Weighing Apparatus Using Radiation TRIZ Cases

See how a radar sensor assembly detects clothes quantity and position through steam using elect

Combined X-ray and IR sensing identifies boehmite in LiB separator coatings, improving thickness and density measurement for quality control.

A displacement curve function corrects radiation-based mass measurements for environmental transmittance drift, improving accuracy.

Laser, infrared, or ultrasonic distance readings help users verify trailer axle load balance and adjust tongue weight for safer towing.

Real-time basis weight and thickness sensing derives porosity during conveyance, avoiding sampling delays and improving defect feedback.

Closed-loop gap sensing with piezoelectric actuators keeps scanner heads aligned during sheet scanning, reducing vibration-driven measurement error.

Displacement sensing and piezoelectric correction hold scanner head gap constant during sheet scanning, reducing vibration-driven gauge error.

Separate base and coating correction factors let radiation gauges isolate coating basis weight more accurately when material atomic weights differ.

Separate base and coated material readings with a coating correction factor to improve radiation gauge accuracy for coating basis weight.

Triangulation sensor measures sheet position within the gap to correct nuclear basis weight readings, eliminating errors from web passline fluctuations.

A multi-energy X-ray scanning method determines object mass using energy-resolving detectors and learned coefficient values.

Spatial filter reduces illuminating light intensity within a predetermined numerical aperture to enhance imaging contrast for weakly scattering objects.

Automated spectral marker detection identifies material grades to select precise sensor calibrations, resolving manual calibration errors in online production.

An x-ray inspection apparatus adjusts an ideal brightness-to-mass curve to improve estimation accuracy.

A multi-wavelength measurement device calculates basis weight using transmitted light intensities at 405 nm and 850 nm.

A spatially shaped latticed load-bearing structure uses precision cuts and screw connectors to join profile panels, creating a rigid weighing platform.

A high-frequency filter detects object mass via electromagnetic stray field interaction.

Conical X-ray attenuation data converts into penetration lengths to determine 3D surface coordinates.

Continuous motion inspection via microwave detection resolves the trade-off between weighing precision and production speed.

A dual sensor system calculates coating weight per unit area via x-ray absorption, eliminating calibration sample requirements.

A calibration device aggregates road displacement data from passing vehicles to update load meter coefficients.