Cultivating Equipments TRIZ Cases

A flexible container with a fastening tab secures to tree trunks using staples or adhesive.

Segmented breeding of tetraploid inbred line TSB-146-1170 resolves genetic non-uniformity to deliver stable, disease-resistant hybrids.

A divider separates drainage liquid from the fill port to prevent water leakage during indoor operation.

A multi-tiered plant growing aid uses adjustable support legs to create stacked mesh panels for vertical cultivation.

A cultivation apparatus shapes beet roots during growth using a constrained cavity to standardize morphology.

Arcuate shaped chambers redirect roots radially to prevent spiraling, while segmented apertures manage water distribution on uneven terrain.

Segmented cutting teeth sever roots while a non-compacting bell removes soil to preserve trellising wires.

Standby groove pre-positions needles to reduce operating force, preventing worker fatigue and improving binding accuracy.

Segmenting the tray into a removable top and rigid bottom prevents root anchoring damage during harvest, reducing storage volume and material waste.

Segmented floor zones separate structural support from irrigation channels, resolving spacing issues that hinder mat irrigation and ventilation.

A holding cap stabilizes cutting blade posture during installation to enable precise mounting.

Curved shaped pole separates fruit growth from support structure, enabling uniform air and sun exposure while reducing topsoil erosion on steep slopes.

Stepped support arms on a rotating fulcrum enable precise limb orientation, resolving the trade-off between adjustment complexity and training accuracy.

Carrot lines produce roots containing 100 to 250 ppm lycopene through specific hybrid breeding techniques.

A rotatable illumination system uses motorized optical focusing to adjust beam area size for targeted plant coverage.

Angled cavities guide wooden posts for wind resistance while padded surfaces prevent bark damage during installation.

Interlocking bracing members secure support rods via aligned holes, resolving the trade-off between structural stability and ease of assembly.

Escapement mechanism constrains rotation to prevent unintended unwinding while enabling precise height adjustment.

Parallel ribs create drainage channels that prevent waterlogging and support root growth in dense plant propagation trays.

A flower pot with a selectively pierceable bottom wall and hollow stud adapts water retention for high or low requirement plants without complex geometry.

A foldable sealing member transforms plant holders between extended cultivation and compressed transport states.

A biodegradable insert directs root growth patterns, reducing soil volume and fertilizer waste while maintaining drainage efficiency.

A pneumatic leaf-stripping system uses a selector to direct compressed air through nozzles of different diameters for adjustable intensity.

An elevated pot riser prevents capillary wicking from an overflow saucer, eliminating manual monitoring and ensuring consistent hydration.

A binder joins cellulose fibers and wood chips, preventing sawdust substrate deformation during handling.

Stackable modules prevent rail contamination by using integrated valves to stop water dripping during transport while maintaining efficient watering.

A mushroom holder uses a cavity and perforations to regulate moisture and gas exchange during growth.

A pick-and-plant head uses a grasper and abutment to orient plant cuttings during automated planting operations.

Replacing manual labor, the system uses vision-guided pneumatic grasping to harvest mushrooms at high frequency without damaging delicate tissue.

Segmented tray inserts with partial walls enable automated removal of plant material while preventing contents from falling out during handling.

Woven PLA and PVA fiber sheets weld into stable, permeable plant receptacles that balance biodegradability with manufacturing simplicity.

A spiral container gardening system uses gravity-fed irrigation to deliver water and nutrients through porous tubing.

Segmenting the planter into separate rim and container components improves cooling efficiency during molding while maintaining structural integrity.

A tapered container base uses a tier of holes to collect drainage via surface tension.

Asymmetric tray walls force pots into fixed orientations, exposing printed identification labels while maintaining drainage holes.

A segmented capsule seed container delivers precise placement and environmental protection for agricultural insertion mechanisms.

An inverted conical planter with a wider base promotes natural root expansion.

Segmented hexahedral blocks resolve rooftop greening limitations by providing versatile, self-draining units that adapt to existing structures.

Segmented base feet provide drainage clearance and stable stacking for blueberry production.

Segmented support layers expand dynamically to accommodate growing plants, eliminating the need for unique custom setups.

Segmented base zones separate rapid drainage channels from simple capillary holes, reducing manufacturing rejects while maintaining irrigation reliability.

Segmented subassemblies surround vertical posts to provide structural plant support while preserving lawn aesthetics.

Movable mushroom beds shift between stacked and extended positions, resolving the trade-off between vertical space utilization and harvester accessibility.

Spaced ribs in fiber baskets maximize air contact with root zones, preventing water residues and improving drainage efficiency.

Indexing elements redirect stems to optimize lower leaf sunlight exposure and boost photosynthesis.

Lowering lift mechanisms pull and push carts along subframe supports, resolving positioning conflicts while maximizing space utilization.

Tapered inserts adjust tray slope on racks, eliminating permanent angles and reducing setup time.

An additive combining an extender with antacids improves uniform mixing in mushroom culture media.