Weighing Apparatus Testing/Calibration TRIZ Cases
- Servo Press Calibration for Vehicle Payload Sensors
A servo press applies known weights to vehicles while payload sensors record data for automated calibration routines.
- Weight Scale Bed Segmentation for Sensor Referencing
A weight scale bed uses fluid-coupled segments to isolate object pressure from environmental effects.
- Weighing Sensor Calibration Weight Assembly Design
A calibration weight assembly uses coupling elements to reverse force direction for flexible lever placement.
- 2D Barcode Context-Sensitive Error Handling for Weighing Devices
Scannable 2D barcodes on weighing devices deliver context-sensitive web pages, eliminating manual search time for error troubleshooting.
- Calibrating Weighing Device Using Movable Beam Balance
A movable transversely extending member applies a measured load to a weighing device for calibration.
- Weight-Based Calibration for Pressure Catheter Tips
Calibration apparatus applies gravitational force vectors to catheter distal tips to measure deformation and derive precise pressure coefficients.
- Forestry Loader Weighing Correction via Unloading Reference
A forestry loader weighing system calculates a correction factor from accurate unloading mass data to adjust subsequent loading measurements.
- Check Weight Permanent Identification via Laser Marking
A check weight features a permanently affixed machine-readable identification code applied to its exterior surface for individual recognition.
- Portable Medical Scale Calibration Device Using Simulated Dead Weight
A portable calibration device applies simulated dead weight to medical scales for accurate testing across the entire load range.
- Curved Display Pressure Sensor Test Apparatus with Adjustable Angle
A test apparatus uses an adjustable mounting portion and a multi-dimensional pressing guide to apply precise pressure on curved display panels.
- Scale Accuracy Rating via Cross-Comparison in Distribution Networks
Cross-comparing package weights across multiple scales assigns quality ratings, reducing calibration time and cost.
- Electronic Scale Parameter Grouping for Memory Efficiency
Electronic scales segment parameters into non-overlapping groups to reduce memory usage and prevent profile creation errors.
- Digital Scale Calibration Using AD Conversion Values
A digital scale calibration method acquires analog-to-digital conversion values for reference weights and zero states to determine precise unit weight parameters.
- Weighing Device Self-Calibration Using Real-Time Localization
Real-time localization detects test weight position and identifier on the load sensor, enabling self-calibration that reduces personnel expenditure.