KR20060003833A - Rotary type roaster - Google Patents

Abstract

The present invention relates to a charcoal grill for roasting meat on a grill using charcoal in a state of being installed in the center of the table, and more specifically, an outer cylinder installed on the table; An electric motor fixed to the bottom center of the outer cylinder and having a rotation shaft of a predetermined length; A partition plate for supporting a lower portion of the rotating shaft of the electric motor in a state of being seated at a predetermined height of the outer cylinder; An inner cylinder supporting an upper portion of the rotating shaft while being installed above the circumferential plate inside the outer cylinder; A rotating plate installed at a lower portion of the inner cylinder and coupled to an upper end of the rotating shaft to rotate along the rotation of the electric motor; Charcoal barrel is divided into a predetermined space on one side of the rotating plate; And a sump sump partitioned into another space of the rotating plate; As it is configured to, through the operation of the electric motor is to provide a rotary charcoal roaster to safely grill the meat on the grill while rotating the charcoal barrel and the sump barrel.

Description

Rotary charcoal roaster {ROTARY TYPE ROASTER}

1 is an exploded perspective view showing a rotary charcoal roaster to which the present invention is applied.

Figure 2 is a side cross-sectional view showing a rotary charcoal roaster to which the present invention is applied.

Figure 3 is a plan view showing a rotating state of the rotary charcoal grill applied to the present invention.

Figure 4 is a side cross-sectional view showing a blowing state of the rotary charcoal grill applied to the present invention.

<Brief description of symbols for the main parts of the drawings>

100: outer cylinder 120: air vent

200: motor 220: rotating shaft

240: key nut 260: bushing

280: bearing

300: partition plate 320: flange

400: saucer 500: inner barrel

520: flange 540: vent

600: rotating plate 620: keyway

640: through

700: charcoal 720: through hole

800: oil sump

900a: grill 900b: cover

The present invention relates to a charcoal grill for roasting meat by using charcoal, and more specifically, to rotate the charcoal bucket in which the charcoal is stored in the lower part of the grill and the drip tray for collecting the falling oil so that the meat on the grill can be grilled. It's about a rotary charcoal.

In general, charcoal grills used in restaurants are installed inside the state through a hole in the center of the table, it is well known that the charcoal as a heat source to grill the meat on the grill.

However, if you look at this configuration, the charcoal can be installed directly in the lower part of the grill. In this case, since the hot heat of the charcoal continuously heats the meat, it causes not only a burning problem, but also all the oil flowing from the grilled meat directly to the charcoal. There is a problem that smoke and soot occurs because it falls.

Moreover, if the meat is roasted by direct fire, the outside ripens quickly, but the inside is not easily cooked. In order to cook it well, the inside should not be burned, so that the person has to turn it over and over again.

The present invention has been proposed to solve the problems and drawbacks of the prior art, the main purpose of the meat on the grill while the charcoal for storing the charcoal in the lower grill and the sump for collecting the falling oil is rotated by the operation of the electric motor It is to provide a rotary charcoal roaster to burn.

Another object of the present invention is to ensure that the electric motor for rotating the charcoal barrel and the sump barrel at the same time is blocked by a certain distance from the hot heat of the charcoal fire, and the charcoal barrel and the sump barrel smoothly without shaking by the electric motor spaced a certain distance apart It is to provide a rotary charcoal grill that can be rotated safely.

In the present invention for achieving the above object in the charcoal grill for baking meat on the grill using charcoal in the state installed in the center of the table,

An outer cylinder spaced over the top of the through hole in the center of the table and having a space formed under the table; A motor fixedly installed at the bottom center of the outer cylinder and having a key nut coupled to an upper end thereof in a state in which a rotating shaft extending a predetermined length upward is coupled; A partition plate having a flange for supporting a lower outer circumferential surface of the rotating shaft penetrating therein while partitioning a lower side and an upper side at which a motor is installed in a state of being seated at a predetermined height of the outer cylinder; An inner cylinder bent over the upper end of the through hole in the center of the table and installed at an upper side of the circumferential plate in the outer cylinder, the center of which is bent a flange for supporting the upper outer circumferential surface of the rotating shaft; A rotary plate installed at a lower portion spaced apart from a bottom of the inner cylinder by a key groove formed at a center thereof so as to be coupled to a key nut of an upper end of the rotary shaft, the rotary plate being formed to rotate along the rotation of the electric motor; Charcoal barrel formed to store the charcoal inside the predetermined space partitioned on one side of the rotating plate; And an oil sump container configured to collect oil falling from meat on the upper side of the grill while being partitioned into another space of the rotating plate on which the charcoal is formed; This is made up.

At this time, the outer surface of the bushing is formed to be supported on the flange of the partition plate and the inner cylinder on the outer surface of the rotary shaft of the electric motor in a state that the bushing is supported by the bearing.

In addition, between the partition plate and the inner cylinder to maintain the state spaced apart from each other at a predetermined interval while the inner cylinder is seated on the lower end is formed to be seated on the partition plate; This is made up.

In addition, a plurality of through holes are formed at the bottom of the rotating plate on which the charcoal and the charcoal is seated so that ashes of charcoal completely burned from the charcoal can be collected off the bottom of the inner barrel.

In addition, the upper side of the partition plate of the outer cylinder penetrates for supplying air from the outside, the lower side of the inner cylinder is formed with a plurality of vents for circulating the air supplied to the inside of the outer cylinder.

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

1 is an exploded perspective view illustrating a rotary charcoal roaster to which the present invention is applied, and FIG. 2 is a side cross-sectional view showing a rotary charcoal roaster to which the present invention is applied, and FIG. 3 shows a rotating state of the rotary charcoal roaster to which the present invention is applied. It is a top view, and FIG. 4 is a side sectional view which shows the ventilation state of the rotary charcoal roaster to which this invention was applied.

Rotary charcoal roaster of the present invention, as shown in Figures 1 to 4 fixed to the electric motor inside the outer cylinder is installed on the table can be safely baked meat on the grill while rotating the charcoal barrel and oil barrel of the rotating plate smoothly through this So that it is formed.

Thus, the outer cylinder 100 is formed in a cylindrical shape having a space formed therein while the upper surface is opened, the upper end is formed with a border bent outward to be seated in the upper end of the through hole in the center of the table. In addition, at the intermediate height of the outer cylinder 100 is formed a stepped bent so that the partition plate 300 is seated, the upper side of the step is formed with an air outlet 120 for supplying wind from the blower.

The motor 200 is fixed to the center of the bottom of the outer cylinder 100 so that the rotating shaft 220 is directed in the vertical direction, the top of the key nut for key coupling with the rotating plate 600 installed inside the inner cylinder 500 ( 240 is combined. At this time, the rotary shaft 220 is extended to a predetermined length up / down is coupled to the rotating plate 600 in a state penetrating the partition plate 300 and the inner cylinder 500, the partition plate 300 on the outer surface The bushings 260 are coupled to the flanges 320 and 520 of the inner cylinder 500 so as to stably rotate without shaking. That is, the bushing 260 covers the outer surface of the rotating shaft 220 and supports the bearing 280 to be coupled to the upper and lower sides thereof so as to smoothly rotate the rotating shaft 220, and the outer surface of the bushing 260. The upper and lower parts are fixed by the flanges 320 and 520 of the partition plate 300 and the inner cylinder 500.

The partition plate 300 is formed in a plate shape so as to partition the lower side and the upper side where the electric motor 200 is installed in a state seated on a step bent at a certain height of the outer cylinder 100, while the center of the electric motor 200 As the rotating shaft 220 penetrates, a flange 320 is bent to support the lower outer circumferential surface thereof. At this time, since the bushing 260 described above is coupled to the outer surface of the rotary shaft 220 more precisely, the flange 320 of the partition plate 300 is coupled to the lower portion of the bushing 260 covering the rotary shaft 220. do. In addition, a stepped bent downward is formed on the partition plate 300 so that the support tube 400 is seated thereon.

The receiving tube 400 is formed in a cylindrical shape having a predetermined height through which the upper and lower surfaces are penetrated, and a stepped bent is formed at the upper end thereof so that the lower end of the inner cylinder 500 is seated, and at the lower end of the partition plate 300. A stepped bent is formed to be seated inside the stepped step). Therefore, the support cylinder 400 maintains a gap between the inner cylinder 500 installed on the upper side and the partition plate 300 installed on the lower side, while preventing the inner cylinder 500 from sagging by its own weight.

The inner cylinder 500 is formed in a cylindrical shape with a space formed therein while the upper surface is opened, such as the outer cylinder 100 is installed inside the outer cylinder 100, while the upper edge of the outer cylinder 100 or the top of the table The edge is bent outwardly to be seated. In addition, the upper portion of the inner cylinder 500 is formed with a stepped so that the grill 900a for placing the meat inside the rim or the cover 900b for opening and closing the upper portion of the inner cylinder 500 is seated, and the rotating plate below An inward step is formed to rotate in this seated state.

The flange 520 is bent to support the upper outer circumferential surface of the inner cylinder 500 while the rotating shaft 220 of the electric motor 200 penetrates. At this time, since the bushing 260 described above is coupled to the outer surface of the rotating shaft 220 more precisely, the flange 520 of the inner cylinder 500 is coupled with the lower portion of the bushing 260 covering the rotating shaft 220. . In addition, the lower side of the inner cylinder is provided with the air inlet 520 for supplying the air introduced from the tuyeres 120 into the inner cylinder 500 to assist the combustion of the charcoal, while the bottom of the ash can be collected from the ash barrel A predetermined space is formed in a state spaced apart from the lower end of the rotating plate so that it can be. In addition, the lower end of such an inner cylinder is supported in a state seated on the upper end of the receiving barrel.

The rotating plate 600 is installed at a lower portion spaced apart from the bottom of the inner cylinder 500 by a key groove 620 is formed in the center thereof to be coupled to the key nut 240 of the upper end of the rotating shaft 220 to the electric motor 200 It is formed to rotate along the rotation. At this time, the upper portion of the rotating plate 600 is a charcoal barrel 700 for storing the charcoal and the oil sump barrel 800 for collecting oil is seated, the charcoal barrel 700 on the bottom on which the charcoal 700 is seated A plurality of through holes 640 are formed such that ash falling from) is collected to the bottom of the inner cylinder 500.

The charcoal 700 is to store the charcoal as a predetermined space partitioned on one side of the rotating plate 600 and the bottom of the inner container 500 of the ashes of charcoal burned in accordance with the through-hole 640 of the rotating plate 600 A plurality of through holes 720 are formed to be collected in the.

The oil sump container 800 is formed to collect oil falling from the meat on the grill 900a upper side while being partitioned into another space of the rotating plate 600 in which the charcoal 700 is formed.

The grill 900a is formed so as to place meat on the grill in a state seated on the upper step of the inner cylinder 500 described above, a conventional grill form is used. At this time, the grill (900a) is provided as a form in which the outer periphery as a whole, the center protruding convex.

The cover 900b is formed to maintain a flat surface with the top plate of the table while opening and closing the upper end of the inner cylinder 500.

Therefore, in order to bake meat, the grill 900a is placed on the top of the inner container 500 while the cover 900b is removed, and the grill 900a is removed or inverted while the meat is baked. As 900b.

According to the present invention having such a configuration, the inside of the outer cylinder 100 spanning the first table includes an electric motor 200, a partition plate 300, a support barrel 400, an inner cylinder 500, a rotating plate 600, and a charcoal container 700. ), The sump container 800 and the cover 900b are provided as a seated or coupled state in order.

Thus, in order to roast the meat, first remove the cover (900b) and then put the burnt charcoal in the charcoal barrel 700 and put the grill (900a) on the top of the inner barrel (500).

Subsequently, when the switch provided on one side of the table is pressed, the electric motor 200 connected thereto is rotated, and the electric motor 200 rotates the rotating plate 600 which is key-coupled to the upper end of the rotating shaft 220. At this time, the flanges 320 and 520 of the partition plate 300 and the inner cylinder 500 support the upper and lower ends of the bushing 260, while the rotating shaft 220 inside the bushing 260 has an upper / lower bearing ( 280, the smooth rotation is achieved. On the other hand, the inlet of the air for the combustion of charcoal is made through the tuyeres 120 of the outer cylinder 100, the air introduced into the outer cylinder 100 to the inside through the vent 540 in the lower portion of the inner cylinder 500. The combustion air introduced into the inner cylinder 500 is circulated through the through holes 640 and 720 of the rotating plate 600 and the charcoal 700 to burn charcoal.

In this way, when the rotating plate 600 is rotated by the electric motor 200, the charcoal 700 of the upper portion is rotated to slowly cook the meat on the grill in order, and the oil flowing from the meat baked by the heat source of charcoal is After the charcoal 700 has fallen to the sump bucket 800.

Therefore, through this action, the meat on the grill is not baked at once by hot heat, but is cooked slowly through the rotation of charcoal, so that the meat can be cooked evenly without burning the outside.

In addition, the oil generated from the meat roasted by the heat while the charcoal rotates does not fall directly into the charcoal to prevent the generation of smoke or soot.

Although the present invention as described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art may various modifications and other equivalent embodiments therefrom. Will understand. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

According to the rotary charcoal roaster of the present invention as described above, the charcoal barrel for storing the charcoal in the lower grill and the sump barrel for collecting the falling oil is rotated by the operation of the electric motor to burn the meat on the grill, the meat is burned Not only the outside and the inside are cooked uniformly, but the oil generated from the grilled meat does not fall directly on the charcoal, which is very useful to prevent the occurrence of smoke or soot.

In addition, the electric motor for rotating the charcoal barrel and the sump barrel at the same time is cut off from the hot heat of the charcoal in a certain distance, and the charcoal barrel and the sump barrel are rotated without shaking by the electric motor spaced a certain distance, thereby improving safety. This is a very useful effect that can work smoothly.

Claims (5)

In charcoal grilling for roasting meat on the grill using charcoal in the center of the table, An outer cylinder spaced over the top of the through hole in the center of the table and having a space formed under the table; A motor fixedly installed at the bottom center of the outer cylinder and having a key nut coupled to an upper end thereof in a state in which a rotating shaft extending a predetermined length upward is coupled; A partition plate having a flange for supporting a lower outer circumferential surface of the rotating shaft penetrating therein while partitioning a lower side and an upper side at which a motor is installed in a state of being seated at a predetermined height of the outer cylinder; An inner cylinder bent over the upper end of the through hole in the center of the table and installed at an upper side of the circumferential plate in the outer cylinder, the center of which is bent a flange for supporting the upper outer circumferential surface of the rotating shaft; A rotary plate installed at a lower portion spaced apart from a bottom of the inner cylinder by a key groove formed at a center thereof so as to be coupled to a key nut of an upper end of the rotary shaft, the rotary plate being formed to rotate along the rotation of the electric motor; Charcoal barrel formed to store the charcoal inside the predetermined space partitioned on one side of the rotating plate; And An oil sump container configured to collect oil falling from meat on the grill side inside the compartment while being partitioned into another space of the rotating plate on which the charcoal is formed; Rotating charcoal roasting, characterized in that consisting of. The rotary charcoal of claim 1, wherein an outer surface of the bushing is supported by the flange of the partition plate and the inner cylinder in a state in which a bushing supported by a bearing is coupled to an outer surface of the rotating shaft of the electric motor. Grilling. According to claim 1 or claim 2, Between the partition plate and the inner cylinder between the inner cylinder is seated on the upper end in order to maintain a predetermined distance from each other while the lower end is formed to be seated on the partition plate; Rotating charcoal, characterized in that consisting of. 4. The rotary charcoal roaster of claim 3, wherein a plurality of through-holes are formed at the bottom of the rotating plate on which the charcoal and the charcoal are seated so that ashes of charcoal completely burned from the charcoal can be collected off the bottom of the inner barrel. According to claim 4, The upper side of the partition plate of the outer cylinder through the air vent for supplying air from the outside, The lower side of the inner cylinder is provided with a plurality of vents for circulating the air supplied to the inside of the outer cylinder Rotary charcoal roasting, characterized in that formed.

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