KR100937100B1 - Vacuum hot water boiler - Google Patents

Abstract

PURPOSE: A vacuum hot water boiler is provided to achieve 50% fuel saving effect by cutting off the loss of heat discharged to the outside. CONSTITUTION: A vacuum hot water boiler comprises a vacuum combustion chamber, a hot water tank(4), a fuel tank(8), a brown gas manufacturing machine, an air compressor(3), a cooling water tank(5), and a control box. The vacuum combustion chamber comprises a circulating chamber, a recirculation port, an exhaust pipe(2i.1), an exhaust pipe(2i.2), an inlet, and a burner. The hot water tank comprises a circulating pump(4f), a low temperature water recovery pipe(4e), a check valve(4d.2), a warm water carrying pipe(4c), and a safety valve(5b). The fuel tank comprises a pipeline(3c). The brown gas manufacturing machine comprises a pipeline supplying the brown gas to burner. A pneumatic compressor comprises a pneumatic gauge(3a) and a valve(3b).

Description

Vacuum Furnace Hot Water Boiler {Vacuum Hot Water Boiler}

The present invention closes the chimney and pneumatics to block the heat discharged to the outside by evacuating the combustion engine and select one of the existing fuel (banca c oil, city gas, refined oil, diesel) Brown gas (hydrogen 2) : Oxygen1)) is used as auxiliary fuel and cooling water deteriorates, the cooling water deteriorates, the expansion is extinguished, and the combustion engine is continuously circulated and burned. Blocks toxic air emissions such as dioxin. Helps prevent global warming and improves the environment. It is a hybrid boiler that does not emit 1% of toxicity and is an eco-friendly technology.

Currently, hot water boilers use clean fuel in the city to minimize pollution prevention. Even with clean fuel. Each species toxicity produced during combustion is inconsistent. Burning anything produces carbon dioxide and dioxin. In satin. In a secluded place. The fossil fuels and banca C oil used are considered to be seriously toxic. Until now, we have only been interested in fuel savings. Part of what we know about the toxic effects of burning fossil fuels is unknown. These toxins cause warming in the atmosphere and are nowhere safe on Earth.

Until now, boilers have been releasing toxic fuel into the atmosphere by burning only the chimney after burning the fuel in the combustion chamber.

This method produces intoxication when burning fossil fuels, which contributes to global warming and threatens humans. Reduced sperm count. Immune response. Many new diseases, such as thyroid dysfunction, have been found to be "incurable diseases that cannot even be identified. Dioxins have a reputation for being the worst, the scariest, the most lethal, and the cleverest man in the world of synthetic chemicals. Dioxins are also produced in forest fires in volcanoes.
Amazing numbers of residual chemicals disrupt hormones and inhibit growth, say scholars. The challenge is to completely incinerate these toxic substances and cut off atmospheric emissions.

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The present invention continuously discharges the combustion chamber air to the outside and burns the fuel in a vacuum, the cooling water to reduce the low mild expansion and continuously circulating the vacuum combustion engine by continuously performing the above process of exhausting the atmosphere atmosphere of the heat and dioxin. The source of all toxic air emissions such as carbon dioxide is blocked.

The present invention is the main culprit of global warming carbon dioxide. carbon monoxide. Sulfur Dioxide Dioxins are the main culprit of other toxic and environmental hormones. Dieldrin. Many poisons, such as Lindane, are produced during combustion, destroying the global environment and harming our health.

It is convinced that the present invention will help to improve the environment.

It will also play a part in reducing the environmental contributions that will be implemented in the future. Burning in confined spaces. By blocking the enormous loss of heat to the outside. Fuel savings are expected to be more than 50% and dollar savings are beyond imagination.

Specific embodiments of the present invention.

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The panel (1c.1-2) bolts the fiberglass packing (1d.1-2) to the cleaning tool (1b.1-2) for cleaning and internal inspection at the front and rear centers of the outer panel (1a.1-2). To close the cleaning port (1b.1-2) and burner (8a) to the burner assembly port (1e) is provided with a vacuum combustion chamber (2) and to the inside of the steam tank (4) furnace pipe (2b.1- A vacuum furnace hot water boiler 1 in which 12 is disposed is installed.

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* Digital Thermostat = Press the Mode key for 5 seconds PV. SV. ALH. ALL. AT. OUT is displayed.

To set the temperature, set the temperature when the ALH (upper limit temperature display) and ALL (lower limit temperature) modes are displayed in SV.

PV displays the current temperature. SV operates at set temperature.

The upper and lower temperatures are operated automatically and the thermostat (7a.1-2) is controlled.

* The temperature measuring body (7a.1) arranged in the hot water tank (4) is provided with the fuel supplied from the fuel tank (8) and the auxiliary fuel brown gas (hydrogen 2: oxygen 1 = ratio) supplied from the brown gas generator (9). Automatically ignite the burner (8a) in the vacuum combustion chamber (2) at the set temperature measured.

* When operating the power switch (10e), the blue light (10d) lights up the compressor (3) is connected to the pipeline (3c) where the valve (3b) is arranged and the vacuum combustion chamber (2) from the outside. Vacuum combustion chamber (2): furnace pipe (2b.1-6): circulation chamber (2e.1-3): exhaust pipe (2e.1-3) and S-shaped exhaust pipe (5c) installed up and down inside the cooling water tank (5): After evacuating the internal air of the exhaust pipe (2i.2), check the vacuum pressure on the vacuum pressure gauge (3a), close the valve (3b), and then turn off the operating air compressor (3) with the power cut-off switch (10f).

* The blue light (10d) lights up when the power switch (10g) is operated. The electronic water regulator (4a) fills the hot water tank (4) with water. When the thermometer (7a.1) operates the circulation pump (4f) at the set temperature, when the low hot water flows into the hot water tank (4) with the low hot water recovery pipe (4e), the check valve (4d.2) blocks the reverse flow and If the hot water delivery pipe (4c) is sent out check valve (4d.1) blocks the back flow

* Safety valve (4b) to prepare for safety accidents.

* Operate the power switch (10k) and the blue light (10d) will light up.

* The coolant tank 5 operates the coolant pump 6 at the set temperature of the thermostat 7a.2. The water supply port 5a supplies the coolant and the high hot water is discharged to the drain port 5b.

* The vacuum combustion chamber (2) is a high-temperature toxic smoke in which the thermostat (7a.1) installed in the hot water tank (4) operates the burner (8a) at a set temperature to the furnace pipe (2b.1-6). Pass through the circulation port (2g) and the circulation chamber (2e.2) of the partition panel (2f) of the circulation chamber (2e.1) through the circulation pipe line (2b.7-12) The S-shaped exhaust pipe 5c flows through the exhaust exhaust pipe 2i.1 to the exhaust port 2h of the exhaust pipe 2c. The burner 8a burns and decomposes the toxicity by continuously conducting the above process with the high heat that the burner 8a burns.

* The control box (control box) 10 is an electronic water regulator (4a): circulating pump (4h): pneumatic (3): burner (8a): digital temperature controller (7) for controlling the coolant pump (6) The hot water boiler, characterized in that including a thermostat (7a.1-2).

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1 is a perspective view showing the appearance of the vacuum furnace hot water boiler and the cooling water tank according to the present invention.

Figure 2 is a combination of the cleaning tool and the fiberglass packing of the vacuum boiler hot water boiler according to the invention. With the structure of the vacuum combustion chamber. Perspective view of hot water tank

Figure 3 is a perspective view showing the configuration and heat circulation process of the furnace tube of the vacuum furnace hot water boiler according to the invention.

Figure 4 is a perspective view showing the assembly of the cooling water tank of the vacuum furnace hot water boiler according to the invention

Figure 5 is a perspective view of the electric control box (control box) of the vacuum furnace hot water boiler according to the invention.

Claims (9)

* Vacuum cleaners 1b.1 to 2 at the front center of the front and rear outer panels 1a.1 to 2 of the hot water boiler 1 are made of fiberglass packing ((1d.1 to 2) and the panels (1c.1 to 2). 2) and bolts are made, including blocking the outside and * The vacuum combustion chamber 2 is a furnace tube (1-12) that circulates heat: a circulation chamber (2e.1-3) and a circulation port (2g): an exhaust pipe (2i.1) is heated to an S-shaped exhaust pipe (5c). And exhaust pipe (2i.2) is introduced into the vacuum combustion chamber (2) with high heat to the inlet (2j). It is installed in the burner assembly sphere (1e) and the temperature measuring body (7a.1) comprises a burner (8a) operating at a set temperature. * The hot water tank 4 is a circulation pump (4f) in which the electronic water regulator (4a) maintains the set water level and the thermostat (7a.1) operates at the set temperature: hot water recovered after use in the hot water tank (4) Low hot water recovery pipe (4e) for introducing a: check valve (4d.2) to block backflow: hot water discharge pipe (4c) for sending out hot water: check (4d.1) and to block backflow * Includes safety valve (5b) in case of a safety accident. The fuel tank 8 includes a pipeline 3c for supplying fuel, and the brown gas maker 9 includes a pipe line 3c for supplying brown gas (hydrogen 2: oxygen 1) to the burner 8a. Being done. * The pneumatic compressor (3) comprises a pneumatic gauge (3a) and a valve (3b) installed in the pipeline (3c) for discharging the air of the combustion engine of the hot water boiler (1) in the vacuum furnace. * Cooling water tank (5) is a cooling water pump (8a) operating the thermostat (7a.2) at a set temperature fills the cooling water to the water inlet (5a), and the S-shaped exhaust pipe (5c) to lower the high temperature circulating And a safety valve (5d) installed in the pipeline (3c) piped to avoid the high heat of the drain (5b) and the vacuum combustion chamber (2) for discharging the high temperature waste water. * The control box (control box) 10 is an electronic water regulator (4a): circulating pump (4h): pneumatic (3): burner (8a): digital temperature controller (7) for controlling the coolant pump (6) Is a vacuum furnace hot water boiler, characterized in that comprising a temperature measuring body (7a.1-2). According to claim 1 The fuel tank 8 supplies fuel to the pipeline 3c and uses brown gas (hydrogen 2: oxygen 1) supplied by the brown gas maker 9 as auxiliary fuel to reduce the fuel consumption by about 50% or more. Vacuum furnace hot water boiler, characterized in that The method of claim 1. The pneumatic machine (3) is a pipeline (3c) provided with a pneumatic gauge (3a) and a valve (3b) is a vacuum combustion chamber (2): furnace pipe (2b.1-12): circulation chamber (2e.1-3) ): Exhaust pipe (2i.1): S-shaped exhaust pipe (5c) inside the cooling water tank (5c): including vacuuming the combustion engine including the exhaust pipe (2i.2) to pre-block internal expansion generated during combustion. Vacuum furnace hot water boiler, characterized in that made. According to claim 1 The vacuum combustion chamber 2 has a fiberglass packing (1d.1-2) and a panel (1c.1-2). Shut off the cleaning spout (1b.1-2) A burner tube (2b.1-12) in which the burner (8a) operating at the set temperature is connected to the burner assembly sphere (1e) and the high temperature of the combustion after being cut off from the outside is circulated: the circulation chamber (2e) .1-3): Circulation port (2g): Exhaust pipe (2i.1): The high temperature passing through the S-shaped exhaust pipe (5C) inside the cooling water tank (5) at low temperature and the exhaust pipe (2i.2) (2j) to the lower part of the vacuum combustion chamber (2) to continuously carry out the above-described process of circulating high temperature and carbon dioxide. Hot water boiler with vacuum furnace characterized in that it does not emit 1% of toxicity by incineration of toxicity such as dioxin According to claim 1 The cooling water tank 5 burns by lowering the high temperature circulating through the S-shaped exhaust pipe 5c by the cooling water supplied by the temperature measuring body 7a.2 to the operating water inlet 5a at the set temperature. Vacuum furnace hot water boiler, characterized in that it comprises a drain (5b) for decompressing the swelling generated during the discharge and discharge the waste water of high heat According to claim 1 The hot water tank 4 maintains the set water level of the hot water tank 4 and the burner 8a burns the high heat furnace tube 2b.1-12: Circulation chamber 2e.1-3: Circulation port (2g When the hot water produced is circulated) and the hot water discharge pipe 4c is discharged, the check valve 4d.1 blocks the reverse flow and the thermometer 7a.1 operates the circulation pump 4f at the set temperature. When the recovery pipe 4e flows in low temperature water, the check valve 4d.2 continuously executes the above-described process of blocking back flow. * Vacuum furnace hot water boiler, characterized in that it comprises a safety valve (4d) to prepare for safety accidents delete delete delete

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