Adhesive patch with central opening guides puncture to prevent tear propagation, eliminating loud noise and projectile hazards.
A portable balloon tying tool uses a U-shaped cantilever to secure and knot balloons without air leakage.
Different specific gravities in the hub and ring concentrate mass to improve flight accuracy and distance while maintaining grip comfort.
A water balloon fill and knot device uses a ball pivot valve to control fluid flow through a stem channel.
Segmented balloon halves attach to vertical poles via zippers, eliminating helium costs and continuous blower maintenance while preserving display visibility.
A multilayer latex balloon achieves a highly reflective metallized mirrored finish through specialized aluminum pigment application.
Moldable adhesive ring inside balloon neck forms gas-tight seal when tensile force exposes the material, enabling rapid reuse without manual knot tying.
An inflatable toy plane assembly uses detachable wings and tail stabilizers connected to a fuselage via integrated valve mechanisms for rapid inflation.
A container sealing device uses internal valves to fill and seal multiple vessels simultaneously.
Segmenting the tether into multiple lines resolves flight instability from oscillating fans by maintaining lift zone position.
An expanded polystyrene foam ball seals the nozzle during deflation to prevent air loss, reducing single-use waste.
Multi-function drones indirectly control hovering playing objects via video feedback, expanding traditional ground sports into competitive 3D aerial gameplay.
A balloon filling device connects to a pressurized fluid source and includes a detachable tying mechanism with a slot and bevel design.
A detachable wheel mechanism allows the flying vehicle to switch from ground taxiing to air flight, resolving versatility and complexity trade-offs.
An integrally formed blister wing replaces rigid rods, reducing weight and structural complexity while maintaining flight stability.
A drone-based discharge platform delivers special effects from controlled aerial positions using GPS-guided navigation.
A gift box inflates a hidden balloon via an internal pump mechanism activated by the recipient.
A portable balloon tying device uses a U-shaped cantilever to guide material for secure knot formation.
Tethers and pulleys manipulate appurtenances on a lighter-than-air portion, resolving the trade-off between static simplicity and dynamic versatility.
Segmented shells and nested components reduce weight while rotatable fingers enable diverse gameplay modes.