A perforated CMC support plate carries sensors for continuous refractory monitoring while limiting heat-flow disruption and thermomechanical stress.
A stacked transmitter and receiver layout removes the PCB and support frame, shrinking transmissive optical sensors while keeping optical alignment.
Direct optical convolution and full-connection computing remove photoelectric bottlenecks for faster, lower-noise fiber sensing event recognition.
Wireless power and communication remove cable infrastructure, while reversible ground mounting enables flexible remote environmental monitoring.
Multiple sensors share interconnected chambers, a circuit board, and a baffle-protected pressure sensor to cut wiring, size, and cost.
Parallel linear encoder tracks with different spatial steps enable compact arc-motion measurement with higher accuracy and contamination robustness.
Different angular scale steps on parallel arc tracks enable compact absolute position encoding with high resolution and contamination robustness.
A threaded hygiene cover and axial seal let standard sensors penetrate installation walls while staying cleanable, aligned, and protected.
External thermistors on a thermal dispersion HVAC probe reduce debris buildup, simplify cleaning, and support flexible wired or wireless installation.
Detection heads calculate rotor and stator eccentricity and tilt, speeding precise rotary encoder alignment without skilled manual adjustment.
A movable attraction yoke adapts magnet contact to irregular target shapes, keeping sensor attachment stable under vibration.
Adds optional processing between a digital sensor and host device, preserving compact portability while reducing complexity and maintenance cost.
A hollow bolt, nut, and fixing screw let the stator shift orthogonally for precise rotary encoder alignment with easier one-hand adjustment.