Pharmaceutical Containers TRIZ Cases

Shared partition walls in polygonal receptacles raise packing density while simplifying injection molding and improving stiffness.

An elastic cage locks a stopper with constant pressure, preserving vial visibility while improving long-term sealing and automated closing.

A sealed urine collection assembly enables sterile sampling and controlled drainage while reducing CAUTI risk and bodily fluid exposure.

NFC authorization and electronic latching restrict medication container opening to scheduled time windows, helping prevent early access and overdosing.

A clamp, faceplate, and spring-loaded panel stabilize medical vials for single-person aspiration, cutting prep time and needle stick risk.

A disposable sterile fluid circuit mixes concentrate with purified water at the point of care, cutting bag waste while staying cycler-compatible.

A handheld vial adapter and fill rod simplify medicament cartridge filling, improving fill success and reducing insulin waste.

Multiple heat-seal and cooling steps limit boundary thickness differences, preserving gas barrier performance while keeping infusion bag dissolution force low.

A non-DEHP red blood cell collection container cuts DEHP exposure while preserving blood processing flow and storage quality.

A rotating sleeve aligns with segmented pillbox cavities to improve dispensing while male-female fittings keep stacked boxes stable and reduce spillage.

RFID-linked container data enables patient-specific filling, reducing active ingredient waste while improving traceability and logistics safety.

A non-porous citric acid outer coating masks stent surfaces to reduce thrombosis and support faster endothelialisation.

A second sealed outlet lets a hermetic blister pack protect the dose in storage while enabling targeted, controlled release by heat or pressure.

Filters, valves, and a regulator assembly keep vial pressure stable during extraction or injection to reduce leakage and contamination.

A buffered adenine-dextrose sugar solution with non-DEHP plasticized bags keeps RBC hemolysis below 1.0% during extended storage.

A polymeric shell gives cryogenic drug vials a dry labeling surface while reducing handling risk, impact damage, and tampering.

A self-contained recirculating washer cleans bottles and nipples with steam, spray, and rinse cycles while using far less water and energy.

When medication data reads fail, the apparatus changes the reader’s relative position to retry retrieval and reduce medication errors.

A tuned aluminosilicate glass composition balances formability with ion exchange and chemical durability to reduce breakage in drug containers.

A non-circular breakable seal creates multiple opening points in blood bag tubing, preserving flow area and reducing hemolysis risk.

Localized thin and thick wall sections let a medical cap deform where needed while preserving airtight contact and limiting liquid leakage.

A functional copolymer in antimicrobial and antithrombotic articles reduces adhesion of proteins, blood components, cells, and bacteria.