Grafting TRIZ Cases

This case combines Lycium rootstocks, potato scions, pollination, and tissue culture to create distant hybridized germplasm.

This case uses 25–50 days of sand storage and standardized hypocotyl grafting to raise survival while reducing Tung tree production costs.

Segmented disposable blades prevent bacterial disease transmission during tomato plant grafting while maintaining operational speed.

A grafting tool uses a guide to position stems for precise slant and tongue cuts.

A grafted plant body combines deer-resistant scion tissue with a susceptible rootstock to confer natural animal repellency.

A grafting device uses ultrasonic welding to secure a thermoplastic tape around seedling joints.

Fusing seedling mesocotyl and radicle tissues establishes functional vascular connections, resolving low graft success rates in monocotyledonous plants.

Cradle guides the cutting blade through a dedicated slot to maintain stem axis stability and correct inclination.

A tubular guide encases an elongate branch to maintain its position and orientation during displacement.

Segmented rootstocks support independent scions to resolve uneven development, reducing pruning labor while maintaining balanced tree architecture.

A resilient tubular graft element with a side opening secures plant stem sections through elastic deformation.

Grafting fruiting scions onto disease-resistant rootstocks creates composite citrus trees that eliminate pesticide dependency while sustaining commercial yield.

External actuators open resilient clamp arms to secure cuttings, reducing damage during manual transfer operations.

A guide through hole directs the cutting blade along a fixed path, preventing stem deformation and ensuring consistent cut positions.

Planting tilted rootstocks in nurseries establishes horizontal cordons that preserve tree vigor and reduce operational costs.

A multi-plant holder secures plants in spaced relation to enable simultaneous cutting operations within a single pass.

A nursery fruit tree with horizontal branches at ninety degrees to the main stem.

Capsicum baccatum rootstocks stabilize fruit yields and improve pathogen resistance in grafted pepper plants.

Elasticized films welded by ultrasonic vibration join plant parts without heat damage, eliminating adhesive failure on trichomes.

Freeze plant tissue at minus 20C to enhance cold tolerance without chemical treatments or gene recombination.

Grafting raspberry scions onto blackberry rootstocks eliminates root suckers and boosts yield while resolving disease resistance trade-offs.

An integrated apparatus automates cutting, scraping, and hormone application through a single pass, resolving labor intensity and processing speed bottlenecks.

An interstock plant bridges vascular incompatibility barriers, enabling successful graft unions across distinct botanical families.

Grafting bridges plant cytoplasms to move mitochondrial DNA, eliminating manual emasculation labor.

A hormone-free culture method uses a high-sugar MT liquid medium to support citrus shoot tip growth without browning.

Segmenting the rootstock into two symmetric trunks eliminates basal shading and improves photosynthetic efficiency while reducing pruning needs.

Image recognition detects plant features to suggest processing options, reducing manual intervention time and sterilization expenses.

Tissue culture creates consistent woody Lycium rootstocks, resolving low survival rates in herbaceous solanaceous vegetable grafting.

Segmented transparent bells trap ambient heat and block wind, resolving the trade-off between effective frost protection and high material costs.