Tyre Repairing TRIZ Cases

A compliant polymer guide separates the gripping tool from the tyre to cut damage risk, reduce manual effort, and simplify head replacement.

A passively rotating hooked end adapts to friction during wheel rotation, reducing bead-edge stress and easing tyre disassembly.

Progressive pneumatic cushioning and intermediate arm stops control bead release, cut cycle time, and reduce tyre and rim damage.

A pivoted removal tool with direct drive enables precise roto-translational bead extraction while reducing tool wear and tyre bead stress.

Ball bearings and a spring-loaded plunger engage spiral spindle channels to clamp wheel rims securely while speeding tire changer release.

Claw-guided tire positioning improves bead sealing into the wheel lip, reducing extra operators and auxiliary air devices.

Automatic wheel rotation sensing keeps the TPMS sensor clear of tools and high-stress tire zones while creating a verification report.

Millimeter-wave radar measures wheel and tool position in real time, improving tire changer accuracy while reducing contact sensor errors.

Radial outlets, angled nozzles, and extendable legs direct high-volume air into compressed tire openings for reliable bead seating.

Synchronized extensible arms and anti-return cams replace bulky cables and brakes, enabling compact tire changing across varied rim sizes.

Segmented levers and rim-engaging spikes replace heavy industrial clamps, reducing device size while maintaining rim stability during removal.

A portable tire seating tool uses a high-pressure gas burst to seat tubeless tires on rims.

Positioning articulation points in specific quadrants converts rotating tire friction into centripetal force, reducing operator effort and preventing jamming.

Segmented energy absorbing units in a tire explosion safety system reduce weight while maintaining containment reliability.

Comb-like auxiliary tool positions tire bead above rim edge, eliminating damage risks from intense forces during reinforced tire mounting.

Compressed air moves a plug in the guiding tube to force sealant into tires, solving insufficient manual injection and orientation limits.

A tire mounting bar uses a polyethylene outer layer to manipulate beads without marring wheel rims.

Articulated levers guide the bead over the rim edge without contact, preventing damage to the sealing region during extraction.

An automatic lifting mechanism raises the heel-pressing tool at a predefined rotation point, reducing excessive stretching stress on the tyre and heel.

Merging separate movement apparatuses into a single rotating mechanism reduces machine dimensions while maintaining full operational versatility.

A pivotally mounted hook on a tool carrier arm uses a tensioning mechanism to hold the tool in a resting position.

A wall-mounted tire changer uses a pseudo axle to suspend motorcycle wheels vertically for efficient mounting and demounting operations.

A wheel clamp assembly uses a recessed surface and annular flange to secure the rim and retain the demounted tire during service.

A pneumatic actuator drives a tool-holder structure while a shock absorber dampens impact energy, reducing machine cost and part wear.

Electric motor drives a bead breaking arm via ball screw transmission for precise linear positioning.

An oblique extension and curved pivot enable one person to lift the second bead from a deep-dish wheel rim, reducing physical exertion.

Roller-equipped fingers rotate to lift tire beads, reducing wheel damage and friction during dismounting.

A temporary coupling apparatus on an oscillating arm automates blade extraction from trapped tire beads, reducing manual operator effort.

A handheld demounting tool uses a telescoping grappling structure to pull tire beads over rim edges via linear drive motion.

Segmented hooks and an intermediary snout guide tire beads around rims, reducing manual effort during insert installation.

Gravity-driven swing mechanisms center wheel rims on fastening devices, reducing operator physical effort during tyre fitting.

Resonant vibration from an exerciser removes bead entrapments, reducing manual oversight and capital investment.

Segmented tool-carrying arms rotate and slide to clear workspace, reducing machine unbalance and preventing accidents during tire mounting operations.