速摄影术获得的数据相当,但能对张口度进行“在线”测量,并提高了数据采集和分析的速度。它可用于监测鸽子在进食、饮水等消耗性行为以及条件性行为(啄键)过程中的喙部运动。