A stretchable labeling sleeve uses a movable flap to secure an object against the container surface.
A pre-attached alignment plate with asymmetrical shapes ensures correct bag orientation, eliminating cleaning time and preventing misalignment errors.
Expandable flexible bodies in modular containers eliminate dunnage needs by matching item dimensions, reducing packaging costs and damage risks.
A passive RFID tag linked to a conductive track triggers an alarm upon physical interruption.
A wooden gift crate converts to a coin bank via a segmented lid with an integrated access slot.
A laminated film structure with a sealant layer and less elastic outer film maintains specific thickness ratios at protruding areas to prevent rupture.
Pre-formed parison embossments collapse into the wall during blow molding to maintain sharpness without compromising structural integrity.
Moveable package portions release aroma from contact point microcapsules upon handling.
Image sensor and external display verify contents without opening, reducing handling time and physical effort.
Hydraulic blow molding forces plastic into mold recesses to create raised braille dots, eliminating the need for separate labeling operations.
Modular detachable components transform static gift bags into interactive items, resolving the trade-off between interactivity and construction complexity.
Embedding sensors in a thermoplastic element resolves the trade-off between accurate condition monitoring and high manufacturing costs for disposable packages.
A foldable container integrates a fill level sensor into its peripheral wall to emit radiation at an acute angle toward the bottom.
Vertical ribs create a gap between the transponder chip and the container wall to enable thorough cleaning and prevent mold formation.
Integrates sensory outputs into beverage containers to monitor product status while reducing manufacturing costs.
A reusable silicone bag features a dual seal mechanism and tactile Braille markings for accessible storage.
Ex vivo pressurized diameter measurement of aortoiliac artery grafts eliminates sizing guesswork and prevents hemodynamic disruptions during anastomosis.