KR20110006783A

KR20110006783A - Stove with the function of a boiler

Info

Publication number: KR20110006783A
Application number: KR1020090064327A
Authority: KR
Inventors: 서영철
Original assignee: 서영철
Priority date: 2009-07-15
Filing date: 2009-07-15
Publication date: 2011-01-21

Abstract

PURPOSE: A heater with a boiler function is provided to keep a human body warm and to reduce the size of the heater because a fan for supplying hot air is not required. CONSTITUTION: A heater with a boiler function comprises a boiler tank(10) and a near infrared heater(5). The near infrared heater supplies hot air to inside. A hot water supply pipe(3), a hot water inlet(1), and a hot water outlet(2) are formed in the outer side of the boiler tank. The boiler tank supplies hot water to an ondol floor heating pipe.

Description

Stove with the function of a boiler {omitted}

The present invention relates to a stove having a boiler function, and more specifically, the boiler function warms the ondol floor, and at the same time, the function of the furnace keeps cold air in the room for a short time, and the heating part of the near infrared heater is exposed. It can be used to heat the fire directly to the body warmly, and it is easy to move because its volume is small and light because it is not attached to the hot air supply. Also, it cuts off the boiler function and only uses the function of the stove to save power. It is to provide a heating device that improves the effect and saves heating costs in winter for consumers' homes by saving energy.

There are many different types of heating devices used in winter.

There are firewood stoves and firewood boilers using wood, briquette stoves and briquette boilers using briquettes, gas stoves and gas boilers using gas, and petroleum stoves using oil such as oil and oil boilers such as oil. There are various heating equipment such as electric blanket, electric stove, and electric boiler.

Like this, there are many kinds of heating appliances in winter, and in recent years, when looking at the heating appliances that consumers most prefer due to high oil prices and economic recession, electric boards and electric stoves do not cause pollution and are equipped with many useful functions for the human body. Among these electric stoves, the furnace using nichrome wire has the advantage of low purchase price. However, when the electric switch is turned on immediately, the heat generated from the nichrome wire heater is slow and the temperature transmitted to the other object is slowed and the heat generated is also normal. Although it has a disadvantage of low power consumption and high power consumption, a stove using a near-infrared heater, recently called halogen, has a high purchase price, but when the switch is turned on, the heat generated from the near-infrared (bulb) heater is transmitted to the other object at a high speed. As usual Calorific value is also the advantage of low power consumption is also very high state again look at them, there are various kinds of electric blanket electric blanket a wide range of products such as general and valuable jade mat flooring and cushions and in addition to prefabricated electrical panels and electric blanket films on health

If you look at the indoor temperature using such heating devices, the outdoor air is very low and cold in the weather outside the outdoor weather temperature is below 3 degrees C, so the indoor air is also very low. The power consumption is about 260 watts, so the heat generation is low and the room temperature of the bedroom is about 2,5 pyeong. In this case, the power consumption and other energy loss are doubled. In this case, the prefabricated electric panel or the electric film panel is about 1,000 ~ 1300w in the case of 2,5 pyeong indoor space. Power consumption per hour is high, so if you use it for a long time in your house, There is likely to be used for a long time used, there poses a heavy load another pebble floor is in need of a warm indoor air cools the outer separate heater

Patent application No. 10-2009-0030330 Patent application No. of the invention In the boiler (and panel) having a warm air function, the heating efficiency is high in the function of the stove and the function of the boiler.

However, when the near-infrared heater 5 generates heat, the 홴 motor for hot air supply is always operated at the same time. At this time, all accumulated heat generated by the near-infrared heater 5 is always pushed out of the outside of the boiler tank 10. It has the effect of extending the life of the near-infrared heater (5) and supplies the warm air quickly. At this time, the near-infrared heater (5) does not push the calories of the near-infrared heater (5) out of the outside of the boiler tank (10). Heat accumulates and the life span is shortened. Therefore, the hot air supply fan always loses power.

In addition, when the temperature of the hot water in the boiler tank 10 rises and increases, the hot water circulation pump 20 is operated to constantly circulate the hot water to the heating pipe 30, so that the functions of the stove and the functions of the boiler are always present. In order to reduce power consumption, the circulation pump 20 is cut off for a long time and only one function of the stove is used. Therefore, since the heat efficiency of the boiler tank 10 is high, the temperature of the hot water rises rapidly, so the hot water circulation pump 20 If the hot water is not circulated to the hot water, the water in the boiler tank 10 may be boiled. This may be difficult to block the circulation pump 20.

In terms of oil and gas boiler heating costs, oil boiler heating costs are about 40-50% higher than gas boilers. When it is operated every time, it generates carbon dioxide emission gas which is the main culprit of global warming greenhouse gas pollution, which is a serious problem, and it is a problem that wastes a lot of foreign currency due to high heating cost.

Therefore, in many of the various heating appliances, the problems of its heating in more detail pointed out that the electric jade mat or electric prefabricated panel and electric film floorboard is mostly warm on the floor of the indoor floor, but does not raise the cold air in the room In order to raise the indoor cold air to the proper condition more than about 20 degrees C, always operate by raising the (power) heating thermostat to a high temperature, and use it to warm up the cold indoor air, but sometimes the indoor air is cold, In many cases, the cost of heating loss is more than 50%, which is a big problem that wastes a lot of energy and foreign currency. This energy loss problem is very high in gas and oil boilers. High but there is a problem with the heating process The problem is as follows.

That is, when the boiler is operated, the hot water in the boiler tank rises to a high temperature of about 60 degrees or more, and the hot water circulation pump operates to circulate the hot water through the indoor heating tube.

However, iron pipe heating tubes have high heat conduction efficiency, and most of them are installed using synthetic resin heating tubes instead of iron pipe tubes due to high facility costs. Therefore, synthetic resin heating tubes have slower and lower heat conduction efficiency than iron pipe heating tubes. In addition, the heating tube laid on the indoor floor is covered with thick cement on all four sides, so that the heating value of the heating tube discharged on the heated floor reduces the temperature by more than about 10-15% in the floor cement. In this state, it heats on the cement floor while heating the temperature of the large area of the cement floor, and its heat generation amount is low, so it takes a lot of time to convert the cold air into the warm air. Therefore, the temperature announced by the Korea Meteorological Agency is below 3 ° C. If you run a boiler, the indoor space is about 2,5 pyeong. In order to raise the room temperature by 3 degrees C with the heating tube, it takes about 2-3 hours to operate the boiler, which is losing a lot of energy, which is putting a lot of heating cost on consumers' homes in times of high oil prices and economic recession. Therefore, briquette boilers that have low heating cost and low burden have been used in many households recently, but briquette boilers can lose their lives due to briquette poisoning if they are not properly managed. In addition, gas or oil boilers are generating serious carbon dioxide emissions, the main culprit of global warming greenhouse gas pollution every time the boiler is operated, which is a serious problem, and it is a problem that wastes a lot of foreign currency due to high heating cost. have

It should be noted that the process of feeling cold in the human body is warm on the floor of the room, but when the air in the room is cold, it feels a lot cold.

In the present invention, the boiler function warms the ondol floor, and at the same time, the function of the furnace can directly heat the fire of the stove to the body as the heating part of the near infrared heater is exposed while warming the cold air in the room for a short time. In addition, it is easy to move due to its small size and light weight because it is not attached to the hot air supply. It also cuts down the boiler function and uses only the function of the stove to improve the power saving effect with low power consumption. To provide a boiler that functions as a boiler to replace the gas and oil boilers that are the main causes of energy loss, high heating costs and global warming greenhouse gas pollution by providing a boiler that combines a method of reducing costs and a pollution-free stove. Has a purpose

The stove having a function of the boiler of the present invention is a near-infrared heater is arranged, the function of the stove is the near-infrared heater (5) and its reflection plate attached to the exposure to supply warm air to the room and the boiler function is to supply water to the outside of the boiler tank The suction pipe and the heating suction pipe and the discharge pipe are provided and protruded, and the function of supplying warm water with a circulation pump to the ondol floor heating pipe through the discharge pipe is the same.

The near-infrared heater attached to one surface of the boiler tank having a half moon shape is characterized in that it generates heat at the same time by heating the boiler tank in the state of protruding by exposure and also by the stove function.

The boiler tank is made of a material such as a metal material or a ceramic transparent glass that is resistant to fire and heat. The boiler tank is equipped with a near-infrared heater on one surface of the boiler tank, which partially reflects the light and emits some reflections.

The near-infrared heater heating part boiler tank is characterized by forming a heat radiation jaw to absorb heat.

The function of the boiler and the stove is characterized in that the heater is heated by the temperature sensor by attaching a temperature sensor temperature controller.

In addition to the operation of the temperature sensor switch, the hot water pump for supplying hot water to the heating tube is connected with a cutoff switch so that the power of the hot water pump can be supplied and cut according to convenience. It is characterized by reducing the power consumption of the pump.

In the present invention, the boiler function warms the ondol floor and at the same time the function of the furnace warms the cold air in the room while the heat of the near-infrared heater is exposed so that the stove can directly heat the fire to the body and supply the warm air. 홴 Its small size and light weight make it easy to move, and sometimes it blocks the boiler and uses only the function of the stove, which saves energy and saves energy. It is effective to cope with oil and gas boilers that generate carbon dioxide emissions, the main culprit

In the present invention, the furnace having the function of a boiler, the patent application No. 10-2009-0030330 of the patent application In the boiler (and panel) having a warm air function, the function of the boiler and the functions of the stove are similar to each other

However, in the present invention, the difference between the heating parts of the near-infrared heater 5 and the part of the reflecting plate 6 are exposed, so that the fire can be heated directly to the body, so that a cold body can be directly melted in the fire. It is convenient to move because the power consumption is low and its volume is small and light by not attaching the hot air supply fan.

In addition, the function of the boiler and the stove is cut off depending on the function of the boiler and the stove only to use the function of the stove to cut off the power of the circulating pump 20, thereby lowering the power consumption is easy to save energy and effectively in the small room space Can be used to further reduce heating costs

Therefore, the embodiment of the stove having the function of the boiler in the present invention will be described as follows.

In the boiler tank 10, as shown in FIGS. 2 and 3, the shape of the boiler tank 10 has a round developmental shape in which the front surface to which the reflector plate 6 is attached has a shape that partially covers the near infrared heater 5, and the width thereof is in a rectangular shape. And to form a perforated hot water suction pipe (1) that can be connected to the heating tube 30 on the upper left side of the boiler tank (10) and the hot water discharge pipe that can be connected to the hot water supply circulation pump (20) on the lower right side of the front ( The hole of 2) is formed by drilling and the upper part of the boiler tank 10 is formed by drilling the hole of the water supply pipe 3 for receiving water from the outside.

In addition, in the reflector plate 6 of the boiler tank 10 to which the near infrared heater 5 is attached, a heat radiation jaw 4 is formed to absorb the calorific value of the near infrared heater 5 from the boiler tank. Part of the reflector plate 6 is reflective plated 6 and part of the reflector 6 is not plated so as to be able to emit reflected light, and part of the reflector 6 is not reflected.

Boiler tank 10 prepared in such a process is as described in Figure 1 and 5, the various parts attached to the embodiment as follows.

The boiler tank 10 is attached to the upper end of the heating case 40 and the near-infrared heater 5 is attached to the front surface of the reflector plate 6 of the boiler tank 10, and a water supply (water) container is attached to one surface of the boiler tank 10. 70) and connect it with the water supply pipe (3). Attach the water level sensor (Sw3) to the attached water supply (70) part so that the water level (water) sensor switch (Sw3) ) When the relay (R4) is operated when the water in the water supply (70) lacks water, the R4 relay a contact (R4Sw) is operated to sound the rich 27 sounds and the attached boiler tank (10) The overheat cut-off switch (Sw7) is attached to the boiler tank 10 is overheated so that when the abnormal temperature occurs, the near-infrared heater (5) power is cut off and the power of the near-infrared heater (5) on one surface of the boiler tank (10) Attach temperature sensor switch (Sw2) to supply

And a safety switch (Sw6) is attached to the bottom of the bottom so that the power is cut off when it falls.

And the back surface of the reflector plate 6 of the boiler tank 10 is heat-insulated with heat-resistant insulating material (50)

On the outside of the heating case 40, a temperature (sensor) control switch 54 capable of controlling temperature and a heat control switch 80, a circulation pump power cutoff switch (Sw10), and a total power switch of the near infrared heater (5). Attach the (Sw5) and the temperature sensor (sw1) for detecting the temperature of the water in the boiler tank 10 is connected in series with the shut-off switch (Sw10) to use the boiler circulation pump in the case of using only the stove function according to the needs of consumers Power consumption is reduced by cutting off the power of 20. In addition, (PL1) is a lamp indicating a power indication, and 36 and 36 'are ventilation holes. Purchase and attach

The suction pipe of the attached circulation pump 20 is connected to and connected to the discharge pipe (2) of the boiler tank 10.

In addition, all the attached electric appliances are wired and wired as shown in FIG. 6 to suit the intended use, and a portable belt is attached to the upper surface of the case 40 to facilitate portability. In this embodiment of the method for the use of the stove 40 having the function of the boiler as described above, the discharge pipe 2 of the boiler tank 10 is a hot water supply circulation The discharge pipe 2 'of the hot water circulation pump 20 is connected to the suction port of the pump 20, and the heating pipe 30 of the prefabricated panel 300, or the heating pipe 30 that is being used in the existing installation, etc. One surface is connected to each other and the other side of the heating pipe (30) remaining on the other side is connected to the boiler tank (10) suction pipe (1) and connected to each other

In addition, after the preparation for use is completed, the water supply pipe 3 is connected to the water pipe so that water can be supplied from the outside, or when it is difficult to pour water directly into the water supply (water) container 70, the function of the boiler It becomes possible to operate the stove 40 having a

Therefore, after the work process is completed, the power is supplied to the stove having the function of the boiler as shown in Figs. 1 and 6, the power switch Sw5 is turned on, and the temperature (sensor) control switch 54 is rotated by hand. When the temperature value is set, the near-infrared heater 5 generates high heat in red color at the portion of the reflector plate 6 of the boiler tank 10 according to the set temperature value. When absorbed and the temperature rises, the water in the boiler tank 10 is supplemented with heat so that the boiler tank 10 becomes hotter, and thus the water in the boiler tank 10 becomes hotter and hotter, thereby increasing the temperature. The reflection efficiency of 10) is as follows.

When electricity is supplied to the near-infrared heater 5, the near-infrared heater 5 generates high heat in a red color at a portion of the reflector plate 6 of the boiler tank 10. At this time, the heat radiation jaw 4 also absorbs heat. When the temperature rises, when the boiler tank 10 is heated to heat up and supplies heat to the boiler tank 10, the water contained in the boiler tank 10 becomes more hot accordingly, so that the temperature increases. At this time, the non-reflective 6 'portion of the reflecting plate 6 that does not reflect plating has an effect of absorbing the heat generated by the near infrared heater 5 and transferring it to the boiler tank 10. In the reflecting plate (6) where the reflective plating (6) was applied to one surface of (10), the heat generated by the near-infrared heater (5) is blocked by the reflection so as not to be absorbed by the boiler tank (10), and the 70% efficiency is returned to the front. Amount of heat transmitted to the doemeuro taking emits push boiler tank 10 is reduced to about 70% by failure to pass the normal amount of heat to be passed becomes lower absorption efficiency

In addition, in the boiler tank 10 using transparent glass, the heat of the near-infrared heater 5 is directly transmitted to the water contained in the boiler tank 10 in the non-reflective (6 ') area where no reflection plating is applied, thereby generating heat. The effect of directly raising the water temperature is high.

When the temperature of the water in the boiler tank 10 rises in such a step, when the temperature sensor sw1 operates to supply a voltage to the relay R1, the relay operates to operate the hot water supply circulation pump by the operation of the R1 contact point R1Sw. At this time, the hot water supply circulation pump 20 is operated to supply hot hot water contained in the boiler tank 10 to the ondol heating pipe 30 in the room. ) Floor with warm floor becomes warm immediately

In addition, the function of the stove is to discharge the hot heat directly into the room and at the same time is combined with the amount of heat emitted from the heating tube 30 so that the cold air in the room disappears in a short time and is rapidly changed to warm air is changed.

In this heating method, when the outside weather temperature announced by the Korea Meteorological Agency becomes below 3 ° C, the indoor air is lowered accordingly, but the indoor cold air emits warm air from the stove function, and the boiler function is floor ondol heating. By heating the floors at the same time through the pipe 30 at the same time, the indoor temperature increases in a short time. C is effective to maintain even without any external heating help

Therefore, in the present invention, the heating method of the stove having the function of such a boiler is less bulky and light because it is not attached to the hot air supply, so when the individual heating is used in each bedroom or room individually, the power consumption is lower. In addition, since the power connection of the temperature sensor sw1 and the cutoff switch Sw10, which detects the water temperature, is connected in series with each other, when the cutoff switch Sw10 is cut off, the power supply of the relay R1 is turned off. Since the power of the circulation pump 20 of the boiler is cut off, power consumption is reduced due to the stop of the hot water pump 20.

In such a case, the function of the boiler is cut off and the function of being able to be used only as a function of the stove is described in the present invention about the overheating method of the boiler tank 10. The near infrared heater 5 which overheats the boiler tank 10. It is attached to the exposure from the outside to heat the heat by the function of some stoves, the heat delivered to the boiler tank 10 is not 100% of the heat transfer, the heat is low, the boiler's function is blocked according to the needs of consumers In addition, it is not necessary to use only as a function of the stove so that the life of the near-infrared heater (5) and other safety such as overheating of the hot water in the boiler tank (10) is not a big problem. Therefore, when used, it is possible to save power by cutting off the power of the circulation pump 20.

In FIG. 6, the change in the heat adjustment voltage of the near infrared heater 5 brightness, that is, the value of the variable resistor 85, is increased by using the adjustment switch 80 of the near infrared heater 5 in accordance with the size and width of the indoor space. By dividing it into several units so that it can be used according to the weakness, the heat generated by the near-infrared heater (5) is covered with a blanket while sleeping, and the power consumption per hour is about 200w even in an indoor space of about 2,5 pyeong. It is possible to sleep warmly even with low power, so that the energy of the near infrared heater 5 and its heat can be efficiently and conveniently used to save more energy.

In addition, this time, the problems of gas and oil boiler, heating tube, and heating method used in the past are as follows.

That is, when the conventional boiler is operated, the hot water in the boiler tank 10 rises to a high temperature of about 60 degrees C. The hot water circulation pump 20 operates to circulate the hot water to the indoor heating tube 30.

However, at this time, the iron pipe heating tube 30 has a very high thermal conductivity efficiency of about 99%, but since the facility cost is high, most of the synthetic resin heating tubes are installed and used instead of the iron pipe tube.

As a result, inexpensive synthetic resin heating tubes are used, but synthetic resin heating tubes are slower and lower in temperature and more than about 10% of their temperature are transmitted to the indoor floor compared to iron pipe heating tubes. Laying heating pipes 30 covers all four sides of the thick and wide area with cement, so that the heating values of the heating pipes 30 released on the ondol floor are generated by reducing the temperature of about 10-15% in the floor cement again. The heat generated on the surface of the ondol floor is low, so it takes some time for the ondol floor to become warm, and it takes a lot of time to release the low heat in the reduced state of the cement floor to convert the cold air into warm air.

Therefore, when the outside temperature announced by the Korea Meteorological Agency is below 3 degrees C, the indoor temperature is controlled by heating tubes 30 installed on cement floors by operating gas or oil boilers in the area of about 2,5 pyeong. It takes about 2 ~ 3 hours to operate the boiler to raise 3 degrees C. In addition, the indoor warm floor is warm, but the indoor air is very low, so the boiler has to operate continuously to raise the temperature of the room. In the era of high oil prices and economic downturns, which are causing huge burdens of heating costs on consumers' homes. Thus, in order to solve these problems in the present invention, the function of the stove is that people warm the stove directly to the human body. In addition, the heating of the stove's hot heat will convert the cold air into warm air, The function of the boiler is to warm the floor of the room warmly, and it has the effect of heating that changes the cold air of the room to warm air in a short time, and saves a lot of energy.

In addition, it is easy to move because of its small size and light weight because it is attached to hot air supply, and it is easy to save energy because it saves energy and it can be used more effectively when used in a small indoor space.

Here, the reflection plating 6 of the reflector plate 6 of the boiler tank 10 to which the near infrared heater 5 is attached will be described in more detail as follows. One surface of the reflector plate 6 on one surface of the boiler tank 10 is described. When the reflecting plating 6 capable of emitting the reflected light is applied to the entire surface, when the near-infrared heater 5 generates heat, about 70% of the heat generated by the reflector 6 is sucked in the boiler tank 10. As it does not reflect and pushes to the outer foil, the efficiency of the amount of heat to suck in the boiler tank 10 is very low.

Therefore, in the present invention, the portion of the reflecting plate 6 is partially divided into the reflective plating 6 'and part of the reflecting plate 6 has a non-reflective function 6' so as not to reflect the suction to the boiler tank 10. They also increased their calories and allowed them to share their calories with each other so that people could use them warmly even when they were directly burning the stove.

In this case, if all surfaces of the reflector plate 6 of the boiler tank 10 have the non-reflective function 6 ', the boiler tank 10 can directly absorb a high amount of heat, and thus the hot water in the boiler tank 10 can be absorbed. It is possible to increase the temperature quickly, but when people direct the light of the stove directly in front of the stove, the reflected light of the near infrared heater 5 is weak, so that the heat generation amount is low, and the material of the boiler water tank 10 is made of metal or It is possible to use transparent glass such as high-grade glass. Also, the boiler tank 10 using clear transparent glass has the function of transmitting the heat of the near-infrared heater 5 to the water directly, so that the water temperature is about 35% or more. However, the material of the transparent glass may be damaged. The material of the boiler tank 10 may be selected from metal or transparent glass. It will be reasonable to

Therefore, if you look at the average monthly electricity consumption and heating costs for such heating method, even if the weather temperature announced by the Korea Meteorological Agency is below 3 degrees C, the average power consumption per hour is about 300W in the indoor bedroom. As it is possible to maintain the temperature of the bedroom above c, the power consumption of heating per hour is low, which can save a lot of energy due to power saving effect.

For example, if you explain in detail, based on the person who goes to work, the average daily heating consumption is calculated to be about 12 hours, the average usage of the heating equipment of the foot is 300w × 1 day 12 hours × 30 days According to the KEPCO housing rate table, the monthly electricity consumption is about 82 won per 1 kwh × monthly electricity consumption of 108 kwh = the monthly average heating rate of the present invention is 8,856 won, compared with the use of briquette boilers. If you look like this:

The amount of briquette boiler used is 4 pieces per day × 30 days = 1 month 120 pieces × price of 380 won per month of coal briquettes = 45,600 won.

As described above, the heating method of the present invention is significantly lower than the heating cost of the coal briquette boiler. The heating method of the present invention can be used even with the oil heating cost of about 15/1 of the heating cost of the oil boiler.

In addition, we can use even gas heating costs of approximately 9/1 of gas boiler heating costs

In addition, compared to the heating cost of electric power heating panels, it can be used even with heating costs of about 4/1 electric heating panels, but it is also effective to use indoor air more warmly. In this cold place, you need to cover your bed with a blanket to keep the floor warm. Also, the amount of heat is low, making it difficult to change the cold air to warm air.

Thus, in the heating method of the stove 40 which has the function of the boiler of this invention, even if it has one near-infrared heater 5, the function of a stove makes the cold air of a room warm in a short time, and at the same time the function of a boiler The heating cost is low due to the dual heating effect that warms the indoor floor. Therefore, the heating cost is lower than that of the briquette boiler, which is cheaper. There is a risk of danger and also hassle to manage the briquette fire at all times so that the briquettes are not extinguished, and the inconvenience of having to discard the burned coal briquettes at any time. Small, light, portable and simple to install in bedrooms and institute offices It can be installed directly inside the room, and it can be changed to warm air in the room even with less power consumption, thus reducing the heating cost in winter by saving energy in the high oil price era, and the boiler which does not generate pollution The aim is to provide a boiler with the function of a boiler to replace the gas and oil boilers that are the main culprit of energy loss, high heating costs and global warming greenhouse gas pollution.

1 is a view showing an example of the appearance of the stove having a boiler function.

2 is a perspective view of a boiler tank;

Figure 3 is a side view showing the arrangement of the near infrared heater and the boiler tank.

4 is a perspective view showing a state in which the boiler tank is partially cut.

5 is a view showing an embodiment of a state in which a heater having a function of a boiler is connected to each other using a heating tube;

6 is a connection diagram showing the flow of electricity.

Claims

The stove having a function of the boiler of the present invention is a near-infrared heater (5) is arranged, the function of the stove is to supply warm air to the room and the boiler function is the water supply pipe (3) and hot water suction pipe outside the boiler tank (10) (1) and the discharge pipe (2) is provided and protruded to supply hot water to the hot water supply circulation pump 20 to the ondol floor heating pipe 30 through the hot water discharge pipe (2) of the boiler function and stove The function is characterized by the same heating function of the room at the same time by the operation of the sensor

The method of claim 1

The shape of the boiler tank 10 of the stove having the function of a boiler is to have a round half-moon shape that partially surrounds the near-infrared heater 5, and the width thereof is formed in a rectangular shape and the reflector plate of the boiler tank 10 is 6 Near infrared heater (5) attached to the exposure is characterized in that the step of heating the boiler tank 10 and the heating function at the same time as the stove function.

The method of claim 1

The boiler boiler tank 10 having a function of a boiler is made of a material such as a metal material or a ceramic transparent glass that is resistant to fire and heat, and reflects light on one surface of the reflector plate 6 of the boiler tank 10 to which the near infrared heater 5 is attached. Characterized in that it has some reflective plating 6 and some antireflective function 6 '

The method of claim 1

Heat-dissipating jaw (4) (4 ') (4 ") for absorbing heat is characterized in that the heat generating portion of the boiler tank 10 reflector 6 of the near infrared heater (5) of the stove having a boiler function.

The method of claim 1

The power switch function of the near-infrared heater (5) of the stove having a boiler function is characterized in that the adjustment switch 80 of the variable resistor (85) is attached to adjust the amount of power, such as low or low in the steel.

The method of claim 1

By connecting and disconnecting the switch (Sw10) so that the power supply of the temperature sensor switch (Sw1) of the pump 20 for supplying hot water to the heating pipe 30 of the stove having the function of the boiler can be used and conveniently connected to the boiler Step to cut the power of the pump 20 by using only the function of the stove to cut off the function of