Electrode sensing in a track assembly oil cavity detects lubricant loss early and can trigger alerts or machine shutdown to prevent wear.
A flexible mesh carrier with a replaceable absorbent pad captures vehicle fluid leaks in motion while improving heat transfer and recyclability.
A lubricant quality monitoring method characterizes theoretical pollutant levels to determine optimized drain intervals based on actual driving patterns.
A diesel engine lubricant monitoring strategy calculates criticality levels from fuel dilution and carbon particle data to trigger maintenance alerts.
A control unit calculates a corrected oil level index using time-based compensation to offset physical sensor damping effects.
A sensorless method calculates soot particle load in diesel engine lubricating oil using real-time operating parameters and pre-established mapping tables.
An integrated oil level detection member protrudes from the case wall to enable visual fluid monitoring without a separate gauge.