A can opener uses a pointed second arm to pierce the side wall and allow air entry.
Spring-loaded doors automatically seal the enclosure after use, protecting internal components from harsh environmental damage.
A simulated contrast medium replicates fluid flow properties of active agents for medical injector testing.
A heat-sealed glass jar seal uses a primer coating to enable easy opening.
A cam actuated automated can opener rotates sealed cans to insert a cutting blade, preventing food dry out and bacterial growth.
A rhombus-shaped opener with opposite ends engages bottle caps and can tabs using a rigid parallelepiped body.
A dual-syringe system propels adhesive plugs through a flexible tube using a fluid plunger for precise delivery.
A can opening system uses a punch tip to puncture the bottom and extract viscous contents from cans.
Segmented openings and stiffening structures in this metallic container end closure improve pour characteristics while preventing bursting under pressure.
An oblique tear line segments the dispenser panel from the main body, resolving the trade-off between ease of access and carrying stability.
Frusto-conical elastomeric aperture converts compression into torque to resolve safety and efficiency trade-offs in cap removal.