Double-bang firecracker continuously setting-off device
A firecracker and disc surface technology, applied in the field of machinery and equipment, can solve problems such as safety hazards, and achieve the effects of high stability, convenient processing and production, and low center of gravity
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Embodiment 1
[0026] Double-ring firecracker continuous discharger, the structure is shown in Figure 14, using 4 set screws as the link screw 4, the same diameter of the disc base 1, the upper porous disc surface 3 and the lower porous disc surface 2 through the screw link hole 6. After linking, make the disc base 1, the upper porous disc surface 3 and the lower porous disc surface 2 parallel to each other, and the centers of the holes on the upper and lower porous disc surfaces are on the same axis. Both the upper and lower layers of the porous disk are provided with a central circular hole and 12 circular holes distributed at equal angles around it. The distance between the lower porous disc surface 2 and the disc base 1 is controlled to be 20mm-25mm, and the distance between the upper porous disc surface 3 and the disc base 1 can be adjusted freely according to the length of the double-shot firecrackers. To ensure safety, double-shot firecrackers are generally required The main body is 10mm-...
Embodiment 2
[0029] The double-shot firecracker continuous discharger is different from the first embodiment in that there is no inclination adjustment screw under the disc base 1, and this design is suitable for setting off firecrackers vertically.
Embodiment 3
[0031]The difference between the double-shot firecracker continuous discharger and the first embodiment is that the diameter of the disc base 1 and the lower porous disc surface 2 and the upper porous disc surface 3 are slightly different. The diameter of the disc base 1 can be designed to be the largest, the diameter of the lower porous disc surface 2 is second, and the diameter of the upper porous disc surface 3 is the smallest, which is convenient to increase the stability of the discharger.
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