High-efficiency uniform mining system and application method of ilmenite and helium-3 resources

Abstract

The invention discloses a high-efficiency uniform mining system and an application method of ilmenite and helium-3 resources. The high-efficiency uniform mining system of the ilmenite and the helium-3 resources comprises a uniform adjusting mechanism, a thermalization mechanism, a gas collection mechanism and a mining and transporting mechanism; the uniform adjusting mechanism is provided with a mine chamber, a mine column, a goaf and a sealed sleeve; the thermalization mechanism is provided with an electromagnetic thermalization cylinder and an electromagnetic thermalization branch pipe; the gas collection mechanism is provided with a gas collection tank and a gas collection hole; and the mining and transporting mechanism is provided with a mining machine, a transfer loader, a universal eiking machine and a magnetic telescopic tape conveyer. According to the high-efficiency uniform mining system and the application method of the ilmenite and the helium-3 resources, electromagnetic radiation heating is conducted on surrounding lunar soil by being centered on the gas collection mechanism through the electromagnetic thermalization cylinder in the thermalization mechanism, negative pressure collection is conducted on output gas by utilizing the gas collection tank in the gas collection mechanism, the mining and transporting mechanism conducts extraction and conveying on the ilmenite, the uniform adjusting mechanism cooperates efficiently, and finally a complete mining system which is highly mechanized and unmanned is formed, and the purpose of high-efficiency and uniform mining of the ilmenite and the helium-3 resources is achieved.

Description

technical field [0001] The invention relates to the field of resource mining, in particular to an efficient unified mining system for ilmenite and helium-3 resources and an application method. Background technique [0002] At present, the world's energy structure is dominated by fossil energy, but fossil energy is non-renewable energy with limited reserves. At the same time, the development, processing and utilization of fossil energy, especially coal, pollute the environment and seriously damage the ecological balance. In order to solve the scientific problem of resource scarcity and environmental damage caused by energy utilization, more and more experts and scholars are focusing on the development of outer space resources, especially the moon. With the continuous advancement of science and technology, the quality and efficiency of lunar exploration have been greatly improved, providing a broad prospect for the development and utilization of lunar resources. However, the ...

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Problems solved by technology

In 2013, ExxonMobil Upstream Research Company's "In-Situ Heating Development of Oil Shale Combined with Development of Deeper Hydrocarbon Sources" (CN101563524 B) disclosed a method of producing hydrocarbons from subsurface formations at different depths through in-situ heating. method, but it only provides a single resource mining method for different depths of underground formations in the atmospheric environment, and fails to solve the problem of efficient and unified mining of multiple resources under the special space environment conditions of the moon.

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