Arduino 传感器揭示汽车发动机中由温度驱动的压缩波动

Ubaidillah Fikroh, Syamsudduha Syahrorini
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引用次数: 0

摘要

许多现代汽车因压缩压力下降而导致发动机故障,因此需要一种简单高效的测量工具。本研究开发了一种基于 Arduino 的设备,利用火花塞位置的压力传感器和机油标尺的温度传感器测量发动机的压缩压力和温度,并将结果显示在 16x2 I2C LCD 上。在加热前后对每个发动机气缸进行的测试表明,压缩压力受温度的影响很大(超过 80%)。该工具增强了发动机诊断功能,提供精确、实时的监控,从而提高车辆的维护水平和使用寿命。亮点: 实时监控:提供精确、实时的发动机诊断。温度影响:压缩压力 80% 受温度影响。加强维护:提供精确的压缩和温度测量。 关键字发动机故障、压缩压力、Arduino、压力传感器、温度传感器
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Arduino Sensors Reveal Temperature-Driven Compression Fluctuations in Vehicle Engines
Many modern vehicles suffer from engine trouble due to decreased compression pressure, necessitating a simple and efficient measurement tool. This study develops an Arduino-based device to measure engine compression and temperature using a pressure sensor in the spark plug location and a temperature sensor in the oil gauge, with results displayed on a 16x2 I2C LCD. Testing each engine cylinder before and after heating shows that compression pressure is strongly influenced by temperature (over 80%). The tool enhances engine diagnostics, offering precise, real-time monitoring to improve vehicle maintenance and longevity. Highlight: Real-time Monitoring: Provides precise, real-time engine diagnostics. Temperature Influence: Compression pressure is 80% influenced by temperature. Enhanced Maintenance: Offers accurate compression and temperature measurements.   Keywoard: Engine trouble, Compression pressure, Arduino, Pressure sensor, Temperature sensor
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