Fertiliser Distributers TRIZ Cases

Adjustable holding devices angle and overlap multiple agricultural machine combinations on one platform, cutting trips and material support costs.

A three-axis conveyor assembly aligns the seed cart discharge chute over planter tanks quickly while reducing seed drop distance and damage.

Sensors, seed metering, and GPS navigation improve seed orientation, input placement, and adaptation to crop height and terrain.

A pivot-slot fill tray enables side loading of an auxiliary air-cart compartment while spreading particulate material evenly for uniform metering supply.

A motor-driven wheel system removes manual pushing while a toolless base supports quick attachment changes for spreaders and other outdoor tools.

A motor and transmission drive the wheels to eliminate manual hauling, while a toolless mount lets spreaders and storage tools swap quickly.

A single handle actuates multiple latches to secure or release bulk seed-boxes at once, reducing manual effort during loading and transport.

Setting values are converted into physical-measure data with equipment metadata, enabling recall across different agricultural vehicles and implements.

A movable gate and flow adjustor give ATV and UTV spreaders precise control of material flow rate and distribution.

Gate valves switch seed-carrying air streams to one opener hose, enabling alternating-row inter-cropping on conventional air seeders.

Anticipatory spreader settings before boundary activation points improve material distribution during headland transitions and reduce edge deviations.

Predictive spreader pre-setting before switch-on points keeps border-area material distribution accurate without manual reconfiguration delays.

Sensors and control circuitry adjust fan speed by product flow and field location to prevent conduit blockages and excess air use.

Acoustic and vibration sensing with FFT and AI identifies blockages, material ratios, and machine faults in agricultural delivery systems.

Bellows near the pipe end and a rigid conduit section isolate terrain-driven motion, reducing stress and air leaks in seed metering.

Gravity feed, agitator rotation, and conduit vibration enable precise fertilizer placement and quantity control with less bending and smoother use.

Weight sensors in the implement feed tractor controls to adjust speed, shifting, and steering for steadier material application and lower operator fatigue.

Localized hardening of mitered supply-line elbows cuts abrasive particle wear in pneumatic agricultural delivery lines and extends service life.

Reversing hydraulic flow with directional and check valves lets an air cart switch between seeding and filling while controlling flow rate.

A modular seed box and air box let operators switch a seed drill between drilling and on-demand supply in the field without tools or downtime.

Airflow injected into the fertilizer hose keeps the optical sensor clear, prevents buildup, and enables real-time blockage alerts for uniform spreading.

Automated load-cell calibration of removable auger meter modules speeds air cart setup and improves seeding rate consistency.

High-pressure air opens deep-soil cracks and injects stored materials quickly, improving absorption, work efficiency, and energy use.

A removable seeder metering assembly uses a front rotation indicator and coupler to speed replacement and confirm seed delivery safely.

Removable meter modules simplify calibration and single-unit replacement in air carts, cutting corrosion-related maintenance and downtime.

Height-difference data from drones or farm machines corrects planned fertilizer rates by field zone for more consistent crop growth.

A spring-biased lever and stop combine aperture setting with fast valve closure to improve spreader flow control and reduce spillage.

Interchangeable receiving elements and tailored collecting spaces improve spreading distribution measurement across varying particle sizes and field conditions.

Concave reflective surfaces widen pneumatic spread and keep transverse distribution uniform with fewer conveying lines and impact bodies.

A blower and tank shutoff purge seed from lines, hoppers, and meters to cut cleaning time and reduce residual product.

A rotary valve varies outlet cross-sections to balance airflow across metering lines, improving compact granular conveying and precise material delivery.

A lever-actuated metering plate keeps the dispensing opening highly controllable at low rates and slow travel speeds for repeatable ground treatment.

Separate metering controls and a mixing flow path let each row receive a precise fertilizer blend and application rate while reducing clogging and torque.

Satellite-timed conveyor interruption empties the idle belt section before shutoff, preventing overflow and unintended spreading during turns.

Reversible blower and vacuum flow clears residual commodity from row unit hoppers automatically, cutting manual cleanout time and access issues.

A dedicated air bypass equalizes pressure across the agricultural meter while avoiding commodity interference that would otherwise slow airflow.

Integrated hooking storage holds a removable seeder distribution door off the ground, reducing dust exposure, handling effort, and drop risk.

A modular handle with repositionable links lets seated operators reach the spreader gate control more easily across different vehicle setups.

Sensors and a controller automate seed transfer between tanks to balance fill levels, reduce waste, and avoid manual reloading.

Independent fan control and direct drive stabilize negative pressure for different crops, improving single-seed metering accuracy.

Distributed positive displacement pumps and switching valves cut plumbing complexity while keeping row-by-row agricultural fluid flow uniform and precise.

Real-time fill-level and rate sensing controls on-planter seed treatment metering to prevent reservoir overflow and keep treatment uniform.

An inverted air distribution head and separator improve seed and fertiliser flow, reducing trapping and uneven delivery around obstacles.

A reversible auger redirects material to bottom ports or outlets, enabling drop spreading, broadcasting, and better handling of large particles.

A low-mounted material holder shifts the spreader’s center of mass downward, improving stability under load while keeping distribution adjustable.

Spout orientation sensors and an actuator reposition the seed tender conveyor automatically, reducing manual handling, spillage, and safety risk.

Pivotable chamber bottoms open together for full material collection during calibration, reducing disassembly, handling errors, and dosage inaccuracy.

Integrated electric fans in air entrainer segments balance airflow by row distance and planting speed for more uniform seed delivery.

A modular seed box and air box let seed drills switch between mechanical dosing and pneumatic on-demand supply without tools or downtime.

A front spreader and under-cab conveyor improve operator visibility, clog response, and uniform nutrient application in tight fields.

A dual-hopper conveyor layout splits fertilizer into separate streams for two spreader units, improving stable, controlled distribution.

Modular storage units and a safety drain isolate spilled chemicals to reduce installation complexity while maintaining precise nutrient dosing.