Device for waste dump accumulated temperature treatment and heat energy and wind energy cooperative power generation and heat dissipation

Abstract

The invention relates to the field of waste dump treatment, in particular to a waste dump accumulated temperature treatment and heat energy and wind energy synergistic power generation and heat dissipation device which comprises a bent gravity assisted heat pipe, the bent gravity assisted heat pipe comprises a heat absorption section and a heat dissipation section, and the top end of the bent gravity assisted heat pipe is connected with a Stirling heating cylinder. Stirling piston frames are installed at the top ends of the Stirling heating cylinders, heating cylinder rotating rods and air distribution cylinder rotating rods are installed on the Stirling piston frames on the two sides respectively, air distribution cylinder rotating rod movable pins are connected between the air distribution cylinder rotating rods, the air distribution cylinder rotating rod movable pins are connected with air distribution cylinder piston rods, and air channels are formed in the lower portions of the Stirling piston frames. Thermal circulation of the bent gravity assisted heat pipe can treat accumulated temperature in the gangue dump, and the Stirling engine can accelerate thermal circulation of the bent gravity assisted heat pipe and convert excess energy into electric energy at the same time. The wind power device can utilize wind energy to accelerate movement of the Stirling engine so as to accelerate heat circulation of the bent gravity assisted heat pipe, and meanwhile excess energy is converted into electric energy.

Description

technical field [0001] The invention relates to the field of treatment of gangue mountains, in particular to a device for treating accumulated temperature of gangue mountains and cooperating with thermal energy and wind energy to generate and dissipate heat. Background technique [0002] Outdoors, the coal mine gangue mountain is the waste discharged from the coal mine production process. The internal oxidation reaction generates a large amount of heat, which is continuously discharged into the atmosphere, resulting in less rainfall around and longer sunshine time. Under the influence of cold and heat convection, the gangue mountain is The wind is generally stronger. [0003] The gangue mountain has the following obvious characteristics: a large amount of heat is released to the atmosphere inside, the air flow is intensified, and the wind is generally strong. The energy released by the existing gangue mountains has not been fully utilized, in addition, the energy released b...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, the patent name is a gravity heat pipe device for Stirling power generation and forced convection heat dissipation (patent number is CN202110245761.3). In the internal accumulated temperature of the gangue hill, the Stirling cycle is used to convert thermal energy into mechanical energy, so as to realize mechanical energy to The conversion of electric energy, but in the process of power generation, the objective environment around the gangue hill was not considered, and the comprehensive utilization of wind energy and heat energy was not realized.

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