Capsule Delivery TRIZ Cases

Elevated die roll surfaces accommodate excess gel at cavity corners, maximizing leading and trailing seam contact to prevent leakage from crooked sealing.

Applying a prill coating above 85°C forms a Maillard reaction product that prevents oxidation of polyunsaturated fatty acids.

A fixed-dose combination medication merges five heart failure agents into one pill to restore respiratory rate and oxygen saturation.

A polyampholyte protectant forms a three-dimensional bonding shroud around biological cells, reducing inflammation while maintaining viable cell quantities.

Segmented mini-tablets coated with pH-dependent polymer ensure consistent drug release timing and therapeutic levels in the small intestine.

A carrageenan and starch composition with controlled viscosity forms soft capsules on standard rotary die equipment.

Administering vitamin C and chromium-free vitamin K modulates NFκB levels to halt disease progression where conventional methods only palliate symptoms.

Integrated weighing station measures capsule weight during intermittent motion cycles using transfer means and gripping elements.

Electrical linear actuators drive dosing pistons to adjust chamber volume, resolving inconsistent dosing of difficult-to-compact granules and micro-tablets.

Segmenting the interior volume with a divider prevents chemical interactions between drugs, maintaining stability and purity.

Merges sedating antihistamines with indole-based supplements to treat menopausal insomnia and circadian rhythm disorders.

A capsule filling device uses a movable suction head to eject filled capsules and clean receptacles within a single rotary station.

Partitioning walls divide the die pocket into multiple chambers, preventing chemical incompatibilities between fill materials.

A chewable softgel capsule shell uses a balanced gelatin and plasticizer matrix to deliver flexible, non-sticky textures for oral ingestion.

Hydrolyzed starch film composition with gellan gum and plasticizers creates flexible capsule shells.

A segmented dosing disk uses detachable thickness adjustment plates to modify capsule filling volumes without replacing the entire unit.

A fluidized dosing unit displaces chambers through a reservoir to collect and release particulate material without mechanical compression.

Treating starch with debranching enzymes reduces viscosity while boosting film strength, resolving the trade-off between material flow and capsule durability.

Segmented ventilation grooves enable controlled air entry to prevent negative pressure buildup, reducing alternating impulse and capsule damage.

Alcohol extraction and fluidized bed granulation produce a Desmodium styracifolium capsule formulation with enhanced dissolution properties.

Enteric coating protects withanolides from stomach degradation, enabling sustained release that alleviates post-COVID fatigue and cognitive impairment.

An emblica extract composition maintains oxidative phosphorylation efficiency in retinal cells.

Pre-alkylated melamine resin encapsulates acidic materials at low pH, preventing premature polymerization and ensuring durable shell formation.

A segmented pharmaceutical shell releases active ingredients at specific gastrointestinal sites using site-soluble materials.

A crush resistant shell prevents premature release during mammalian predation, ensuring the drug dissolves only in reptile intestines.

Integrating the control cabinet within the machine housing eliminates external cable routing, reducing contamination risk while improving signal quality.

Dichrostachys glomerata extract addresses limited treatment effectiveness and side effects by neutralizing the virus without accumulating harmful body effects.

Independent pneumatic cylinders and a shared limiter element selectively eject defective capsules to reduce rejection rates.

Composite solubilizers dissolve high concentration taxanes without precipitation, resolving the contradiction between drug loading and solution stability.

Replacing gelatin with carrageenan eliminates animal-derived BSE risks while maintaining acid-resistant integrity for targeted intestinal drug release.

Segmented dosing units with detachable coupling eliminate complex trolleys, reducing maintenance downtime and installation costs.

Immediate release capsules containing enclomifene replace slow-release tablets to resolve the contradiction between treatment effectiveness and side effects.

Integrated gelation merges shell formation and coating to cut production costs while ensuring gastric stability.

Bottom tamping plungers complement top plungers to reduce required stations from six to five, decreasing machine weight and powder wastage.

A nanocrystalline cellulose blend reinforces thermal gelling cellulose ethers to create high-strength binders for ceramics and pharmaceuticals.

Vegetable oil encapsulation prevents gastric irritation while enabling targeted intestinal delivery of sulforaphane.

Gel mass formulation incorporates controlled alkaline agents to dissolve acid-insoluble polymers, eliminating volatile compounds that complicate manufacturing.

Segmented gelatin shells isolate immiscible liquid phases, preventing ingredient reactivity while maintaining single-dose compliance.

Melt extrusion forms a glassy matrix with low molecular weight sugars to minimize surface flavor while maintaining controlled release stability.

A gastro-resistant soft capsule shell blends high acyl gellan gum, low acyl gellan gum, and starch with a plasticizer to form a durable matrix.

Segmented axial recesses allow air escape throughout engagement, preventing pressure buildup and leakage before the cap seals tightly.

Polydopamine coatings prevent core diffusion during harsh solvent exposure by forming a virtually impermeable membrane via aromatic stacking.

A casting method shapes granular starch mixtures into films using temperature increases to induce gelatinization and solidification.

Continuous winding with baffles reduces residence time variation and maintains encapsulation integrity during high-throughput production.

A drying station maintains 50 to 90°C temperature and 20 to 90% relative humidity for thermogeling capsule components.

N-acylated fatty amino acids mediate cannabinoid uptake in oral formulations to stabilize pharmacokinetic profiles.

Flowing chilled liquid baths transfer heat from hot-filled softgel capsules, preventing gelatin deformation and maintaining shape uniformity.

A hydrogel capsule loading method uses saturated aqueous solutions to drive volatile substances into an oily interior.

A liposomal formulation encapsulates the NMITLI118RT+ extract to enhance bioavailability and protect active compounds from degradation.

Sequential capsule transfer maintains filling machine productivity while enabling accurate net weight calculation via pre-stored tare weights.