Pharmaceutical Containers TRIZ Cases

A sawtooth-shaped guide groove ensures irreversible displacement of the pressure actuating element, preventing unintended actuation during fluid transfer.

Automated system tracks prescription orders and routes them to specialized fulfillment sections.

A pill sorting apparatus uses a sliding outer sleeve to align holes in a trough for automated transfer.

Nested recycled housings house liquids and pills, reducing plastic waste pollution through discarding and recovering principles.

A blood bag partitions air and blood into separate compartments connected by a gravity-driven communication path, preventing air inflow during collection.

A medical fluid connector integrates an emitter structure to release antimicrobial agents directly into the fluid pathway.

An upper shell recess and elastic plastic films retain biopharmaceutical liquid bags, distributing impact forces while accommodating varying bag volumes.

Oval cross-sections with opposing fins resolve fitting accuracy issues in therapeutic bag manufacturing.

Segmented pliable sleeves with positive-negative coupling resolve bulkiness and confusion risks in multi-vial medical transport.

Carbon dioxide permeable bags preserve red blood cells by maintaining metabolic balance and reducing hemolysis during extended storage periods.

Universal mixing vessel adapter connects to any bottle neck size via modular skirt design, resolving incompatibility between capsule and container dimensions.

A medication dispenser with primary and secondary controllers enables continuous operation during component failure.

Zeta-potential analysis identifies compatible IV-bag materials for BiTE drugs, preventing degradation during reconstitution.

A medication container uses a rotatable lid and programmable computing device to track dosages and display information.

A medical liquid container uses a gas-tight outer shell to pressurize an inner vessel and expel fluid through a valve device.

A flexible pouch uses shape memory material to transition between collapsed and expanded states for biopharmaceutical fluid containment.

A self-cleaning porous layer on blood contacting surfaces utilizes fluid momentum to repel platelets during cardiac cycles.

Partial Least Squares regression converts reflected RF signals into constituent data, resolving automation complexity while ensuring manufacturing quality.