Manure Treatment TRIZ Cases

A helical weeder finger head rotates into soil to entrap roots and ejects weeds via an internal rod.

Agitator grinding flights break material bales before pump entry, preventing clogs from intact clumps.

Vertical outlet segmentation distributes solid-containing slurry into parallel soil layers, eliminating surface odor emissions and preventing distribution blockages.

Trailered lagoon pump integrates a submersible force feed pump with a diesel-driven centrifugal system to maintain flow rates as liquid levels drop.

A rotatable support frame pivots around a fulcrum to maintain horizontal orientation of the spraying unit.

Slope sensors detect inclination to switch dual emptying valves, preventing pressure loss and incomplete distribution during manual tube switching.

A nozzle with multiple outlet channels at different angles and cross-sections directs liquid fertilizer spray jets.

Ultrasonic horn separates transducer from solution to prevent overheating and bacterial growth while maintaining aerosol efficiency.

An articulated joint integrates into the drag hose near the connecting device to enable compact pivoting during transport.

Integrating rigid pipes for fluid transport and structural support eliminates flexible hose wear in pivotable slurry spreader arms.

Segmenting the heavy reel from the mobile applicator prevents soil compaction while maintaining continuous nutrient flow.

A handheld planting apparatus uses a linear rail with conical projections to create uniformly spaced holes in soil.

A liquid manure vehicle uses sensors to measure ingredient concentration and an evaluation unit to calculate application rates.

A segmented rotor with adjustable tensioning maintains knife pressure against wear, preventing clogging and ensuring uniform distribution.

Gradient hole sizes and a moving cutting element reduce particle size before flow reaches narrow supply openings, preventing clogging in viscous liquid manure.

A water spreading unit directs moisture across an infeed chute to pre-wet material bales before they enter the mixing tank.

A faceted conical spreading plate directs granular fertilizer through pneumatic transport to achieve uniform distribution across wide angles.

Nitrification and denitrification reduce ammoniacal nitrogen in poultry manure, enabling stable anaerobic fermentation without dilution.

Merged supply and recovery flow paths reduce excess nutrient usage and structural complexity while maintaining independent unit control.

A thermal processing system converts animal waste into oil and water using a reactor vessel equipped with auger blades.

A self-supporting agricultural seeder integrates seed delivery, slow-release fertilization, and soil preparation into a single unit.

A rotary distribution device uses sensor feedback to control motor speed and chamber volume for continuous flowable media delivery.

Plasma synthesis converts ambient air into liquid fertilizer, eliminating high-energy Haber-Bosch emissions.

A tubular planter device uses a segmented U-shaped body and actuating mechanism to insert seedlings into the ground.

Tension-loadable connecting elements absorb inertial forces during acceleration, reducing wear on vehicle components and stabilizing the spreader arm.

Segmented longitudinal slot outlets distribute liquid manure uniformly while reducing odor nuisance through ground-level release.

Mechanical slurry stirring and discharging removes saline-alkaline layers from paddy fields, reducing amendment costs below 1,000 yuan per hectare.

Threaded elongated tube adapter attaches to garden tool prongs to punch uniform seed holes, resolving inconsistent manual depth and high machine complexity.

Periodic pressure equalization in the gas passage under a membrane cover breaks flap-valve attachment conditions.

An internal cutter mounted on a shroud cuts solids before they wrap around the shaft, preventing seal failures at low slurry levels.

Independent speed adjustment of spreading units ensures uniform material distribution across varying field shapes and sizes.

Segmented rotors manage solid-liquid ratios without clogging, enabling faster pumpable slurry formation.

A Nutrient Application Forecasting System updates monthly forecasts using weather and crop yield data to guide field application decisions.

Segmented sensor arrays compare measurement signals to identify blocked flow paths, preventing yield losses from incomplete fertilization.

Segmented reel application reduces soil compaction and crop damage while preventing nutrient leakage into waterways during field turns.

Stationary reels and lightweight applicators reduce soil compaction while preventing nutrient leakage into water bodies.

A liquid manure distributor pivots lateral arms on a central axis guided by an elongated vertical hole for height adjustment.

Eccentric reducers and varying diameter tubing maintain turbulent flow in welded stainless steel tubing to prevent uneven delivery caused by viscosity issues.

Mechanical extraction of lignin from manure via ultrasound and water drag yields clean biofuel, eliminating toxic gas emissions from direct combustion.

Segmenting toolbar and roller support reduces bending stress on the tool bar, allowing longer pipe lengths for manure application.

Rotating impeller vanes thrust bedding material upward against a housing deflector to redirect flow, reducing manual handling time.