Fertiliser Distributers TRIZ Cases

A planter diverter mechanism routes seeds from dual storage units to a single seed meter.

Textured drum surfaces and vacuum transfer systems resolve the contradiction between seed distribution precision and device complexity.

Integrated sensors identify product characteristics to eliminate manual configuration errors and reduce setup time.

Segmented air lines supply distinct material volumes to inner and outer outlets, preventing line plugging while ensuring even distribution.

Separate chambers prevent clogging by keeping granular product and water apart until exit, ensuring uniform application.

A shielding device blocks radar wave paths between sensors and spreading discs to prevent erroneous measurement signals.

A hinged particle tube pivots to enclose a side-mounted sensor housing, resolving dust interference and geometric constraints in agricultural row units.

Independent motors rotate metering devices at calibrated speeds to compensate for manufacturing variations in device dimensions.

An integrated auger tube transfers seed from segmented bulk bags, eliminating heavy lifting requirements.

Segmented housing covers enable maintenance access while maintaining positive pressure for efficient seed separation.

A pivoting seed carrier conveyor uses a lift-assist assembly to counterbalance intake weight for manual adjustment.

Angled conditioner wings deflect compacted fertilizer particles to maintain a constant effective dispense opening across varying conveyor speeds.

Dual mix tanks alternate solvent and concentrate delivery to boom nozzles for precise landscape application.

A particulate metering system with variable discharge controls blend ratios and application rates across multiple mixing areas.

Segmented flat walls provide torsional rigidity to resolve weight and stability contradictions in sowing machines.

Reorienting the filling device longitudinally above the storage container resolves bulky transport width issues in agricultural distribution machines.

Ramped surfaces in a hopper extension direct seed flow and channel air, increasing capacity without frequent refills.

Acoustic sensors detect blockages and flow variations in dry-particulate spreader tubes to prevent uneven fertilization.

Concentric selector pipes rotate to align variety openings with the seed pool, eliminating cleaning delays between different crop types.

A centrifugal spreader uses adjustable deflector fins to control distribution range, resolving the trade-off between adaptability and device complexity.

One-piece molded plastic reservoir prevents rust at weld seams and cuts production time.

An adjustable deflector assembly uses discrete bracket slots to reposition the spreader fan output without removing components.

Segmented offset lips distribute sealing forces across multiple contact points, preventing pressure loss and contamination in large agricultural tank openings.

Inclined movable hatches positioned at the conveyor discharge point reduce reaction time and distance while minimizing particle leaks.

Removable sifter assemblies allow refilling without removing the scoop, resolving trade-offs between metering precision and refill ease.

Merging two detection functions into one sensor assembly reduces device complexity while maintaining measurement precision for reliable product monitoring.

A hopper unit merges multiple filling openings under a single cover element with integrated sealing components.

Aligning the stirring shaft parallel to dosing edges optimizes homogeneity in partial openings during small mass flows.

Elastic sealing fingers extend into cam valleys to prevent material escape, enabling precise dosing of fertilizers and seeds.

Segmenting the rotation shaft allows independent distribution disc detachment without removing the dispensing container, resolving maintenance complexity.

Dual-flow air ducts with adjustable passage sections regulate extraction and transport airflow for consistent seed uptake.

Centrifugal separation isolates single grains from excess flow to resolve uneven spacing and low processing capacity in seeding machines.

Adjustable metering plates regulate output hole size while keeping agitators aligned with the center of each aperture, preventing seed bridging as holes expand.

Wheel axle gears drive the impeller shaft to distribute lime evenly, eliminating separate power sources and reducing device complexity.

Adjustable material divider varies flow ratio to spinner disks, accommodating irregular field boundaries and reducing overlap waste.

Laser welding joins carbon and stainless steel sections to form a distribution machine container with optimized material properties.

Segmented auxiliary hoppers decouple bulk storage from metering units, minimizing seed pool volume to prevent blending when crossing field boundaries.

Segmented plenum chambers with angled vanes balance static pressure across agricultural distribution lines, reducing power consumption during sectional control.

A pneumatic agitation system uses pressurized air nozzles to move particulate material within agricultural tanks.

A multiplex air cart uses a shared chute to convey product packets via an air source.

A vertical tank support assembly transfers weight to the main frame without obstructing row unit movement.

A distributor uses a torsion spring connecting element to absorb driving forces and protect internal components from mechanical stress.

A composite plastic stirring head resists grit abrasion while maintaining structural rigidity, reducing maintenance costs for agricultural spreaders.

Electric push rods adjust the variable-size fertilizer applying portion height to target seedlings, reducing waste and preventing root burning.

Angularly displaceable blade members in a single housing resolve the trade-off between carrying multiple separate tools and maintaining operational versatility.

Hybrid drive assemblies enable manual or powered wheel rotation to maintain uniform material distribution despite terrain variations.

Segmented take-up zones with adjustable side walls control airflow rates to maintain uniform material flow and improve reliability across different seed types.

A torsionally flexible connecting element absorbs torque to protect the stirring device from damage.

Rotating impeller with extended periphery creates a sealing gap that directs particulate material through a bottom aperture.