Weighing Indication Devices TRIZ Cases

Using tire pressure changes before and after loading, this case estimates freight weight from tread area to prevent overloading.

Projected color and blinking cues mark abnormal weighing sections directly on the machine, making faults visible across large setups.

Projected color and blinking changes mark abnormal weighing sections directly on the equipment, making faults visible from a distance.

Weighing one sample article lets the scale narrow and rank registered records by unit-weight deviation, reducing manual lookup time.

An internal display and bottom-mounted scale let users read food weight while pouring, improving measurement accuracy in the container.

Two sensor panels split buttocks and foot loading, then combine both readings to deliver accurate seated weight measurement in care settings.

Force and motion data are combined to measure article weight accurately during 3D carrying arm movement across varied targets.

Periodic load-sensor weighing tracks propane use accurately, predicts depletion, and supports remote monitoring and automatic reordering.

Weighing one sample piece lets the scale rank matching registered articles by weight deviation, reducing lookup time without manual IDs or barcodes.

Periodic excitation with sample-and-hold cuts strain gauge power use while preserving accurate weight sensing and longer battery life.

Weight data is converted into remaining wine volume and glass count, while an integrated grip lock keeps the box stable on the scale.

Two mount feature sets let one scale base casting fit different display sizes and positions, reducing part variation and manufacturing complexity.

Two lateral mount feature sets let one food scale base casting fit different display sizes while simplifying manufacturing and assembly.

An elevated antenna layout keeps weight data transmission reliable despite consumables and water, while preserving watertight scale structure.

Personalized display modes hide, obfuscate, or show weight data based on user patterns, improving comfort and adherence.

Tag reading at weighing and delivery points links article weight to destination checks, improving load accuracy and delivery verification.

Nested load sensors in the top rails let this folding luggage rack weigh bags accurately without bulky leg-mounted sensor assemblies.

Real-time wireless load sensing with PCB-based measurement cuts installation time while preserving accurate vehicle load data.

A deck-coupled weighing element measures deformation to improve load accuracy, including point loads and stacked empty pallets.

An integrated housing combines load sensing, processing, power, and wireless transmission to shorten installation and improve vehicle load management.

A wall-mounted luggage scale combines a strap, strain-gauge load cell, and digital display for convenient, accurate luggage weighing.

A ball-and-socket scale tray mount eases angled installation and limits pin damage.

A camera detects article stagnation on radiation feeders, helping control external supply and maintain balanced combination weighing.

A camera monitors articles on radiation feeders while the controller adjusts supply, reducing over- and undersupply from stagnation.

A modular assembly uses a light source and sensor to detect objects extending beyond a weigh platter edge.

An embedded bed sensor tracks weight automatically, resolving the conflict between consistent monitoring and user effort.