Material Analysis By Measuring Buoyant Forces TRIZ Cases
- Battery Cell Jig Spacer With Slit for Accurate Volume Measurement
A slit spacer prevents water stagnation between the jig and battery cell, improving Archimedes-based volume measurement accuracy and reducing corrosion.
- Spacer-Laminate Battery Cell Jig for Accurate Volume Measurement
Laminated spacers with longitudinal slits prevent water stagnation and cell compression, improving battery volume measurement accuracy.
- Spacer Laminate Jig for Accurate Battery Cell Volume Measurement
Longitudinal slit spacers drain trapped water in Archimedes-based battery cell volume measurement, improving accuracy and reducing corrosion.
- Rheometer Buoyancy Measurement for In-Situ Liquid Density
Normal-force buoyancy measurement lets a rheometer calculate liquid density in situ during rheology tests, even at high temperatures.
- Buoyancy Material Testing Under Abyssal Pressure and Temperature
A split high-pressure tank measures buoyancy changes under abyssal pressure and temperature, supporting balanced submersible design.
- Automatic Measuring Machine With Dry-Wet Density Weighing
Sequential feeding and vibration damping support repeatable, non-destructive density measurement for solid-state test pieces.