See how a resistance electrode rod with segmented coating detects remaining detergent and predi
Capacitive coaxial tubes detect liquid refrigerant in suction gas, enabling valve or compressor control to prevent liquid hammer.
Coaxial tube electrodes detect liquid refrigerant in suction gas, enabling valve control that prevents liquid hammer and improves evaporator use.
Guide pins, radial supports, and a spring-aligned flange speed inverted oil sensor installation while preventing misassembly and leaks.
Orientation indicators and a bent dipstick layout improve gearbox lubricant level readings in dim service conditions and help prevent damage.
Wireless sensors inside a lubricant reservoir track oil level, quality, and vibration without fragile wiring, helping plan maintenance and avoid downtime.
An exterior gasket, washer, and retaining tool repair leaking oil dipstick adapters without oil pan access or engine disassembly.
Dipstick-form sensors track fluid level, viscosity, temperature, and contamination to trigger timely vehicle maintenance alerts.
Recessed stopper protrusions improve dipstick accuracy, relieve tube pressure buildup, and clear dirt and debris at low cost.
Motion sensing switches an integrated LED on only when needed, making fluid levels easier to verify in dark reservoirs without continuous power draw.
Slot-based thermoplastic metering pin retention cuts shock strut weight and assembly complexity while maintaining secure fastening.
Sensors built into a dipstick track viscosity, temperature, and contamination to automate vehicle fluid checks and flag maintenance needs.
Slots in a 3D-printed thermoplastic metering pin retain fasteners without inserts, cutting shock strut weight and simplifying installation.
Electromagnetic wave absorption and a transponder detect true container emptying more precisely, reducing residual liquid and air suction risk.
A counterbore, dip tube, and level sensor tube let the vessel verify low liquid level before vacuum purging, protecting the pump from liquid ingress.
A housing slot equalizes pressure so boiling bubbles do not create false liquid-level readings in chemical source vessels.
Standalone pressure, acceleration, and fluid-level sensors monitor fullness across waste containers without proprietary compactor integration.