Magnetic Piston Pump Stroke Timing from Coil Current Difference

The patent extracts only the essential information needed for timing detection from the coil current signal. Instead of performing complex computational analysis of the entire current curve, the method identifies specific characteristic points (current maximum, zero crossings) that directly correlate with piston movement timing, thereby reducing computational complexity while maintaining measurement precision.

The patent inverts the conventional approach by not trying to reconstruct the complete mechanical movement from complex current analysis, but rather using simple current characteristics to directly determine timing points. This inversion simplifies the computational process while preserving the essential measurement accuracy needed for monitoring.

The patent implements feedback by continuously monitoring coil current characteristics and using them to verify piston movement timing. The system compares detected timing points against expected operational patterns, providing reliable monitoring data through this feedback mechanism while keeping computational requirements manageable.

The patent performs preliminary identification of characteristic current points during normal operation to establish baseline timing data. This preliminary action enables reliable monitoring by having reference timing information available before actual monitoring begins, allowing for comparison and anomaly detection without requiring complex real-time computation.