A thermodynamic system and method thereof

Abstract

The invention provides a thermodynamic system and a method thereof. The thermodynamic system comprises a deflector, a magnetized body and two tubular magnets, wherein the two tubular magnets are coaxial and are nested internally and externally; each tubular magnet is formed by splicing a plurality of magnetic blocks; strong and weak spaced magnetic fields are formed between the two tubular magnets; the deflector is arranged between the two tubular magnets, and is coaxial with the two tubular magnets; the magnetized body is a thermosensitive magnetic material, and is filled in the deflector; the magnetized body is provided with gaps used for fluids with different temperatures to flow by at intervals; the magnetized body is contacted with the fluids with different temperatures, and thus, the current temperature of the magnetized body is changed, and further, the magnetized body is in a ferromagnetic state or a paramagnetic state converted at intervals; and after the thermosensitive magnetic material in the ferromagnetic state is under magnetic forces generated by the magnetic fields, the deflector is driven to continuously rotate. According to the thermodynamic system and the thermodynamic method provided by the invention, heat energy is converted into mechanical energy, and moreover, fuel combustion or emission of hazardous substances does not occur during a converting process, so that the whole converting process is environmentally friendly.

Description

technical field [0001] The invention relates to the field of energy conversion, in particular to a thermodynamic system and a method thereof. Background technique [0002] Energy can neither be created nor destroyed, but is transformed from one form to another or transferred from one object to another. In the production and life of human beings, most of the use of various motives is through the conversion of different energies to achieve their purpose. For example, a generator converts other forms of energy into electrical energy output, and the converted energy can be Yes, mechanical energy, chemical energy, thermal energy, etc.; and the most common motor in daily life is just the opposite of a generator, which converts electrical energy into other forms of energy for people to use. [0003] According to its properties and effects, common energy includes mechanical energy, electrical energy, chemical energy, light energy and thermal energy, etc., and there are many convers...

AI Technical Summary

Problems solved by technology

[0008] 5. Mechanical energy is converted into heat energy. Mechanical work and friction can generate heat energy. However, the conversion efficiency is generally not high, and in practical applications, it is impossible to convert a large amount of mechanical energy to provide heat energy. It is only used as energy loss of mechanical energy.

When the internal combustion engine is in use, although it has the characteristics of small size, easy to move, and good starting performance; however, the internal combustion engine generally uses petroleum hydrocarbons as fuel, which has a large loss of raw materials, and the exhaust gas contains harmful gases (such as sulfur dioxide, Nitrogen oxides) have a high composition, which will cause pollution to the environment, and cannot meet the needs of green and environmental protection and the requirements for clean energy use

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