Heat balance structure for saturated water generation device

Abstract

The invention discloses a heat balance structure for a saturated water generation device. The structure comprises a heat receiver provided with a cavity inside, a heat conducting body and a column, wherein the column is positioned in the cavity of the heat receiver; one end of the column is a high-pressure liquid injection end; and the heat conducting body is positioned at the high-pressure liquid injection end of the column. In the heat balance structure for the saturated water generation device, after the column is impacted by high-pressure and low-temperature water, the temperature of the column quickly drops, and subsequent entering water cannot receive heat effectively, so that the heat conducting body is added at the front end of the column; and the heat conducting body is made of high heat conducting material, such as a copper block, so that the heat is quickly supplemented after the column is cooled, the defect of instable pressure after steam generation caused by quicker drop of partial temperature of the saturated water generation device can be prevented, and the heat balance of the saturated water generation device is kept.

Description

technical field [0001] The invention relates to the field of steam power, in particular to a heat balance structure for a saturated water generating device. Background technique [0002] As for the engine, traditional gasoline and diesel engines not only produce harmful exhaust gases, but also about 50% of the fuel in the combustion process is converted into heat that superheats the engine. When this type of engine is applied to crankshafts, camshafts and valves, the technical requirements are relatively high, resulting in a significant increase in cost, and problems such as wear and weight increase; The power source device of the power is installed on the engine to prepare and produce piston steam engines and steam turbine engines; for piston steam engines, due to low conversion heat efficiency and large environmental pollution, it has been gradually eliminated; steam turbine engines are used in thermal power plants are used extensively. However, in the prior art, there i...

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Problems solved by technology

When this type of engine is applied to crankshafts, camshafts and valves, the technical requirements are relatively high, resulting in a significant increase in cost, and problems such as wear and weight increase; The power source device of the power is installed on the engine to prepare and produce piston steam engines and steam turbine engines; for piston steam engines, due to low conversion heat efficiency and large environmental pollution, it has been gradually eliminated; steam turbine engines are used in thermal power plants heavily used in

However, in the prior art, there is no method and device for using saturated water explosion to generate high-temperature and high-pressure steam flow as power, so it is necessary to study this field and design a new steam power device

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