KR200433812Y1 - Roaster using far infrared rays - Google Patents

Abstract

The present invention enables roasting by emitting far infrared rays when the heat source is heated inside the roasting chamber. Especially, since the heat source is not directly applied to the roasted object, soot does not burn or burns, and the exhausted combustion gas is exhausted as a clean gas. It is intended to provide a far-infrared roaster that is easy to insert and withdraw grilling grills and maximizes ease of use.

That is, the present invention is a far-infrared roaster (1) capable of roasting far-infrared by placing the roasted object on the grill, the roaster (1) is formed separately to communicate through the communication chamber (3) at the bottom and the partition wall therein (8a) The fired insulation material 8 and the loess 9 are separately formed in the combustion chamber 4 and the roasting chamber 2 in which the double wall is formed, and the upper part of the outer side of the combustion chamber 4 and the roasting chamber 2 separately. The support stand 6 is installed so that it can be installed, the grill support stand 7 that can hold the grill formed to one side of the front of the roaster (1), and the injection hole 10 in the front of the roasting chamber (2) An opening door 11 having a coupling hole 12 to which the handle bar of the grill is guided and coupled while being raised and lowered, a guide rail 14 formed to the left and right of the injection door 11, and the guide rail 14. Guy guided up and down through the guide roller 15 is connected to the input door 11 and the wire 16 on the A weight 13, an oil drawer 18 installed at the lower part of the roasting chamber 2 so as to be opened and closed in a drawer type, and an inlet of the exhaust pipe 19 is piped to the roasting chamber 2, and the exhaust pipe 19 ) Is piped to the combustion chamber 4 is wound several times in the upper portion of the roast 20, the exhaust pipe is discharged to the upper portion, the front of the roast 20 of the combustion chamber 4 is opened and closed by a hinge 22 It is characterized in that the opening and closing door 21 and the blower tube 24 for supplying the outside air to the combustion chamber 4 is connected to the blowing fan 25,

The far-infrared roaster 1 of the present invention enables roasting while the far-infrared radiation is radiated when the heat source is heated inside the roasting chamber 2, and in particular, the heat source is heated in the combustion chamber 4 and then moved to the roasting chamber 2. Therefore, since no direct heat source is applied to the roasted material, the burned material does not generate soot and burns, and exhausted combustion gas is exhausted through the exhaust pipe 19 that is wound and wound several times into the combustion chamber 4. Only clean gas can be released into the atmosphere, thereby minimizing environmental pollution, and the input and output of the grill is facilitated by the up-and-down lifting door 11, and the ease of use can be maximized.

Far Infrared Grilling, Roasting Chamber, Combustion Chamber, Exhaust Pipe, Input Door, Rest Rest

Description

Far Infrared Roast {Roaster using far infrared rays}

1 is a perspective view showing a far-infrared roaster provided in the present invention

Figure 2 is a longitudinal cross-sectional view of the far infrared roaster provided in the present invention

Figure 3 is a cross-sectional configuration of the far infrared roaster provided in the present invention

■ Explanation of symbols used in main part of drawing ■

1: roasting (far infrared) 2: roasting room

3: communication chamber 4: combustion chamber

5: braces 6: braces

7: Grill lining 8: fireproof insulation

9: loess 10: hole

11: Input Statement 12: Joiner

13: guide weight 14: guide rail

15: guide roller 16: wire

17: Interrail 18: Oil Collection

19: Exhaust Pipe 20: Lost

21: opening and closing door 22: hinge

23: Recollections 24: Blower

25: blower fan

The present invention relates to far-infrared roasting, and more particularly, it is possible to roast as far-infrared radiation is radiated when the heat source is heated inside the roasting chamber, and in particular, since the heat source is not directly applied to the roasted material, soot generation or excessive cooking is not exhausted. It is to provide a far-infrared roaster that maximizes the ease of use during grilling operation, while allowing the combustion gas to be exhausted as a clean gas and at the same time easy to insert and withdraw grilling grill.

In general, a lot of far-infrared roaster is applied to the interior wall of the roasting chamber to be roasted while the far-infrared radiation is radiated during the roasting operation, many situations are being carried out.

Korean Utility Model Registration No. 397274 discloses a roaster capable of performing such far-infrared roasting, but the known far-infrared roaster is directly applied to the inside of the roasting room and the roasted water by a heat source such as charcoal heated from the bottom. Since roasting is done with care, roasting may cause soot or excessive cooking (= burning) in the roasted water, and when the roasted water is roasted, the oil falls to the lower side, causing severe burns. There was a problem in that the environment for roasting was very poor because the gas emitted by generating smoke and soot could not be exhausted as a clean gas.

In addition, there is a lot of troubles such as putting the roasted material in the grill and putting it in and out of the roasting chamber, and also having a lot of trouble when putting the charcoal in the combustion chamber. .

Accordingly, the present invention is to provide a far-infrared roaster of a new configuration that can eliminate all the problems of the existing far-infrared roaster described above,

In the present invention, in the far-infrared roasting, when the heat source is heated inside the roasting chamber, the far-infrared rays are radiated to be roasted, and in particular, the combustion chamber and the roasting chamber are formed separately so that the heat source is not directly applied to the roasted material, thereby preventing the soot of the roasted material And the excessive roasting of cooked goods, the exhaust gas to be exhausted as a clean gas, and easy to insert and withdraw grilling grill, far-infrared roaster that maximizes ease of use during roasting work The present invention has been completed to provide the technical problem of the devise.

1 is a perspective view showing a far-infrared roaster (1) provided by the present invention, Figure 2 is a longitudinal cross-sectional view of the far-infrared roaster (1) of the present invention, Figure 3 is a cross-sectional configuration of the far-infrared roaster (1) of the present invention, etc. The present invention will be described in detail together with these drawings.

That is, the roaster 1 of the present invention forms a roasting chamber 2 on one side, and forms a combustion chamber 4 communicating with each other through the communication chamber 3 on one side of the lower part of the roasting chamber 2 and emanates from charcoal. Do not allow the heat source to be transferred directly to the object. And the upper part of the combustion chamber (4) is configured to settle the base 5 so that the roasted object to be roasted, and the upper end of the combustion chamber (4) is provided with a holder 6 to hold the roasted object At the same time as the configuration of the grill chamber 7 is formed on the front side of the combustion chamber (4) to hold the grill.

The roasting chamber (2) and the combustion chamber (4) forms a double wall of the refractory heat insulating material (8) and the ocher (9) from the outside, respectively, so that heat is not lost and at the same time, far infrared rays can be radiated during heating. In the figure, reference numeral 8a indicates a partition wall for dividing the refractory insulating material 8 and the loess 9 separately.

The injection hole 10 for inserting and blocking the roasted material on the front of the roasting chamber 2 is provided with an input door 11 so as to be lifted, and the handle bar of the grill is guided upward and downward of the input door 11. A coupling hole 12 is formed to be formed, and the guide weight 13 having the same weight as that of the input door 11 while being lifted up and down while lifting the input door 11 upward and downward in a horizontal direction. 14) to be guided onto the wire 16 through the guide roller 15.

The grille is introduced into the roasting chamber 2 through the feeding hole 10 so that an anchor rail 17 which can be placed at the time of roasting is installed to the left and right of the inner wall of the roasting chamber 2, and the roasting chamber 2 The lower portion of the oil collection box 18 to collect the oil when roasting the roasting work is installed to be opened and closed in a drawer type.

In the roasting chamber 2, the heat source heated in the combustion chamber 4 is transferred to the roasting chamber 2 through the communication chamber 3 to indirectly warm the object to be exhausted and then exhausted after complete combustion. The end of the pipe is piped to the lower portion of the roasting chamber 2, the exhaust pipe 19 is to be piped so that the exhaust gas is discharged to the upper portion in the state wound several times outside the roast (20) of the combustion chamber (4). .

In the roast 20 of the combustion chamber 4, an opening and closing door 21 is installed on the front surface so that charcoal and the like are injected, and the opening and closing door 21 is opened and closed by the hinge 22 to open and close the angular motion. To provide ease of operation of the input, the lower drawer 20 is provided with a re-collection bin 23 to collect the ash.

In order to smoothly burn the combustion chamber 4, a blower tube 24 capable of blowing external air into the combustion chamber 4 is provided together with the blower fan 25.

In the figure, reference numeral 26 denotes a grill and 27 denotes a roasted object.

Far-infrared roaster (1) of the present invention that can be configured as described above is to be used when roasting the roasted water, such as charcoal fire, the use thereof and the like will be described in more detail below.

The ignited char is opened after the opening / closing door 21 is opened on the combustion chamber 4 roast 20, and the blower fan 25 is operated to supply outside air into the combustion chamber 4 to smoothly burn. The heat source heated in the combustion chamber (4) flows into the roasting chamber (2) through the communication chamber (3), and the worker places the roasted object (27) in the grill (26) and then inserts it into the roasting chamber (2) for roasting work. Will be done.

That is, opening and closing the input hole 10 by adjusting the lifting door 11, which closes the injection hole 10 in front of the roasting chamber 2, up and down. If you want to insert the grill 26 into the upper settle rail (17), slide the input door (11) to the lower side, and if you want to insert the grill into the lower settle rail (17), the input door (11) It is enough to slide open to the top.

The input door 11 is lifted up and down along the guide rail 14, and the guide weight 13 is connected to the input door 11 and the wire 16 so that the input door 11 is opposite to the input door 11 along the guide rail 14. As the lifting and lowering operation is performed, if the operator does not apply external force in the vertical direction of the input door 11, the weight of the guide weight 13 and the weight of the input door 11 are almost the same, so that the input door 11 is kept in a stopped state. Will be.

After the input door 11 is opened, the grill 26 is input and the input door 11 is slid again to close the input hole 10 to close the input hole 10 and then roasting the roasted object 27 is performed. The inner wall of the combustion chamber (4) and the roasting chamber (2) is filled with ocher (9) during the operation so that the roasting work can be carried out with higher quality as far-infrared rays are radiated, and separated from the roasted object (27) during roasting. The oil is dropped into the oil collection box 18 and the collection is made, and the oil does not fall into the combustion chamber 4 in which the coal is burned during roasting, thereby minimizing the generation of smoke.

After roasting in the roasting chamber 2, the combustion gas is discharged into the atmosphere through an exhaust pipe 19 piped under the roasting chamber 2, and the exhaust pipe 19 is wound several times inside the combustion chamber 4. After the heat source generated in the combustion chamber 4 is exhausted and the exhaust gas is completely burned, only clean air is released into the atmosphere, thereby minimizing environmental pollution.

After roasting, the input door 11 is opened in the vertical direction to draw out the grill 26, and the roasted object 27, which is roasted, is transferred onto the support 6, and the grill 26 is grilled (7) After placing the roasted object 27 on the support stand (5) to be roasted on the grill 26, put it into the grill 26, put it into the roasting chamber 2, and perform roasting work continuously like electricity. Will be.

As described in detail above, the far-infrared roaster (1) provided by the present invention enables roasting while the far-infrared rays are radiated when the heat source is heated inside the roasting chamber (2), and in particular, after the heat source is heated in the combustion chamber (4) Since no heat source is directly applied to the roasted material by moving to the roasting chamber (2), there is no soot generation and excessive burning of the roasted material, and exhausted combustion gas is exhausted through the exhaust pipe (19) which is wound and wound several times into the combustion chamber (4). By exhausting, only clean gas from the complete combustion can be discharged into the atmosphere when passing through the inside of the combustion chamber (4), thereby minimizing environmental pollution. The expected effect is unexpectedly great as it is easy to work and maximizes ease of use.

Claims (1)

A far-infrared roaster (1) capable of placing a roasted object on a grill to perform far-infrared roasting; The roaster 1 is separately formed so as to communicate with each other through the communication chamber (3) at the bottom and the combustion chamber (4) and roasting in which the refractory heat insulating material (8) and the ocher (9) are formed as a double wall by the partition wall (8a) Thread (2), And the support 6 is installed in the combustion chamber (4) and the roasting chamber (2) outside the upper part to be separately placed before and after roasting work separately, Grill grills (7) that can hold the grill is formed on one side of the roaster (1), Input and closing door 11 and opening and closing while opening and closing the injection hole 10 in the front of the roasting chamber 2 and the coupling hole 12 is guided coupling of the grill rod; Guide rails 14 formed on the left and right sides of the input door 11, and the guide rails 14 are connected to the input door 11 and the wires 16 on the guide rails 14 through the guide rollers 15. A guide weight 13 which is guided up and down inside, An oil collection box 18 installed at the lower part of the roasting room 2 so as to be opened and closed by a drawer type; An exhaust gas inlet port of the exhaust pipe 19 is piped to the roasting chamber 2, and the exhaust pipe 19 is piped to the combustion chamber 4 so that the exhaust gas is discharged upward after being wound several times in the upper part of the roast 20. Is composed, The front and rear doors 20 of the combustion chamber 4 are opened and closed by a hinge 22, and a blower tube 24 for supplying outside air to the combustion chamber 4 is connected to the blower fan 25. Far-infrared roasting, characterized in that.

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