Fireworks TRIZ Cases
- Pivoting Pyrotechnic Tube Mounting for Adjustable Angle Locking
A pivoting mounting bar with locking positions secures pyrotechnic tubes at adjustable angles, cutting setup effort while maintaining stability.
- Skyrocket Holding Structure With Clamp and Wind Guard Stability
A clamped holder mounted on a stable base keeps skyrockets upright, resists wind, and enables safer, more controlled ignition.
- Modular Pyrotechnic Carrier Profiles for Flexible Mortar Firing
Segmented metal profiles with articulated joints accommodate varying mortar diameters, reducing storage volume and assembly complexity.
- Firework Fuse Positioning Mechanism for Safe Ignition
A firework ignition means connects to a receiving part via a positioning means that mechanically separates the fuse from the pyrotechnic body.
- Retention Clip for Illumination Flare Igniter Safety
Segmented retention clips prevent inadvertent flare ignition from drops while enabling reliable deployment via parachute force.
- Rifled Mortar Launcher for Controlled Aerial Shell Trajectory
Internal rifling rotates aerial shells during launch, reducing propellant consumption by 15% while enabling complex pyrotechnic effects patterns.
- Pyrotechnic Support Apparatus With Modular Dividers And Pegs
Modular dividers and pre-positioned pegs in a sturdy base structure resolve safety risks from disorganized pyrotechnic components.
- Fireworks Launch Tube Venting for Smokeless Propellant Ignition
Combustion chamber venting holes stabilize internal pressure to ensure reliable ignition of smokeless propellant charges.
- Parachute Rocket Plug Connector Automation
Segmented plug connector with spring tongues automates assembly, eliminating manual hook hazards while ensuring reliable connection strength.
- Auxiliary Ignition System for Remote Pyrotechnic Firing
An auxiliary ignition system directs a thermal flame horizontally to ignite distant pyrotechnic articles, eliminating moisture-prone fuse failures.