Fireworks system plate for the safe launch of New Year's Eve fireworks
Patent Information
- Application Number
- DE202024002313
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2024-12-05
- Publication Date
- 2025-03-27
- Estimated Expiration
- 2034-12-31
Smart Images

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Abstract
Description
1. Firework system plate made of triple-glued corrugated cardboard
[0001] The fireworks system plate consists of an innovative three-layer corrugated cardboard, glued together lengthwise and crosswise. This construction gives the plate exceptional stability and robustness, withstanding mechanical stress both during use and transport. It is specifically designed to safely support and hold New Year's Eve firework batteries in position. Furthermore, the system plate offers high durability and supports environmentally friendly use through its recyclability. The plate is also suitable for the safe transport of pre-assembled firework batteries shortly before they are set off. 2. System for mounting New Year's Eve firework batteries for safe stand and transport
[0002] The mounting system ensures the stable placement of New Year's Eve firework batteries and prevents them from tipping over or shifting during ignition or transport. The core components of the system are the system plate and mounting brackets. The mounting brackets are made of flexible cardboard material that can be individually cut into various lengths and shaped into angles by the end user. 3. Fastening with corrugated cardboard angles
[0003] The batteries are attached using specially developed corrugated cardboard brackets with special double-sided adhesive tape. These adhesive brackets allow for easy and secure attachment of the batteries to the system plate. The brackets are designed so that they can be adjusted to the desired shape by the end user without the need for tools. A removable protective film on the adhesive surfaces ensures uncomplicated handling before installation. This system combines stability with user-friendliness. 4. Combined system
[0004] The combined system of system plate, mounting system, and corrugated cardboard brackets provides a complete solution for the safe handling of New Year's Eve firework batteries. It not only ensures stable placement and fixation of the batteries but also enables their safe transport. All elements of the system are made of recyclable material, making it an environmentally friendly and sustainable option. The individual components are separable, allowing for easy disposal.
[0005] This fireworks system combines functionality, safety, and environmental awareness, making it an optimal choice for the end user.
Claims
[1] System plate (11) for holding and stabilizing New Year's Eve firework batteries in various shapes Example (8) (9) (10) to prevent them from falling over during firing [2] Adhesive system (4) with cardboard angles (6) for fixing firework batteries and effects [3] Triple-glued cardboard box (11) of the base plate with user instructions. [4] Arrangement of the glued cardboard plates in the following arrangement: bottom plate (1) and top plate (1) made of cardboard with longitudinal grooves, middle plate (2) made of cardboard with transverse grooves. [5] Bonding of the base (1), middle (2) and cover plate (1) for maximum stability. [6] Five fastening angles made of cardboard material (4) in raw form and individually separable by the end user in different lengths at punching lines (5) and formable at folding line (12) to angle (6). [7] Fastening system for fixing New Year's Eve firework batteries, comprising corrugated cardboard angles (6) equipped with double-sided special adhesive tape (7). [8] Formable corrugated cardboard angles (6) can be shaped into the desired form by the end user without tools. [9] Formable corrugated cardboard angles (6), wherein the adhesive surfaces are provided with removable protective films of the adhesive surfaces (7). [10] Combined system comprising system plate (11), mounting system comprising corrugated cardboard angles (4) according to claims 1 to 9.