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Electromagnetic booster rocket launch system

Description: This is a rocket launch model. Its main body is not the rocket body, but the launching platform of the rocket. The platform uses electromagnetic booster launching technology to help the rocket reach the required initial speed, so as to increase the payload of the rocket, reduce the consumption of fuel, reduce the overall mass of the rocket, and reduce the pollution and damage to the ground environment when the rocket is launched. It also can be reuse. Success will be a great boost to human space development.

1 product introduction: This is a rocket launch model. Its main body is not the rocket body, but the launching platform of the rocket. The platform uses electromagnetic booster launching technology to help the rocket reach the required initial speed, so as to increase the payload of the rocket, reduce the consumption of fuel, reduce the overall mass of the rocket, and reduce the pollution and damage to the ground environment when the rocket is launched. It also can be reuse. Success will be a great boost to human space development. 2 structure introduction: - Launch platform: It is placed under the rocket model and is used to fix the rocket body and launch the rocket. It can be launched on the ground or made into an underground silo. - Drive circuit system: its working principle is to use the electromagnetic field interaction force in the electromagnetic system to accelerate the rocket, so that it can obtain certain kinetic energy. - Rocket main body: The rocket main body only serves as an example in here and has nothing special. - Launch button: The launch button is connected to the drive circuit system. The launch button can control the launch platform to launch the rocket. - Power supply: Its role is to provide power for the drive circuit system and ensure the operation of the entire set of equipment. Our model uses a battery pack as a power source. 3. inventive idea: When our team learned the electromagnetic principle, it was inspired by the electromagnetic interaction principle between vortex electric field and excitation electric field. Combined with electromagnetic ejection technology, our team thought that this technology can also be used on rocket launching platforms. We saw flames and smoke billowing from the rocket launching site, and saw the huge body of the rocket. We will consider whether it is possible to use electromagnetic ejection technology in launching wells above or below the surface to realize "cold launch" at the initial stage of the surface. It uses electrical energy to reduce or replace the chemical energy of fuel in the primary stage. Based on such considerations, we have designed this electromagnetic booster launch system. In theory, this system can be reused indefinitely. 4 Main Uses: The invention can provide assistance for the traditional rocket launch, reduce the rocket launch cost, and enable human beings to further develop space. At the same time, the invention can also reduce the environmental pollution caused by rocket launching and increase the payload of the rocket. 5 innovation: The biggest difference between it and traditional rocket launch is that its initial stage of launch is not driven by chemical fuel, but by electricity. The rocket can be powered by the launch platform to reach its destination. This invention can be reused and its completion will make a big step forward in human space development. Compared with the traditional rocket, the rocket has much less pollution to the environment. It can also reduce the weight of the rocket and increase its payload. 6 experimental conditions: After nearly 9 months, our team has gone through the overall structural design, circuit design, procurement, welding, assembly and fabrication. Finally, after repeated tests, the model was successfully launched. 7 What improvements are needed: This model is only experimental exploration, and further electromagnetic interference experiments, high-power deduction and simulation experiments are required. We will continue to explore and theoretically deduce the feasibility of applying it to real rocket launches. Including power estimation and circuit calculation, etc. 8 Similar products: The principle of the invention has been proved to be feasible. No such launch platform is available.

Organisation: HOU KONG MIDDLE SCHOOL

Innovator(s): U CHONG SENG, WONG KUAN WAI

Category: Transport and Logistics

Country: Macau

Gold Award