Loaders TRIZ Cases

Complementary fasteners enable independent replacement of elastic tine segments, resolving the trade-off between structural simplicity and component durability.

A molded pickup stripper uses alignment tabs and detents to secure crop strippers onto baler reel mounting stubs.

Segmented load cells reduce vertical space requirements while maintaining stability through symmetric force distribution across the axle.

Rotatable fork posts fold bale spears parallel to the tractor frame.

Single cross tube supports spears and balance spikes, eliminating complex welded frames to reduce manufacturing costs and assembly time.

Segmented conveying sections rotate independently to improve crop distribution uniformity while maintaining adaptability to varying field conditions.

Replacing bulky belts with a transverse screw conveyor reduces merger volume and tractor interference while enabling adjustable discharge height.

Dual rotor bale processor with offset secondary rotor and movable deflector for precise material length control.

Integrated discharge and path control deposits uniform silage layers, eliminating separate distribution machinery and reducing ensilaging time.

A grappler uses a selectively movable cutting device to engage and cut wrapping material on utility implements.

Closed-surface downstream hold-downs prevent crop accumulation and soil soiling while maintaining continuous flow into bale chambers.

A tractor-mounted apparatus cuts and removes plastic wrap from agricultural bales using a specialized support assembly.

Varying tine leading face widths modulate pushing force to eliminate non-homogeneous charge density, ensuring uniform bale quality and consistent compression.

Integrates a bale wrapper with a transporter using shared tractor hydraulic power, eliminating separate power sources and manual connections.

Segmented knife carrier moves laterally to expose cutting blades, resolving maintenance access constraints without increasing frame complexity.

Hydraulic cradle lifts and stacks round hay bales on flat bed trailers, protecting wrapping integrity while enabling single-operator automation.

Hybrid connection system secures pick-up strippers against vibration while enabling quick detachment through segmented form-fitting and force-fitting joints.

Dynamic sun gear adjustment redirects tine bar paths away from plunger slots, preventing knotter contamination and improving bale formation reliability.

Powered pulling actuation on a rotatable cutting arm reduces equipment stress and improves stability during bale splitting operations.

Dynamic acceleration control reduces energy consumption during harvesting by varying ejection speed relative to transport vehicle position.

A control system adjusts camera magnification based on receiving vehicle position to display optimal filling views.

Curved pick-up prongs form a holding concavity that prevents product accumulation against bands and infiltration into the driving system.

A dump unit uses a mobile metal conveyor to transport bulk material from the body floor to an elevated discharge point.

A rotatable carrier docks agricultural carts to unload grain via base rotation, eliminating combine waiting time during harvest.

Deflector body redirects feed stream to physically impact hub cover, reducing sugarcane billet loss during harvesting.

Segmented scraper floor with curved transitions reduces tractive force and jamming risks during high-capacity crop loading.

Elongate hooking mechanism captures wrap before the rotatable blade splits the bale, eliminating manual removal of binding material.

A vehicle-mounted frame with opposed arms secures bales while a movable cutting element severs binding twine.

A rotor doses bulk material above a floor conveyor, preventing jamming in the transition area between conveyors.

A semi-autonomous guidance system positions a transport vehicle in reverse to align with an agricultural harvester unloading conveyance.

Sensors detect windrow position to automatically adjust the collection mechanism, resolving alignment issues in flax processing.

Horizontal adjustment of a tractor-mounted platform eliminates ladder climbing, reducing fruit damage during pruning.

Air blanket extends lighter biomass travel to resolve uneven distribution without mechanical complexity.

A bale processor uses an angled floor conveyor and a movable side panel to transport bales toward a tearing rotor for size reduction.

A crop pick-up reel rotates in an ejection direction to clear foreign objects from the auger and transport path.

A hydraulic valve assembly controls fluid flow to reverse the crop pickup drum, preventing tine entanglement and crop displacement during operation.

Spiral conveyor rollers redistribute forage from high-flow zones to reduce central compaction, lowering power requirements and mechanical wear.

Controller compares initial and final crop weights during unloading to output calibration data, eliminating manual labor and time consumption.

A bale wagon loading assembly uses segmented lift and rotation actuators to reposition bales without shifting the vehicle center of gravity.

Dynamic guiding device positioning resolves the contradiction between large windrow passage and regular plant supply, preventing accumulation.

Automated calibration using real-time weight data eliminates manual weighing delays and improves yield measurement accuracy.

Electronic spout control adjusts discharge spout position using gyroscope data to maintain crop stream alignment.

Dynamic snagging wire alters effective circumference to prevent entanglement and reduce labor time for bale wrap removal.

A tilting joint aligns the pick-up axis to enable independent rotary drive participation in tipping movements.

Crossed distance sensor axes on a forage harvester header detect swath position reliably, bypassing camera limitations caused by varying light conditions.

Load cells measure crop weight in a grain cart, triggering gate closure at a target mass to eliminate manual monitoring errors.

Actuation assembly moves covering body to seal opening, while blocking wall directs product flow to reduce spillage and contamination.

Lateral arm offsets place the windguard roll between end flare planes, preventing crop pinching and increasing baling capacity.

A variable speed coupling adjusts drive ratios to manage power transmission in agricultural unloader augers.