KR100818221B1 - Rotating mechanism for rotation type charcoalfire roasting apparatus and rotation type charcoalfire roasting apparatus using the same - Google Patents

Abstract

A rotating mechanism for a rotation-type roaster with charcoal fire and a rotation type roaster with charcoal fire using the same are provided to roaster meat evenly by rotating and revolving plural meat skewers. A rotating mechanism for a rotation-type roaster with charcoal fire comprises a frame(110), a base plate(130) vertically placed at one upper part of the frame, a horizontal main shaft(140), a rotating plate assembly(150), more than one fixing gear restraint, a power supply unit, plural fixing members(205), and plural meat skewers(170). The horizontal main shaft rotated in the base plate is protruded toward two sides of the base plate. The rotating plate assembly consists of a rotating plate, plural revolving shafts(160,160'), and plural revolving gears. The fixing gear restraints simultaneously rotate the revolving shafts in rotation of the rotating plate. The plural fixing members fixed on the front end of the revolving shaft have an insertion fixing groove. The plural meat skewers are communicated with the revolving shaft through the insertion fixing groove of the fixing members. The plural revolving shafts are simultaneously revolved if the rotating plate rotates by the power supplied by the main shaft. The fixing gear restraints include plural projection pins protruded forward at intervals corresponding to the pitch of a bicycle gear on more than one circumference around the main shaft of the base plate.

Description

Rotating mechanism for Rotating charcoal roasting device and Rotating charcoal roasting device using same {Rotating mechanism for Rotation Type Charcoalfire Roasting Apparatus AND Rotation Type Charcoalfire Roasting Apparatus using The Same}

1 is a perspective view showing an example of a rotary charcoal roasting apparatus according to the prior art,

2 is a front cross-sectional view of FIG.

3 is a perspective view showing a rotary charcoal roasting apparatus according to the present invention,

Figure 4 is an exploded perspective view showing a partially disassembled rotary charcoal roasting apparatus according to a first embodiment of the present invention,

5 is a schematic side view of a rotary charcoal roasting apparatus according to the embodiment of FIG.

6 is an exemplary view showing a rotating structure of a rotary charcoal roasting apparatus according to the embodiment of FIG. 4 from the front;

Figure 7 is a perspective view partially showing a rotary charcoal roasting apparatus according to a second embodiment of the present invention,

8 is an exemplary view showing a rotating structure of a rotary charcoal roasting apparatus according to the embodiment of FIG. 7 from the front;

Figure 9 is a perspective view partially showing a rotary charcoal roasting apparatus according to a third embodiment of the present invention,

10 is an exemplary view showing a rotating structure of a rotary charcoal roasting apparatus according to the embodiment of FIG. 9 from the front;

* Description of the symbols for the main parts of the drawings *

105: brazier 110: frame

130: base plate 131: boss

133: bearing 139: driven pulley for power transmission

140: spindle 145: power supply means

147: drive shaft 149: drive pulley for power transmission

150: rotating plate assembly 155: belt

160, 160 ': rotating shaft 165: tumbler

170: meat rack means 171: boss

175, 175 ': Magnetron 180: Housing

185: protruding pins 190, 190 ': fixed gear restraining means

191: support rod 193: fork

195: handle 201: insert locking groove

205: fixing member 210: internal gear

220: external gear 230: integral gear

233: fisherman 237: fisherman

The present invention relates to a rotary charcoal roasting apparatus, and more particularly, to a rotary charcoal roasting apparatus and a charcoal roasting apparatus using the same that can be grilled a large amount of meat quickly and evenly.

In general, a method of grilling meat includes baking on a firearm such as a stove using a cooking utensil such as a pan, or grilling by using a charcoal grill. Charcoal-grilling is a traditional roasting method, but many households are inconvenient in the pre- and post-processing process. However, the charcoal-grilling method does not use the meat frequently. As it is cooked, the taste of the meat improves, and many people prefer meat cooked by the charcoal grilling method.

As a way to grill meat at home, outdoors, or restaurants, it is common practice to place grill-like utensils on a charcoal brazier and place the meat on the grill. However, in the case of grilling the meat using this type of charcoal grilling method, it is inevitable that the turnover time is different, so that it is difficult to maintain the heating time evenly, and as a result, it is difficult to heat the meat evenly as a whole. There may be discomfort such as cooked meat.

In view of such a problem, various kinds of apparatuses for roasting meat evenly have been developed, and various kinds of rotary roasters have been developed.

As an example, there is a rotary charcoal roasting device as disclosed in Korean Patent Application No. 10-2000-29021, which can be used where there is a need to grill a large amount of meat at high speed, such as a restaurant.

1 is a perspective view showing an example of a rotary charcoal roasting apparatus according to the prior art, Figure 2 is a front sectional view of FIG.

Specifically, as described above, the rotary charcoal roasting apparatus includes a pair of rotating plates 12 and 12 'that are rotated by receiving power on both sides as shown in FIGS. 1 and 2. (12) (12 ') is provided with a plurality of meat rack means 30 that can be rotated on its own by receiving power, so that the revolution by the rotation of the rotating plate (12) (12') and each meat While rotating by the rotation of the meat rack means 30 itself, the charcoal is used as a heat source and grilled, so that a large amount of meat can be quickly baked.

Looking at the rotational structure of such a rotary charcoal roasting apparatus, the drive motor 10 and the drive shaft 11 is provided with a main shaft 40 protruding to the outside on one side of the rotating plate 12, the main shaft 40 A first drive gear (71) having a first driven gear (50) installed to rotate together with (40) and engaging the first driven gear (50) on a drive shaft (11) protruding from the drive motor (10). In order to receive the power provided by the drive motor 10 so that one side of the rotating plate 12 can revolve, and the first drive gear 71 is also of the transverse shaft extending in the transverse direction (75). It is engaged with the first transmission gear 76 is installed at one end, the second transmission gear 77 is installed at the other end of the transmission shaft 75 of the other rotary plate 12 'via the idle gear 78. It is engaged with another first driven gear 50 'installed on the main shaft, so that both rotating plates 12 and 12' can revolve at the same time when power is provided.

On the other hand, the main shaft of the rotary plate 12 on one side adjacent to the drive motor 10 and the drive shaft 11 is also provided with a second driven gear 60 that is idling through the bearing, the second driven gear 60 ) Is engaged with the second drive gear 72 is installed on the drive shaft 11 of the drive motor 10, and is engaged with the magnetism gear 70 is installed at one end of each meat rack means 30, Each meat rack means 30 to rotate when provided.

Rotating structure of the charcoal roasting apparatus according to the prior art as described above to enable the rotation of each meat rack means 30, along with the rotation of the rotating plate 12, 12 'of the left and right sides so that the meat can be grilled evenly. However, in order to realize such a rotating structure, a very complicated configuration and a coupling relationship may be required, and in terms of productivity, maintenance, convenience, and practicality in manufacturing the device, such as the inability to easily remove the meat storage means. This is an undesired problem.

As invented to solve the problems of the prior art as described above,

The present invention enables a revolution and rotation in a simplified configuration, and easy to remove the meat shelf means, to rotate a large amount of meat quickly and evenly, as well as a rotary charcoal roasting device for improved user convenience And to provide a rotary charcoal roasting apparatus using the same.

The present invention for achieving the above object,

In the rotary charcoal roasting device for rotating the meat evenly by rotating and rotating in a fixed state of a number of meat rack means to insert the meat,

frame;

A base plate disposed vertically on an upper side of the frame;

A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate;

A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; And

One or more fixed gear restraining means provided on the front side of the base plate to be engaged with all the magnetism gears arranged on the same circumference at the same time, so that a plurality of the rotating shafts can rotate simultaneously when the rotating plate is rotated. Consisting of,

When the rotating plate is revolved in response to the power provided through the main shaft provides a rotating structure for a rotating charcoal roasting apparatus, characterized in that a plurality of the rotating shaft rotates at the same time.

On the other hand, the present invention,

In the rotary charcoal roasting device for heating the meat evenly through the revolution and rotation while fixing a number of meat rack means to insert the meat,

frame;

A base plate disposed vertically on an upper side of the frame;

A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate;

A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic;

At least one fixed gear restraining means provided at the front side of the base plate to be engaged with all the magnetizing gears disposed on the same circumference at the same time, so that the plurality of rotating shafts can rotate simultaneously when the rotating plate is rotated;

Power providing means for providing rotational power to the main shaft;

A plurality of fixing members having insertion fixing grooves on the front side and fixed to front ends of the rotating shafts; And

It provides a rotary charcoal roasting apparatus comprising a; a plurality of meat rack means fixed to interlock with the rotating shaft through the insertion fixing groove of the fixing member.

In the above, the fixed gear restraining means each has an interval corresponding to the pitch of the magnetic gear on one or more circumferences relative to the center of the main shaft of the base plate to be engaged at the same time with all the magnetic gears arranged on the same circumference. It characterized in that the combination consisting of a plurality of protruding pins protruding toward the front.

On the other hand, the fixed gear restraining means, each of which is installed on the front side of the base plate is characterized in that any one of the internal gear or the external gear to be engaged at the same time with all the magnetism gear disposed on the same circumference.

On the other hand, the fixed gear restraining means is an integral gear having both inner and outer teeth installed at the front side of the base plate and simultaneously engaged with all the magnetic gears disposed on two adjacent circumferences having different center distances. do.

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

Figure 3 is a perspective view of a rotary charcoal roasting apparatus according to the present invention.

Rotary charcoal roasting apparatus according to the present invention, as shown in Figure 3, the base plate 130 is disposed vertically on one side of the frame 110, the main shaft rotatably installed on the base plate 130 140, a rotating plate assembly 150 installed on the main shaft and having a plurality of rotating shafts 160, and meat rack means 170 inserted into and fixed to each rotating shaft 160, 160 'through a fixing member 205. Consists of a configuration including, and to reduce the heat loss and to reduce the heat loss, in addition to the base plate 130 to serve as a rear wall on the frame 110, the two side walls and the cover and the front A housing 180 including a door is provided.

Such a rotary charcoal roasting apparatus according to the present invention, when the rotational power is provided to the main shaft 140, the rotating plate assembly 150 revolves with the main shaft 140, and at the same time a plurality of rotating shaft is mounted meat meat means 170 (160) (160 ') is rotated in parallel, when the charcoal is put into the brazier 105 provided in the frame 110, the heat is evenly transmitted to the meat to increase the taste of the meat and a large amount of Allow meat to be cooked quickly and uniformly using charcoal grilling.

Figure 4 is an exploded perspective view showing a partially disassembled rotary charcoal roasting apparatus according to a first embodiment of the present invention, Figure 5 is a schematic side view of the rotary charcoal roasting apparatus according to the embodiment of Figure 4, Figure 6 Figure 4 is an exemplary view showing a rotating structure of the rotary charcoal roasting apparatus according to the embodiment from the front.

Rotary charcoal roasting apparatus according to a first embodiment of the present invention, as shown in Figures 4 to 6, the base plate 130 and the base plate 130 which is vertically disposed on the upper side of the frame 110, A main shaft 140 fixed to the main body, a rotating plate assembly 150 fixed to the main shaft 140, and a meat storage means 170 mounted on the rotating plate assembly 150 in a state where the meat is inserted to allow meat to be grilled Is done.

The base plate 130 is formed with a shaft through hole (not shown) for fixing in a form penetrating the main shaft 140, the hollow boss 131 is installed in the shaft through hole, the inside of the boss 131 The bearing 133 is installed, and through the bearing 133, the main shaft 140 can be rotated and fixed in a form protruding to both sides of the base plate 130 so as to be horizontally disposed.

The main shaft 140 transmits the rotational power supplied from the power supply means to be described later to the rotating plate assembly 150, as shown in Figure 5, the power transmission driven pulley 139 for driving the belt at the rear end thereof. Is installed. In addition, the power providing means 145 includes a drive motor (not shown) and a speed reducer (not shown), and also includes a power transmission main pulley 149 on the drive shaft 147 protruding to the outside, Through 155 to allow the rotational power to be transmitted to the main shaft (140). For reference, in the present embodiment, the power transmission method of the belt driving method is used, but all driving methods usable for rotating the main shaft 140 such as a chain driving method may be applied.

The rotating plate assembly 150 is fixed to the front side of the main shaft 140, the rotating plate 165 to rotate with the main shaft 140, and a plurality of rotating shafts installed on two different circumference away from the center of the rotating plate 165 ( 160 and 160 ', and a plurality of magnetic gears 175 and 175' installed at rear ends of the respective rotating shafts 160 and 160 '.

The rotating plate 165 may be made of a metal plate having a predetermined thickness, but is preferably manufactured in a form in which two thin metal sheets are overlapped to maintain parallelism at predetermined intervals. And the rotating plate 165 is provided with a shaft fixing hole (not shown) penetrating the center, the hollow boss 171 is installed in the shaft fixing hole, so that the main shaft 140 penetrates through the boss 171 The main shaft 140 and the rotating plate 165 may be coupled. Here, the boss 171 and the main shaft 140 is provided with a key groove (not shown) in the corresponding portions, respectively, by inserting a key (not shown) in the key groove to block the relative rotation between each other, the main shaft 140 and The rotating plate 165 is integrated to rotate the rotating plate 165 by the rotation of the main shaft 140.

In addition, the rotating plate 165 is for installing the rotating shafts 160 and 160 ′ on its own, and includes a rotating shaft through hole (not shown) each formed in plural on two circumferences having different radii from the center. do. Specifically, the inner circumference is provided with four rotation shaft through holes arranged at equal intervals, the outer circumference is provided with eight rotation shaft through holes are also arranged at equal intervals, the rotation axis 160 in each rotation axis through hole ( 160 ') can be rotatably installed.

Rotating shafts 160 and 160 'are installed in the respective rotating shaft through holes, and hollow bosses (not shown) are respectively installed in the rotating shaft through holes, and bearings (not shown) are installed in the bosses. Through this bearing, the rotation shafts 160 and 160 ′ are rotatable and fixed to protrude to both sides of the rotating plate 165 to be horizontally disposed.

The magnetic gears 175 and 175 'are installed at the rear end of each of the rotating shafts 160 and 160', and the rotating shafts 160 and 160 'can be passively rotated by being constrained by the fixed gear restraining means described later. Make sure

For reference, in the present embodiment, a plurality of rotating shaft through holes are provided on each of the two circumferences, but the number of circumferences on which the rotating shafts 160 and 160 'are arranged may be increased or decreased. The number of the 160 and 160 'is also not limited by the present embodiment, and the magnetic gears 175 and 175' installed in each of the magnetic shafts 160 and 160 'interfere with the adjacent magnetic gears in shape. It can be increased or decreased within the range that does not.

As shown in Figs. 4 and 6, the fixed gear restraining means 190 and 190 'of the base plate 130 engages with all of the magnetizing gears 175 and 175' disposed on the same circumference at the same time. As provided on the front side, when rotating the rotating plate 165, a plurality of rotating shafts 160, 160 'can be rotated at the same time, as described above, the plurality of rotating shafts 160 on each of the inner and outer circumference As the 160 'is arranged, two sets of fixed gear restraining means 190 and 190' are provided. Specifically, each set of fixed gear restraining means 190, 190 ′ arranged on two circumferences of different radii with respect to the main axis center of the base plate 130 is characterized in that of the magnetic gears 175, 175 ′. It consists of a plurality of protruding pins 185 protruding forward at intervals corresponding to the pitch. Here, the radius of the inner circumference of the plurality of protruding pins 185 is not the same as the radius of the inner circumference of the rotating plate 165 in which the magnetizing gears 175 and 175 'are arranged. The outer circumference of a circle far from the center of the two circles that are in contact with the pitch circle of the magnetic gear 175 installed on the rotating shaft 160 arranged on the column, and also a plurality of protruding pins 185 is arranged The radius is not the same as the radius of the outer circumference of the rotating plate 165 in which the magnetizing gear 175 'is arranged, but the magnetizing gear 175' is installed in the rotating shaft 160 'arranged on the outer circumference of the rotating plate 165. The radius of the circle close to the center of the two circles that is in contact with the pitch circle of. Accordingly, the teeth of the magnetic gears 175 and 175 'are restrained by the protruding pins 185 that are fixedly arranged on the base plate 130 to be passive along with the rotating shafts 160 and 160' when the rotating plate 165 rotates. Is to perform the rotation.

Meat rack means 170 is a hollow pipe-shaped support rod 191, a plurality of forks 193 and side-by-side arranged in the longitudinal direction attached to the support rod 191 by welding or the like, and the front end of the support rod 191 A handle 195 mounted to the portion to facilitate gripping of the user. Here, the fork 193 is a portion into which the meat is directly inserted, and is processed to have a sharp end portion to facilitate the insertion of the meat.

On the other hand, the front end of the rotating shaft (160) (160 ') is provided with a fixing member 205 for fixing the meat rack means 170, respectively. The fixing member 205 may be formed in a cylindrical shape, and is installed on the rotating shafts 160 and 160 'in a form in which the front ends of the respective rotating shafts 160 and 160' are inserted into the rear openings. 160 ') is rotated together with the insertion fixing groove 201 opened forward, the meat in the form that the support rod 191 rear end of the meat holding means 170 is inserted through the insertion fixing groove 201 The fixing means 170 is fixed so that the meat placing means 170 can interlock with the rotating shafts 160 and 160 ′.

In the rotary charcoal roasting apparatus according to the first embodiment of the present invention as described above, the rotational power of the power providing means 145 is connected to the main shaft 140 through the belt 155 and the power transmission pulleys 139 and 149. The fixed gear restraining means which consists of a plurality of protruding pins 185 which are transmitted to orbit the rotating plate assembly 150 as a whole, and at the same time the rotating plate assembly 150 is rotated on the two circumference of the base plate 130 All magnetic gears 175 and 175 'installed on each of the rotating shafts 160 and 160' included in the rotating plate assembly 150 constrained by the 190 and 190's have their teeth and protruding pins. By rotating the interaction of the (185), the rotating shaft 160, 160 'and the fixing member 205 and the meat rack means 170 has a rotating structure to perform the rotating movement together.

7 is a perspective view partially showing a rotary charcoal roasting apparatus according to a second embodiment of the present invention, Figure 8 is an exemplary view showing a rotating structure of the rotary charcoal roasting apparatus according to the embodiment of FIG.

Rotary charcoal roasting apparatus according to a second embodiment of the present invention, as shown in Figure 7 and 8, the form of a fixed gear restraining means different from the case of the first embodiment.

That is, the internal gear is formed on the inner circumference on the inner circumference on the inner circumference, and the outer gear 220 having the teeth on the outer circumference on the inner circumference is fixed to the gear restraining means, respectively. Here, the pitch circle of the internal gear 210 is the radius of the circle far from the center of the two circles in contact with the pitch circle of the magnetic gear 175 installed on the rotating shaft 160 arranged on the inner circumference of the rotating plate 165 The pitch circle of the outer gear 220 is the center of the two circles in contact with the pitch circle of the magnetic gear 175 'is installed on the rotating shaft 160' arranged on the outer circumference of the rotating plate 165 It corresponds to the radius of the circle near from. Accordingly, the internal gear 210 meshes with all the magnetic gears 175 provided on the inner circumference of the rotating plate 165, and the external gear 220 also includes all the magnetic gears provided on the outer circumference of the rotating plate 165. At the same time as the (175 '), all the magnetic gear 175, 175' is constrained to the internal gear 210 and the external gear 220 is fixedly installed on the base plate 130 to rotate the rotating plate 165 With the rotating shaft 160 (160 ') to perform a passive rotation.

In the rotary charcoal roasting apparatus according to the second embodiment of the present invention as described above, as in the case of the first embodiment, the rotational power of the power providing means 145 is the belt 155 and the power transmission pulley 139 (149) Are transmitted to the main shaft 140 to orbit the rotating plate assembly 150 as a whole, and at the same time, as the rotating plate assembly 150 rotates, internal gears arranged on two circumferences in front of the base plate 130 ( All magnetic gears 175, 175 ′, which are installed on each of the rotating shafts 160, 160 ′ included in the rotor plate assembly 150, which are constrained by 210 and the outer gear 220, are internal gears 210. Alternatively, the rotating gears are rotated by interaction with the external gear 220, and the rotating shafts 160 and 160 ', the fixing member 205, and the meat placing means 170 (see FIGS. 3 and 5) perform rotational movements together. It will have a rotating structure.

9 is a perspective view partially showing a rotary charcoal roasting apparatus according to a third embodiment of the present invention, Figure 10 is an exemplary view showing a rotary structure of the rotary charcoal roasting apparatus according to the embodiment of FIG. .

Rotary charcoal roasting apparatus according to a third embodiment of the present invention, as shown in Figures 9 and 10, the form of a fixed gear restraining means different from the case of the first and second embodiments.

That is, as the fixed gear restraining means, both the inner circumferential side and the outer circumferential side thereof are formed, and an integrated gear 230 having both inner and outer teeth is used. The integrated gear 230 has two pitch sources of the internal gear 233 in contact with the pitch source of the magnetic gear 175 provided on the rotating shaft 160 arranged on the inner circumference of the rotating plate 165. Magnet gear 175 ', which is formed to correspond to the radius of a circle far from the center among the four circles, and is provided on the rotation shaft 160' arranged on the outer circumference of the rotating plate 165. It is formed to correspond to the radius of the circle close to the center of the two circles, which is in contact with the pitch circle of. Thus, the integral gear 230 having both inner and outer teeth meshes with all of the magnetic gears 175 and 175 'provided on the inner and outer circumferences of the rotating plate 165, thereby allowing each magnetic gear 175 ( 175 ′ is constrained to the integral gear 230 fixedly installed on the base plate 130 to allow the rotating shafts 160 and 160 ′ to rotate together when the rotating plate 165 rotates.

In the rotary charcoal roasting apparatus according to the third embodiment of the present invention as described above, as in the first and second embodiments, the rotational power of the power providing means 145 is the belt 155 and the power transmission pulley. It is transmitted to the main shaft 140 through the (139) (149) to rotate the rotary plate assembly 150 as a whole, and at the same time the integral gear disposed in front of the base plate 130 as the rotary plate assembly 150 rotates All of the magnetic gears 175 and 175 'installed on each of the rotational shafts 160 and 160' included in the rotary plate assembly 150, which are constrained by the 230, are mutually associated with the internal or external teeth of the integrated gear 230. It is rotated passively by the action, the rotating shaft 160, 160 'and the fixing member 205 and the meat rack means 170 has a rotating structure to perform the rotating movement together.

By providing a rotating structure and a rotating charcoal roasting apparatus for a rotary charcoal roasting apparatus according to the present invention as described above, the present invention basically allows the rotating plate assembly to rotate and the meat rack means fixed to each rotating shaft to rotate It is suitable for use in restaurants that need to bake large quantities of meat by allowing large amounts of meat to be grilled quickly and uniformly.The rotating structure is simplified for easy productivity and maintenance during device manufacturing. Regardless of whether the means is fixed at a position on the inner circumference or disposed on the outer circumference, the meat rack means can be easily detached through the front, so that the convenience and practicality of use can be remarkably improved. .

While the invention has been shown and described with respect to specific embodiments thereof, those skilled in the art will recognize that various changes and modifications can be made without departing from the spirit and scope of the invention as set forth in the appended claims. Anyone can easily know.

Claims (8)

delete In the rotary charcoal roasting device for rotating the meat evenly by rotating and rotating in a fixed state of a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; And And one or more fixed gear restraining means provided on the front side of the base plate to be engaged with all the magnetic gears disposed on the same circumference at the same time, so that the plurality of rotating shafts can rotate simultaneously when the rotating plate is rotated. Consist of, When the rotating plate rotates by receiving power provided through the main shaft, a plurality of rotating shafts are made to rotate at the same time, The fixed gear restraining means each forwardly moves forward at intervals corresponding to the pitch of the magnetic gear on one or more circumferences relative to the center of the main shaft of the base plate for simultaneous engagement with all the magnetic gears arranged on the same circumference. Rotating structure for a rotary charcoal roasting device, characterized in that the combination consisting of a plurality of protruding pin protruding toward. In the rotary charcoal roasting device for rotating the meat evenly by rotating and rotating in a fixed state of a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; And One or more fixed gear restraining means provided on the front side of the base plate to be engaged with all the magnetism gears arranged on the same circumference at the same time, so that a plurality of the rotating shafts can rotate simultaneously when the rotating plate is rotated. Consist of, When the rotating plate rotates by receiving power provided through the main shaft, a plurality of rotating shafts are made to rotate at the same time, Each of the fixed gear restraint means is any one of an internal gear or an external gear which is installed at the front side of the base plate and meshes with all the magnetic gears arranged on the same circumference at the same time. Rotating structure. In the rotary charcoal roasting device for rotating the meat evenly by rotating and rotating in a fixed state of a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; And One or more fixed gear restraining means provided on the front side of the base plate to be engaged with all the magnetism gears arranged on the same circumference at the same time, so that a plurality of the rotating shafts can rotate simultaneously when the rotating plate is rotated. Consist of, When the rotating plate rotates by receiving power provided through the main shaft, a plurality of rotating shafts are made to rotate at the same time, The fixed gear restraining means is a rotary charcoal, which is installed at the front side of the base plate and is an integral gear having both inner and outer teeth so as to mesh with all the magnetic gears disposed on two adjacent circumferences having different center distances. Rotating structure for roasting equipment. delete In the rotary charcoal roasting device for heating the meat evenly through the revolution and rotation while fixing a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; At least one fixed gear restraining means provided at the front side of the base plate to be engaged with all the magnetizing gears disposed on the same circumference at the same time, so that the plurality of rotating shafts can rotate simultaneously when the rotating plate is rotated; Power providing means for providing rotational power to the main shaft; A plurality of fixing members having insertion fixing grooves on the front side and fixed to front ends of the rotating shafts; And It comprises a; a plurality of meat rack means fixed to interlock with the rotating shaft through the insertion fixing groove of the fixing member, The fixed gear restraining means each forwardly moves forward at intervals corresponding to the pitch of the magnetic gear on one or more circumferences relative to the center of the main shaft of the base plate for simultaneous engagement with all the magnetic gears arranged on the same circumference. Rotary charcoal roasting apparatus, characterized in that the combination consisting of a plurality of protruding pin protruding toward. In the rotary charcoal roasting device for heating the meat evenly through the revolution and rotation while fixing a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; At least one fixed gear restraining means provided at the front side of the base plate to be engaged with all the magnetizing gears disposed on the same circumference at the same time, so that the plurality of rotating shafts can rotate simultaneously when the rotating plate is rotated; Power providing means for providing rotational power to the main shaft; A plurality of fixing members having insertion fixing grooves on the front side and fixed to front ends of the rotating shafts; And It comprises a; a plurality of meat rack means fixed to interlock with the rotating shaft through the insertion fixing groove of the fixing member, And said fixed gear restraining means is either one of an internal gear or an external gear which is installed at the front side of the base plate and meshes with all the magnetism gears arranged on the same circumference at the same time. In the rotary charcoal roasting device for heating the meat evenly through the revolution and rotation while fixing a number of meat rack means to insert the meat, frame; A base plate disposed vertically on an upper side of the frame; A horizontal main shaft rotatably installed on the base plate and protruding to both sides of the base plate; A rotating plate fixed to the front side of the main shaft and rotating, a plurality of rotating shafts each rotatably installed on one or more circumferences having a predetermined distance from the center of the rotating plate, and a plurality of rotating shafts respectively installed at rear ends of the rotating shafts. A rotating plate assembly including a magneto-optic; At least one fixed gear restraining means provided at the front side of the base plate to be engaged with all the magnetizing gears disposed on the same circumference at the same time, so that the plurality of rotating shafts can rotate simultaneously when the rotating plate is rotated; Power providing means for providing rotational power to the main shaft; A plurality of fixing members having insertion fixing grooves on the front side and fixed to front ends of the rotating shafts; And It comprises a; a plurality of meat rack means fixed to interlock with the rotating shaft through the insertion fixing groove of the fixing member, The fixed gear restraining means is a rotary charcoal, which is installed at the front side of the base plate and is an integral gear having both inner and outer teeth so as to mesh with all the magnetic gears disposed on two adjacent circumferences having different center distances. Roasting equipment.

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