Small Article Dispensing TRIZ Cases

Transparent ABS walls enable visual inventory of controlled substances in ambulances while maintaining tamper-resistant seals.

A child-resistant dispensing closure uses a push-and-turn outer cover to secure medication inside a container.

Segmented pushers with gear wheels extend transfer distance while preventing belt slipping and reducing mechanical complexity.

A teat cup magazine uses a self-supporting cylinder profile to integrate attachment zones and guiding tracks for milk tubes.

A flexible retaining wall deforms under force to allow robot gripper access, resolving the trade-off between component retention and mechanical interference.

Sandwiched rotatable cover uses projections and cutouts to prevent free rotation, stopping battery spillage while allowing sequential access.

A product dispensing clock automates daily reward delivery to maintain user engagement during event countdowns.

A segmented pellet delivery system uses a hopper, loading assembly, and projector to eject pellets via gravity or spinning wheels.

A medication dispenser uses a rotating wheel to release doses onto a central concave surface for reliable collection.

A rotating pill dispenser uses a ratchet wheel to align medication grips with a picking opening.

Adjustable width and height restricting members enable a compact drug feeder to handle diverse drug sizes without increasing device footprint.

A reusable outer shell houses a disposable inner cartridge to balance product protection with easy disposal.

A medication dispensing container uses segmented passageways and a detection arrangement to verify waiting chamber fill status before dispensing.

A pharmaceutical dispensing system uses a graphical user interface to assign specific administration times for patient medications.

A cap device with a screw thread coupling and locking mechanism prevents unintentional detachment from containers.

Segmented sealing sheet uses tearing lines to peel bottom layers, preventing adhesive glue contamination on flanges and accidental reclosure.

A side-loading pill organizer uses push-ejected drawers to eliminate hinged lids and enable adjustable compartment sizes.

A drug dispensing device uses a hydrophobic plunger coating to prevent saliva ingress during oral administration.

Segmented cup-shaped inserts push through lidding foils to completely empty compartments, avoiding complex unpeeling mechanisms and preserving powder integrity.

Segmented support and latchable insert components reduce manufacturing complexity while maintaining child resistance.

A blister pack with alternating lateral profiles enables precise displacement of the inhaler strip.

Internal locking members engage container protuberances to fix the ring position, resolving the trade-off between timing reliability and device complexity.

Compressing the outer shell flexes the structure to unlock a catch arrangement, enabling single-action opening for users with limited dexterity.

Single-use tray and spatula eliminate cross-contamination risks from reused tools, ensuring patient safety.

A sealed delivery unit uses a pumping chamber to generate rupturing pressure for medication extraction.

Pivotable casings segment storage from dispensing to resolve child-resistance versus ease-of-use contradictions while preventing accidental puncture.

Slidable blister nodes engage housing slots to prevent child access while maintaining senior-friendly operation through dynamic multi-step mechanisms.

Segmenting the architecture into independent patient, caregiver, and pharmacy centers manages data complexity while enabling real-time adherence tracking.

A pivotable dispenser uses a blocker arm to hold one consumable product, preventing spillage and ensuring accurate dosing.

Automated suture dispensing system reduces needle stick injuries by tracking inventory levels and generating real-time usage alerts.

A snack dispenser uses a rotating tray and slidable lid to index compartments for controlled access.

An extendable rod pushes filter components into narrow recesses, resolving the trade-off between ease of operation and device complexity.

A tamper-indicating dispenser uses elastic rotor deformation to secure tablet containers against unauthorized access.

Segmented compartments and elastic resealing maintain product purity while preventing contamination from air exposure.

Retention wings on the housing module engage slots in the outer sleeve to locate the electronic device, resolving adhesive reliability issues.

A microtablet dispenser uses a rotatable reservoir disc to align specific dosing arrays with apertures for precise medication delivery.

Segmented compartments and a magnetic latching system prevent accidental spilling while maintaining a compact structure for daily supplement use.

A granule dispenser uses a rotating selector disk with protruding members to align apertures for precise dosing.

A dispenser hook component catches and removes adhesive tabs from miniature batteries during sequential movement.

A paper package uses a tab and hook mechanism to prevent complete extraction of contents.

A medicament package uses a sleeve and slide mechanism with biasing means to resiliently return the slide to a secured position.

A slidable container uses engaging projections and grooves to lock the lid securely.

A semi-automatic tablet dispenser uses a side-mounted chute and movable gate member for gravity-fed dispensing.

Dual tray cavities secure vials and restrain caps during ambient transport, eliminating bulky thermal insulation waste and reducing shipping costs.

A mechanical dispensing device aligns and fills solid portions coaxially using a manual rotation mechanism.

A child resistant blister package uses a tab strip and pull tab mechanism to access items through a gate.

Tearing lines on the top layer allow cover pieces to peel away, preventing adhesive glue contamination of pills.

A pivoting cover container uses an apex hinge to transition between open and closed positions.

Movable cover seals collection region to prevent tampering while enabling controlled dispensing of drug pellets.

A programmable pill dispenser uses a motor-driven pick-up member to move medication from storage compartments for automated delivery.