KR200481740Y1 - Stove capable for using both firewood and pellet - Google Patents

Abstract

This design simplifies the structure of the combustion chamber to simplify the structure of the combustion chamber so that it can be assembled easily, and it makes it possible to simplify repairing and lowering the price. It also has the structural feature that can selectively use the harmonics and pellets fuel, It is about the stove.
The main constituent of the present invention comprises a first collecting means (100) for storing combusted heat; A second combustion means (200) inserted and coupled into the first heat collecting means (100); A first combustion means 300 inserted and coupled into the upper portion of the second combustion means 200; And a first fuel storage means (400) inserted and coupled into the upper portion of the first combustion means (300).

Description

[0001] DESCRIPTION [0002] Stoves capable of both firewood and pellets [

The present invention relates to a furnace capable of burning a solid fuel, and more particularly, to a furnace capable of reducing the fuel cost by selectively using low-cost harmonics and pellets fuel and realizing complete combustion by implementing a multi- Pellet combined stove.

In Korea, where energy resources are scarce, oil prices are flying high every day, and the oil price problem, which is changing rapidly according to the political situation in the Middle East, is not today yesterday. Furthermore, interest in environmentally friendly energy is rising due to awareness of environmental pollution.

Recently, the invention of a stove using wood and pellet has been continuously filed.

Conventionally, Korean Utility Model Registration No. 0468604 discloses an example of a fire wood stove. A fire fighting stove is disclosed which is constructed so as to realize a complete combustion by completely burning unburned unburned gas by realizing a multi-combustion manner over three tiers in three combustion chambers. By providing a multi-combustion system in three combustion chambers over three tiers, the unburned unburnt gas can be completely burned to realize the complete combustion, thereby providing a fire-fighting furnace in which thermal efficiency is greatly improved and fuel consumption is saved will be. In addition, the object of the present invention is to provide a firebox capable of using a firewood and pellet fuel that are configured to allow smoke generated during combustion to be discharged smoothly inside a firewood hearth.

However, the above-described technique has a problem in that it is necessary to install a pellet combustor in order to use the pellet fuel, and it is impossible to use the two fuels simultaneously or selectively.

In addition, among other conventional techniques, the combustion of the harmonics and the pellets is performed in one combustion chamber at the same time, which causes the temperature of the heat source to rise excessively, and the iron plate or the fuel supply pipe of the heat source portion is weakened.

Further, according to the prior art, only the combustion efficiency is improved, the inside of the stove becomes complicated, the price becomes high, and the replacement of parts is also difficult.

The problem to be solved by the present invention is to simplify the structure of the combustion chamber so as to facilitate the assembly of the hearth, thereby lowering the cost and simplifying the repair. The structural characteristic of selectively using the fuel oil and the pellet fuel Saving furnace and a pellet-combined furnace.

A first heat collecting means (100) for storing heat burned in a hollow cylinder inside,

A second combustion means (200) which is inserted into the first heat collecting means (100) in a hollow cylindrical shape to provide a place where the second fuel is burnt,

A first combustion means 300 inserted into the upper portion of the second combustion means 200 in the form of a cylinder,

And a first fuel storage means (400) inserted into and coupled to the interior of the upper portion of the first combustion means (300) by a hollow cylinder.

The present invention can introduce two solid fuels such as harmonics and pellets into the combustion chamber at the same time or at the same time, and it is possible to utilize advantages of lower fuel cost and long combustion time by increasing the use ratio of low fuel such as firewood, The advantages of a strong firepower and fast ignition of pellets are also available.

In addition, the structural features of the present invention allow the user to conveniently supplement the fuel, the smoke can be discharged smoothly through the exhaust pipe, and further, the failure rate can be lowered by a simple structure of the assembled type, and the repair can be made convenient.

FIG. 1 is a perspective view showing a firebox and a combined pellet according to an embodiment of the present invention,
FIG. 2 is an exploded view showing the structure of a combined wood and pellet hearth according to one embodiment of the present invention,
Fig. 3 is a side view and a cross-sectional view showing a side view AA of a harmony wood and a pellet combined hearth according to one embodiment of the present invention,
4 is a view showing an embodiment of the combustion chamber connecting portion according to one embodiment of the present invention,
FIG. 5 is a bottom perspective view of a second combustion chamber according to an embodiment of the present invention,
FIG. 6 is a plan view of the first collecting means according to an embodiment of the present invention,
7 is a view showing an embodiment of the first combustion chamber according to one embodiment of the present invention,
8 is a view showing an embodiment of the first fuel supply unit according to an embodiment of the present invention,
9 is a view showing another preferred embodiment of the firewood and pellet-combined furnace according to one embodiment of the present invention,
10A and 10B are diagrams showing the heat flow of the firewood and the pellet-combined furnace according to one embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. It is provided to let you know.

The first fuel to be used hereinafter is suitable for pellets, the second fuel is suitable for but not limited to, and may include both solid fuels such as coal, paper, charcoal, charcoal and the like.

Referring to FIGS. 1 to 4, a firebox and a pellet combined type fireplace according to an embodiment of the present invention includes a first heat collecting unit 100 for storing burned heat, a second heat collecting unit 100 for inserting the heat collecting unit 100 into the first heat collecting unit 100, A first combustion means 300 inserted and coupled into the upper portion of the second combustion means 200 and a second combustion means 300 inserted and coupled into the upper portion of the first combustion means 300, And the first fuel storage means (400).

1 to 3, the first heat collecting means 100 is capable of being combined with the second combustion means 200 to be described later. The first heat collecting means 100 includes a second combustion means supporting portion 110, A storage unit 120, a reclaimed plate unit 130, and a re-discharge unit 140.

The second combustion supporting means 110 serves as a pedestal for supporting the second combustion means 200 with a plate extending outward from the opening of the first open storage portion 120.

The first open storage part 120 is hollow and has the second combustion unit 200 inserted into the opening formed in the upper part. As a result, the heat generated in the second combustion chamber 210 is prevented from being radiated to the outside. The first heat storage portion 120 includes a refuse plate support 121, a re-discharge portion passage 122, and a communication connection portion 123.

The re-frit plate support 121 has a structure that horizontally blocks the inside of the first hot storage unit 120 and has a central hole, and performs a function of supporting the reclaimed plate unit 130 described later.

The re-discharge portion passage 122 penetrates the lower end portion of one side of the first heat storage portion 120 and performs the function of allowing the re-discharge portion 140 to go in and out.

The communication connection part 123 is located at the upper end of one side of the first heat storage part 120 and discharges the waste heat and the smoke to the outside.

Preferably, the first heat storage part 120 may further include a transparent observation part 124 formed of a transparent material which is formed on the outside and can observe the inside of the first heat storage part 120, and performs a function of observing the progress of the combustion.

Preferably, the first hot storage unit 120 includes a ash receiving unit passage 125 positioned above the re-discharge unit passage 122 and passing through a lower side of the first hot storage unit 120, And a ash receiving zone (126) protruded from both ends of the ash receiving channel (125) to support the lower portion of the receiving unit (150).

The ash receiving unit passage 125 functions to allow the ash receiving unit 150, which will be described later, to enter and exit the first open storage unit 120 through the ash receiving unit passage 125.

The ash receiving area 126 functions as a support for the ash receiving unit 150 to receive and receive the ash receiving unit passage 125 in a structure similar to a drawer.

The reclaimed plate portion 130 is placed on the upper portion of the re-usable plate portion support 121 located below the first heat storage portion 120 with a detachable wire mesh structure. Thus, the function of supporting the second fuel in the lower part of the second combustion means 200 and the function of discharging the remaining material after burning the fuel to the lower portion of the reclaimed plate portion 130 are performed. In addition, it is easy to replace the reclaimed plate portion 130 due to the structure of the present invention.

The re-discharge unit 140 is in the form of a drawer in which the re-discharge unit knob 141 protrudes from the outside and is inserted into the re-discharge unit passage 122 separated from the lower portion of the re-formation plate support 121. As a result, the ash accumulated inside the hearth discharged from the reclaimed plate portion 130 is discharged. In addition, potatoes, sweet potatoes, and the like can be placed in the re-discharge unit 140 to use the grilling function.

The first collecting means 100 preferably includes an iron plate shaped ash receiving portion 150 inserted into the ash receiving passage 125 and a ash receiving portion handle 151 protruding from the outside of the ash receiving portion 150 And the like. Thus, the ash receiving unit 150 can be conveniently used for opening and closing the ash receiving unit passage 125 like the drawer by going into and out of the first open storage unit 120 along the ash receiving unit belt 126 .

More preferably, the ash receiving unit 150 may be made of an iron plate having the same size as the ash receiving unit passage 125. Accordingly, the ash is firstly accumulated in the ash receiving unit 150 through the ash reclamation plate 130 in the stove, and the ash receiving unit 150 is pulled out to the outside of the first heat storage unit 120 The ash accumulated in the ash receiving unit 150 does not pass through the ash receiving unit passage 125 and falls down to the ash discharging unit 140 so that the ash does not need to be frequently removed.

Also, the sudden temperature rise of the combustion chamber due to the simultaneous ignition of the two fuels may lead to the weakening of the reconditioning plate 130, and secondly the re-discharge unit 140 or the bottom plate of the hearth may be weakened, However, since the ash receiving unit 150 is located at a lower portion of the ash collecting plate 130 to block the heat, the ash receiving unit 150 performs the function of preventing the damage, It is possible to repair the case simply by replacing the ash receiving part 150 with a simple one. In addition, it is possible to prevent the flame from reaching the re-discharge unit 140 due to the presence of the re-receiving unit 150, and thus the potato, sweet potato, etc. can be stably cooked by the radiant heat transmitted to the re- Function.

Meanwhile, the second combustion means 200 provides a place where the second fuel is burnt in a hollow cylindrical shape, and includes a second combustion chamber 210 and a combustion chamber connection portion 220.

The second combustion chamber 210 is inserted into the upper combustion chamber through the upper opening of the first combustion chamber 120 and is separated from the reflow chamber 130 and is connected to the second combustion chamber support 211 And a second fuel inlet 212. The second fuel injection port 212 is connected to the second fuel injection port 212,

Preferably, the lower end of the second combustion chamber 210 may have a concave shape. Accordingly, the second combustion means 200 can be easily inserted through the second combustion means supporting portion 110, and the combustion of the second fuel can be performed at the center of the second combustion chamber 210, 1 heat storage unit 120 is prevented from being heated directly to the fire.

The second combustion chamber 210 is a primary combustion site for the fuel, and conducts the function of guiding the internal heat to the first heat storage unit 120 through the lower passages. The second combustion chamber 210 is inserted into the first heat storage portion 120 to form a double structure of the outer cylinder. Even if the temperature of the second combustion chamber 210 is increased and the inner cylinder is heated to a high temperature The heat is not directly radiated to the outside, and the heat is lifted along the first heat storage part 120 through the lower part of the second combustion chamber 210 as shown in FIG. 9, thereby performing the function of storing the heat for a long time.

The second combustion chamber support 211 has an upper end protruding outward from the second combustion chamber 210. When the second combustion chamber 210 is inserted into the first open storage part 120, 110 so as to separate the lower portion of the second combustion chamber 210 from the reclaimed plate portion 130.

The second fuel inlet 212 injects the second fuel into the second combustion chamber 210 through the opening in the upper portion of the second combustion chamber 210. In addition, the heat and light generated in the first combustion means 300, which will be described later, become the passage through which the second combustion chamber 210 is moved.

The combustion chamber connecting portion 220 is rotatably coupled to the upper portion of the second combustion chamber 210 with a cylindrical upper and lower openings. The first combustion chamber 310, which will be described later, is inserted into the first combustion chamber 310 And the second combustion chamber 210 are connected to each other. This includes a first combustion chamber protecting portion 221, a combustion chamber connecting support portion 222, a fixing shaft 223, and a combustion chamber connecting handle 224.

The first combustion chamber protecting portion 221 has a hollow cylindrical shape and is inserted into a first combustion chamber 310 to be described later so that heat and light energy generated in the first combustion chamber 310 are reduced to the second combustion chamber 210 It serves as a sending passage.

Preferably, the cylindrical shape of the first combustion chamber protecting portion 221 may be a polygonal columnar shape.

The combustion chamber connection support part 222 protrudes in the lower end direction of the first combustion chamber protecting part 221 so that when the combustion chamber connecting part 220 is connected to the upper part of the second combustion chamber 210, And has a function of supporting the combustion chamber connecting portion 220 and a function of opening and closing the second fuel inlet 212.

The fixed shaft 223 is a fixed shaft for fixing and connecting one side of the combustion chamber connection supporting part 222 and the second combustion chamber supporting part 211 with respect to the axis and serves to rotate the combustion chamber connecting part 220 on the basis of the fixed shaft 223 The second fuel inlet 212 can be easily opened and closed so that the second fuel can be easily injected and the inner hollow of the second combustion chamber 210 and the combustion chamber connecting portion 220 can be easily They are connected to each other in a line.

Preferably, the combustion chamber connection handle 224 is connected to one side of the combustion chamber connection support portion 222 and has a handle shape that can be held by hand, and has a function of facilitating angular movement of the combustion chamber connection portion 220 with respect to the fixed shaft 223 .

The second combustion means 200 has a function of burning the first raw material outside the upper portion of the first heat collecting means 100 by the combustion chamber connecting portion 220. The first combustion means 300, And the energy generated by the second raw material collects.

The first combustion means 300 includes a first combustion chamber 310 inserted into and connected to the first combustion chamber protecting portion 221 in a cylindrical shape and a second combustion chamber 310 connected to the upper portion of the first combustion chamber 310, And a first fuel supply unit 320 for supplying the fuel.

The first combustion means 300 performs a function of providing the ignition position of the first fuel and regulating the intensity of the combustion by regulating the amount of air and the first fuel.

The first combustion chamber 310 includes a flame discharge portion 311 having a plurality of through holes at a lower end thereof, a first combustion chamber support 312 protruding from an upper outer surface of the first fuel chamber 310, And a first air supply unit 313 formed of a plurality of through holes on the side surface, and performs a function of providing a place where the first raw material is supplied by receiving air.

The flame discharging unit 311 discharges the flame generated in the first combustion chamber 310 by burning the first raw material.

The first combustion chamber supporter 312 includes a combustion chamber connecting portion 220 and a first combustion chamber 310 inserted and coupled to the upper end of the combustion chamber connecting portion 220 to prevent the first combustion chamber 310 from falling, 200).

The first air supply unit 313 is formed on the upper side of the first combustion chamber supporter 312 to perform the function of supplying air into the combustion chamber and the inlet of the flue to ignite the first fuel.

Preferably, the first combustion chamber 310 further includes an air supply amount adjustment band 314 that surrounds the first air supply unit 313 to adjust the size of the through hole. This is a band composed of the same number of through holes as the first air supply unit 313, and functions to adjust the air supply amount by opening and closing the first air supply unit 313 by rotation. It is more preferable that the air supply amount adjustment band 314 is made of a metal material. For example, the air supply adjustment band 314 may be made of a stainless steel band.

The first fuel supply unit 320 is connected to the upper portion of the first combustion chamber 310 and has a hollow cylindrical shape. The first fuel supply unit 320 supplies the first fuel. The first fuel supply unit 320 horizontally penetrates the first fuel supply unit 320 to regulate the supply of the first fuel. 1 fuel control unit 321 and a first fuel control unit 322 as a passage through which the first fuel control unit 321 passes through the first fuel supply unit 320.

Specifically, as shown in FIG. 8, the first fuel regulating unit 321 is a flat plate having a central passage, and the first fuel regulating unit 321 passes through both sides of the first fuel supplying unit 320 The first fuel regulating passage 322 is opened. In this case, when the passage of the first fuel regulating portion 321 is located inside the first fuel supplying portion 320, the first fuel is supplied to the first combustion chamber, and when the passage of the first fuel regulating portion 321 is located inside the first fuel supplying portion 320, The supply of the first fuel is stopped because the internal passage of the first fuel supply part 320 is shut off when the fuel is pushed to the outside of the first fuel supply part 320. [

On the other hand, the first fuel storage unit 400 is inserted into the upper cylinder of the first fuel supply unit 310 through a hollow cylinder. Here, the first fuel storage means 400 performs the function of storing the first fuel, and when the first fuel is burned in the first combustion chamber 310, the first fuel stored in the first fuel storage means 400, The first combustion chamber 310 and the second combustion chamber 310 are connected to each other. Also, the first fuel storage means 400 is preferably in the form of a funnel for smoothly supplying the raw material.

Preferably, the first collection means 100 may further include a second collection means 500. As shown in FIG. 9, the second heat collecting means 500 is connected to the communication connection portion 123 to perform the function of reusing the waste heat. The second heat collecting unit 500 includes a heat transfer unit 510 and a second heat storage unit 520.

The heat transfer unit 510 is connected to the communication connection unit 123 through the passage connecting the first heat collecting unit 100 and the second heat storage unit 520 and includes a second air supply unit 511.

The second air supply unit 511 serves to supply air to reheat the waste heat from the first heat collecting unit 100 through the one side of the heat transfer unit 510.

The second heat storage unit 520 includes a first heat induction unit 521 in the form of a horizontal plate that is vertically divided except for the lower end portion of the interior thereof and a second heat induction unit 521 that vertically divides the inside of the second heat storage unit 520, And a second heat induction unit 522. The heat transfer unit 510 stores and re-burns the heat supplied through the heat transfer unit 510 for a long time.

The first heat induction unit 521 guides air and waste heat into the second heat storage unit 520 and the second heat induction unit 522 And guiding the heat generated along the first heat induction unit 521 to the upper end inside the second heat storage unit 520. The number of the heat induction units may be varied according to the size of the second heat storage unit 520.

10, when the heat of the stove is introduced into the second heat collecting means 500 through the communication connection part 123, air flows in from the second air supplying part 511, 2 reheat process is performed in the heat storage unit 520 and the heat is transferred along the first heat induction unit 521 and the second heat induction unit 522 to exhaust the completely burned exhaust gas to the outside.

In addition, the heat from the first heat storage unit 120 does not directly escape to the communication pipe, but passes through the second heat collecting unit 500 for a long time to store heat, thereby enhancing thermal efficiency.

Further, it is preferable that the safety means 600 is installed around the first heat collecting means 100 to prevent a safety accident of the user. The safety means 600 is configured in the form of a net surrounding the first collection means 100.

Hereinafter, the combustion process and effects of the firebox and the pellet-type fireplace according to the present invention will be described.

In the embodiment of the combined furnace and pellet combined furnace according to the present invention, the first fuel is injected into the first fuel storage means 400 and the second fuel is injected into the second fuel inlet 212 to prepare two kinds of fuel. When the flame is burned through the first air supply part 312, the first fuel is burned, the flame passes through the flame discharge part 311 and reaches down to the second combustion chamber 210, Burning also begins.

Here, even when the first fuel is being burned in the first combustion chamber 310 when the second fuel is completely burnt and the second fuel is additionally supplied, the second combustion chamber opening / closing portion 221 is opened using the opening / closing handle 222 And the second fuel injection port 212 is located at the upper portion of the second combustion chamber 210, the flow of air is guided to the lower portion of the second combustion chamber 210, so that even when the fuel is injected, Feature.

Referring to FIG. 10A, a flow of air is induced to the communication side due to a difference in pressure between the first air supply unit 313 and the air outlet connected to the communication connection unit 123. Accordingly, when the combustion of the first combustion chamber 310 and the second combustion chamber 210 is started, the flame of the first combustion chamber 310 flows through the flame discharge portion 311 to the second combustion chamber 210). The heat in the second combustion chamber 210 rises along the first heat storage portion 120 through the lower portion of the second combustion chamber 210 and the heat is discharged to the communication connection portion 123.

10B, the air introduced into the communication connection part 123 is guided to the second heat storage part 520 through the heat transfer part 510 and air is introduced into the second air storage part 520 And the reheat is generated in the second heat storage unit 520. [ The heat received in the second heat storage unit 520 is guided to the lower portion of the second heat storage unit 520 by the first heat induction unit 521 and is further guided to the upper portion by the second heat induction unit 522, And the heat is stored in the hearth for a long period of time without being discharged directly to the outside, thereby improving the thermal efficiency.

100: first collecting means
110: second combustion means supporting portion
120: first open storage section
130: refolding plate
140:
150:
200: second combustion means
210: second combustion chamber
220: Combustion chamber connection
300: first combustion means
310: first combustion chamber
320: first fuel supply unit
400: first fuel storage means
500: second collection means
510:
520: second open storage unit
600: Safety means

Claims (14)

A first collection means (100) for storing heat burned in the hollow cylinder inside;
A second combustion means (200) provided inside the hollow cylindrical shape and inserted into the first collection means (100) to provide a place where the second fuel is burned;
And a first combustion means (300) inserted into the upper portion of the second combustion means (200) in a cylindrical shape,
The first collection means (100)
A first open storage part (120) in which the inside is hollow and the second combustion means (200) is inserted into an opening formed in the upper part;
A second combustion device supporting part (110) for supporting the second combustion device (200) by a plate having an opening on the upper part of the first heat storage part (120) extended outward;
A re-compaction plate 130 disposed under the first heat storage unit 120 in a detachable wire mesh structure; And
A re-discharge unit 140, which is a drawer type in which the re-discharge unit knob 141 protrudes from the outside and discharges ashes from the inside of the hearth, the re-discharge unit being spaced apart from the lower portion of the re-
And a pelletizing combined furnace.
delete The method according to claim 1,
The first open storage unit (120)
A reheating plate support 121 for supporting the reheating plate 130 by horizontally blocking the inside of the first heat storage unit 120 and having a central passage;
A re-discharging portion passage 122 through which the re-discharging portion 140 can be inserted and removed through a lower end portion of one side of the first hot storage portion 120; And
A communication connection part 123 located at the upper end of one side of the first heat storage part 120 and discharging the waste heat and the smoke to the outside;
And a pelletizing combined furnace.
The method of claim 3,
A re-receiving unit passage (125) located above the re-discharging unit passage (122) and passing through a lower side of the first heat storing unit (120);
A tray-shaped ash receiving part 150 inserted into the ash receiving unit passage 125; And
The ash receiving section (126) protruding from both ends of the ash receiving section (125) to support the lower portion of the ash receiving section (150)
And a pelletizing combined furnace.
delete The method according to claim 1,
The second combustion means (200)
A second combustion chamber 210 inserted into and coupled to the first collection means 100 through an upper opening of the first collection means 100 in an upper and lower through-hole structure; And
A combustion chamber connecting portion 220 which is rotatably coupled to the upper portion of the second combustion chamber 210 in a structure in which upper and lower portions of a cylindrical shape are opened;
And a pelletizing combined furnace.
The method of claim 6,
The second combustion chamber (210)
The upper end of the second combustion chamber 210 protrudes to the outside and the upper end of the first heat collecting means 100 is inserted when the second combustion chamber 210 is inserted into the first heat storage unit 120 A second combustion chamber support 211 for separating a lower portion of the second combustion chamber 210 and a lower end of the first collection means 100; And
And a second fuel inlet (212), which is an opening in the upper portion of the second combustion chamber (210)
The combustion chamber connecting portion 220 includes a plurality of
A first combustion chamber protecting part 221 connected to the first combustion means 300 and internally hollowed to send heat and light energy emitted from the first combustion means 300 to the second combustion chamber 210;
The combustion chamber connecting portion 220 protrudes in the lower end direction of the first combustion chamber protecting portion 221 and is connected to the upper portion of the second combustion chamber 210. When the combustion chamber connecting portion 220 is connected to the upper portion of the second combustion chamber 210, A support portion 222;
A fixed shaft 223 fixedly connected to one side of the combustion chamber connection support part 222 and the second combustion chamber support 211 by an axis; And
A combustion chamber connection handle 224 which is connected to one side of the combustion chamber connection support part 222 and has a handle shape to be held by hand and facilitates angular movement of the combustion chamber connection part 220 with reference to the fixing shaft 223;
And a pelletizing furnace.
The method according to claim 1,
The first combustion means (300)
A first combustion chamber 310 provided in a cylindrical shape and inserted and connected to the upper portion of the second combustion means 200; And
A first fuel supply part 320 provided inside the hollow cylindrical shape and connected to the upper part of the first combustion chamber 310 to adjust a fuel supply amount;
And a pelletizing combined furnace.
The method of claim 8,
The first combustion chamber (310)
A flame discharge unit 311 for discharging a flame generated by burning the first raw material through a plurality of through holes formed at a lower end of the first combustion chamber 310;
The first combustion chamber 310 and the second combustion chamber 200 may be disposed on the upper end of the second combustion chamber 200 when the second combustion chamber 200 and the first combustion chamber 310 are coupled, A first combustion chamber support 312 for supporting the first combustion chamber support 312; And
And a first air supply unit (313) formed on the upper side of the first combustion chamber support base (312) to supply air into the combustion chamber,
The first fuel supply unit 320,
A first fuel regulator (321) horizontally penetrating the first fuel supplier (320) to regulate the supply of the first fuel; And
A first fuel regulating passage 322 through which the first fuel regulating portion 321 passes through the first fuel supplying portion 320;
And a pelletizing combined furnace.
The method according to claim 1,
The first combustion means (300)
A first fuel storage means (400) provided inside the hollow cylinder and inserted and spooled into the upper cylinder of the first combustion means (300);
And a pellet combined furnace.
The method according to claim 1,
The first collection means (100)
A second collecting means (500) communicably connected to the first collecting means (100) to reuse the waste heat;
And a pellet combined furnace.
The method of claim 11,
The second collecting means (500)
A second heat storage part 520 provided inside the hollow tube and storing the heat; And
A heat transfer unit 510 connected to the first heat collecting unit 100 to connect the second heat storage unit 520;
And a pelletizing combined furnace.
The method of claim 12,
The heat transfer unit 510 includes a heat-
And a second air supply unit (511) for supplying air to re-burn waste heat from the first heat collecting unit (100) in a through hole on one side of the heat transfer unit (510)
The second heat storage unit 520 may include a second heat storage unit 520,
A first heat induction unit 521 in the form of a horizontal plate that vertically divides the second heat storage unit 520 except the lower end thereof; And
A second heat induction unit 522 in the form of a horizontal plate that vertically divides the upper portion of the second heat storage unit 520;
And a pelletizing combined furnace.
The method according to claim 1,
The first collection means (100)
A safety means (600) in the form of a net surrounding the first collection means (100);
And a pellet combined furnace.

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