Vegetable Peeling TRIZ Cases

See how a mechanical switch and double-thread drive screw enable adaptive carriage direction re

See how a cutting tip and lifting member work together to remove onion skin in one go, preventi

See how a floodable peeling vessel uses hydraulic vortex flow to propel bodies through peeling

See how a radially curved abrasive accessory integrates with food processors to enable motorize

See how a swinging peeler blade with urging-member tension control adapts to uneven pineapple s

See how a unified peeler merges slotted blade, citrus slicer, and protrusion-based peeling blad

See how oriented asymmetric teeth on a peeling disc enable efficient peeling in one rotation di

See how an inflatable air sac and arc baffles secure citrus fruits with uniform pressure, enabl

See how a detachable abrasive disc couples to a food processor's rotatable tool to enable motor

See how a manually attachable abrasive peeling disc enables potato peeling in a food processor

See how asymmetric tooth orientation enables fast directional peeling in one rotation and polis

See how merging a slotted vegetable blade with an integrated citrus slicer and peeling blade re

See how rod-like peeling rolls with opposite-angled cutting blades rotate vegetables evenly, pr

A cut-and-lift peeling layout removes onion skin and the outer layer in one pass, preventing slit-skin jams and simplifying cleanup.

See how a rotating rough disc abrasively impacts beans in water while a barrier ring and filter

See how 3D surface scanning and adaptive parameter control enable automated peeling of irregula

See how a slicer with pivoting, detachable cutting and mounting devices folds into its body to

See how a T-shaped chute, sliding food holder, and adjustable blade angle enable easy disassemb

See how a segmented cactus tool with scooping tip and parallel cutting edges removes thorns and

A pivoting cutting assembly folds into the body for compact storage, while detachable parts simplify cleaning and reduce dust buildup.

A nested cover handle and centering recess improve one-handed stability, reduce effort, and simplify cleaning of spiral fruit cutters.

Dual-end access and a hydraulic cylinder let operators replace worn abrasive sections on a peeler shaft faster, cutting downtime.

Spring-limited blade motion and linkage pressing automate three-flower tangerine peel cutting while reducing labor, fruit damage, and hygiene variation.

A rotating drive, grabbing mechanism, and adjustable blade guard automate uniform produce peeling while reducing manual handling.

Pneumatic gripping and adjustable blades automate pineapple processing with minimal juice loss.