KR100648524B1 - Heating apparatus - Google Patents

Abstract

An indoor heating apparatus is provided to cut down heating cost by directly heating indoors with combustion without consumption of indoor oxygen, and to use as a hypocaust bed by using heat of a heat conductive chamber and cool air of a cool air chamber. An indoor heating apparatus includes a heat conductive chamber(100) having an inlet, a combustion chamber(200) formed in the heat conductive chamber and provided with a flame hole(220) discharging flame and an inlet, a cover(300) installed at the inlet of the heat conductive chamber, a fire door(350) installed at the inlet of the heat conductive chamber, a cool air chamber(400) separately formed from the heat conductive chamber, a first air supply pipe(500) feeding external air to the combustion chamber, a second air supply pipe(510) heating external air with heat of the combustion chamber and supplying air to the inlet, a third air supply pipe(520) supplying external air to the cool air chamber, a bed frame(600) installed over the cool air chamber and the heat conductive chamber, a second exhaust pipe(700) installed in the cover to discharge smoke from the inlet of the combustion chamber, and a first exhaust pipe(710) discharging smoke from the heat conductive chamber. The combustion chamber is made of material such as earth and stone.

Description

Indoor heating device

1 is an exploded perspective view showing a structure of an indoor heating apparatus of the present invention;

Figure 2 is a side sectional view showing a structure of an indoor heating apparatus according to the present invention,

3 is a plan view of the bed frame is removed showing the structure of the indoor heating apparatus according to the present invention,

4 is a front view of the indoor heating apparatus according to the present invention.

<Explanation of symbols for main parts of the drawings>

100: heat conduction chamber 110,210: entrance

200: combustion chamber 220: crater

300: cover 350: fire door

400: cold chamber 410: ore

500,510,520: Class 1, 2, 3

600: bed frame 610: through hole

700,710: 1st, 2nd exhaust pipe W1, W2: Wall

The present invention relates to an indoor heating device, and more particularly, to an indoor heating device that can be used as an ondol bed for heating a room such as a living room and benefiting the human body without consuming oxygen in the room.

In general, in the case of houses equipped with a fireplace among residential facilities, the fireplace is used to burn fossil combustion such as coal, firewood, and oil, thereby heating the interior of a living room or a room.

However, the indoor heating method using the fireplace consumes oxygen in the combustion process of fossil fuels, which not only makes the indoor air muddy, but also causes a problem that adversely affects the indoor air environment and residents, such as causing oxygen shortage. .

In addition, the fireplace installed in the living room is only effective for heating only the living room in which the fireplace is installed. The heating effect of the inner room or other rooms cannot be expected, and since most of the heat generated during combustion is discharged to the outside through the chimney, the thermal efficiency is also greatly increased. A falling problem has occurred.

Therefore, most fireplaces installed in the living room have a lot of problems, such as being used for the interior decoration rather than heating function despite the expensive construction cost.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems in the related art, and an object of the present invention is to provide an indoor heating apparatus which can achieve indoor heating such as a living room without consuming indoor oxygen.

In addition, another object of the present invention is to provide an indoor heating device that can be used as an ondol bed while planning the heating of a room such as a living room.

Indoor heating apparatus of the present invention for achieving the above object is a heat conduction chamber having an inlet; A combustion chamber provided inside the heat conduction chamber and having a fireball and an inlet through which a flame may be emitted during combustion; A cover installed at the inlet of the heat conduction chamber; A fire door installed at the entrance of the heat conduction chamber; A cold air chamber formed on one side of the heat conduction chamber to be distinguished from the heat conduction chamber; A first class engine for supplying outside air to the combustion chamber; A second class engine for heating the outside air with the heat of the combustion chamber to supply the interior air to the heat conduction chamber inlet; A third class engine for supplying external air to the cold air chamber; A first exhaust pipe installed in the cover to discharge smoke at the inlet of the combustion chamber; A bed frame installed on the heat conduction chamber and the cold air chamber; And a second exhaust pipe for discharging the smoke of the heat conduction chamber.

Hereinafter, the configuration of the indoor heating apparatus of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing the structure of the indoor heating apparatus of the present invention, Figures 2 and 3 are a cross-sectional side view and a plan view showing the structure of the indoor heating apparatus according to the present invention, as shown in the Thermal conduction chamber 100, combustion chamber 200, cover 300, fire door 350, cold chamber 400, first, second, third class engines 500, 510, 520, bed frame 600 The first and second exhaust pipes 700 and 710 are configured.

First, the heat conduction chamber 100 is a space in which the combustion chamber 200 and the second class engine 510 are provided, and the heat generated from the combustion chamber 200 by the external cold air introduced through the second class engine 510. The inlet 110 is formed at one side of the heat conduction chamber 100. In the present invention, a preferred installation example of the heat conduction chamber 100 is an example installed in a position adjacent to the living room in the room.

The combustion chamber 200 is a space that is installed in the heat conduction chamber 100 to incinerate firewood or coal, etc. to generate a heat source. The combustion chamber 200 is a dome shape and is made of earth or brick such as loess on the outside of cast iron material. It is a structure with a thick back, and through this, far infrared rays, negative ions, etc. can be released, thereby promoting the health of the human body. In addition, the combustion chamber 200 forms an inlet 210 for supplying firewood to the front side, and a plurality of fireballs 220 are formed on the opposite side of the inlet 210 so that some of the flames can be ejected to the heat conduction chamber 100. .

The cover 300 is installed at the inlet 110 of the front surface of the heat conduction chamber 100, and not only produces a beautiful and antique design, but also partially discharges the smoke generated during the combustion process of the combustion chamber 200, such as a living room. It prevents the entry into the room, and also prevents the smoke caused by the indoor ceiling.

The fire door 350 is for preventing the flame generated from the combustion chamber 200 from being emitted to the indoor side of the living room and the like, and preventing the entrance and burn of the infant or the child, and the entrance of the heat conduction chamber 100 ( 110) is made of a material such as glass having a fire protection function.

The cold air chamber 400 is to cool the head of the person lying in the bed frame 600, and is formed separately from the heat conduction chamber 100 on one side of the heat conduction chamber 100. Although the cold air chamber 400 is separated from the heat conduction chamber 100, the heat of the heat conduction chamber 100 is indirectly conducted to some extent through the wall W1 between the heat conduction chamber 100 and the cold air chamber 400. do. And the bottom of the cold chamber 400 is provided with ore 410, such as jade, crystal, germanium, so as to achieve a beneficial effect on the human body, such as far infrared rays, negative ions.

The first, second, and third class engines 500, 510, and 520 supply external fresh air to the heat conduction chamber 100, the combustion chamber 200, and the cold air chamber 400. The air supply pipe 500 is connected to the bottom of the combustion chamber 200 to supply external air. In addition, since one end of the second air supply pipe 510 is connected to the living room, the second air supply pipe 510 supplies the outside air heated by the heat of the heat conduction chamber 100 to the living room, and the third air supply pipe 520 supplies the fresh air from the outside to the cold room. 400 to serve to keep the temperature of the cold chamber 400 relatively low.

The bed frame 600 is provided with a mattress, a mattress, or the like, and is installed above the heat conduction chamber 100 and the cold air chamber 400, and a plurality of bed frames 600 are located directly above the cold air chamber 400. By forming a through hole 610 of the cold air chamber 400 to be introduced. And the bed frame 600 is preferably used that the wood is provided on a layer made of stone, in addition to the stone it is also possible to use soil such as ocher.

The first and second exhaust pipes 700 and 710 are for discharging the smoke of the heat conduction chamber 100 and the combustion chamber 200 to the outside, and the first exhaust pipe 700 is the wall of the ceiling of the heat conduction chamber 100 (W2). ) Installed to be internally installed to discharge the smoke of the heat conduction chamber 100, and the second exhaust pipe 710 is installed on the cover 300 to be adjacent to the first exhaust pipe 700, but is installed on the wall W2 to be installed in the combustion chamber ( 200) to allow the smoke flowing out of the inlet 210 to be discharged to the outside.

Hereinafter, the operation and effects of the indoor heating apparatus of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 2, when the fuel is put through the inlet 210 of the combustion chamber 200 and then burned, the combustion chamber 200 supplies external air through the first-class engine 500 installed at the bottom. As it is received, it burns well like a firewood or a kiln. Most of the smoke generated during combustion is exhausted to the heat conduction chamber 100 through the crater 220, and some of the smoke leaking toward the inlet 210 of the combustion chamber 200 is guided by the cover 300, and the combustion chamber 200 Exhaust gas is exhausted through the first exhaust pipe 700 installed at the upper side of the inlet 210.

Therefore, the interior of the living room can obtain a heating effect such as a fireplace due to the heat transmitted through the inlet 210 of the combustion chamber 200 without oxygen deficiency. In addition, far infrared rays and negative ions are also released due to the nature of the material made of soil and stone. It will promote a healthy indoor environment.

The heat conduction chamber 100 is heated by the heat generated from the combustion chamber 200 and the flame ejected through the crater 220 of the combustion chamber 200, and the second class engine 510 installed in the heat conduction chamber 100 is Since it is heated by the heat of the heat conduction chamber 100, the outside air is heated to be supplied to the living room. The smoke generated from the combustion chamber 200 is exhausted to the outside through the second exhaust pipe 710. Therefore, the interior of the living room is warmer due to the warm outside air supplied through the second class engine 510 together with the direct heating through the combustion chamber 200.

On the other hand, since the cold air chamber 400 continuously receives external cool air through the third-class pipe 520 installed on the floor, the cold air chamber 400 can maintain the cold air chamber 400 in a cool state. Ore 410 such as quartz or germanium also emits far infrared rays, anions, etc., which are beneficial to the human body.

Therefore, the portion of the bed frame 600 located directly above the heat conduction chamber 100 is warmly heated by the heat of the heat conduction chamber 100, but the part located in the cold air chamber 400 is provided by the cold air chamber 400. In addition to maintaining a cold state, the plurality of through-holes 610 to supply the cold air to the upper bed frame 600. Therefore, the user of the bed frame 600 is warmed below the chest, the head is taken to sleep in a cool state can be expected to have the effect of a soothing cold (통 無 冷 痛) acupuncture fever (숙 無 熱 痛) with a good night's sleep. .

In particular, the head of the human body is known as the place where all the yanggi gather in the human body called Jeyangyang (지 陽 之 會), and since ancient times, it was recommended that the head of the body is cold, and it is a shortcut of health. Even now, many pillows filled with buckwheat, which is cold and wet, are used to realize this.

Therefore, the user using the bed frame 600 of the present invention, due to the heat and cold air provided from the combustion chamber 200 and the cold air chamber 400, various beneficial effects and a five-day energy (5) It can be obtained, and further improves the health due to far infrared rays, anions, etc. emitted from the jade, crystal, germanium and the like provided on the bottom of the cold air chamber 400.

In addition, since the inner chamber with the heat conduction chamber 100 is installed may have a heating effect such as an ondol room where far infrared rays and anions are emitted by the heating of the combustion chamber 200 and the heat conduction chamber 100, it is not necessary to separately heat the inner chamber. .

In particular, the indoor heating apparatus according to the present invention does not immediately discharge hot heat generated in the combustion chamber 200, and heats and heats the second class pipe 510, the bed frame 600, and the main room through the heat conduction chamber 100. While the heat storage structure is exhausted, there is an advantage that the thermal efficiency is very high. In addition, since the indoor heating apparatus according to the present invention uses the oxygen required for the combustion of the combustion chamber 200 to the outside air rather than the air of the living room, it is possible to create a comfortable environment without generating oxygen deficiency, and supply to the room such as the living room. Since the outside air is also supplied in a warm state, it can create a fresh and pleasant indoor environment.

On the other hand, the combustion chamber 200 according to the present invention can be used for cooking simple food and boiling water in addition to the combustion for heating, if you want to prevent safety accidents and fire accidents caused by the use of the combustion chamber 200 Since the fire door 350 installed in the inlet 210 of the heat conduction chamber 100 is closed, various safety accidents and fire accidents can be prevented in advance.

Such an embodiment of the present invention is merely to describe a preferred example, the scope of the present invention is not limited to such, and can be changed as appropriate within the scope of the same thought. As an example, the present invention shows a state in which the indoor heating apparatus is installed between the living room and the inner room, but the indoor heating apparatus is only one installation example.

As described above, the indoor heating apparatus of the present invention has the effect of directly heating the interior of the living room, such as the fireplace, without consuming interior oxygen, such as the living room, through the combustion of the combustion chamber, and also through the second-class engine. Since the warm air is supplied to the interior of the living room and the like, there is a very useful effect to further promote warm and comfortable heating and indoor environment.

The indoor heating device of the present invention, the heat of the heat conduction chamber and the cold air of the cold room, the head of the bed frame is cold, and the couple under the chest warms, so the effect of durum cold pain (복 無 熱 痛) You can expect Therefore, the user of the bed frame can be expected a number of useful effects such as ondol bed, such as sleep and physiological activity.

In the indoor heating apparatus of the present invention, since the inner room in which the heat conduction chamber is located is warmly heated by the heat conduction chamber, a separate heating is not required, thereby reducing the cost of heating the room.

Claims (4)

A heat conduction chamber 100 having an inlet 110; A combustion chamber 200 provided in the heat conduction chamber 100 and having a fireball 220 and an inlet 210 which may be blown out during combustion; A cover 300 installed at the inlet 110 of the heat conduction chamber 100; A fire door 350 installed at the inlet 110 of the heat conduction chamber 100; A cold air chamber 400 formed on one side of the heat conductive chamber 100 by being separated from the heat conductive chamber 100; A first air supply pipe 500 for supplying external air to the combustion chamber 200; A second air supply pipe 510 which heats the outside air by the heat of the combustion chamber 200 and supplies it to the room at the inlet 110 side of the heat conduction chamber 100; A third air supply pipe 520 for supplying outside air to the cold air chamber 400; A bed frame 600 installed on the heat conduction chamber 100 and the cold air chamber 400; A second exhaust pipe 700 installed in the cover 300 to discharge the smoke at the inlet 210 of the combustion chamber 200; A first exhaust pipe 710 for discharging the smoke of the heat conduction chamber 100; Indoor heating apparatus comprising a. The indoor heating apparatus according to claim 1, wherein the combustion chamber (200) is made of a material comprising soil and stone. The indoor heating apparatus according to claim 1, wherein the cold air chamber (400) has an ore (410) at its bottom. The indoor heating apparatus according to claim 1, wherein the bed frame has a plurality of through holes (610) formed at one side of the upper surface of the human head.

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