CN112629334A

CN112629334A - Electronic firework implementation scheme

Info

Publication number: CN112629334A
Application number: CN202110020873.9A
Authority: CN
Inventors: 王洋; 索双富; 李德才; 张妙恬; 许思广; 周岩; 郑嘉岑
Original assignee: Tianjin Huigu International Technology Development Co ltd
Current assignee: Tianjin Huigu International Technology Development Co ltd
Priority date: 2021-01-08
Filing date: 2021-01-08
Publication date: 2021-04-09

Abstract

The invention discloses an electronic firework realization scheme, which comprises a computer system, a sound system, an image system, a laser projection system, a user and the like; the image system is composed of a holographic projection device and has a holographic projection display function. The computer system simulates the whole process of firework setting off through software, transmits the sound effect of the firework setting off from the sound system through audio signals to give users hearing feeling, simultaneously transmits the image of the firework setting off to the holographic projection device through image signals, restores the firework image through the holographic projection device, creates a three-dimensional firework image and gives users complete visual experience. The whole set of electronic firework system can complete visual and auditory experiences and provide good audio-visual feeling for users. Meanwhile, the electronic fireworks can also effectively solve the safety problems in the production, transportation, storage and setting off processes of the traditional fireworks and the problem of air pollution caused by the set off of the traditional fireworks.

Description

Electronic firework implementation scheme

Technical Field

The invention belongs to the technical field of electronic fireworks, and particularly relates to an electronic fireworks implementation scheme.

Background

The firework is a necessary article for the traditional festival celebration in China, is a crystal of the intelligence of people working in China, and bears the expectation of the people in China on a beautiful life.

With the increase of air pollution in recent years, the air pollution caused by fireworks is increasingly unacceptable. The country also issues many bans for fireworks production and setting off. Meanwhile, a large number of safety problems exist in the production, transportation and storage processes of fireworks, and a large number of safety accidents occur each year due to nonstandard operation, so that economic loss is caused and the safety of people is threatened. Traditional fireworks face a significant turning problem in their fate.

At present, the electronic fireworks are the best choice for solving the air pollution, and the electronic fireworks can meet the hope of people for posting, and can also reduce the occurrence probability of air pollution problems and accidents.

Disclosure of Invention

In order to overcome the defects of the prior art, the invention aims to provide an electronic firework implementation scheme, which meets the dependence of people on fireworks, and simultaneously eliminates the problems of pollution and safety of the fireworks by using a holographic projection technology through scientific and technological development.

In order to achieve the purpose, the invention adopts the technical scheme that:

an electronic firework realization scheme comprises a computer system 100, a sound system 200, an image system 300, a laser projection system 600, a user 500 and the like, and is characterized in that the computer system 100 simulates the whole process of firework setting off through software, the image of the firework setting off is stored in a data storage 330 of the image system 300 in advance and is transmitted to the image system 300 through an image signal to form a playing signal, the image system is composed of a holographic projection device 320 and has a holographic projection display function, the holographic projection device 320 restores the firework image and creates a three-dimensional firework image, and complete visual experience is provided for the user. And simultaneously, the sound effect is transmitted out from the sound system 200 through the audio signal, so that the user can feel the sound.

The image system is composed of a holographic projection device, has a holographic projection display function, restores the firework image by the holographic projection device, and builds a three-dimensional firework image.

The computer system can be arranged indoors or outdoors, signal transmission is completed with the sound system 200 and the image system 300 through a local area network, Bluetooth or the Internet, the holographic image needs larger data volume transmission, the problem of large data transmission volume can be well solved by pre-storing the holographic image in the data storage 330, and meanwhile, the influence of signal interference on the firework imaging effect can be reduced.

The imaging system 300 can be arranged on the open ground, the outer wall of a building, suspended in the air by other equipment and the like according to the use scene.

The other devices may employ a multi-rotor drone 310 or other aerial devices, cranes, etc. to hoist the holographic projection device 320.

The electronic firework image 400 may be changed according to a signal of the computer system 100 to achieve display of different firework image effects.

The laser projection system 600 can simulate the process of lifting fireworks from the ground, so that the whole fireworks have more sense of reality.

Compared with the prior art, the invention has the beneficial effects that:

by adopting the scheme for realizing the electronic fireworks, the problems of pollution and safety of the traditional fireworks can be effectively solved, the electronic fireworks are more energy-saving and environment-friendly, and the electronic fireworks can be repeatedly utilized. The invention can realize various firework display effects by changing the transmitted signals through the computer system, and has diversity; meanwhile, the design of the firework effect can get rid of the traditional gunpowder blasting mode, and the special effect and the like which cannot be realized by the traditional firework are realized.

Drawings

Fig. 1 is a schematic diagram of system components in an open ground scene.

Fig. 2 is a schematic diagram of system components in a high-rise building exterior wall scene.

FIG. 3 is a schematic diagram of a system in an aircraft equipment hoisting scenario.

Detailed Description

The invention is described in further detail below with reference to the following figures and detailed description:

the invention designs an electronic firework implementation scheme, which can particularly reduce the pollution and safety problems of the traditional fireworks and realize energy conservation, environmental protection and reutilization.

The electronic firework realization scheme is characterized in that the computer system 100 simulates the whole firework setting-off process through software, images of the firework setting-off process are stored in a data storage 330 of the image system 300 in advance and transmitted to the image system 300 through image signals to form a playing signal, the image system is composed of a holographic projection device 320 and has a holographic projection display function, the firework images are restored through the holographic projection device 320 and stereoscopic firework images are created, the holographic images have a stereoscopic effect compared with electronic display screen images, the visual effect is better and real, and the viewing experience of users can be greatly improved. Meanwhile, the sound effect is transmitted outwards from the sound system 200 through audio signals, so that the user can feel auditory sense, and a plurality of groups of sound devices can be adopted to create stereo effect; in addition, in order to build a more real firework effect, the laser projection system 600 is particularly utilized to simulate the process of lifting the firework from the ground, and meanwhile, the sound system 200 is matched with the process of building a sound effect, so that the whole electronic firework has the same setting-off effect as the traditional firework.

The invention also changes correspondingly aiming at different applicable scenes, and for some open ground scenes, such as: in places such as small squares and parks, the image system can be placed on the ground, so that the installation is convenient and the visual field is good. If the single-group holographic projection system can not meet the display requirement, the multiple groups of the holographic projection system can be used for displaying in parallel. For cities with high buildings standing, the outer walls of some high buildings have installation conditions, and the image system can be installed at high floors to increase the display height and the display effect of the image system. For some very open fields and very open areas such as big parks, for promoting display effect, also can adopt the avionics to hoist image system and show, for example adopt devices such as unmanned aerial vehicle, hot air balloon 310 to hoist holographic projection arrangement 320 to the air and show figure 3 as a design example, the display effect has more the authenticity.

In the invention, the computer system 100 comprises special image software, the function of the special image software can complete the production of the firework video system, and the produced firework video file can be downloaded or uploaded on the internet, so that the user can experience different firework effects conveniently.

The firework can meet the requirement of people on the tradition and hope of traditional culture, and can pertinently solve the problem of safety of pollution of traditional fireworks.

While the preferred embodiments of the present invention have been illustrated and described in detail, it will be apparent to those skilled in the art that various modifications, adaptations, and applications of the disclosed invention exist and it is intended that the present application cover such embodiments and that the scope of the present invention is determined by the claims.

Claims

1. An electronic firework realization scheme comprises a computer system 100, a sound system 200, an image system 300, a laser projection system 600, a user 500 and the like, and is characterized in that the computer system 100 simulates the whole process of firework setting off through software, the image of the firework setting off is stored in a data storage 330 of the image system 300 in advance and is transmitted to the image system 300 through an image signal to form a playing signal, the image system is composed of a holographic projection device 320 and has a holographic projection display function, the holographic projection device 320 restores the firework image and creates a three-dimensional firework image, and complete visual experience is provided for the user.

2. And simultaneously, the sound effect is transmitted out from the sound system 200 through the audio signal, so that the user can feel the sound.

3. The electronic firework realization scheme of claim 1, wherein the image system is composed of a holographic projection device, has a holographic projection display function, and is used for restoring the firework image by the holographic projection device and creating a three-dimensional firework image.

4. The electronic firework implementation scheme of claim 1, wherein the computer system can be arranged indoors or outdoors, signal transmission is completed with the sound system 200 and the image system 300 through a local area network, a bluetooth network or the internet, the holographic image requires a larger data volume for transmission, and the pre-stored holographic image in the data storage 330 can well solve the problem of large data transmission volume, and can also reduce the influence of signal interference on firework imaging effect.

5. The electronic firework implementation scheme of claim 1, wherein the image system 300 can be arranged on the open ground, on the outer wall of a building, suspended in the air by other equipment, and the like according to the use scene.

6. The aerial installation scheme of claim 4, wherein the holographic projection device 320 can be hoisted by other devices using a multi-rotor drone 310 or other aerial devices, cranes, etc.

7. An electronic firework implementation scheme as claimed in claim 1, wherein the electronic firework image 400 can be changed according to the signal of the computer system 100 to realize the display of different firework image effects.

8. The electronic firework implementation scheme of claim 1, wherein the laser projection system 600 can simulate the process of lifting fireworks from the ground, so that the whole fireworks have more realistic sense.