Process And Machine Control TRIZ Cases

See how grouping hot water suppliers by installation area and excluding weather-influenced flam

A sealed shelf enclosure uses RFID tracking and viewing windows to verify ring orientation, cut contamination, and reduce re-commissioning time.

A split control layout uses a handheld unit for steering, shifting, acceleration, and braking while a fixed touch display reduces manual driving errors.

Continuous tire pressure detection lets an autonomous work vehicle or implement adjust steering, attitude, or stopping before pressure loss causes damage.

Asymmetric wheel fins steer airflow outward at the leading end and inward at the trailing end to cut drag in both travel directions.

Weather- and route-based thermal prediction warns of sensor platform overheating early, enabling safe parking before shutdown.

Sensor-driven torque and speed adjustment helps low-speed vehicles cross varied terrain with less wheel damage, noise, and residual impact.

Mirror-image camera display and a slider let passengers set trailer hitch angle intuitively during reversing while steering control maintains it.

Mobile app calibration uses turf and environmental data to set mower parameters faster and maintain consistent quality of cut.

Sensors and location data detect rutting and compaction early, enabling corrective action to prevent tower slip, misalignment, and shutdowns.

When a sort receptacle fills up, logical destination IDs shift to another receptacle to avoid replacement downtime and keep throughput high.

Reflection-pattern markers help LRFs suppress noise and distance errors, enabling accurate moving object operation data acquisition.

Automatic wake-up lets dormant work machines receive updated job files remotely, cutting setup time, operator errors, and fleet downtime.

Preassigned carrier pockets and destination chutes let AGVs sort multiple cargo items faster while avoiding complex real-time routing.

An ECU-controlled flow valve and motor cut steering shaft rotations while preserving haptic feedback and wheel alignment across operating modes.

A detachable grass container drives itself to the dump area, cutting manual hauling, mower travel, and disposal energy use.

Automated multi-level parcel storage and robotic loading cut manual handling while improving efficiency and fail safety in last-mile delivery.

3D tessellated tool paths adapt bead placement to actual vessel geometry, preventing missed spots and overlaps on large clad surfaces.

Elastic resin prongs bend into the cutting disk to share impact loads, protecting the mower bottom disk from stones without added weight.

Weight and inclination sensors let the control system calculate paving material mass in real time, improving supply monitoring and reducing waste.

Vertical corner bumpers help AGVs absorb impacts and detect obstacles above ground level without enlarging the base footprint.

Pivotable longitudinal and transverse arms isolate wheel impulses so AGVs keep loads level during acceleration, braking, and uneven travel.

Meteorological data is converted into flight limits for speed, altitude, and range so UAV users can avoid unsafe missions or trigger automatic control.

A warehouse control system uses a pneumatic pusher to move goods containers along rack levels.

A driving support apparatus evaluates individual detection apparatus reliability to determine appropriate automatic driving modes.

A toggle mechanism with synchronized sliders and cam followers couples an autonomous traveling unit to a workpiece loading unit.

An intelligent tool uses integrated sensors to detect picking events and log product characteristics during manual harvesting operations.