KR20020038419A - A vopor-using power by waste heat - Google Patents

Abstract

PURPOSE: A steam generating device is installed in a cooling water circulating passage in a dynamic engine to control overheating of the engine. CONSTITUTION: A steam generating device has an iron core(1) which generates steam well in its outside of an exhaust pipe. The steam generated in the iron core(1) passes through a steam passage pipe(2) and a dynamic engine block(3). The steam rotates a turbine(5). The turbine(5), a hot water passage(6), and a hot water pump(7) are connected to use waste hot water again. A hot water pipe(8) is connected with the hot water pump(7) to send waste hot water to the steam generating device. The turbine(5) and a heat passage(9) is connected to send waste heat to heat prevention wall.

Description

A vopor-using power by waste heat

Automobiles, ships and tankers, thermoelectric power plants, boilers that use hot water in large quantities, all of which are energy bunker oil, petroleum. Use diesel, gasoline and gas

In all energy, two elements are generated and released to the outside.

The first one is soot and gas generated

Second, heat is generated and released to the outside as waste heat.

In order to prevent overheating of the power engine in the age of energy, the energy is obtained by using waste heat emitted to the outside to join the existing engine power to save energy.

When power is generated using energy in automobiles and ships, heat and soot gas are generated. In the related art, heat is emitted to the outside by installing a cooling device to prevent overheating in an engine.

The present invention is to produce steam and pressure by using the waste heat generated when generating power to the existing engine to turn the turbine to produce power.

Existing steam engine devices include steam boilers, steam locomotives, nuclear power plants, and cogeneration plants, but all of these engines produce steam by direct heat.

The present invention indirectly uses waste heat to produce steam to run a turbine, and join the power to the existing engine to increase power to the existing engine.

Existing power engines are equipped with a cooling device to prevent overheating when the power is to be powered, the water-cooled engine is forced to circulate the coolant to prevent overheating inside the engine.

This invention makes steam generation by installing a steam generator separately in the cooling water circulation passage inside the existing power engine.

Existing coolant circulator adjusts the overheat to the engine and the steam generator of the present invention also prevents the engine from overheating.

1 is a steam generator and the main part layout

2 is a cross- sectional view of the water-cooled engine steam generator

3 is a cross- sectional view of the air-cooled engine steam generator

4 is a cross- sectional view of the exhaust pipe and the mahura steam generator

[Explanation of symbols on the main parts of the drawings]

1,3: Iron core 2, 4 Steam passage pipe 5: Turbine

6: Hot water 7: Hot water pump 8: Hot water pipe

9,11: Heat path 10,12: Heat barrier 13:13

14: water separation container 15: air outlet 16: water bottle

17: water meter 18: water supply pipe 19: rotating plate

21: Upset line 22: Upset rod 23: Iron core

In the present invention, the exhaust gas and heat are generated during the cylinder explosion stroke in the power process of the engine in the 1,2,3 drawings, and the heat is transferred to the outside of the engine, and the rest is discharged along with the exhaust gas through the exhaust manifold. do. At this time, the outside of the engine and the exhaust pipe are overheated.

By overheating the power engine and exhaust pipe, (1) when steam is generated in the iron core, (2) through the steam passage pipe, (3) steam is delivered to the steam generator in the engine engine appendix, and (3) The vapor builds up at high temperatures in combination with steam in the apparatus.

(3) The steam in the steam generator is turned through (4) the steam passage pipe and (5) the turbine.

(5) In the turbine, steam is turned into a turbine, and then steam is converted into a liquid and generated in the turbine by hot water. (6) Through a hot water furnace (7) into a hot water pump.

(5) After steam turns turbine in turbine, high heat besides hot water is transferred to (9) heat passage.

(5) When hot water from a turbine (6) enters a hot water pump (7) into a hot water pump (7) The hot water pump delivers the hot water discharged to the hot water pipe (8) Replenish continuously to maintain high temperature.

(5) After turning the turbine in the turbine, waste heat is generated besides hot water. (9) (10) Ventilate the high temperature to maintain the high temperature of the steam generator through the heat passage.

(11) receives the high heat (10) and (12) passes through the outer wall of the exhaust pipe steam generator to maintain the high temperature of the exhaust pipe steam generator and waste heat is sent to the (13) withdrawal.

(13) The retreat to the conduit is transferred to (14) the water separator, (14) to cool the heat to separate the water and the air, the water is lowered to the water reservoir and the cooled air is discharged to the (15) air outlet.

(16) The water in the water bottle is passed through (17) the quantity controller (7) to replenish the water of the hot water pump and the water of the steam generator.

(17) The quantity controller controls water in the steam generator in (3) (1) and, when there is no water, sends supplemental water through (18) water supply pipe to (7) hot water pump.

Fig. 21 (21) Prevents pollution by installing secondary combustion of exhaust gas unstablely burned in heated line power engine (21) and is installed at the inlet through which exhaust gas passes.

Figure 4 (21) The heat receiving line completely burns the unstable combustion exhaust gas when the exhaust gas passes, and when heat is generated in the heat receiving line (21), it is transferred to the heat receiving rod.

Figure 22 (22) Heated rods transfer the heat of the exhaust gas passing through the exhaust pipe to (1) the steam generator.

Drawing 2 (23) Steam generator of water-cooled engine

3 drawing (3) Steam generator of air-cooled engine

The present invention is to produce power by using the waste heat generated in the power engine will be very energy saving effect.

The present invention will be less pollution pollution to the heat to make water vapor using the waste heat generated in the power engine.

In the present invention, the exhaust gas generated in the power engine is completely burned in the exhaust pipe and released to the outside, so that there is little pollution.

Claims (3)

(1) The steam generator is installed outside the exhaust pipe where steam is well generated at low temperature. (2) The steam passage pipe is connected to the steam generator (3) (23) installed in the engine appendix. (3) (23) Steam generators are to be combined with power engine appendages (4) to the steam passage pipe and (5) to rotate turbines. (5) Turbine, (6) Hot water reactor and (7) Hot water pump combine and use the waste hot water conveyed. (8) Connect the hot water pipe (7) Connect the hot water pump (1) Transfer the waste hot water to the steam generator and raise the pressure and water temperature of the steam generator (1) (3) (23). (5) Turbine and (9) Heat Passage and Connection Transfer waste heat into (10) (12) Heat barriers. (1) (3) (23) Combine the steam generator outer wall with (10) (12) heat resistant wall. 2 drawing (23) Steam generator installed in water-cooled power engine 3 drawing (3) Steam generator installed in air-cooled power engine Figure 4 (21) Install the heated line at the inlet of the exhaust pipe (22) Install the heated rod inside the exhaust pipe (21) The heated line (22) The heated rod delivers the waste heat to the steam generator (1).