A support and ignition structure assembly for a round ring model of spitting bead type firework

Abstract

The utility model discloses a kind of for spitting pearl class firework ring modeling support setting-off structure subassembly. Including forming box, spitting pearl firework effect body, characterized by: still including being arranged in the upper support configuration board piece A of forming box inner cavity mouth end connection and the lower support configuration board piece B supported on the bottom of forming box, it is equipped with the N configuration board piece A ring circle mounting hole of matrix ring arrangement on the upper support configuration board piece A, configuration board piece A center mounting hole and configuration board piece B center mounting hole are correspondingly arranged in the center of the upper support configuration board piece A and the center part of the lower support configuration board piece B, one window is respectively arranged in the two sides of configuration board piece A center mounting hole, and spitting pearl firework effect body is integrally set-off structure by the cooperation connection of the upper support configuration board piece A and the lower support configuration board piece B between forming box. The technical scheme of the utility model has simple assembly process, convenient connection and assembly, is fast, overall structure is optimized, and setting-off is safe.

Description

Technical Field

[0001] This utility model belongs to the technical field of fireworks display devices, specifically relating to a ring-shaped support structure component for the display of fireworks that emit sparks. Background Technology

[0002] In existing technologies, pyrotechnic production, especially pyrotechnic launching devices, is constantly evolving and being updated with the wave of technological innovation. There is an increasing emphasis on the overall innovative and aesthetically pleasing design integrated with the product, making the dynamic and expressive visual effects of the launch more striking. Currently, sparkler-type fireworks are generally launched by hand using multiple individual units integrated together or by using a whole box for support. This method lacks visual appeal and creates a limited aerial display, making the experience rather bland for viewers and diminishing its entertainment value. Therefore, it is essential to improve and innovate the combined launching methods for sparkler-type fireworks. Summary of the Invention

[0003] To address the problems existing in the prior art, this utility model application aims to provide a novel integrated support and combination design for fireworks displays using a box as a carrier. This design is easy to assemble and has a simple structure, yet possesses a unique and creative shape, making the fireworks display scene vibrant and grand. Furthermore, it can be combined with individual jet fireworks of different shapes and patterns for integrated support and packaging, making it exceptionally grand and visually novel, while ensuring safe and reliable operation.

[0004] To achieve the above objectives, the technical solution of this utility model is as follows: A ring-shaped support and firing structure assembly for sparkler-type fireworks includes a molded box and a sparkler-type fireworks effect body. The assembly is characterized by further including an upper support plate A connected to the upper end of the inner cavity of the molded box and a lower support plate B supported on the bottom of the molded box. The upper support plate A has N ring mounting holes arranged in a matrix. A center mounting hole for plate A and a center mounting hole for plate B are respectively located at the center of the upper support plate A and the center of the lower support plate B. A viewing window for observing the installation and positioning of the sparkler-type fireworks effect body during assembly is also located on both sides of the center mounting hole of the upper support plate A. The sparkler-type fireworks effect body and the molded box are connected and supported by the upper support plate A and the lower support plate B to form an integrated firing structure.

[0005] In the implementation of the above technical solution, the upper support configuration plate A and the lower support configuration plate B are further connected and positioned to the inner cavity wall of the molded box through the folded edges of plate A and plate B.

[0006] In the implementation of the above technical solution, the molded box is further formed by pressing and folding yellow cardboard or other paper-plastic composite board through a molding equipment to form a lower conical square structure or a lower conical rectangular structure. Alternatively, it can be a cube or other shape that is adapted to the special requirements of the setting off and has both packaging function and setting off integrated structure.

[0007] In the implementation of the above technical solution, the central mounting hole of the configuration plate A and the central mounting hole of the configuration plate B are both hexagonal, or square, triangular, elliptical, or other suitable geometric shapes.

[0008] In the implementation of the above technical solution, the mounting holes of the circular rings of the configuration plate A and the circular rings of the configuration plate B are both square holes, or they can be adapted geometric shapes.

[0009] In the implementation of the above technical solution, the two windows on the upper support plate A are rectangular, or other compatible geometric shapes. Their function is to facilitate real-time observation of whether the installation holes on the lower support plate B at the bottom are accurately and reliably positioned when assembling the firework effect assembly.

[0010] In the implementation of the above technical solution, the sparkler effect body is further defined as a combination of at least two individual sparkler effect bodies, or a single large-sized sparkler effect body.

[0011] In the implementation of the above technical solution, furthermore, the central mounting holes of the structural plate A and the structural plate B can be equipped with a combination of sparkling / jetting firework effects and a sparkling firework effect within the surrounding ring, which can be launched simultaneously. This creates two different beautiful firework patterns in the air, providing a refreshing visual experience. In this embodiment, a matrix ring arrangement can also be used to match multiple sets of sparkling / jetting firework effects, while sparkling firework effects are interspersed and assembled in the central mounting holes of structural plate A and structural plate B for coordinated launch.

[0012] In the implementation of the above technical solution, further, a lower support configuration plate B is assembled at the bottom of the inner cavity of the molding box, and the folded edge of the plate A with four-way indentation connection is tightly connected and supported against the inner cavity wall of the molding box. Then, an upper support configuration plate A is assembled at the upper end of the molding box. Then, the firework effect body composed of at least two individual firework effect bodies is inserted and extended through the N annular mounting holes and the center mounting holes of the configuration plate A on the upper support configuration plate A to the N corresponding matching holes on the lower support configuration plate B at the bottom of the molding box. The central mounting hole and the annular mounting hole of the configuration plate B are interwoven and extended to the bottom surface of the molded box for contact connection and positioning. During the process of interwoven connection of the multiple sparkling firework effect bodies, the position of the interwoven connection can be observed and adjusted in real time through the two viewing windows. At this point, the sparkling firework effect bodies and the molded box are assembled and assembled into a finished product of a sparkling firework ring-shaped support and ignition component. When ignited, several sparkling firework effect bodies are connected in a ring shape and sprayed into the air, forming a series of ring-shaped patterns in the airspace. The ignition effect is extremely spectacular and beautiful.

[0013] This utility model can also be implemented using another technical solution.

[0014] A ring-shaped support structure component for launching sparkler-type fireworks includes a molded box and a sparkler-shaped fireworks effect body. Its features include: an upper support plate C embedded at the upper end of the molded box; a lower support plate D disposed at the bottom of the molded box; N outer ring mounting holes and inner ring mounting holes of the upper support plate C arranged in a matrix ring on the upper support plate C; and corresponding N mounting holes on the lower support plate D. The outer ring mounting holes of the upper support structural plate C are arranged in a matrix of rings, and N outer ring mounting holes of structural plate D are matched with each other. N inner ring mounting holes of structural plate C are also arranged in a matrix of rings on the lower support structural plate D. A center mounting hole of structural plate C is also provided in the middle of the upper support structural plate C. Folded edges of plate C and folded edges of plate D are respectively provided on the four sides of the upper support structural plate C and the lower support structural plate D. Effective effect

[0015] The advantages and beneficial effects of this utility model are: 1. The technical solution of this utility model has the advantages of simple assembly process, convenient and quick connection and positioning assembly with the sparkler effect body, optimized overall structure, beautiful and unique shape, strong symbolic characteristics, and safe setting off.

[0016] 2. Due to the adoption of the technical solution of this utility model, the multiple mounting holes arranged in a matrix on the upper and lower support structural plates can be configured into various patterns for firing. The mounting holes in the center of the structural plates can be configured into various shapes. Multiple individual sparklers can be installed in the center mounting holes to form an independent firing body, or other jet / flower-type firework effect tubes that are compatible with the shape and size of the center mounting holes. When fired, they can form three-dimensional pattern effects in the air, making the atmosphere at the firing site intense, exciting, and more entertaining. Attached Figure Description

[0017] The technical solution of this utility model is further described below with reference to the accompanying drawings, but this does not constitute an improper limitation of the utility model. The embodiments and descriptions of this utility model application are for further explanation of this utility model application. The accompanying drawings show: Figure 1 This is a front view of the unit structure of the upper support configuration plate A in one embodiment of this utility model.

[0018] Figure 2 This is a schematic diagram of the unit structure of the support configuration plate B in one embodiment of this utility model.

[0019] Figure 3 This is a schematic diagram of the unit structure of the upper support configuration plate C in another embodiment of this utility model.

[0020] Figure 4 This is a schematic diagram of the unit structure of the support configuration plate D in another embodiment of the present invention.

[0021] Figure 5 This is a schematic diagram of a three-dimensional structure of a cylinder assembly for a firework-like effect, according to one embodiment of this utility model.

[0022] Attached image annotations: Figures 1-5 In the middle, 1-upper support configuration plate A, 2-lower support configuration plate B, 3-upper support configuration plate C, 4-lower support configuration plate D, 5-formed box, 6-firework effect body, 101-center mounting hole of configuration plate A, 102-ring mounting hole of configuration plate A, 103-viewing window, 104-folded edge of plate A, 201-center mounting hole of configuration plate B, 202-ring mounting hole of configuration plate B, 203-folded edge of plate B, 301-center mounting hole of configuration plate C, 302-outer ring mounting hole of configuration plate C, 303-inner ring mounting hole of configuration plate C, 304-folded edge of plate C, 401-outer ring mounting hole of configuration plate D, 402-inner ring mounting hole of configuration plate D, 403-folded edge of plate D. Detailed Implementation

[0023] It should be specifically noted that, in order to fully understand this utility model application, numerous specific details are presented in the following description. It will be apparent to those skilled in the art that the utility model can be implemented without using some or all of these specific details. It should be understood that the description of this utility model application represents only a portion of the embodiments of the utility model, not all of them. Based on a preferred embodiment of this utility model application, known operations are not described in detail without making the utility model difficult to understand. Therefore, all other different embodiments obtained by those skilled in the art without inventive effort should fall within the protection scope of this utility model application.

[0024] like Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 As shown, it is composed of upper supporting structural plate A1, lower supporting structural plate B2, upper supporting structural plate C3, lower supporting structural plate D4, molded box 5, firework effect body 6, center mounting hole 101 of structural plate A, ring mounting hole 102 of structural plate A, window 103, folded edge of plate A 104, center mounting hole 201 of structural plate B, ring mounting hole 202 of structural plate B, folded edge of plate B 203, center mounting hole 301 of structural plate C, outer ring mounting hole 302 of structural plate C, inner ring mounting hole 303 of structural plate C, folded edge of plate C 304, outer ring mounting hole 401 of structural plate D, inner ring mounting hole 402 of structural plate D, and folded edge of plate D 403. Example

[0025] The structural features of its specific embodiments are as follows: Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5The preferred embodiment of this utility model is shown in the figure. In this embodiment, it should be particularly noted that the molded box 5 used in this utility model is a fireworks packaging box in the prior art, and the individual fireworks are products in the prior art. However, the upper support configuration plate A1 and lower support configuration plate B1, as well as the upper support configuration plate C3 and lower support configuration plate D4 in a preferred embodiment of this utility model are a new type of support for fireworks launched by the applicant to adapt to the development trend of fireworks display. The principle behind this component design is as follows: when the lower support plate is smaller than the upper support plate, it forms a lower cone shape; and because the mounting holes 102 and 202 of the annular rings in plate A1, the outer ring mounting holes 302 and the inner ring mounting holes 303 of plate C are arranged in a matrix to form a circular structure, it can create a single-layer or double-layer circular ring structure. After assembling the sparkler effect body 6, it forms an upward-facing circular opening structure. This structural combination, when ignited, can launch a series of single-arc or double-arc rings upward-projecting cone-shaped patterns in the air, creating a spectacular scene. This cone-shaped connection, projecting a series of circular patterns into the sky, is a first in existing sparkler combination ignition technology, representing a novel product. Example 1

[0026] First, using a molding machine, rigid yellow veneer that meets the size requirements for the display is processed into upper support panel A1 and lower support panel B2, which are required to form the design pattern. At the same time, the four sides are embossed to form four-way folding edges 104 and 203 that can be folded inward according to the required size. Simultaneously, the display assembly box is embossed and processed into a molded box 5 with a lower conical square shape and packaging function. The inner cavity of the upper end of the molded box matches the size of the four sides of the upper support panel A and is embedded and connected to form an integral structure. The lower support panel B2 matches the inner cavity of the lower conical bottom end of the molded box 5 and is embedded and connected to form an integral structure. The outer edges of the four-way folding edges 104 and 203 of the lower support panel B2 match and are connected to the bottom of the lower conical shape of the molded box 5 for support.

[0027] The structural features of the specific embodiment are as follows: Figure 1 , Figure 2This invention illustrates a first preferred embodiment of the present invention. In this preferred embodiment, a ring-shaped support and firing structure component for sparkler-type fireworks is characterized by comprising a molded box 5, a sparkler-type fireworks effect body 6, and an upper support configuration plate A1 respectively embedded and fixed at the upper port of the inner cavity of the molded box 5, and a lower support configuration plate B2 embedded on the bottom of the molded box 5. The upper support configuration plate A1 has N ring mounting holes 102 arranged in a matrix of rings for configuration plate A. The lower support configuration plate B2 has N ring mounting holes 202 arranged in a matrix of rings corresponding to the ring mounting holes 102 for configuration plate A. The center of component A1 and the center of the lower support configuration plate B2 are respectively provided with a central mounting hole 101 for configuration plate A and a central mounting hole 201 for configuration plate B. A viewing window 103 is also provided at appropriate positions above and below the central mounting hole 101 of configuration plate A on the upper support configuration plate A1. The four sides of the upper support configuration plate A1 and the lower support configuration plate B2 are respectively provided with folded edges 104 of plate A and folded edges 203 of plate B constructed by indentation for supporting and fixing the plates to the inner wall of the molded box 5. The molded box 5 and the firework effect body 6 are connected by the upper support configuration plate A1 and the lower support configuration plate B2 to form an integrated firing structure.

[0028] Furthermore, in one implementation of the technical solution, the molded box 5 is formed by pressing and folding yellow cardboard or other paper-plastic composite board through a molding machine to form a lower conical square structure or a lower conical rectangular structure. Alternatively, it can be a cube or other shape that is adapted to the special requirements of the setting off and has both packaging function and a setting off integrated structure.

[0029] Furthermore, in one implementation of the technical solution, as shown in the figure, the center mounting hole 101 of the configuration plate A1 and the center mounting hole 201 of the configuration plate B2 are both hexagonal structures, or square, triangular, elliptical structures, or other suitable geometric shapes.

[0030] Furthermore, in one implementation of the technical solution, as shown in the figure, the circular mounting holes 102 of the configuration plate A1 and the circular mounting holes 202 of the configuration plate B2 are both square holes, or they can be adapted geometric shapes.

[0031] Furthermore, in one implementation of the technical solution, as shown in the figure, the two viewing windows 103 on the upper support configuration plate A1 are rectangular in shape, or can be other compatible geometric shapes. Their function is to facilitate real-time observation of whether the mounting holes on the lower support configuration plate B2 at the bottom are accurately and reliably positioned when assembling the firework effect assembly.

[0032] Furthermore, in one implementation of the technical solution, as shown in the figure, the sparkler effect body 6 is a combination of at least two individual sparkler effect bodies, or a single large-sized sparkler effect body.

[0033] Furthermore, in one implementation of the technical solution, as shown in the figure, in this embodiment, a lower support configuration plate B2 is first assembled at the bottom of the inner cavity of the molding box 5. The folded edge 104 of the plate A, which is connected by four-way indentation, is tightly attached to the inner cavity wall of the molding box for connection and support. Then, an upper support configuration plate A1 is assembled at the upper end of the molding box 5. Then, the firework effect body 6, which is composed of at least two firework effect body units, extends through the N annular mounting holes 102 of the configuration plate A and the center mounting hole of the configuration plate A on the upper support configuration plate A1 to the lower support configuration plate at the bottom of the molding box 5. The N corresponding matching mounting holes 201 and annular mounting holes 202 of the configuration plate B on B2 are inserted and extended to the bottom surface of the molded box 5 for contact connection and positioning. During the process of inserting and connecting the multiple sparkling firework effect bodies through the mounting holes, the position of the insertion and connection can be observed and adjusted in real time through the two viewing windows 103. At this point, the sparkling firework effect body 6 and the molded box 5 are assembled and assembled into a finished product of a sparkling firework ring-shaped support and ignition component. When ignited, several sparkling firework effect bodies are connected in a ring shape and sprayed into the air, forming a series of ring-shaped patterns in the airspace. The ignition effect is extremely spectacular and beautiful.

[0034] In this embodiment, the central mounting holes 101 of component A and 201 of component B can be equipped with a combination of sparkling / jetting firework effects and a projectile-spitting firework effect within the surrounding circular ring, launching them simultaneously. This creates two different beautiful firework patterns in the air, providing a refreshing visual experience. Alternatively, a matrix of circular arrangements can be used to match multiple sets of sparkling / jetting firework effects, while projectile-spitting firework effects are interspersed within the central mounting holes of component A and component B, resulting in a grand, spectacular, and lively aerial display. Example 2

[0035] Figure 3 , Figure 4 , Figure 5 The second preferred embodiment of the present invention is shown in the figure. In this embodiment, an inner and outer ring structure is adopted, that is, based on the first preferred embodiment, an inner ring structure is added. The specific structural features of the embodiment are: a ring-shaped support and ignition structure component for fireworks that emit beads, including an upper support structure plate C (3) embedded and connected at the upper end of the molded box (5), a lower support structure plate D (4) set on the bottom of the molded box, and N outer ring mounting holes (302) and inner ring mounting holes (303) of the structure plate C arranged in a matrix ring on the upper support structure plate C (3). The upper support structural plate D (4) has N outer ring mounting holes corresponding to the outer ring of the structural plate C arranged in a matrix ring, and N outer ring mounting holes (401) corresponding to the inner ring of the structural plate C arranged in a matrix ring on the lower support structural plate D. The upper support structural plate C (3) also has a central mounting hole (301) for structural plate C. The upper support structural plate C (3) and the lower support structural plate D (4) have folded edges (304) of plate C and folded edges (403) of plate D on their four sides respectively.

[0036] Furthermore, in another technical solution, the molded box 5 has the same shape, structure, material, and function as in Embodiment 1.

[0037] Furthermore, in another technical solution, the central mounting hole 301 of the configuration plate C has a circular structure, which is used to assemble a combination of sparkling firework effect bodies or to install individual or combined sparkling / jet firework effect bodies.

[0038] Furthermore, in another technical solution, the outer ring mounting holes 302 of the configuration plate C and the outer ring mounting holes 401 of the configuration plate D are both square or other suitable geometric shapes. The inner ring mounting holes 303 of the configuration plate C and the inner ring mounting holes 402 of the configuration plate D are both rectangular or other suitable geometric shapes. The four sides of the supporting configuration plate C and the supporting configuration plate D are all indented by an indentation device to form the folded edge 304 of plate C and the folded edge 403 of plate D.

[0039] Although this utility model has been described in conjunction with different preferred embodiments, it should be understood that modifications to its structure and changes to its components can be made without departing from the scope of the claims. In other words, the above-described embodiments are merely illustrative of the technical solutions of this utility model and should not be construed as limiting the utility model in any way. Those skilled in the art should understand that this utility model has various known structural forms and / or material substitutions / alternatives, and all such substitutions / alternatives should be covered within the protection scope of this utility model without departing from its essential meaning.

Claims

1. A ring-shaped support and firing structure component for sparkler-type fireworks, comprising a molded box and a sparkler-spitting firework effect body, characterized in that: It also includes an upper support configuration plate A (1) connected to the upper end of the inner cavity of the molding box (5) and a lower support configuration plate B (2) supported on the bottom of the molding box. The upper support configuration plate A (1) is provided with N configuration plate A ring mounting holes (102) arranged in a matrix ring. At the center of the upper support configuration plate A (1) and the center of the lower support configuration plate B (2), a configuration plate A center mounting hole (101) and a configuration plate B center mounting hole (201) are respectively provided. On both sides of the configuration plate A center mounting hole (101) of the upper support configuration plate A (1), a viewing window (103) is provided for observing the installation and positioning connection of the firework effect body during assembly. The sparkler effect body (6) and the molded box (5) are connected and supported by the upper support configuration plate A (1) and the lower support configuration plate B (2) to form a firing structure. The circular mounting holes (102) of the configuration plate A and the circular mounting holes (202) of the configuration plate B are square holes, or pentagonal holes or hexagonal holes. The two viewing windows (103) on the upper support configuration plate A (1) are rectangular, square or elliptical. Their function is to facilitate real-time observation of whether the sparkler effect body (6) is accurately and reliably positioned when the mounting holes on the lower support configuration plate B (2) are inserted and connected during the assembly of the sparkler effect body.

2. The ring-shaped support and firing structure component for fireworks of the "spitting pearl" type, as described in claim 1, is characterized in that: The upper support configuration plate A (1) and the lower support configuration plate B (2) are connected and positioned to the inner wall of the molded box body (5) by the folded edge (104) of plate A and the folded edge (203) of plate B.

3. A ring-shaped support and firing structure component for fireworks of the "spitting pearl" type, as described in claim 1, characterized in that: The central mounting hole (101) of the configuration plate A and the central mounting hole (201) of the configuration plate B are both hexagonal, or square, triangular or elliptical in shape.

4. A ring-shaped support and firing structure component for fireworks of the "spitting pearl" type, as described in claim 1, characterized in that: The sparkler effect body (6) is a combination of at least two individual sparkler effect bodies, or a single large-sized sparkler effect body.

5. A ring-shaped support and firing structure component for sparkler-type fireworks, comprising a molded box (5) and a sparkler-type firework effect body (6), characterized in that: It also includes an upper support configuration plate C (3) embedded and connected at the upper end of the molding box (5), and a lower support configuration plate D (4) set on the bottom of the molding box. The upper support configuration plate C (3) has N outer ring mounting holes (302) and inner ring mounting holes (303) of the configuration plate C arranged in a matrix ring. The lower support configuration plate D (4) has N configuration plates. The outer ring mounting hole (401) of the plate D and the inner ring mounting holes (303) of the lower support plate D are arranged in a matrix ring. The inner ring mounting holes (402) of the plate D are arranged in a matrix ring. The center mounting hole (301) of the upper support plate C (3) is also provided in the middle position. The upper support plate C (3) and the lower support plate D (4) are respectively provided with the folded edge (304) of the plate C and the folded edge (403) of the plate D.

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