Cultivating Equipments TRIZ Cases

Segmented fastening elements and sliding mechanisms reduce installation complexity while preventing vegetation interference.

Three wire rope cabling systems anchor trees on roof decks by transitioning from slack to tension states during wind events.

A container system uses capacitor plates and electromagnets to apply controlled electrostatic fields to biological samples in microgravity.

Stacked modular trays rotate around a central shaft, enabling high-density vegetable production within limited floor space.

A reciprocating panel with vanes levels mushroom compost before compaction, preventing spawn damage from uneven density.

A disposable utensil handle contains a plant seed sealed by a biodegradable barrier film.

A helical suspension arm trellis system positions canes at 60 inches to guide downward shoot growth.

A plant pot assembly uses a removable basin and drain plug to control fluid flow between soil and collection cavities.

Portable potting machine fills substrate into ornamental plant pots directly on the cultivation bed, eliminating manual transport labor.

Acrylamide copolymer concentrate retains soil moisture without adding salts, preventing salinity buildup and chemical leaching.

Pulsed UV-C light eliminates pathogens on plants without damaging growth, avoiding the long exposure times of continuous treatments.

A biodegradable bag serves as both shipping container and weed barrier layer.

A plant dock uses a buoyant base to keep the container above liquid surfaces.

An underground stake system uses a ridged w-unit saddle to anchor the root ball, eliminating exposed metal hazards and lawn maintenance interference.

A hand-held binding apparatus uses a tension adjusting mechanism to maintain optimal wire tension during agricultural operations.

Canola hybrid 45CS41 utilizes segmented male sterility lines to ensure uniform trait inheritance and stable disease resistance.