Small Article Dispensing TRIZ Cases

A child resistant container uses a sliding internal cartridge and hinged covers to secure stored products.

Sliding obturators adjust chamber dimensions to accommodate varying granule sizes, preventing jamming and breakage during dispensing.

A medication reminder assembly uses a movable band to align time indicia for clear schedule tracking.

A sliding gate mechanism moves across a blister substrate to expose medication, balancing child resistance with senior-friendly operation.

Segmented disposable magazines enable self-service medication administration to overcome treatment delays when medics are overwhelmed.

A confectionery dispenser uses a segmented guide to direct product objects onto a dispensing tray.

A child-resistant blister package resolves the contradiction between safety and accessibility through a three-layer design with a weakened tear line.

Tilting side walls displace trapped medication doses to ensure complete ejection, resolving reliability issues in oral dosage packaging.

Perforated unit dose packages allow automated systems to pick exact quantities in one operation, eliminating time lost to multiple picks.

Radial channels in a biasable blister package distribute pressure evenly, resolving the contradiction between child resistance and senior accessibility.

Segmentation separates spent products from new ones in a sealed tray, while thumb ridges improve one-handed lid operation.

A dispensing container uses a slidable tray and button-actuated locking protrusions to secure product storage.

Segmented droplets with anchoring membranes deliver pre-measured doses, eliminating uncontrolled squeezing and reducing fluoride ingestion risks.

Segmented partition walls isolate opposing holders to prevent jamming during simultaneous extension.

Segmented side walls yield progressively while shorter walls tilt inward, preventing dose trapping and ensuring complete ejection.

A medicine bottle cap dial gear mechanism translates user rotation into precise indicator alignment.

A gear-driven stir stick agitates articles in a dispenser container, preventing jamming at the channel entrance and ensuring smooth operation.

Segmented covers with translucent panels enable fluid volume detection without direct observation, resolving privacy visibility trade-offs.

Modular pillbox system manages complex medication schedules by integrating electronic reminders and secure healthcare data access.

A medication booklet tray retains multiple booklets using a sequential tab assembly for dose access.

A dispensing container uses a sliding inner tray and flexible locking tab to secure product contents within an outer casing.

A pill dispensing bottle employs a segmented divider plate to create a controlled chamber that prevents contamination and accidental spillage during use.

Light-resistant packaging prevents impurity formation in laquinimod pharmaceuticals.

Segmentation creates a structured path that prevents tilting and jamming of cuboid or prismatic tablets during dispensing.

A metered pill dispensing system uses an actuatable film to retrieve and deliver medications from a preloaded cartridge.

Overlapping cover sheets enforce a predetermined opening sequence, reducing incorrect dosing and improving patient compliance.

Layered tear promoting means simplify opening procedures while maintaining child-resistant properties for pharmaceutical packaging.

A medication strip features serially connected packets and an end indicator signaling low supply levels.

A multi-compartment package uses a tear strip to separate hingedly attached sections, enabling consumers to reduce the container footprint after partial consumption.

Deflectable projections in the extraction gap ensure single-lid separation while flexible membranes maintain sanitary seals and prevent contamination.

Intersecting score lines in polymer blister tops guide tear propagation, reducing push-through force deviations while maintaining package integrity.

A rotating blister pack mounts inside a closed casing to provide direct access to individual product cavities.

A frustoconical housing with a spiraling race transports individual items to a dispensing end.

A medication container uses multiple buttons to operate segmented locking members for secure access.

A signal processing device transmits signals through breakable lines to detect seal integrity without analogue-to-digital conversion.

Offset blister strips with spacer elements prevent soft tablet damage by enabling gentle lift-out access instead of forceful push-through ejection.

A packaging container uses a slidable blister card and node system to retain contents securely within the housing.

A plastic container uses a reduced-thickness connecting region to break upon first opening, ensuring the head section cannot reclose.

A touchless dispensing system transfers spherical pods from a storage compartment to an access port using a rotating wheel and internal agitator.

A dispenser inner channel uses a prong to prevent product reversion into the storage section.

A housing retains a slidable blister card via a node and slot system for secure storage.

A package pivots at a fulcrum using a lever arm to break a joint, resolving child resistance versus senior accessibility.

A foldable liquid container uses capillary action to dispense control solution.

A packaging slider with a locking edge engages an outer sleeve wall to secure contents.

A two-piece helical feeder tube rotates pills through a defined passageway to ensure continuous delivery.

A rotating rotor with recesses guides tablets past a fixed blade to divide them, eliminating manual sorting and reducing fragmentation during packaging.