KR101601832B1 - A roast cook automatic roast Apparatus - Google Patents

Abstract

The present invention relates to an automatic cooking apparatus. The automatic cooking apparatus includes: a frame member including an upper frame for mounting a stir-frying pan and a pan cover fixing and rotating the stir-frying pan; a furnace unit which is configured in the frame member to transmit heat to the stir-frying pan; a cover lever including a release prevention cover which seals the upper part of the stir-frying pan while accelerating the stir-frying speed of the stir-frying pan; a driving switch which sets the rotating speed of the stir-frying pan, intensity of the flames, and cooking time, and controls the power supply; a driving unit which is arranged in the frame member and provides power to rotate the stir-frying pan by using the driving switch; a cam body unit which is coupled with the driving unit to rotate in the vertical direction by using rotating force delivered from the driving unit in order to rotate the stir-frying pan up and down; and a rotating assembly which is configured on the upper part of the cam body and is connected to the pan cover in order to convert the rotating force of the cam body unit in the vertical direction to horizontal rotating force in order to rotate the stir-frying pan to left and right.

Description

{A roast cook automatic roast apparatus}

The present invention relates to an automatic cooking apparatus for roasting cooking. More particularly, the present invention relates to an automatic cooking apparatus for stir-frying, which enables a beginner to easily and conveniently prepare stir-fry dishes by allowing the stir-frying with meat to be performed automatically during the stir-frying.

In general, stir-fried food is mixed with various materials, and is put into a frying pan or a pot, and it is heated and stirred for a certain period of time, and then roasted appropriately to produce a high-quality stir-fried dish.

Particularly, in order to perform roast cooking using various kinds of by-products provided from such livestock as well as meat of livestock such as cattle, pigs, and chickens, it is necessary for the cook to always provide uniform heat to meat and by- In addition to not being able to do anything other than cooking, the control of firepower has to be continuously adjusted until the cooking is completed. In this case, The skilled person can cook while controlling the firepower, but the inexperienced person with less experience has the problem that the firepower control is immature and the stirrer materials can be burned.

Korean Patent Laid-Open No. 10-2010-0122631 discloses a stirrer having a cylindrical shape having a space therein, a stirring blade for stirring the foodstuff contained in the stirrer so as to be evenly stirred, and a drive motor And a motor for driving the driving motor, wherein the driving motor is driven by the drive motor, and the driving motor is driven by the driving motor, A control box for controlling the rotation speed, the rotation time, the heating temperature of the heating unit, and the heating time, has been disclosed.

However, according to the above-mentioned prior art documents, not only the manufacturing cost and the maintenance cost are increased due to the complexity of the respective components constituting the automatic roasting machine and their coupling relationship, but also the state of being cooked in the inside of the frying pan can not be confirmed, There is a problem that it is difficult to provide high-quality roasted dishes because the degree of roasting of the ingredients of roasted dishes can not be confirmed.

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Korean Patent Laid-Open No. 10-2010-0122631 (Published Nov. 23, 2010)

In order to solve such a problem, the present invention provides an automatic cooking device for a stir-frying dish which can easily and safely prepare stir-fried dishes even for beginners of cooking by automatically executing the stir- The purpose of the device is to provide.

Further, according to the present invention, the rotation speed of the frying pan can be adjusted according to whether the cover lever for sealing the open top of the frying pan is operated or not, thereby preventing the materials from being separated from the fan when cooking the frying pan And to provide an automatic cooking apparatus for stir-frying which can produce stir-fried dishes more quickly and safely.

According to an aspect of the present invention, there is provided a refrigerator including a frame member having an upper frame on which a roasting fan is mounted, and a fan cover to which the roasting fan is fixed and rotates the roasting fan; An oven which is formed inside the frame member and transmits heat to the stir pan side; A cover lever which constitutes a departure prevention cover for closing the upper part of the roasting pan and accelerates the rotation speed of the roasting fan; An operation switch for setting the rotational speed of the roasting pan, the intensity of the flame and the cooking time, and controlling power supply; A driving unit configured inside the frame member and providing power necessary for rotating the roasting pan by the operation switch; A cam body part coupled to the driving part and rotated in a vertical direction by a rotational force transmitted from the driving part to rotate the stir-frying fan upward and downward; And a rotary assembly connected to the fan cover to convert the rotating force of the cam body in the vertical direction into a rotating force in the horizontal direction to rotate the stir pan in left and right directions, .

According to the present invention, the fan cover includes a safety cover coupled to the fan for supporting the fan to rotate safely, and a fan fixing plate for connecting the fan cover and the rotation assembly to rotate the fan, And a connection panel extended to one side of the safety cover and to which the fan fixing panel is coupled.

Further, according to the present invention, the furnace portion is coupled to the upper frame, and the furnace cover into which the roasting fan is inserted; An ignition burner for applying a predetermined heat to the roasting pan; And ignition means connected to the ignition burner and ignited according to operation of the operation switch.

The cover lever may include a lever housing formed on a lower outer circumferential surface so as to be slidably coupled to the inside of the frame member, a guide wheel formed at a lower end of the cover lever to perform a sliding operation in one direction, A lever guide panel provided with a guide rail for supporting the rolling operation of the guide wheels and a speed sensor for transmitting an acceleration signal to automatically accelerate the rotation speed of the frying pan in accordance with a sliding operation of the cover lever, And a switch.

Further, the present invention is characterized in that the lever housing further comprises a rotating panel for supporting a sliding operation of the cover lever.

Further, in the present invention, the operation switch includes a power switch for turning on / off the power of the driving unit; An ignition switch for controlling ignition of the furnace portion and controlling the intensity of the flame; And a speed control switch for controlling the rotation speed of the roasting fan and for accelerating the rotation speed of the roasting fan by receiving an acceleration signal from the cover lever.

The driving unit may include a drive bracket coupled to the frame member, and a drive motor configured to be driven according to a control of the operation switch. A cam body coupled to the cam body and configured to rotate along a circumferential surface of the cam body according to an operation of the drive motor; And a cam bracket formed at a lower portion of the driving housing and having a guide hole for supporting rotation of the cam body in a vertical direction.

The present invention is further characterized in that the cam body part further comprises a guide hinge inserted into a guide hole of the cam bracket and slidably moving along the guide hole when the cam body rotates.

The rotating assembly may include a bearing cover coupled to the frame member and having a moving groove formed therein to be inclined at a predetermined angle; A rolling bearing which is inserted into a moving groove of the bearing cover and in which a rolling operation is performed in accordance with rotation of the cam body; An operating gear including a rotating gear rotated by the operation of the cam body and a guide gear rotating by rotation of the rotating gear to rotate the stirring fan; A support bracket coupled to an upper portion of the cam body and including a first support shaft and a second support shaft for rotatably coupling the rotation gear and the guide gear; A second camshaft connected to the second support shaft and a first camshaft connected to the rolling bearing are connected to each other so that the rotational force of the cam body in the vertical direction is transmitted to the second camshaft through the first and second camshafts, And a rotational force transmitting member for transmitting the rotational force to the bearing side.

Further, according to the present invention, the operation switch further comprises a setting timer for setting the completion time of the stir-fry cooking, and adjusting the intensity of the flame of the flue and the rotation speed of the frying pan according to the setting of the setting timer .

According to the present invention, it is possible to automatically perform the stir-fry using the meat during the stir-fry cooking, so that even the beginner can easily and easily prepare the stir-fry.

In addition, according to the present invention, it is possible to adjust the rotation speed of the frying pan according to whether the cover lever for sealing the open top of the frying pan is operated or not, thereby preventing the materials from being detached from the fan On the other hand, there is an effect that a quick stir-fry can be produced.

1 is a perspective view illustrating an automatic cooking apparatus for roast cooking according to the present invention,
FIG. 2 is an internal configuration diagram of an automatic cooking apparatus for roasting cooking according to the present invention,
FIGS. 3 to 5 are views showing an operation state of the cover lever of the automatic cooking apparatus for roasting cooking according to the present invention,
FIG. 6 is an enlarged view of a driving unit of an automatic cooking apparatus for roasting according to the present invention,
FIG. 7 is a perspective view illustrating a rotating assembly of an automatic cooking apparatus for roasting cooking according to the present invention, FIG.
FIG. 8 is a view showing an operating state of a rotating assembly of an automatic cooking apparatus for roasting cooking according to the present invention,
9 and 10 are views showing a state in which the fan of the automatic cooking apparatus for roasting cooking is rotated.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

FIG. 1 is a perspective view showing an automatic cooking apparatus for roasting cooking according to the present invention, FIG. 2 is an internal configuration view of the automatic cooking apparatus for roasting cooking according to the present invention, and FIGS. FIG. 6 is an enlarged view showing a driving part of the automatic cooking apparatus for roasting cooking according to the present invention, and FIG. 7 is a perspective view showing a rotating assembly of the automatic cooking apparatus for roasting cooking according to the present invention. to be.

1 and 2, the automatic cooking apparatus for roasting and cooking according to the present invention comprises a roasting fan 10, and a frame (not shown) in which components for rotating the roasting fan 10 are installed, The driving member 200 driven to rotate the member 100 in the forward and backward directions of the roasting fan 10 and the left and right directions of the roasting fan 10 on the basis of the power of the driving unit 200 And a rotating assembly 300 that is operated to cause rotation about the axis of rotation.

The frame member 100 is provided with a driving unit 200 and a rotating assembly 300. The frame member 100 is disposed at an upper portion of the frame member 100. The fan unit 10 is located at an upper portion of the frame member 100. The lever member 150 supports the operation of the cover lever 150 An upper frame 110 on which the holes 112 are formed and a support frame 180 formed on the lower end and fixing the automatic cooking apparatus to the ground.

The frame member 100 is provided with an oven 120 that is positioned below the roasting pan 10 to transmit a predetermined heat and a fan cover 130 that fixes the position of the roasting pan 10, And a fan fixing panel 140 for connecting the roasting pan 10 and the rotating assembly 300 so that the rotative operation of the roasting fan 300 can be performed according to the operation of the rotating assembly 300.

Here, the furnace part 120 is coupled to the upper frame 110 in such a manner that the upper part of the furnace part 120 is opened so that the roasting fan 10 is seated thereon, and a flame ignited from the ignition burner 126 is supplied to the outside of the roasting fan 10 And the flame cover 122 is configured to concentrate the flame toward the roasting pan 10 side.

At this time, the ignition burner 126 is configured to be positioned at the central portion of the furnace cover 122 so as to heat the lower portion of the roasting pan 10, and one side of the ignition burner 126 is connected to an operation switch The ignition switch 172 of the ignition switch 170 is connected to the ignition burner 126 so that ignition is performed or the intensity of the flame is adjusted according to the operation of the ignition switch 172.

The fan cover 130 formed on the upper frame 110 is located on the upper part of the burner cover 122 and is configured to surround the upper outer circumferential surface of the fan for frying 10. The fan for frying 10, And are integrally formed.

The fan cover 130 prevents the flame from being discharged to the outside when the stir-frying is performed, while the driving fan 200 and the rotating assembly 300 and the stir- Rear direction, left direction and right direction, respectively.

The fan cover 130 is coupled with the outer circumferential surface of the roasting pan 10 to support the driving fan 200 and the rotatable assembly 300 so that the roasting fan 10 can be safely rotated And a connection panel 132 extending to one side of the safety cover 134 and coupled to the upper portion of the fan fixing panel 140 so as to be connected to the driving unit 200 and the rotary assembly 300, do.

The upper portion of the fan fixing panel 140 is fixedly coupled to the connection panel 132 and the lower portion of the fan fixing panel 140 is engaged with a second support shaft 354 formed on the rotary assembly 300, And transmits a predetermined rotational force to the fan cover 130 side so as to perform the rotational operation of the frying fan 10. [

In addition, the frame member 100 of the present invention is provided with a cover lever 150 for closing the open upper part of the frying pan 10, a rotation speed of the frying pan 10, an intensity of the flame, And an operation switch 170 for controlling whether the automatic cooking apparatus is powered or not is configured.

The lid lever 150 hermetically closes the opened upper portion of the roasting pan 10, and when the sealing is completed, the rotation speed of the roasting pan 10 is accelerated to uniformly roast the ingredients, and more rapid roasting The lower part is slidably installed in the frame member 100 in one direction and the upper part is passed through the lever operation hole 112 formed in the upper frame 110 to be gripped by the user do.

The cover lever 150 has a handle gripped by the user on the upper side of the upper frame 110. When the cover lever 150 is operated, the cover lever 150 hermetically closes the upper portion of the roasting fan 10 A departure prevention cover 155 is constructed.

The cover lever 150 is provided with a lever housing 152 formed on a lower outer circumferential surface to be mounted on one surface of the frame member 100 and a guide wheel 158 having a sliding operation in one direction at the lower end, do.

The cover lever 150 is fixedly coupled to the frame member 100 and includes a guide rail 156 having a guide rail 156 for supporting the rolling motion of the guide wheels 158 while being kept in contact with the guide wheels 158, (154).

At this time, the lever guide panel 154 is inclined at a predetermined angle in the direction opposite to the direction in which the cover lever 150 is operated so that the guide wheel 158 is moved downward during the sliding operation of the cover lever 150 .

5, when the handle of the cover lever 150 of the present invention is pulled out to the outside of the upper frame 110, the guide wheel 158 formed at the lower end of the cover lever 150 pushes the lever guide panel 154 The cover 150 is moved downward along the guide rail 156 so that the upper portion of the cover lever 150 is also moved downward and the escape prevention cover 155 is moved to the upper portion of the roasting pan 10 to be sealed.

At this time, when the escape prevention cover 155 completely closes the upper portion of the roasting pan 10, the lid lever 150 is operated so that the speed of the roasting pan 10 can be automatically accelerated by the speed acceleration switch 178 As shown in Fig.

The lever housing 152 formed on the cover lever 150 of the present invention may further include a rotation panel 160 for supporting the sliding operation of the cover lever 150. [

The rotary panel 160 is coupled to the outer circumferential surface of the cover lever 150 and rotatably coupled to the lever housing 152 to rotate the cover lever 150 by a predetermined angle during a sliding operation of the cover lever 150, A rotation support ball 164 for supporting the rotation of the lever housing 152 and the rotation panel 160 and a rotation supporting ball 164 for rotating the cover lever 150 at a constant angle along the outer peripheral surface of the rotation support ball 164 during the sliding operation of the cover lever 150. [ And a rotating ball 162 for supporting the sliding of the cover lever 150 while rotating.

The operating switch 170 is connected to the ignition means 124 of the furnace portion 120 to control whether or not the ignition burner 126 is ignited, A speed control switch 176 for controlling the rotation speed of the frying pan 10 and an accelerating speed of the rotation speed of the frying pan 10 according to whether the cover lever 150 is operated or not. And a speed acceleration switch 178 for transmitting a signal to the speed control switch 176.

The power switch 174 is configured on the outer surface of the frame member 100 to control whether the driving unit 200 is driven. The power switch 174 includes an on switch for supplying power and an off switch for cutting off the power supply.

The ignition switch 172 is configured to ignite the ignition burner 126 so that roasting can be performed, and adjust the intensity of the flame according to the progress of the roasting.

The speed control switch 176 is a switch for controlling the driving unit 200 to adjust the rotational speed of the rotting fan 10 when the dish is being roasted. When the lid 150 is operated, And when the lid lever 150 is fully operated, an acceleration signal is received from the speed acceleration switch 178 to accelerate the rotation speed of the frying pan 10, And controls the operation of the driving unit 200 so as to rotate at a two-step speed.

Meanwhile, the operation switch 170 of the present invention is configured to automatically adjust the intensity of the flame and the rotation speed of the frying pan 10 according to the setting of the setting timer (not shown) for setting the completion time of the stir fry But is not limited thereto.

As described above, according to the present invention, it is possible to control the rotational speed of the roasting pan (10) through manipulation of the cover lever (150) and simultaneously prevent departure of the roasting materials at high speed, The sauce is roasted first, then the meat material is put in and the rotation speed is increased so that the roasted dish can be completed quickly without departing from the material.

In addition, since the rotation speed of the roasting pan 10 and the mounting of the escape prevention cover 155 can be performed through the operation of the cover lever 150 once, unnecessary operations can be reduced during the cooking process The safety of the cooker is improved.

The driving unit 200 is configured inside the frame member 100 and rotates the roasting fan 10 under the control of the operation switch 170. The driving unit 200 includes a driving housing 210, A cam body 230, and a cam bracket 240. As shown in FIG.

The drive housing 210 provides a predetermined rotational force necessary for rotating the roasting pan 10 and includes a driving bracket 214 to be installed inside the frame member 100 and a roasting fan 10 A drive motor 212 for providing power for rotating is provided.

A cam body 220 is rotatably coupled to the driving motor 212 to transmit the rotational force of the driving motor 212 to the driving housing 210.

The cam main body 220 is formed on the upper portion of the driving housing 210 and connected to the driving motor 212 to operate the cam body 230 according to the operation of the driving motor 212.

The cam main body 220 is connected to the driving motor 212 through a power transmitting member such as a belt pulley or a gear assembly and constitutes a driving shaft 250 that rotates through the rotational force of the driving motor 212.

A coupling shaft 260 is formed on one surface of the cam body 220 rotated by the driving shaft 250 so as to be coupled to the cam body 230. The coupling shaft 260 is coupled to the driving shaft The rotation of the cam main body 220 is performed along the circumference of the cam main body 220.

9, when the coupling shaft 260 is rotated in the counterclockwise direction along the circumferential surface of the cam body 220, as long as the coupling shaft 260 is rotated by the variation value with respect to the shaft center of the coupling shaft 260 And the rotation is performed while the upward movement of the roasting fan (10).

The cam body 230 is a component for rotating the stirrer fan 10 while being coupled with the cam body 220 by the coupling shaft 260 and being rotated together with the cam body 220, A guide hinge 236 for supporting the rotation of the cam body 230 and a hinge hole 234 through which the guide hinge 236 penetrates are formed at the lower end of the shaft hole 232 do.

The cam body 230 is coupled to the support bracket 350 of the rotary assembly 300 connected to the upper surface by the fan 10 and the fan fixing panel 140 to be transmitted from the cam body 220 The operation of the rotary assembly 300 is performed through the rotational force.

The cam bracket 240 is configured to rotate the cam body 230 in the upward and downward directions by the operation of the cam body 220, So that rotation in the downward direction is performed.

The cam bracket 240 is fixed to the lower portion of the driving housing 210 and has a guide hole 242 through which the guide hinge 236 formed in the cam body 230 is inserted, The guide hinge 236 is configured to move in the upward and downward directions along the inner periphery of the guide hole 242 by the rotational force generated during operation.

The rotating assembly 300 is formed on the upper portion of the cam body 230 and rotates about the left and right directions of the roasting fan 10 through the rotational force transmitted from the cam body 230. [ And includes a bearing cover 310, a rolling bearing 320, a rotational force transmitting member 330, an operating gear 340, and a support bracket 350.

The bearing cover 310 is coupled to the frame member 100 and a rolling bearing 320 is inserted into the bearing cover 310. A moving groove 312 is formed so that rolling operation of the rolling bearing 320 is performed.

At this time, the moving groove 312 is formed to be inclined by a predetermined angle, so that the rolling bearing 320 is operated in the left and right directions with the same amount of operation as the upward and downward rotational amounts of the cam body 230 .

The rolling bearing 320 moves the upward and downward rotational force (vertical rotational force) of the cam body portion 230 along the moving groove 312 of the bearing cover 310 to the left and right rotational force So that the rotation of the operating gear 340 can be stably performed.

The rolling bearing 320 includes a first camshaft 322 and a rotational force transmitting member 330 and a second camshaft 332 so as to be connected to the operating gear 340.

The first camshaft 322 has one end connected to the rolling bearing 320 and the other end connected to the rotational force transmitting member 330.

The second camshaft 332 is connected to the rotational force transmitting member 330 at one end and connected to the first supporting shaft 352 formed at the other end of the supporting bracket 350, And transmits the rotational force of the gear 340 to the rolling bearing 320 side.

The rotational force transmitting member 330 is configured such that the first camshaft 322 and the second camshaft 332 are linked to each other so that the rotational force of the cam body 230 in the vertical direction and the horizontal Direction can be transmitted to the rolling bearing 320 side.

That is, when the cam body 230 rotates while moving upward or downward, the second camshaft 332 is also moved in the same direction and transmitted to the first camshaft 322 side, The rolling operation of the rolling bearing 320 is performed by the link operation with the shaft 322 and the rolling bearing 320 is operated when the operating gear 340 is operated to rotate the stirring fan 10 in the horizontal direction, And rotates in the same direction as the rotating direction of the frying pan 10 to support the rotational force in the horizontal direction.

At this time, as shown in FIG. 8, a curved surface portion 324 having a predetermined curved surface is formed on the outer circumferential surface, so that the rolling operation is easily performed even when the first and second camshafts 322 and 332 are linked .

The operating gear 340 rotates the driving fan 10 in the left and right directions by converting the rotating operation of the cam body 230 into the rotational force of the horizontal direction, A rotary gear 342 rotatably coupled to the shaft 352 and transmitting a rotational force in the horizontal direction to the second camshaft 332 side, (344).

The rotation gear 342 is coupled to the first support shaft 352 of the support bracket 350 and receives a rotational force of the cam body 230 to convert the rotational force in the vertical direction into rotational force in the horizontal direction. to be.

The guide gear 344 is rotatably coupled to the second support shaft 354 as a component for rotating the roasting fan 10 while rotating in the left and right directions through the rotational force converted from the rotation gear 342 .

The support bracket 350 is coupled to the upper portion of the cam body 230 and has a fan fixing panel 140 formed on one side thereof to support the operation of the operating gear 340, The panel 140 is connected to the fan fixing panel 140 to support the rotational force of the cam body 230 and the rotational force of the guide gear 344 to support the fan 10 for rotation.

The support bracket 350 is rotatably coupled to the support bracket 350. The support bracket 350 includes a first support shaft 352 to which the second cam shaft 332 is coupled to the distal end portion, And a second support shaft 354 for transmitting the rotational force of the guide gear 344 to the fan fixing panel 140 is further provided.

In the automatic cooking apparatus for roast cooking according to the present invention, the roasted dish using meat can be automatically performed during roasting, so that novice users can easily and easily prepare roasted dish, The rotating speed of the frying pan 10 can be adjusted according to whether the cover lever 150 that hermetically seals the open top of the frying pan 10 is operated or not so that when the frying pan is cooked, And it is possible to manufacture a quick stir-fry dish.

The foregoing description is merely illustrative of the technical idea of the present invention and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention.

100: frame member 110: upper frame
120: burner 130: fan cover
140: Fan fixing panel 150: Cover lever
160: Rotation panel 170: Operation switch
180: Support frame 200:
210: drive housing 220: cam body part
230: cam body part 240: cam bracket
300: Rotating assembly 310: Bearing cover
320: rolling bearing 330: rotational force transmitting member
340: actuating gear 350: support bracket

Claims (10)

A frame member having an upper frame on which a roasting fan is mounted, and a fan cover to which the roasting fan is fixed and rotates the roasting fan;
An oven which is formed inside the frame member and transmits heat to the stir pan side;
A cover lever which constitutes a departure prevention cover for closing the upper part of the roasting pan and accelerates the rotation speed of the roasting fan;
An operation switch for setting the rotational speed of the roasting pan, the intensity of the flame and the cooking time, and controlling power supply;
A driving unit configured inside the frame member and providing power necessary for rotating the roasting pan by the operation switch;
A cam body part coupled to the driving part and rotated in a vertical direction by a rotational force transmitted from the driving part to rotate the stir-frying fan upward and downward;
A rotatable assembly connected to the fan cover to rotate the rotative force of the cam body in the vertical direction to rotational force in the horizontal direction to rotate the rotative fan in left and right directions,
And an automatic cooking device for frying cooking.
The method according to claim 1,
The fan cover
A safety cover coupled to the roasting fan and supporting the rotatable fan,
A fan fixing panel for connecting the fan cover and the rotary assembly such that the fan is rotated,
And a connecting panel extending from one side of the safety cover,
And an automatic cooking device for frying cooking.
The method according to claim 1,
The furnace portion
An oven cover coupled to the upper frame and inserted with the stir pan;
An ignition burner for applying a predetermined heat to the roasting pan; And
An ignition device connected to the ignition burner,
And an automatic cooking device for frying cooking.
The method according to claim 1,
The cover lever
A lever housing formed on a lower outer circumferential surface so as to be slidably coupled to the inside of the frame member;
A guide wheel formed at a lower end of the cover lever to perform a sliding operation in one direction,
A lever guide panel which is in contact with the guide wheels and has guide rails for supporting the rolling operation of the guide wheels;
A speed acceleration switch for transmitting an acceleration signal so as to automatically accelerate the rotation speed of the roasting pan according to a sliding operation of the cover lever,
And an automatic cooking device for frying cooking.
5. The method of claim 4,
Wherein the lever housing further comprises a rotation panel for supporting the sliding operation of the cover lever.
The method according to claim 1,
The operation switch
A power switch for turning on / off the power of the driving unit;
An ignition switch for controlling ignition of the furnace portion and controlling the intensity of the flame;
A speed control switch that adjusts a rotation speed of the roasting pan and receives an acceleration signal from the cover lever to accelerate the rotation speed of the roasting fan,
And an automatic cooking device for frying cooking.
The method according to claim 1,
The driving unit
A drive bracket coupled to the frame member, and a drive motor configured to be driven under the control of the operation switch;
A cam body coupled to the cam body and configured to rotate along a circumferential surface of the cam body according to an operation of the drive motor; And
A cam bracket provided at a lower portion of the drive housing and having a guide hole for supporting rotation of the cam body in a vertical direction,
And an automatic cooking device for frying cooking.
8. The method of claim 7,
Wherein the cam body part further comprises a guide hinge inserted into a guide hole of the cam bracket and slidably moving along the guide hole when the cam body rotates.
The method according to claim 1,
The rotating assembly
A bearing cover coupled to the frame member and having a moving groove formed therein to be inclined at a predetermined angle;
A rolling bearing which is inserted into a moving groove of the bearing cover and in which a rolling operation is performed in accordance with rotation of the cam body;
An operating gear including a rotating gear rotated by the operation of the cam body and a guide gear rotating by rotation of the rotating gear to rotate the stirring fan;
A support bracket coupled to an upper portion of the cam body and including a first support shaft and a second support shaft for rotatably coupling the rotation gear and the guide gear;
A second camshaft connected to the second support shaft and a first camshaft connected to the rolling bearing are connected to each other so that the rotational force of the cam body in the vertical direction is transmitted to the second camshaft through the first and second camshafts, A rotational force transmitting member for transmitting to the bearing side;
And an automatic cooking device for frying cooking.
The method according to claim 1,
Wherein the operation switch further comprises a setting timer for setting the completion time of the stir-fry cooking, and the flame intensity of the flue furnace and the rotating speed of the frying pan are adjusted according to the setting of the setting timer Automatic cooker for stir-frying.

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