Capsule Delivery TRIZ Cases

Fixating bulges on the cap engage recesses in the basic body to form a permanent mechanical interlock that prevents disconnection during needle piercing.

A PUFA-enriched cooking oil composition lowers circulating oxidized LDL-beta-2-glycoprotein 1 complex and myeloperoxidase levels to treat atherosclerosis.

Supercritical fluid deposition coats capsules with active pharmaceutical ingredients, preventing chemical incompatibilities between distinct APIs.

Predict drug release profiles via molecular weight modeling to eliminate iterative in vitro testing and reduce development time.

Segmented delivery of metformin to the distal small intestine reduces gastrointestinal complications while maintaining therapeutic efficacy.

A composite capsule formulation uses a tablet shaped to match the internal space, eliminating voids to increase charge rate and reduce swallowing difficulty.

An oral delivery capsule bypasses digestive dissolution by using a mesh-covered port to release gelled medicine directly through oral mucosa.

A portable device mechanically collapses and locks a gastroretentive dosage form into a compact configuration for patient self-preparation.

Gellan gum and HPMC shells resist cracking from supercritical herbal extracts, ensuring non-GMO compliance and stable supplement storage.

A hypromellose film composition maintains stable viscosity at 50°C through specific methoxy and hydroxypropoxy group contents.

Modified starch composites eliminate gelatin fragility and electrostatic issues while ensuring biocompatibility.

Opposite-direction acceleration generates tear-off forces that detach sticky powder compacts from the plunger, ensuring accurate metering.

Short-chain carboxylic acids promote regulatory T cell proliferation and modulate the intestinal microbiome.

Segmented housings and rotatable members align passageways to fill capsules, reducing system complexity and maintenance costs.

Segmented syringe units with coordinated plungers deliver simultaneous fluid doses, resolving single-fluid delivery limits in softgel encapsulation.

Escapement elements block and feed products while a photo detector counts them, eliminating complex weight checks.