Mowers TRIZ Cases

Overlapping roll extensions reduce crop material loss and component wear during bale formation.

Segmented transfer rollers with inclined ribs resolve blockages by gripping crop material and moving it efficiently to the nip of conditioning rolls.

Agricultural system generates residue characteristic confidence output by combining initial field maps with supplemental data collected during operation.

Route planning system estimates spatial soil compaction to optimize paths, reducing fuel costs and preserving soil health.

An actuating element switches the axial lock and anti-rotation lock to release the mowing head for tool-free detachment from the output shaft.

Sliding spring-loaded teeth on crosspieces lift crops effectively, resolving central module lifting gaps in telescopic reels.

Replacing hydraulic circuits with a mechanical belt drive eliminates fluid leakage and temperature sensitivity while maintaining high torque at low speeds.

Electronic control replaces mechanical linkages to adjust drum and spindle speeds based on real-time crop conditions, reducing mass flow variation.

Adjustable shear bars in picking rotors modify feeder slat gaps to handle varying plant stalk thickness without replacing entire assemblies.

Controller monitors air pressure differentials to activate supplemental airflow in agricultural harvester conveying lines.

A wearable plant extraction assembly uses a motor-driven blade and propeller to cut vegetation and transport debris into a housing.

A single electric motor drives traction and implement axles via a belt system, eliminating complex speed controllers to reduce cost.

A rotary angle encoder kinematically coupled to a drive axle actuating element generates an angle signal indicating the engaged gear stage.

A pivotable coupling device adjusts a support wheel position to distribute weight and reduce axle load on agricultural harvesters.

Graphical user interface highlights deteriorating quality criteria when operators adjust setting parameters, resolving unclear operational consequences.

Segmenting the bearing eye allows quick regrinding while a pivoting cutter head adapts to vegetation, reducing imbalance and downtime.

Controller adjusts stubble righting device height and rotation speed using sensor feedback for consistent cutting.

A rotating sieve jacket superimposes transverse oscillating movements to segregate grain from non-grain components in combine harvesters.

Beveled knife edges enable wedge cutting of thick branches, resolving the trade-off between cutting strength and adaptability.

Segmented harvester headers use independent actuators to follow field contours, resolving the trade-off between raised operation height and cutting accuracy.

A frangible shaft element breaks under excessive load while a retention mechanism prevents axial separation of the drive output element from the housing.

Synchronized back plate directs airflow while suction element extracts debris from heat exchanger apertures, eliminating dust screen obstruction.

Context-based noise attenuation system segments frequency ranges to preserve critical operational sounds for the operator.

Segmentation and intermediary signal processing resolve measurement precision difficulties caused by high density levels in square balers.

A mower conditioner control system uses an image sensor to analyze crop color spectrum for real-time adjustment of cutting and conditioning parameters.

A double decker crop residue spreader uses rotating paddles to enhance airflow discharge and reduce back pressure.

A pivot joint adjusts the conveyor discharge angle to control crop trajectory, resolving windrow formation issues caused by fixed belt speed.

Segmented handle rods and pivoting linkage assemblies fold rake heads to reduce volume for small pond storage.

A rotatable steel wire handle attached via buckles resolves the trade-off between carrying ease and device complexity in heavy battery packs.

A forage harvester conditioning device uses translationally adjustable rollers to ensure uniform crop flow and delivery.

Opposing cutter bar assemblies prevent stone entrapment between cutting teeth and guards.

Automated coupler blocks join fluid and electrical systems during header lifting.

Reinforced polyester nylon composite replaces mechanical rollers to eliminate friction wear and extend component lifespan in agricultural combines.

An electronic steering apparatus uses electric actuators to control continuously variable transmissions.

A rotation stopper between the swivel post and housing sleeve provides controlled friction to stabilize caster wheel movement.

Recessed floor panel sections create viewing corridors that improve visibility of unmowed areas while preserving footrest space.

Dynamic vane adjustment resolves the trade-off between real-time adaptability and device complexity by balancing grain loss reduction against power consumption.

Hall-effect sensors detect plate deflection to measure grain mass flow, resolving measurement accuracy issues in existing yield monitoring systems.

Centralized vacuum separation removes trash from whole cane after infield collection, reducing fuel consumption and mill equipment wear.

Curved front edges on pointed sickle blades shed crop material, resolving the contradiction between high ground speed and cutting efficiency.

A work machine control unit maintains constant travel speed via cruise control, reducing operator fatigue from continuous manual lever operation.

Removable central roller baffle customizes top cross auger aggressiveness to reduce crop loss and damage during harvesting.

Guide members prevent radial displacement of sun and ring gears to eliminate backlash from wear in heavy load grass cutter applications.

Radially inwardly directed guide surfaces on the adjustment apparatus align shear bar and chopper knives to restore optimal cutting gap after wear.

Segmented platform sections pivot to follow ground contours while adjustable reel support arms prevent cutterbar interference on rough fields.

Asymmetric first roll blades endure higher cutting forces to extend lifespan, resolving the trade-off between productivity and reliability.

Integral C-frame bearing surfaces support telescopic axle movement, eliminating manual clamps that cause jamming and corrosion.

A variable speed drive motor adjusts feed beater rotation to match rotor speed.

Flexible strap couplers distribute stress on elongate bars during reciprocation, preventing breakage in agricultural harvesting machines.