Agricultural Machines TRIZ Cases
- Tractor Auto-Travel Deceleration for Precise Field Turnarounds
Distance-based deceleration lets a tractor turn smoothly at field ends without overshooting the boundary or losing work efficiency.
- Mobile Work Machine State Visualization for Unmanned Operation
Multi-color indicators in the operator compartment show unmanned machine states to bystanders, improving awareness, safety, and mission execution.
- Trailer Coupling Ring Locking for Easier Hitch Alignment
A lockable movable coupling ring allows limited extension for easier trailer hitch alignment while preserving stable coupling under heavy loads.
- Trailer Coupling Housing With Movable Towing Eye Alignment
A movement-limited towing eye eases heavy trailer alignment, cuts handling tension, and lowers hand injury risk during coupling.
- Tractor Remote Control Module With Local Function Selection
Integrated function selection lets operators reassign tractor or implement controls at the mud-flap remote, avoiding cab access and improving usability.
- Work Machine Travel Control for Cushioned Direction Switching
Acceleration is adjusted during work machine deceleration to cushion forward-reverse switching, reducing operator shock and preserving accuracy.
- Reversible Driver's Cab Layout for Field and Road Agricultural Vehicles
A rotating seat, movable cab, and adjustable track width let one agricultural vehicle handle wide field work and road travel without an escort.
- Work Vehicle Speed and Clutch Timing for Accurate Work Start
Speed reduction, clutch engagement at a threshold, and delayed tool drive help automated work vehicles start work accurately at the target position.
- Vehicle Path Planning for Remote Tendering and Task Resumption
Low battery or fuel triggers remote tendering location selection and path replanning, so the vehicle can resume work without duplication.
- Automated Work Vehicle Speed and Clutch Timing at Work Start
Speed reduction before the start point and delayed clutch engagement help automated work vehicles begin work at the correct position.
- Neural Network Confidence Scoring for Selective Pixel Reclassification
Confidence scores identify low-certainty pixels for selective reclassification, improving segmentation reliability without full-image reprocessing.
- Predictive Machine Control Using Forward-Looking Field Sensing
Forward-looking sensors and a policy map let mobile machines adjust settings before terrain changes, improving productivity, efficiency, and wear.
- Trailer Coupling Linkage for Foot Operation Without Ground Clearance Loss
A dual guide linkage lets a trailer coupling use hand or foot actuation without changing mounting position, preserving ground clearance.
- Vehicle Mounting Stabilizer Locking Mechanism Against Wear
A pivoting locking device stops unintended rotation in an adjustable vehicle mounting stabilizer, reducing wear while fitting different attachment widths.
- Quick Coupler Trigger Release for Safe, Fast Pin Retention
A trigger-driven retainer and single hydraulic actuator speed excavator attachment changes while preventing unsafe pin release.
- Convertible Hitching Assembly for Stable Coupling on Uneven Terrain
A single-point and movable two-point hitch with manual latches simplifies implement coupling while keeping stable attachment on uneven terrain.