Cultivating Equipments TRIZ Cases

Disposable paper molds replace durable plastic tools to eliminate cleaning steps and reduce storage volume while maintaining controlled growth environments.

Spring-loaded collection systems maintain net tension while pivoted arms enable rapid deployment and removal to reduce manual labor.

Segmented sections with a spiral stem tunnel constrain plant shape and reduce resource consumption by regulating energy expenditure through light deprivation.

A biodegradable starch planter pot features an outer silicon layer to provide water resistance and structural durability during seedling growth.

Arched walls on a plant pot tray resist bending and cracking while reducing material usage.

Segmented breeding stabilizes inbred lines to resolve the trade-off between genetic diversity and hybrid uniformity.

A pneumatic date palm pollinator moves pollen through a carrying tube using an air pump and fan assembly.

A hybrid tomato plant merges pepper genetics to produce fruit with a unique lobed shape and hardy skin.

A continuous process heats lignocellulose suspensions through double-pipe apparatuses to produce sterile substrate.

Modular insulated shipping container houses automated substrate preparation and pasteurization systems.

Rotatable rails with fork members pull carts into harvest frames, improving productivity while managing device complexity.

Motorized cable suspension adjusts double-sided adhesive curtain height to trap insects and eliminate pesticide residue accumulation.

A modular soilless cultivation device segments production into independent units to enable flexible urban installation.

Segmented cellular retainers prevent wind erosion while promoting interwoven root growth, reducing land and labor requirements.

Connector arms fix post angles during manufacturing, eliminating difficult ground positioning and underground obstacle interference.

Organic waste composite pots resist moisture during storage while decomposing in soil to enrich nutrients and reduce transplant shock.

Magnets fix a thin film filter in hydroponic trays to block soil and dust, preventing perforation clogging.

Segmented clips with elastic constraints enable mechanized deployment in deeper waters, reducing labor costs.

Embedded drip irrigation pipes maintain optimal casing moisture while preventing fungal disease through segmentation and barrier mechanisms.

Porous ceramic particles reinforce hydraulic mulch matrices to enhance water and oxygen permeability through the fiber structure.

A plant container uses a side-mounted drainage spout to direct excess liquid into a collection system, preventing spillage and simplifying removal.

Articulated curved arms slide along a support rod to accommodate vertical growth while preventing stem breakage.

A pivot arm trellis system guides fruiting wires into a trench to protect cold-sensitive scions.

A landscaping carrier uses expandable cross-assemblies and a flexible net to secure bulky objects during transport.

A transformable rooting plug unfolds to expose its inner surface for easy plant insertion and folds to stabilize the growing medium.

A continuous liquid culture system produces arbuscular mycorrhizal fungi using branched root material.

A removable potting insert with handles allows easy plant transplanting without root damage.

A trellis post profiled with a driving edge and cutting edges enables efficient assembly.

A drill combines a helical spiral with blade elements to create planting holes in substrate.

Rotating swing arms with a linear grid separate vine shoots to prevent foliage shading, ensuring uniform sun exposure and reducing manual labor.

Transparent alveolar panel incorporates sealed hydraulic channels for pressurized liquid circulation.

Mechanical seeder plants triploid seedless and enhanced pollenizer watermelon seeds together in one tray.

Cam-profiled holes constrain rotation and block movement, eliminating internal mechanisms that fail due to dust or debris.

A heating cable attaches to a trellis fastening wire to transfer thermal energy directly to fruit plants.

Rotating trellis arms with the turntable resolves structural interference, enabling full plant rotation for uniform light exposure.

Physical barriers block Papaya Ringspot Virus transmission via aphids, eliminating pesticide reliance and ensuring virus-free harvests.

A plant pot cylindrical section below the stacking rim guides pots during stacking to form a stable stack.

A securing part stabilizes the operating lever of an agricultural connector to prevent band loosening during transport.

Free-floating macroalgae ranches drift in ocean eddies to enable large-scale biomass production without fixed aquaculture infrastructure.

A wire fastener placing apparatus uses a continuous angular position sensor to control motor speed and component positioning.

A fastening device with guide means and mounting means allows independent adjustment of movable wires along transverse displacement paths.

Elevated drainage openings segment the tray bottom to prevent root congestion while maintaining efficient watering.

Composite coatings supply nutrients while preventing soil pollution from plastic waste.

A fabric sack with a fine mesh encases the plant root ball, blocking pests without chemicals.

A plant starter tray featuring a perforated floor and reinforcing ribs supports multiple plants growing together.

Removably joined panels on a base platform enable soil changes and size adjustments without extracting the plant, preventing root damage.

A placement device uses a connecting part and adjustable transmission to move guides perpendicular to the gutter for width changes.

Parallelepipedic vine tying clip features complementary male and female fixing means for assembling continuous bars without adhesive bonding.

Segmented pots with nested inner containers resolve stability versus replacement trade-offs in stereo greening walls.