用于井下机车定位的智能光电系统

Intelligent Photoelectric System for Underground Locomotive Positioning

摘要: 设计了一套用于井下机车定位的智能自适应光电系统,将高性能的ARM7与先进的光电解码传感器SOC2111相结合,利用模拟开关实现多路传感器分时检测,通过232和422总线将采集到的数据发送到上位机进行应用处理。测试结果表明系统具有结构简单、速度快、抗干扰能力强等优点。
- 智能自适应 /
- ARM /
- 光电 /
- PWM /
- EEPROM
Abstract: This paper designed a set of intelligent adaptive photoelectric system for underground locomotive positioning, it combined the high-performance ARM7 processor with the advanced photoelectric decode sensor SOC2111, used analog switch to achieve multi-route sensors timeshared detection. Through 232 and 422 bus, the data would be sent to the upper computer for application processing. The test results showed that the system had advantages, such as simple structure, high-speed and strong anti-interference ability.
- intelligent adaptive /
- ARM /
- photoelectric /
- PWM /
- EEPROM

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