KR20190048426A - Roster for Charcoal Fire with Gas Ignition Unit - Google Patents

Abstract

The present invention provides a roaster for charcoal fire with a gas ignition unit. The roaster comprises: a case having a hollow part therein and a bottom surface at the bottom; a charcoal receiving unit inserted into the case so as to provide a space accommodating charcoal, having a plurality of third vent holes at the bottom surface thereof, and loaded to the top of the bottom surface; an oil receiving unit inserted into the case so as to surround the charcoal receiving unit and accommodating oil falling from food materials; and a gas ignition unit including an ignition part penetrating through the bottom surface and the oil receiving unit and disposed at the bottom of the charcoal receiving unit so as to selectively ignite, and a gas mounting part having an external mounting type gas container detachably coupled to one side of the case and providing gas for the ignition part. The ignition part is driven to selectively ignite charcoal loaded to the charcoal receiving unit or to continuously use the ignition part.

Description

[0001] The present invention relates to a charcoal roaster having a gas ignition unit,

The present invention relates to a charcoal roaster having a gas ignition unit. More particularly, the present invention relates to a charcoal roaster having a gas ignition unit. More particularly, the present invention relates to a charcoal roaster having a gas ignition unit, To a charcoal roaster having a cookable gas ignition unit.

Generally, a charcoal roaster is a device that cooks food such as meat outdoors in a direct-firing manner by using heat generated from a charcoal fire.

Such a charcoal roaster is formed by laminating charcoal in the interior thereof, and then charring the charcoal using an external device that generates a flame such as a torch or the like. However, a user who is unfamiliar with the ignition of the charcoal takes a long time to ignite the charcoal, and it is difficult to ignite the charcoal smoothly.

In addition, since charcoal is cooked by direct firing, a charcoal roaster is used by raising a plate having a grid hole or a slit-like hole such as a grill. In this case, as the meat is ripe, the oil from the meat falls on the charcoal fire, and the oil is ignited or evaporated. At this time, toxic substances such as benzopyran which are harmful to the body are generated, and these harmful substances are harmful to the health because they permeate into meat or are sucked into the user's respiratory around.

In addition, when the amount of oil falling from the meat to the charcoal is large, there is a problem that the cooking power is not easily reduced because the firepower of the charcoal is reduced. Further, when the charcoal is completely consumed before the cooking is completed, further cooking is difficult.

There is a problem that it is not easy to cook using a charcoal fire for cooking using a frying pan or a pot other than a flour cooking such as baking meat outdoors. That is, when a frying pan or a pot is cooked using charcoal, uniform heating is difficult and soot is generated in a cooking device such as a frying pan or a pot. Since such a soot does not easily wash the cooking device, There is a troublesome problem. Accordingly, when cooking is performed using a cooking device in the outdoor, there is a problem in that it is necessary to provide a device such as a portable burner in addition to the bottom roaster.

SUMMARY OF THE INVENTION The present invention has been made to solve the conventional problems, and it is an object of the present invention to provide a gas ignition unit capable of easily burning char, even if no charcoal is burned, The present invention provides a charcoal roaster having a plurality of charcoal roasters.

The objects of the present invention are not limited thereto, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the charcoal roaster of the present invention includes a case having a hollow portion formed therein and a bottom surface formed at a lower portion thereof, a space inserted into the case to receive charcoal, A plurality of third ventilation holes formed in the bottom of the case, a charcoal receiving unit mounted on the top of the bottom surface, an oil receiving unit inserted in the case to enclose the charcoal receiving unit to receive oil falling from the food material, And a gas loading unit disposed on a bottom surface of the charger receiving unit to penetrate the oil receiving unit and selectively igniting the ignition unit and detachably coupled to an external mounting type gas cylinder at one side of the case and providing gas to the ignition unit And a gas ignition unit, wherein the ignition unit is driven to selectively ignite the charcoal seated on the charcoal receiving unit Or parts or the ignition can be used continuously.

In addition, the charcoal receiving unit may be formed such that the upper portion thereof is opened, the side surface thereof is expanded to increase the circumference in the upper direction, and the lower surface of the charcoal receiving unit is protruded upwardly about the center portion.

In addition, the charcoal receiving unit may be formed with the third vent hole so as to discharge air in a horizontal direction or at a predetermined angle to facilitate diffusion of the air introduced from the lower portion.

Further, a spacer may be provided between the bottom surface of the case and the charger receiving unit to provide a space in which the charger can be disposed in a state of being spaced apart from the charger receiving unit.

The spacer is formed of a tubular member having a predetermined height, and forms an internal space between the spacer and the bottom surface. At one side of the top surface of the spacer, a plurality of spacers 2 vent holes and a second through hole through which the gas ignition unit can be exposed upward.

Further, it is preferable that an upper plate having a size corresponding to the upper periphery of the case and having a cross-sectional shape bent in a V 'shape, which is seated on the upper portion and is parallel to the rod member, And a lower plate having a lower end portion of the rib and a lower plate laminated and joined at the upper portion of the lower plate so that the rod member corresponds to the lower end portion of the rib.

The charcoal roaster having the gas ignition unit of the present invention has the following effects.

First, there is provided a gas ignition unit for generating a fire by using a gas of a portable gas in a lower portion of a charcoal receiving unit in which charcoal is received, so that the charcoal contained in the charcoal receiving unit can be easily ignited by using the gas ignition unit .

Second, the double plate structure prevents the oil generated from the cooking material from flowing into the char of the charger receiving unit, thereby preventing the generation of toxic substances and the reduction of the thermal power of the char.

Third, since the user can easily control the flow rate of the air introduced from the outside by using the ventilation fan, the firepower of the charcoal fire can be easily controlled according to the cooking method.

Fourth, there is an effect that the operation unit can be provided to easily control ignition of the gas fire and the ventilation fan.

Fifth, when charcoal is dropped during cooking, or when a cooking device such as a frying pan or a pot is used, it is possible to cook easily through a heat source using a gas instead of a charcoal fire.

The effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate preferred embodiments of the invention and, together with the description, serve to further the understanding of the technical idea of the invention, And shall not be interpreted.
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a charcoal roaster having a gas ignition unit with a blanket removed according to the present invention; FIG.
FIG. 2 is a perspective sectional view of a charcoal roaster having a gas ignition unit in accordance with the present invention; FIG.
3 is a cross-sectional view of a charcoal roaster having a gas ignition unit with a bullet removed according to the present invention;
FIG. 4 is an exploded perspective view of a charcoal roaster having a gas ignition unit with a blanket removed according to the present invention; FIG.
FIG. 5 is an exploded cross-sectional view of a charcoal roaster having a gas ignition unit with a bullet removed according to the present invention; FIG.
6 is a perspective view of a gas ignition unit according to the present invention;
7 is a view showing a state where air is diffused in the charcoal receiver according to the present invention;
8 is a perspective view of a plate according to the present invention;
9 is a cross-sectional view of a plate according to the present invention;
10 is an exploded perspective view of a plate according to the present invention;
11 is a cross-sectional view illustrating a state in which a lower plate and an upper plate of a long plate are fixed according to an embodiment of the present invention; And
12 is a cross-sectional view illustrating a state in which a lower plate and an upper plate of a long plate are fixed according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Construction of charcoal roaster with gas ignition unit

FIG. 1 is a perspective view of a charcoal roaster having a gas ignition unit according to the present invention in which a fire plate is removed, FIG. 2 is a perspective view of a charcoal roaster having a gas ignition unit with a fire plate removed according to the present invention, FIG. 4 is an exploded perspective view of a charcoal roaster with a gas ignition unit according to the present invention, in which the fire plate according to the present invention is removed, and FIG. 5 is a cross-sectional view of a charcoal roaster having a fire igniter Fig. 2 is a disassembled cross-sectional view of a charcoal roaster having a gas ignition unit. 1 to 5, a charcoal roaster 10 having a gas ignition unit according to the present invention includes a case 100, a receptacle 200, a spacer 300, a charger unit 400, An oil receiving unit 500, a gas ignition unit 600, an air blowing fan 700, a battery coupling unit 710, an operation unit 900 and a fire plate 800.

The case 100 forms the appearance of the charcoal roaster 10 having the gas ignition unit according to the present invention and provides a space in which food can be cooked. The case 100 may be configured to have various appearance depending on the usage mode, and it is preferable that the case 100 is formed such that a hollow portion having an open top is formed.

At this time, a plurality of air vents 120 may be formed on one side of the case 100 to allow external air to flow easily. The air vent 120 facilitates the flow of outside air for the smooth element of charcoal and smoothly cools the case 100. The plurality of air vent openings 120 are provided on the bottom surface and the side surface of the case 100 good. The number and shape of the vent holes 120 may be variously formed according to the capacity and the usage of the case 100, and the like.

The gas ignition unit 600 includes a gas ignition unit 600 and a gas ignition unit 600. The gas ignition unit 600 includes a gas ignition unit 600, (110) is formed.

In addition, a leg portion 140 may be formed on the outer bottom surface of the case 100 to stably mount the case 100 and prevent heat from being directly transmitted to the lower portion.

Further, a lateral partition 130 for separating the case 100 in the horizontal direction may be further formed on one side of the case 100. A fastening hole may be formed on one side of the center of the partition 130 so that the ashtray 200 can be seated. Since the inside of the case 100 is double, the heat is not smoothly transferred to the lower portion of the partition 130 even when heat is generated using char or gas from the upper portion of the partition 130. Thus, Therefore, the user can use the charcoal roaster 10 having the gas ignition unit more safely, and the gas piping 620 of the gas ignition unit 600 can also be disposed below the partition 130 to be safely used.

If the partition 130 is not formed in the lower part of the case 100, a fastening hole may be formed on the bottom surface of the case 100 so that the ashtube 200 can be seated. Do.

The ashtray 200 is inserted into the interior of the case 100, preferably on the partition wall 130 of the case 100 or on the bottom surface of the case 100 and burned in the charcoal receiving unit 400 It is a device for easily handling impurities such as char ash. The ashtray 200 may be formed in the same shape as the inner surface of the case 100. A wall surface of a predetermined height may be formed along the edge of the ashtray 200 so that the collected ash does not flow sideways.

A first through hole 210 through which the ignition portion 630 of the gas ignition unit 600 can pass is formed at one side of the center of the ash receptacle 200. A first vent hole 220 is formed at one side of the ash receptacle 200 to allow the user to freely enter the ventilation fan 700.

The spacer 300 is seated on the top of the ashtray 200 to diffuse the air introduced through the first ventilation hole 220 of the ashtray 200 and to stabilize the position of the charcoal receiving unit 400 . The spacer 300 has a relatively small area corresponding to the receptacle 200 and has a predetermined height so as to allow the air introduced through the first vent hole 220 of the receptacle 200 to be diffused therein, And the lower part has an open shape.

The plurality of second vent holes 320 are spaced apart from the upper surface. At this time, on one side of the spacer 300, preferably on the upper surface, air introduced through the first vent hole 220 of the ashtube 200 is supplied to the charcoal receiving unit 400 without being directly supplied to the charger receiving unit 400 The second vent hole 320 is formed. It is preferable that the second vent hole 320 is not formed at a position corresponding to the first vent hole 220.

Accordingly, an internal space is formed between the spacer 300 and the ash receptacle 200, so that the air, which is transmitted through the first vent hole 220, is diffused in the internal space and flows upward through the second vent hole 320 .

When the second vent hole 320 is formed at a position corresponding to the first vent hole 220, the air introduced through the first vent hole 220 is not diffused, The diffusion of air may not be easy.

A second portion of the gasifier unit 600 through which the ignition portion 630 of the gas ignition unit 600 can pass may be provided at a position corresponding to the center of the spacer 300, preferably the first through- A through hole 310 is formed.

The support 300 may further include a support 340 formed on one side of the upper surface of the spacer 300 to form a space between the charger receiving unit 400 and the spacer 300 and stably supporting the charger receiving unit 400. The supporting portion 340 may have any shape and configuration as long as it can stably support the charger receiving unit 400. However, it is preferable that the spacer 300 has at least three rod-shaped projections protruding upward on one side of the upper surface of the spacer 300.

The ash receptacle 200 and the spacer 300 described above can be easily mounted on the upper portion of the spacer 300 without the second vent hole 320 of the spacer 300 being aligned with the first vent hole of the ash receptacle 200 The position fixing protrusions 230 and the position fixing grooves 330 may be formed on one side of the edge of the ashtray 200 and the spacer 300, respectively.

The charcoal receiving unit 400 is mounted on the upper portion of the spacer 300, preferably on the upper surface of the spacer 300, to provide a space for placing charcoal for providing a heat source for cooking . The charcoal receiving unit 400 preferably has a hopper shape in which the heat provided from the heat source can be smoothly diffused toward the upper part. The lower surface of the charcoal receiving unit 400 is convex upward, and a third vent hole 410 through which external air flows is formed on one side of the lower surface.

At this time, the third ventilating hole 410 is formed so that the air introduced from the outside is smoothly diffused in the charcoal receiving unit 400 and is supplied laterally or at a predetermined angle to the charcoal receiving unit 400 And the like. For example, the third vent holes 410 may be formed in a plurality of slots in the radial direction on the basis of the center of the lower surface of the charcoal receiving unit 400, which is convex upward, and the pass-through direction may be diagonal . Since the third vent hole 410 penetrates in an inclined oblique direction, the air introduced from the lower portion can be easily diffused into the charger unit 400, and the lower surface of the charger unit 400 is convex Since the shape protrudes toward the center, air can be more easily diffused.

The oil receiving unit 500 is mounted on the upper portion of the case 100 to receive the oil falling from the dish cooked in the blanket 800. The oil receiving unit 500 is formed with an extension on the rim so as to be seated on the upper portion of the case 100. A portion of the oil receiving unit 500 to be inserted into the case 100 is formed with a groove portion having a J- And stores the oil flowing from the fire plate 800. The oil receiving unit 500 may be provided at one side thereof with a step on which the fire plate 800 can be mounted.

6 is a perspective view of a gas ignition unit according to the present invention. The gas ignition unit is a device that combines a portable gas cylinder to ignite a charcoal, or to use a gas when the charcoal is dropped or cooked without charcoal. This gas ignition unit 600 is constituted by a gas mounting portion 610, a pipe 620 and a spark portion 630 as shown in Fig.

The gas mounting portion 610 is provided in the gas coupling hole 110 formed at one side of the case 100 and is a unit for coupling the portable gas cylinder. The gas mounting portion 610 may be any device that can easily couple and separate the portable gas cylinder.

The pipe 620 is a device which is combined with the gas mounting part 610 to provide a path through which the gas supplied from the portable gas can flow. It is preferable that the pipe 620 is provided on one side of the inside of the case 100, preferably on the lower inner side of the case 100, more preferably on the lower side of the partition 130 provided in the case 100. In this case, since the pipe 620 is required to connect the gas mounting portion 610 and the ignition portion 630, the first through hole 210 and the second through hole 310 formed in the ashtray 200 and the spacer 300, respectively, To the corresponding position.

The ignition part 630 is a device that generates fire using gas discharged from the pipeline 620, which is coupled to the end of the pipeline 620. The ignition part 630 is provided to be coupled to the end of the pipe 620 and sequentially passes through the first through hole 210 of the ashtube 200 and the second through hole 310 of the spacer 300 The charcoal receiving unit 400 is provided at a position where the heat of the flame generated in the flame can be sufficiently transmitted. At this time, the ignition unit 630 may be any device as long as it generates flames using gas. However, it is preferable to use a device such as a gas burner that diffuses and generates a flame, rather than injecting it at one point like a torch.

In addition, ignition means 640 may be provided on one side of the ignition portion 630 for activation by an external operation. The gas may be ignited at one side of the ignition portion 630 in consideration of the safety problem or the like, although the ignition portion 630 may be ignited by using a lighter or the like from outside when the gas is discharged from the ignition portion 630, The ignition means 640 may be further provided.

The ventilation fan 700 is provided at one side of the case 100, preferably at a position corresponding to the first ventilation hole 220 of the ashtray, and artificially supplies external air to the charger receiving unit 400 . The ventilation fan 700 may be any device as far as it is capable of transmitting external air to the charring receiving unit 400 through the ash receiver 300 by the user's operation.

The battery coupling unit 710 is provided at one side of the case 100 to transmit power to the ventilation fan 700. [ The battery coupling unit 710 is a device that combines a portable battery and transmits the power of the portable battery to the ventilation fan 700 to generate power that enables the ventilation fan 700 to be driven. At this time, the size and the capacity of the battery coupling part 710 can be variously formed in consideration of the capacity of the charcoal roaster 10 having the gas ignition unit and the like, depending on the usage.

The operation unit 900 is connected to at least one of the gas ignition unit 600 and the ventilation fan 700 on one side of the case 100 so that the user can operate the gas ignition unit 600 and the ventilation fan 700 So that it can be easily controlled. The operation unit 900 may include a gas control unit 910, an ignition button 920, and a ventilation fan control unit 930.

The gas control unit 910 is connected to the gas supply unit 610 of the gas ignition unit 600 or the valve provided at one side of the pipe 620 to adjust the amount of the gas supplied from the portable gas cylinder coupled to the gas mounting unit 610 It is an adjustable device. The gas regulator 910 may be of any configuration as long as it can regulate the amount of supplied gas, but it is preferable to use a rotary regulator to easily control the amount of gas.

The ignition button 920 is provided to be connected to the ignition means 640 of the gas ignition unit 600 and operates the same. The ignition button 920 may be any device as long as it is capable of transmitting an electrical or mechanical signal to the ignition means 640 when the user presses it.

The ventilation fan control unit 930 is connected to the ventilation fan 700 and controls the operation of the ventilation fan 700 and the flow rate of the external air flowing through the ventilation fan 700. It is preferable that the ventilation fan control unit 930 uses a rotary control device for controlling the flow rate of the outside air flowing from the outside.

Next, referring to FIG. 7, a state in which air is delivered to the charcoal receiving unit 400 by the ventilating fan 700 will be described.

Referring to the drawing, the ash receiving unit 200 and the spacer 300 are disposed in a stacked manner on the lower part of the charcoal receiving unit 400, and the air diffused through the second ventilating holes 320, .

At this time, as described above, the charcoal receiving unit 400 is configured such that the third vent hole 410 is open in the side not in the upper part or in the upward inclined direction, and can radially emit air around the center.

Accordingly, the air supplied to the inside of the charcoal receiving unit 400 is spread not only in the upper direction but also in the lateral direction.

Therefore, the air is uniformly diffused from inside the charring unit 400 through the third vent hole 410, and the air can be evenly supplied to the charcoal received.

Next, a description will be given of a fire plate according to the present invention with reference to FIGS. 8 to 10. FIG.

FIG. 8 is a perspective view of a fireplace according to the present invention, FIG. 9 is a cross-sectional view of a fireplace according to the present invention, and FIG. 10 is an exploded perspective view of a fireplace according to the present invention.

The hot plate 800 is a device that is seated on the upper portion of the case 100 so as to be spaced apart from the charcoal receiving unit 400 by a predetermined distance and accommodates the material to be cooked. As shown in Figs. 8 to 10, the blanks 800 may be any plate as long as the blanks capable of smoothly transferring the heat supplied from the charcoal receiving unit 400 to the cooking material, , A lower plate (810) and an upper plate (820). Hereinafter, the structure of the double plate 800 made up of the lower plate 810 and the upper plate 820 will be described in more detail.

The lower plate 810 is provided to be seated on the upper part of the case 100 to prevent the oil generated from food to be cooked from flowing into the charger receiving unit 400 and to supply the oil to the oil receiving unit 500 It is a device that provides a flowing path. The lower plate 810 may be in the form of a bar spaced parallel to each other so that the heat generated from the heat source of the charger unit 400 can easily pass through the upper portion and be sufficiently transferred to the food. At this time, since the lower plate 810 serves as a channel for allowing the oil falling from the food to flow to one side, it is preferable that the rod-shaped cross section provided in parallel to each other has a V-shaped cross section. That is, the oil falling from the top flows along the V-shaped section.

As described above, since the lower plate 810 needs to guide the oil falling from the upper portion to the oil receiving unit 500, the lower plate 810 may be formed to be convex upward so as to gradually decrease from the center portion to the rim portion. That is, it is preferable that the oil is formed so as to flow easily by gravity along an inclined slope in the direction of the edge even if the oil falls to a certain region.

In addition, a coupling hole 811 for preventing the upper plate 820 from being separated may be provided on one side of the rim of the lower plate 810. It is preferable that two or more coupling holes 811 are provided at the edge of the lower plate 810 so as to stably fix the upper plate 820.

The lower plate 810 is preferably made of a material having high rigidity such as a metal material such as iron or stone for continuous use.

The upper plate 820 is seated on the upper portion of the lower plate 810 to provide a space in which food can be received and the oil generated in the food does not flow to the charger unit 400, So that the oil can be introduced into the oil receiving unit 500 through the groove. The upper plate 820 may be configured as a rim and a rim.

The rim portion forms an overall shape and size of the top plate 820 and is a device that provides a frame in which a plurality of rib portions can be stably combined. The edge portion may be formed in a ring shape corresponding to the shape of the case 100 and the upper opening face of the case 100, but may have a different shape from the upper opening face of the case 100, depending on the use mode. However, the lower plate 810 preferably has a shape and size corresponding to the shape of the lower plate 810.

The ribs are arranged such that a plurality of transverse cross-sections of the outer tube portion formed by the donut-shaped rim portions can be spaced apart from each other in parallel. The ribs may be made of a thin and long plate-shaped member, and the width direction may be a louver shape inclined at a predetermined angle. At this time, it is preferable that the ribs are provided in positions and numbers corresponding to the rod-shaped members having the V-shaped cross section of the lower plate 810, and the lower ends of the inclined surfaces are disposed in the V-shaped grooves of the oil receiving unit 500 Lt; / RTI > The lower end of the rib may be spaced apart from the V-shaped groove by a predetermined distance.

The plurality of ribs may be provided so that the lower end of one of the ribs and the upper end of the ribs adjacent to each other can overlap with each other so that the oil does not flow into the mutually spaced gaps. Since the lower end and the upper end of the adjacent ribs are overlapped with each other, the oil does not flow directly to the charger receiving unit 400, and the oil easily flows along the inclined surface of the lower plate 810, V 'grooves.

As described above, the top plate 820 formed of the rim portion and the plurality of ribs may be made of a relatively low-rigidity and low-cost material, as compared with the bottom plate 810, have. For example, the heat-resistant reinforced paper or aluminum may be made of a relatively low-cost and low-rigidity material such as the lower plate 810 and may be replaced.

A coupling protrusion 821 is formed at a position corresponding to the coupling hole 811 of the lower plate 810 at one side of the lower surface of the rim. It is preferable that the coupling protrusion 821 has a length that allows a predetermined length to be exposed through the coupling hole 811 of the lower plate 810. The coupling protrusion 821 may be passed through the coupling hole 811 and fixed by various methods according to the usage.

11 is a cross-sectional view illustrating a state in which a lower plate and an upper plate of a long plate are fixed according to an embodiment of the present invention. For example, the edge portion may be made of a material such as reinforced paper or the like and the end portion of the coupling protrusion 821 penetrating through the coupling hole 811 of the lower plate 810 may be folded and fixed as shown in FIG. As described above, since the upper plate 820 can be made of reinforced paper or aluminum, the engaging projection 821 can be easily folded by the user's force.

12 is a sectional view showing a state in which a lower plate and a top plate 820 of a long plate according to another embodiment of the present invention are fixed. 12, a protrusion is formed on one side of the coupling protrusion 821 so that the protrusion of the coupling protrusion 821 passing through the coupling hole 811 is engaged with the coupling hole 811, (810). In this case, the coupling protrusion 821 may be made of a material having a predetermined elasticity by an external pressure such as aluminum. That is, the protrusion of the coupling protrusion 821 protrudes to a position corresponding to the thickness of the coupling hole 811 of the lower plate 810. When the user presses the upper protrusion 821, the coupling protrusion 821 is temporarily bent, The coupling protrusion 821 may be returned to its original position after passing through the hole 811 and the protrusion may be caught by the coupling hole 811 to prevent the top plate 820 from being detached.

Usage of Charcoal Roaster with Gas Ignition Unit

The use of the charcoal roaster 10 having the gas ignition unit according to the present invention having the above-described structure will be described in more detail as follows.

First, when the components of the charcoal roaster 10 having the gas ignition unit are separated, the case 100 is provided with the ash receiving unit, the spacer 300, the oil receiving unit 500, the charcoal receiving unit 400 Combine the components sequentially.

The ash receptacle 200 and the spacer 300 sequentially pass through the formed first through holes 210 and the second through holes 310 and the ignition portion 630 of the gas ignition unit 600 is exposed . At this time, the ashtray 200 and the spacer 300 are aligned with the positions of the position fixing protrusions 230 and the position fixing grooves 330. In order to prevent the external air supplied through the ventilation fan 700 from being directly supplied to the charger receiving unit 400 and to smoothly diffuse the external air supplied through the ventilation fan 700, (220) and the second vent hole (320).

After the fire plate 800 is removed, an appropriate amount of char is loaded into the charcoal receiving unit 400.

Next, the gas cylinder 610 of the gas ignition unit 600 is coupled with a portable gas cylinder.

Next, the gas stored in the portable gas can be discharged from the ignition unit 630 of the gas ignition unit 600 by using the gas control unit 910 provided in the operation unit 900, and the ignition button 920 ) Is used to generate sparks in the gas to ignite the heat source using the gas.

The charcoal loaded on the charcoal receiving unit 400 can be conveniently and easily ignited without using a separate torch or the like by using the heat source ignited through the ignition portion 630 of the gas ignition unit 600 have. Through this process, when the charcoal loaded on the charcoal receiving unit 400 is sufficiently ignited, the gas regulating unit 910 provided in the operation unit 900 is operated to shut off the gas supplied from the portable gas canister.

After the gas is shut off as described above, it is preferable that the portable gas cylinder is separated from the gas loading part 610 and stored for safety. The portable gas cylinder may be stored in a state of being coupled to the gas loading portion 610. However, since the portable gas cylinder may collide with a user or a person around the portable gas cylinder during movement, It is good to do.

At this time, when external air is required to more easily ignite the charcoal loaded in the charcoal receiving unit 400, the ventilating fan control unit 930 provided in the operation unit 900 is operated to introduce an appropriate amount of outside air together . After the ignition of the charcoal is completed, the ventilation fan control unit 930 is operated to stop the ventilation fan 700, or the RPM of the ventilation fan 700 may be appropriately adjusted according to the required thermal power to control the flow rate of the outside air have.

The diffusion process of the air supplied from the ventilation fan 700 will be described in more detail as follows. First, the air supplied from the ventilation fan 700 is subjected to primary diffusion in a space formed by the ashtray 200 and the spacer, through the first ventilation holes 220 formed in the asheset 200, . Since the second vent hole 320 of the spacer 300 is not formed at the position corresponding to the first vent hole 220 of the ashtray 200, It is not discharged directly to the vent hole 320 but strikes the top surface to perform primary diffusion.

Next, the outer air, which has been primarily diffused in the space inside the ashtray 200 and the spacer 300, is diffused and discharged through the second vent hole 320 of the spacer 300.

Next, the outside air diffused and discharged through the second vent hole 320 is diffused and discharged laterally or at a predetermined angle slope through the third vent hole 410 formed in a louver shape to the charger receiving unit 400, The outer air collides with the inner wall of the charcoal receiving unit 400 and is subjected to tertiary diffusion.

As described above, since the outside air is sufficiently diffused and supplied to the inside of the charger unit 400, it is sprayed uniformly on the charcoal that is seated on the charcoal receiving unit 400, so that the ignition of char can be smoothly performed.

Next, the plate 800 having the double structure of the lower plate 810 and the upper plate 820 is engaged.

When the bottom plate 810 and the bottom plate 810 are coupled to each other, the bottom plate 810 and the top plate 810 are fixed to the bottom plate 810 and the top plate 820 so that the ribs formed with the 'V' The lower plate 810 and the upper plate 820 are engaged with the engaging holes 811 and the engaging projections 821 formed in the lower plate 820, respectively. At this time, depending on the shape of the coupling protrusion 821 passing through the coupling hole 811, the end of the coupling protrusion 821 may be folded or the protrusion of the coupling protrusion 821 may be completely passed through the coupling hole 811 Pressure. Since the engaging projections 821 are fixed through the engaging holes 811 as described above, even when the meat is caught on the upper plate 820 during cooking, the upper plate 820 does not disengage from the lower plate 810 arbitrarily, Can be maintained.

Next, after the pan plate 800 is placed on the upper surface of the case 100, the cooking material is put on the pan plate 800 and the cooking material is started.

At this time, when the food is oil like meat, the oil of the fire plate 800 does not fall into the charcoal receiving unit 400 but flows to the rim along the fire plate 800 and then falls into the oil receiving unit 500 .

The flow of oil will be described in more detail as follows. Oil falling from the food material flows down the ribs of the upper plate 820 primarily. At this time, since the ribs are formed in a louver shape inclined in one direction, the oil flows along the inclined surface. At this time, since the plurality of ribs are provided so as to overlap with each other, the oil does not directly fall to the charger receiving unit 400, but is configured to flow through any one of the ribs even if the oil falls.

As described above, the oil that has fallen primarily through the ribs flows into the V-shaped groove of the lower plate 810 and flows into the oil receiving unit 500 along the inclination of the lower plate 810. Thus, it is possible to prevent the oil from falling down to the charger receiving unit 400 through the upper plate 820 and the lower plate 810 of the fire plate 800, thereby preventing the generation of harmful substances and the decrease of the thermal power of the char.

When all of the charcoal loaded in the charcoal receiving unit 400 is to be cooked or cooked using a cooking utensil such as a pot or a frying pan, the portable gas cylinder is reintroduced into the gas ignition unit 600, 900 can be operated to operate the ignition unit 630 and to cook using a gas-based heat source.

As described above, those skilled in the art will understand that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included within the scope of the present invention.

10: Charcoal roaster with gas ignition unit
100: Case
110: gas coupling ball
120: Vents
130:
140:
200: ash tray
210: first through hole
220: First ventilation hole
230: Position fixing projection
300: Spacer
310: second through hole
320: Second ventilation hole
330: Position fixing groove
340:
400: Charcoal receiving unit
410: Third ventilation hole
500: Oil receiving unit
600: Gas ignition unit
610: Gas mounting part
620: Piping
630:
640: Ignition means
700: Ventilation fan
710: Battery coupling part
800: The fire
810: Lower plate
811: Coupling ball
820: Top plate
900: Operation unit
910:
920: Ignition button
930: Ventilation fan control section

Claims (6)

A case having a hollow portion formed therein and a bottom surface formed at a lower portion thereof;
A charcoal receiving unit inserted into the case to provide a space for receiving charcoal, a plurality of third ventilating holes formed on a lower surface thereof, and a charcoal receiving unit seated on the bottom surface;
An oil receiving unit inserted into the case to enclose the charcoal receiving unit to receive oil falling from a food material; And
And a gas mounting unit disposed at a lower portion of the charcoal receiving unit through the bottom surface and the oil receiving unit to selectively ignite and a gas loading unit detachably coupled to an external mounting type gas cylinder at one side of the case and providing gas to the ignition unit A gas ignition unit; / RTI >
And a gas-fired gas-fired unit capable of selectively igniting charcoal seated on the charcoal receiving unit by driving the ignition unit or continuously using the ignition unit. The method according to claim 1,
The charcoal receiving unit
And a lower surface of the gas ignition unit is formed so as to extend upward in a circumferential direction of the gas ignition unit. The method according to claim 1,
The charcoal-
Wherein the third ventilation hole is formed to discharge air in a horizontal direction or at a predetermined angle to facilitate diffusion of air introduced from the lower portion. The method according to claim 1,
And a spacer provided between the bottom surface of the case and the charger receiving unit to provide a space in which the charger is spaced apart from the charger receiving unit. 5. The method of claim 4,
Wherein the spacer is made of a tubular member having a predetermined height and forms an internal space between the spacer and the bottom surface,
And a plurality of second ventilation holes and a second through hole through which the gas ignition unit can be exposed upward so that external air can be introduced into the charger receiving unit is formed on one side of the upper surface of the spacer, . The method according to claim 1,
An upper plate having a size corresponding to an upper periphery of the case and having a plurality of rod members having a V '-shaped cross-sectional shape, the upper plate having a size corresponding to the upper periphery of the case and being parallel to the rod member, Further comprising: a gas ignition unit having a plurality of ribs arranged in a downward sloping manner and having a lower end portion of the ribs and a lower plate laminated at the upper portion of the lower plate so that the rod members correspond to each other.

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