红外光电开关

1

完成了开发板上的红外光电开关、FrameBuffer和触摸屏驱动程序的设计和实现。

The infrared photoelectric switch on the development board , Frame Buffer and touch screen driver design and implementation are completed .
2

使用脉冲重合技术的红外光电开关

Photoelectric switch based on pulse-superposition technology
3

在该系统中利用了光电检测技术，并采用反射式红外光电开关作为拉出值超限检测传感器。

The opto electric technique is applied in the system with the optoelectronic switch used as the excessive staggers detecting transducer .
4

按最小传动角45°设计了曲柄滑块机构，用来实现红外光电开关的垂直往复运动，从而得到类似正弦曲线的扫描路径。

The crank mechanism which was used to realize vertical alternate motion of the infrared light electric switch was designed based on the minimum transmission angle 45 ° . The scan path of the switch was similar with sine curve .