A pressure sensor in a nitrogen-supplied chamber measures exhaust line pressure changes to detect clogging.
Arithmetic unit performs correction operations on sensor data using scaled conversion and gain adjustments to enhance output precision.
Sensors mount on equalizing beam neutral axes to measure axle weight, avoiding strain gauge wear and debris contamination.
Segmented columns bridge misaligned external and internal ports to enable precise blade inspection.
Burner-based exhaust gas generation system recirculates post-combustion flow to cool fresh output and simulate engine conditions.
Rotatable arms support piston rings inside the cylinder bore to measure drag force without removing the piston assembly.
Force sensors and accelerometers on a moving diagnostic unit detect alignment deviations and drag, reducing downtime in slat sorters.
A resilient electrical link connects the valve member to the nozzle body, transmitting switching signals for state detection.
Tilting atmosphere-side insulator maintains spring terminal contact with electrode terminals despite sensor element misalignment.
A bench test method applies cyclic inputs to a separated truck rear bed assembly to replicate road load conditions.
A fuel pressure sensor mount assembly integrates detection devices directly into a connector unit to measure high-pressure fuel path dynamics.
An elastic membrane and spring-loaded buffer volume convert pulsating flows into continuous streams, enabling accurate measurement with simpler flow meters.
Urging mechanism presses sensor assembly contact surface onto housing to stabilize position and block linear expansion stress transmission.
Dynamic power monitoring prevents protection tripping while enabling accurate performance assessment of defective components.
Segmenting the carriage into a fixed first unit and removable second unit reduces mass and preparation time while maintaining high acceleration dynamics.