Cultivating Equipments TRIZ Cases

A fabric pot uses a waterproof upper layer to retain moisture within the growing media.

Replacing sawdust with a mixture of rice bran and edible ingredients increases the reactive oxygen scavenging capacity of truffle fruiting bodies.

Unsupervised learning analyzes picking operation images to build a decision model that selects high-quality mushrooms without predetermined rules.

Vertical sliding guides adjust training wire height to resolve conflicts between automatic pruning efficiency and vegetation adaptability.

Two-tier strip conveyor assembly moves excess soil through gaps to inclined return belts, preventing jamming from varying consistency.

Segmenting the container and ring allows injection molding of realistic undercuts while avoiding difficult mold removal costs.

Pepper hybrid SVPS2625 uses segmented breeding to produce uniform plants with high sugar content and virus resistance.

Dynamic control system adapts growing profiles to consumer requirements, resolving standardization versus versatility trade-offs.

Staggered link pieces joined by non-water-soluble adhesive extend planting intervals, eliminating uneven separation caused by folded extension portions.

A propagation tray uses air cells to guide root growth and prevent malformation.

Profile struts stiffen a plastic plantpot dome base to convert bending forces into tensile loads absorbed by peripheral walls.

Dense light strings deliver infrared radiation to protect new shoots from frost while reducing water consumption.

A planter assembly uses a nested turntable to rotate an inner container, resolving the trade-off between structural stability and plant orientation.

A collapsible pallet box uses tenon joint locking mechanisms to secure detachable panels for reusable plant housing.

A portable electric binding apparatus uses reciprocating arms to automatically bind vine-shoots to support poles.

Compressed nutrient blocks eliminate bag removal complexity while boosting morel production efficiency.

Cuttable radial connector strips join annular cover elements, allowing diameter adjustment to fit varying plant sizes without complex manufacturing.

A linked-chain gutter system connects plantlets with biodegradable materials to enable dense planting and automated robotic handling.

A horticultural binder uses a detachable heating cable to melt synthetic resin tapes for secure binding.

Slatted projections on a flexible sheet enable vapor exchange while allowing easy reconfiguration without damaging plants.

Developing homozygous parent lines via preliminary action ensures genetic uniformity and reliable performance across generations.

A gravity-fed potting apparatus uses a buffer and valve to release substrate via chutes.

Segmented vine post hooks use lateral protrusions to force wire trajectories, preventing accidental detachment from wind or vandalism.

Quick-release fasteners lock transverse arms into sheet metal legs, reducing assembly time and preventing loosening from wind loads.

Biodegradable socks cover vine root masses to prevent circling, eliminating lost pot waste in fields.

A tree staking device uses a lower ring and upper collar to stabilize the trunk while allowing natural sway.

A rotatable lock member pivots on the clincher arm to grip tape with minimal urging force.

Sloping cords expand the growing area to resolve the contradiction between minimal ground footprint and adequate plant sunlight exposure.

Rotating peripheral portion of a protection plate adjusts nozzle orientation for divergent air jets to enhance leaf removal power.

Chlorine dioxide treated water eliminates parasitic fungi and bacteria in mushroom substrate, preventing contamination without chemical residues.

A seed starting tray combines a rigid upper portion with a flexible lower base to facilitate plug ejection.

A plant tray assembly uses an extension system to move plant holders along a central rib, doubling surface area while maintaining width.

Replacing hydraulic actuators with compressed air eliminates toxic fluid leaks while maintaining actuation force.

A transfer device moves substrate strips from growth shelves to picking racks.

An agricultural clip uses a curved protrusion to define a receiving space for secure attachment of plant material.

Base channels engage tray rails to orient pots and expand inner surface area, resolving manufacturing simplicity versus adaptability trade-offs.

Segmented partition members and embedded anchors secure a plant container soil cover to prevent spillage.

A modular planter box uses interlocking side walls and bottom wall grooves to enable tool-free assembly of customizable storage cavities.

Cast cement base anchors ground cables to distribute wind forces, eliminating surface trip hazards.

A biodegradable wire holder with a flexible tongue secures tensioned wires to posts for vine trellising.

Asymmetric angled front walls form recessed cavities that integrate planters into the wall structure, eliminating tripping hazards from protrusions.

Vertical alignment wire with curved hook guides plant support brackets to prevent slippage and installation errors.

Introgressing quantitative trait loci into cultivated tomato plants increases fruit firmness.

Segmented containers isolate seeds from direct additive contact to prevent germination stress while maintaining optimal hydration through capillary action.

Segmented mushroom grow assembly uses nesting principles to integrate humidity sensing, lighting, and filtration into a compact unit for efficient transport.

Optimized LS medium raises Terfezia isolation success to 60% by combining specific macronutrients with BAP and IAA.

A modular plant growing tray system uses interlocking male and female parts with a compressed impermeable medium to form leak-proof connections.

A nutrient cartridge assembly uses a follower pin engaging a track system to secure the cartridge within the manifold receptacle.

Diploid watermelon plants produce small edible fruits while providing sufficient pollen for triploid pollination, resolving quality trade-offs.