Stamps TRIZ Cases

A multi-ply wrap label uses a shear-type splice to join base and upper plies into a single strip.

A hollow tube floral pick holds enclosure cards while directing water through gravity.

Integrated sheet combines wristbands and labels via dry lift adhesive, eliminating separate printing steps to streamline patient admission.

Removable identifier transfers from vial to syringe during drug drawing, preventing administration errors.

A comb-like adhesive label couples a threaded member to a container body through strip-shaped fixing elements.

Segmenting embossed substrates into moisture-shielded and glue-contact regions prevents fibre distortion while maintaining adhesion strength.

Pre-forming holes in glass substrates creates radially-extending compressive stress regions that enhance edge strength and minimize damage during separation.

A three-layer heat-shrinkable film uses cyclic olefin polymers to achieve buoyancy-based separation from PET bottles during recycling.

A textured heat transfer label uses a cross-linked polymer layer to create a raised surface finish.

A two-dimensional code uses invisible ink absorbing infrared rays to encode data as a melon-like pattern.

A promotional bag distribution system prints coupons and QR codes on packaging to drive customer engagement.

A release sheet uses a wax layer to transfer graphics onto rubber articles, preventing surface indentation and fluorine usage.

A vehicle interior decorative film with rhinestones uses a folded protective coating to secure edges and prevent damage during installation.

Segmented adhesive labels with micro-perforations wrap around containers to preserve patient data visibility without manual rearrangement.

A co-extruded screwdriver handle embeds an internal identifier structure visible through translucent material.

A dual-faced labeling system uses patterned adhesive regions to replace silicone-coated liners.

Ductile metallic sheet coated with thermoset plastic substrate enables precise bending to match curved surfaces without visible component separation.

A snag-proof animal ear tag design prevents dislodgement.

A label holder uses projections to grip container walls and a channel to retain electronic labels without adhesives.

Composite halogenated adhesive maintains flame retardancy and adhesion durability through laundering cycles, restoring burn protection integrity.

Selective laser curing of UV curable material resolves manufacturing precision constraints to produce high resolution markings on electronic device housings.

A tire repair device uses a folded booklet placard to display multiple language warnings on a single label.

An optical marking system creates unique digital codes on tire sidewalls to enable rapid identification during vehicle maintenance.

A wearable badge attached to shoelaces provides immediate access to person-specific emergency data via a server.

A label applicator uses a guide shoe assembly to press heat-shrink labels onto moving cables.

Hygroscopic fillers enable rapid fluid exhaustion, preventing swimming on polymeric substrates without liners.

Color-changing materials and mechanical ratchets track device usage time to reduce catheter-related bloodstream infection risks.

A multilayer label uses a specific isocyanate crosslinked resin composition to develop laser marks.

A self-adhesive label uses a water absorbent layer to regulate packaging humidity through controlled evaporation.

A porous reinforcement fabric embedded between printable and adhesive layers creates a flexible textile marking element.

A laser head inscribes unwritten marking material directly onto electrical components using a linear pivoting system.

A multilayer surface coating structure directs light through a permeable body to illuminate embedded marks on an absorbing layer.

A heat-shrinkable polyester film uses controlled biaxial drawing to achieve high width shrinkage while maintaining longitudinal tensile strength.

A thermal printer control unit manages label retraction to maintain a printed label at a predetermined position for extended periods.

Dihydrazide crosslinkers modify acrylic polymer chains in a wash-off label adhesive, preventing contamination of alkaline washing solutions.

Radiation-induced structural differences encode invisible patterns in document colorants for machine verification.

A solvent blend joins overlapped edge portions of oriented shrink films to form continuous welded seams while eliminating volatile compound health concerns.

Segmented fastener stock with engagement notches enables a linear feed mechanism to eliminate rotary wheel elasticity errors and ensure consistent cut location.

An adhesive layer secures detachable printable film portions to prevent movement and printer jamming while allowing easy separation after printing.

A detachable connector with a decorative face plate personalizes medical instruments through visual differentiation.

A server converts text parameters into bitmap data for electronic price tags, automating the display update process.

Segmented tag structure enables TSA inspection without unlocking, resolving security and damage trade-offs.

Selective release lacquer creates clean separation zones in the multi-layer structure, providing clear visual tamper evidence without leaving adhesive residue.

An electronic paper display module retains operating parameters after power loss, eliminating manual reconfiguration during device replacement.

Vectorized boundary dots and pulsed raster interior dots resolve the trade-off between marking speed and image resolution within limited dwell time.

Proximity sensors in a card holder detect orientation and trigger a motor to rotate the card, eliminating manual rotation errors.