JP2007050017A - Charcoal stove used for charcoal fire roaster and charcoal fire roaster using the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To kindle charcoal inside a roaster and to easily clean a charcoal stove after use. <P>SOLUTION: The roaster comprises: an outer body 2 locked to a table top plate; an inner body 3 locked inside the outer body 2 while forming a smoke absorbing space 4 with the outer body 2 at an optional part of a peripheral part; the charcoal stove 11 disposed inside the inner body 3; a net 9 arranged on the upper side of the charcoal stove 11; and a smoke absorbing grill 5 closing the upper part of the smoke absorbing space 4. The charcoal stove 11 comprises: a firing implement 12 provided with a firing implement body 13 in which an opening 1301 is formed at the center part of the bottom part and a firing source housing part 14 connected at the lower part of the firing implement body 13; a grate 16 mounted on the upper part of the opening 1301 inside the firing implement body 13; a charcoal stove body 15 locked inside the inner body 3 of the roaster 1 in such arrangement that the lower end part is inserted to the inner peripheral side of the firing implement body 13. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a charcoal stove used for a charcoal roaster and a charcoal roaster using the charcoal roaster, and more particularly, enables charcoal to fire inside the roaster and facilitates replacement and cleaning of the charcoal stove after use. The present invention relates to a charcoal stove used for a charcoal roaster and a charcoal roaster using the same.

  Generally, in cooking such as grilled meat, charcoal is used as a heating source, so that it is possible to cook meat etc. softly by radiant heat from charcoal. The charcoal roaster was highly appreciated.

  However, in the case of a charcoal roaster, unlike a gas roaster or an electric roaster that can be ignited only by operating a switch or the like, the charcoal must first be fired, while it takes time to ignite the charcoal. Therefore, in the conventional charcoal roaster, the charcoal is already fired using a furnace installed in a different location, and when using the roaster, Carrying it into the roaster while carrying it to the roaster.

  Therefore, in the method of transporting the charcoal that has already been fired in such different places to the roaster, the hot charcoal must be moved, especially in large yakiniku restaurants. Since there is a need to move between a large number of tables while holding, there is a problem that there is always a danger.

  In addition, in the method of performing a fire in a furnace or the like in advance, if the time from the start of the fire to the actual use of charcoal is long, the charcoal often burns out, There is a problem that the resources are wasted and the cost is increased.

  Therefore, in the past, the present inventor has proposed a charcoal stove that can fire charcoal in a roaster in a short time (see Japanese Patent Application No. 2004-086626).

  Here, FIG. 4 is a figure for demonstrating this conventional charcoal stove, and has shown the vertical front view. In the figure, 31 is a conventional charcoal stove, and this conventional charcoal stove 31 has a charcoal stove body 32 having an opening 3201 formed at the center of the bottom, and the charcoal stove body 32 is ignited. The tool 33 is locked.

  The igniter 33 has a mortar-like shape as a whole, and an igniter main body 34 having a substantially circular opening 3401 formed at the bottom thereof, and a substantially cylindrical shaped igniter connected to the lower side of the igniter main body 34. And the peripheral portion of the ignition tool main body 34 is locked to the inner wall of the charcoal stove main body 32, so that the ignition source accommodating portion 35 is opened in the charcoal stove main body 32. It is arranged to protrude further downward.

  Further, in the ignition tool main body 34, a net rooster 36 formed by a mesh-like net is arranged so as to close the bottom opening 3401 of the ignition tool main body 34. The opening 3401 is closed at the central portion and its peripheral portion, the peripheral portion is dimensioned to be able to be locked to the inner wall portion of the ignition tool main body 34, and the central portion 3601 is convex.

  And when using the charcoal stove 31 comprised in this way, the said charcoal stove main body 32 is latched in the inner trunk | drum of a roaster, and the crushed charcoal finely crushed on the net rooster 36 in that state is abbreviated. Lay it flat and stack the charcoal cut to any length on it.

  Next, an ignition source is formed by curling a flammable material, such as newspaper, into a roll shape, and the ignition source is inserted into the ignition source accommodating portion 35.

  After that, the ignition source is ignited using a lighter or the like, and combustion air is supplied into the inner cylinder where the charcoal stove is locked using a sirocco fan or the like.

  Then, the coal from the ignition source is first ignited to the crushed charcoal, and then the charcoal is ignited by the fire from the crushed coal, thereby making it possible to cause the charcoal to fire in the charcoal stove 31. .

  By the way, when grilled meat or the like is performed using the charcoal stove as described above, the meat juice or the like falls on the charcoal stove main body 32, and thus the charcoal stove main body 32 becomes dirty. It is desirable to replace the charcoal stove body 32 before the user eats.

  However, since the above-described conventional charcoal stove has a structure in which an ignition tool is locked to the charcoal stove body, in order to replace the charcoal stove body, the entire charcoal stove 31 including the ignition tool is taken out from the roaster. I had to.

  On the other hand, the charcoal is still burning after the meal is finished, and the ignition device on which the charcoal is placed is particularly hot, so it is very dangerous to take it out.

  Therefore, the present invention provides a charcoal stove used for a charcoal roaster that enables safe and easy replacement of a heavily soiled portion by gravy in a charcoal roaster capable of causing charcoal fire inside the roaster and the same. It is an issue to provide a charcoal roaster using rice.

The charcoal stove used for the charcoal roaster in the present invention is a charcoal stove that enables charcoal fire in the roaster,
An igniter body supported by the charcoal stove receiver in the inner body of the roaster, with an opening formed in the bottom center portion, and a flammable ignition source such as paper in the interior of the igniter body connected to the lower side of the igniter body A substantially cylindrical ignition source housing portion into which is inserted, and an ignition tool comprising:
In the ignition tool main body, a rooster that is placed above the opening, has a mesh shape and has a convex central portion, and
A charcoal stove main body locked in the inner body of the roaster in a configuration in which a lower end portion is inserted on the inner peripheral side of the ignition tool main body.

And the charcoal roaster of the present invention is locked to the table top plate, and the outer trunk to which the smoke exhausting means is connected to an arbitrary place,
An inner cylinder that is locked in the outer cylinder while a smoke absorbing space is formed between the outer cylinder and an arbitrary portion of the peripheral part;
A charcoal stove that is disposed in the inner trunk and on which charcoal is placed when used,
A net disposed above the charcoal stove;
A charcoal roaster comprising a smoke absorption grill that closes an upper portion of the smoke absorption space, wherein the charcoal stove is
An igniter body supported by the charcoal stove receiver in the inner body of the roaster, with an opening formed in the bottom center portion, and a flammable ignition source such as paper in the interior of the igniter body connected to the lower side of the igniter body A substantially cylindrical ignition source housing portion into which is inserted, and an ignition tool comprising:
In the ignition tool main body, a rooster that is placed above the opening, has a mesh shape and has a convex central portion, and
A charcoal stove main body locked in the inner body of the roaster in a configuration in which a lower end portion is inserted on the inner peripheral side of the ignition tool main body.

  In the charcoal stove of the present invention, the charcoal stove main body is locked in the inner body of the roaster in such a manner that the lower end portion thereof is inserted into the inner peripheral side of the ignition device main body. Without taking out, only the charcoal stove body can be taken out from the roaster.

  Therefore, in the charcoal stove of the present invention, it is possible to safely and easily replace only the charcoal stove body that is soiled with gravy after finishing the meal.

  In the charcoal stove of the present invention, the charcoal stove has an ignition tool that is supported in the inner body of the roaster by the charcoal stove receiver, and the ignition tool has an ignition tool main body having an opening formed in the bottom center portion, and the ignition tool An ignition source accommodating portion continuously provided below the main body is provided. The ignition source accommodating portion is substantially cylindrical, and a combustible ignition source such as paper can be inserted therein.

  Further, a mesh rooster having a mesh shape and a convex central portion is placed in the ignition tool main body above the opening of the ignition tool main body.

  And the charcoal stove main body is arranged on the upper side of the ignition tool main body in such an arrangement that the lower end portion is inserted into the inner peripheral side of the ignition tool main body. It is locked to.

  In addition, the charcoal roaster of the present invention using this charcoal stove is provided with an outer trunk that is locked to the table top plate and connected with smoke exhausting means at an arbitrary location. The inner cylinder is locked in an arrangement in which a smoke absorbing space is formed between the outer cylinder and an arbitrary portion of the peripheral portion. Then, the charcoal stove is disposed in the inner cylinder, and the charcoal main body is locked in the inner cylinder in such a manner that the lower end portion thereof is inserted into the inner peripheral side of the ignition tool main body as described above. ing.

  An embodiment of the charcoal roaster according to the present invention will be described with reference to the drawings. FIG. 1 is a cross-sectional view of the charcoal roaster used in the present embodiment in a state where the charcoal roaster is locked to a table top plate. T is a table top plate.

  And this charcoal roaster 1 is provided with the outer cylinder 2 inserted in the notch formed in the table top plate T, and this outer cylinder 2 has the main-body part 201 made into the hollow horizontal box shape, The main body part 201 is connected to and communicated with a hollow vertical box-shaped smoke exhaust part 202, and a smoke exhaust hole 203 is formed at the bottom of the smoke exhaust part 202. A smoke exhaust duct (not shown) is connected to the smoke hole 203. In the figure, 206 is a grease filter and 207 is a fireproof damper.

  Next, a circular upper opening 204 having a predetermined diameter is formed at the top of the main body 201 in the outer body 2, and a lower opening 205 having a smaller diameter than the upper opening is formed at the bottom. The inner cylinder 3 is locked to the outer cylinder 2 in an arrangement in which it is closed while penetrating the lower opening 205 and is locked to the peripheral portion of the lower opening 205.

  Here, the inner cylinder 3 will be described. The inner cylinder 3 in this embodiment has a substantially cylindrical shape with a bottom, and as described above, the outer diameter that can close the lower opening 205 formed in the outer cylinder 2. It is said.

  The inner cylinder 3 is arranged such that a lower portion of the inner cylinder 3 penetrates the lower opening 205 of the outer cylinder 2 and protrudes to a lower portion of the outer cylinder 2 and closes the lower opening 205 of the outer cylinder 2; The arrangement is such that a smoke absorbing space 4 can be formed between the outer periphery of the upper portion and the inner wall of the outer cylinder 2, and is locked to the outer cylinder 2.

  A ring-shaped smoke absorbing ring 5 having a plurality of smoke absorbing windows 501 is locked above the smoke absorbing space 4 so as to close the smoke absorbing space 4.

  Furthermore, an ignition window 6 having a slide door 601 that can be freely opened and closed is formed in a portion of the inner cylinder 3 that protrudes from the lower part of the outer cylinder 2, and an air supply that supplies combustion air into the inner cylinder 3. A sirocco fan 7 is provided as a means.

  In the charcoal roaster 1 of the present embodiment, the bottom of the inner cylinder 3 is also used as a water tank, that is, in use, water is stored in the bottom of the inner cylinder 3 so that the entire roaster 1 is cooled. Is possible.

  Next, a charcoal stove 11 is disposed inside the inner shell 3, and a net 9 used for placing meat, vegetables and the like for cooking by heating is placed above the charcoal stove 11. Has been.

  Here, the charcoal stove 11 will be described. FIG. 2 is a longitudinal front view for explaining the charcoal stove 11 in the present embodiment. In the present embodiment, the charcoal stove 11 is installed at the bottom in the inner trunk 3. An ignition tool 12 supported by the charcoal stove receiver 8 and a charcoal stove main body 15 disposed above the ignition tool 12 are provided, and the net 9 can be placed on the upper end portion of the charcoal stove main body 15.

  That is, 12 is an ignition tool in the figure, and in this embodiment, the ignition tool 12 is provided with an ignition tool main body 13 having a substantially mortar shape as a whole and having a substantially circular opening 1301 formed at the bottom, The ignition tool body 13 is supported by the charcoal stove receiver 8.

  In addition, an ignition source housing portion 14 that communicates with the opening 1301 is connected to the lower side of the ignition tool main body 13. In this embodiment, the ignition source housing portion 14 has a substantially cylindrical shape, An ignition source such as paper can be accommodated inside. In the present embodiment, an edge 1401 is formed at the lower end of the ignition source accommodating portion 14, thereby facilitating the accommodation of the ignition source in the ignition source accommodating portion 14. .

  Next, a net rooster 16 formed of a mesh net is arranged in the ignition tool body 13 so as to close the bottom opening 1301 of the ignition tool body 13. In the present embodiment, the mesh rooster 16 has a peripheral edge that can be locked to the inner wall portion of the ignition device main body 13 and a central portion 1601 that is convex.

  Next, a charcoal stove body 15 is disposed above the ignition tool 12. Here, the charcoal stove main body 15 will be described. In the present embodiment, the charcoal stove main body 15 has a generally mortar shape as a whole, and an opening 1501 is formed at the bottom, and the lower end portion is the ignition tool. In an arrangement inserted into the main body 13, the main body 13 is locked to a locking portion 301 formed on the inner body 3.

  Thus, in the present embodiment, the charcoal stove main body 15 is locked to the inner trunk 3 in such a manner that the lower end portion thereof is inserted into the ignition tool main body 13. It is possible not only to effectively prevent the stored charcoal from dropping from the charcoal stove 11 but also to remove only the charcoal stove main body 15 by moving the charcoal stove main body 15 upward. Therefore, in the charcoal stove 11 of this embodiment, after the meal, only the heavily cooked charcoal stove main body 15 is exchanged safely and easily without touching the high temperature ignition tool 12 or the charcoal that does not extinguish the fire. It is possible.

  Next, a method for using the charcoal roaster of the present embodiment configured as described above will be described with reference to FIG. 3. When cooking grilled meat or the like using the charcoal roaster 1 of the present embodiment, first, newspaper is used. In addition, the combustible material such as the material is cut into a long and narrow shape, and the ignition source 17 is formed by rolling the material into a roll. The ignition source 17 is inserted into the ignition source accommodating portion 14.

  At the same time, first, finely crushed crushed charcoal 18 is laid on the mesh rooster 16 substantially flatly except for the convex portion 1601. Further, charcoal 19 cut at an arbitrary length is stacked thereon.

  Next, in this state, the sliding door 601 is operated to open the ignition window 6, a fire lighter is inserted from the ignition window 6 to ignite the ignition source 17, and the sirocco fan 7 is driven to Start air supply to.

  Then, the charcoal 18 is first ignited by the fire from the ignition source 17, and then the charcoal 19 is ignited by the fire from the charcoal 18, whereby the charcoal 19 is completely fired. And it becomes possible to heat-cook the meat, vegetables, etc. which were mounted on the net | network 9 with the heat | fever of the charcoal 19 which this burning has completed.

  At this time, in the charcoal roaster 1 of the present embodiment, the central portion 1601 of the net rooster is convex, and when the crushed coal 18 is spread, the crushed coal is not laid on the convex portion 1601, so the combustion air However, it is possible to efficiently reach the scrap coal 18 and cause the charcoal to fire in a short time.

  Next, when replacing the charcoal stove main body 15 after the meal is finished, it is only necessary to lift the charcoal stove main body 15 upward after removing the net 9, so that it becomes dirty due to the fall of gravy etc. It is possible to replace only the charcoal stove body 15. That is, in the above-described conventional charcoal stove, since the ignition tool is locked to the charcoal stove body, it is not possible to take out only the charcoal stove body. It was necessary to take out the entire charcoal stove, including the ignition tools that were used, especially when the charcoal was still burning immediately after a meal. However, in the charcoal stove of this example, because the charcoal stove body is locked to the inner body in the arrangement where the lower end portion is inserted on the inner peripheral side of the ignition tool, by lifting the charcoal stove upward, The charcoal stove body can be taken out, and therefore the charcoal stove body can be replaced safely and easily.

  Thus, in the charcoal stove of the present embodiment and the charcoal roaster using the same, not only can the charcoal be fired inside the roaster, but also during the cleaning after meals, the gravy falls, etc. Only a dirty charcoal stove body can be removed and replaced safely and easily.

  In the present invention, the charcoal can be ignited in the roaster in a short time, and the charcoal stove body can be easily replaced after the meal. Therefore, the present invention can be applied to all heating cookers using charcoal. It is.

It is sectional drawing for demonstrating the Example of the charcoal roaster of this invention. It is sectional drawing for demonstrating the Example of the charcoal stove of this invention. It is sectional drawing for demonstrating the effect | action of the Example of the charcoal roaster of this invention. It is sectional drawing for demonstrating the conventional charcoal stove.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Charcoal fire roaster 2 Outer trunk 201 Outer trunk main body 202 Outer trunk smoke exhaust section 203 Smoke exhaust hole 204 Outer trunk upper opening 205 Outer trunk lower opening 206 Grease filter 207 Fire damper 3 Inner trunk 301 Locking section 4 Smoke absorption Space 5 Smoke absorption grill 501 Smoke absorption window 6 Ignition window 601 Slide door 7 Sirocco fan 8 Charcoal stove receiver 9 Net 11 Charcoal stove 12 Igniter 13 Igniter main body 14 Ignition source housing 15 Charcoal stove main body 16 Net rooster 1601 Central part of rooster 17 Ignition source 18 Scrap coal 19 Charcoal T Table top plate

Claims (2)

In the charcoal roaster, a charcoal stove that allows the charcoal to be fired in the roaster,
An ignition tool main body (13) having an opening (1301) formed at the center of the bottom, which is supported in the inner trunk (3) of the roaster (1) by the charcoal stove receiver (8), and the ignition tool main body (13) An igniter (12) comprising a substantially cylindrical ignition source accommodating portion (14) provided in a lower portion thereof, into which a combustible ignition source (17) such as paper is inserted, and
In the ignition tool main body (13), a rooster (16) placed above the opening (1301) and having a mesh shape and a convex central portion,
A charcoal stove body (15) that is locked in the inner body (3) of the roaster (1) in a position where the lower end portion is inserted into the inner periphery side of the ignition tool body (13). Charcoal stove. There is a smoke absorbing space (4) between the outer body (2), which is locked to the table top plate, and the smoke exhausting means is connected to an arbitrary position, and the outer body (2) at an arbitrary position on the periphery. An inner cylinder (3) that is formed and locked in the outer cylinder (2), and a charcoal stove (11) that is disposed in the inner cylinder (3) and on which charcoal is placed when used. When,
A net (9) disposed on the upper side of the charcoal stove (11);
A smoke grill (5) that closes an upper portion of the smoke absorption space (4), and a charcoal roaster (11),
An ignition tool main body (13) having an opening (1301) formed at the center of the bottom, which is supported in the inner trunk (3) of the roaster (1) by the charcoal stove receiver (8), and the ignition tool main body (13) An igniter (12) comprising a substantially cylindrical ignition source accommodating portion (14) provided in a lower portion thereof, into which a combustible ignition source (17) such as paper is inserted, and
In the ignition tool main body (13), a rooster (16) placed above the opening (1301) and having a mesh shape and a convex central portion,
A charcoal stove body (15) that is locked in the inner body (3) of the roaster (1) in a position where the lower end portion is inserted into the inner periphery side of the ignition tool body (13). Charcoal fire roaster.

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