Manure Treatment TRIZ Cases

A hopper stirrer promotes mass flow and steadier metering wheel filling, reducing funnel flow and patchy road-surface distribution.

Nested curved pipes and an actuator let a manure pump nozzle aim in multiple directions while fitting tight pump-out holes and limiting leakage.

Extendable booms and targeted agitation improve solids suspension across manure pits, preserving capacity and nutrient consistency.

Distributed one-way air valves at each outlet prevent vacuum blockage, while V-shaped cutting teeth improve slurry maceration and flow.

Pressure-difference feedback and slurry composition sensing adjust valve flow in real time to keep nutrient spreading consistent despite speed and state changes.

A V-profile furrow shaper integrates soil sensing and fluid dosing in one pass to improve seed contact, measurement accuracy, and crop establishment.

Acidifying stored farm manure to pH 4.5-6.8 and adding a cyanamide salt cuts harmful gas emissions without repeated pH adjustment.

Vertically adjustable support pieces and movable prongs let one gardening tool set seed hole depth and spacing with aligned precision.

Sliding flanges keep heavy end faces partly attached, giving fast access to knives and counter-knives for maintenance and flow-rate changes.

The wheel forms ground depressions and tracks that guide repeat passes, enabling exact placement of solid or liquid agricultural matter.

Sheet-metal plungers may bend during repeated compression; molded plungers retain their shape and form uniform, reusable blocks for seed starting.

A biodegradable, foraminous cone and mesh screen retain grass seed, fertilizer, and soil while allowing water through and limiting washout.

Fractional rule marks, a triangular tooth, and a flattened shank help children make planting holes at consistent depths while storing the tool compactly.

This case uses apertures, cradles, and a curved draining base to improve adaptable support and simplify garden maintenance.

A seed planting apparatus uses a piston tube and lever to lift soil and deliver seeds through a conduit.

A hinge mechanism uses upward-extending booms and support arms to retract nozzles within legal transport dimensions while maintaining leak-tight attachment.

Front-mounted acid tanks on mobile units enable controlled injection of acid into slurry, reducing ammonia emissions while minimizing hazardous handling risks.

A seedling transplanter uses a swinging movable insertion member to securely hold soil and plants during extraction.

Decoupled aquaponic system segments pH control to maintain optimal ranges for fish and plants, reducing nitrate levels and fertilization needs.

Segmented pressure lines with independent pumps compensate for slope-induced gravitational differences, ensuring uniform manure distribution.

Separating manure into fractions reduces processing volume and energy consumption while preserving cellulose fiber integrity during delignification.

Multivalent oxygen ion allotropes generated by ultraviolet light and magnetic flux oxidize livestock waste contaminants.

Valve control system uses row pressure and flow meter data to adjust liquid application, preventing clogging and ensuring consistent field coverage.

A cascading liquid separating device uses progressively narrower passages to increase wringing pressure and extract water from solid mixtures.

Merging the chassis frame with delivery lines eliminates separate pipelines, improving ground clearance and reducing manufacturing complexity.

A mobile terminal transfers incoming calls to a server for reminder processing via messaging applications.

A distributing device routes gas feed through a hollow drive shaft to free peripheral space for additional manure outlets.

Work vehicle sensors detect sentinel plant characteristics to determine implement actions for field operations.