KR102048656B1 - Roaster with slant supporter - Google Patents

Abstract

The present invention relates to a slanted roaster integrated with a slanted bottom structure, comprising: an open-top type pot (100) which has a press bar (11) of a gas stove safety bar installed on a bottom surface (110), includes a handle (120) at an upper end thereof, and has a sidewall (114) with a uniform height; a cover (200) which covers the top of the pot (100) and is fixed by a fixing means (130) provided on the handle (120); a regulator (300) which exposes a rotary shaft (310) of a motor (312) installed in the center of the cover (200) and embedded inside the regulator housing (320) to the outside of a regulator housing (320), wherein the rotary shaft (310) is exposed to face the inside of the pot (100) through a cover hole (211); a rotary assembly (400) which includes a rotary pole (410) and a horizontally movable bar (420), wherein the rotary pole (410) is axially coupled so as to receive a driving force from the rotary shaft (310) of the regulator (300) and the cover hole (211), and the horizontally movable bar (420) is installed at a lower end of the rotary pole (410) and extends in parallel to the bottom surface (110) of the pot; a slanted bottom structure (500) which is integrally joined to an edge of the bottom surface (110) of the pot (100) so as to accommodate the press bar (112), thereby functioning to cause both the bottom surface (110) and the sidewall (114) of the pot (100) to tilt at an angle of 3-7, and which surrounds a direct fire opening; and a housing joining means (600) which has an accommodating groove (610) accommodating a lower end portion of the regulator housing (320), and is fixed to the surface of an upper part of the cover (200), wherein a part of a lower end of the housing joining means (600) passes through the cover hole (211).

Description

Rotating Stir-Fryer with Inclined Bottom Body {Roaster with slant supporter}

The present invention relates to an inclined bottom integrally inclined roaster.

The structure of cooking with the bottom inclined is that the bottom of the heating vessel is inclined and the cooking structure for accommodating and heating the heating vessel in the main body is known as Korean Patent Registration Publication No. 1996-0004895. Because it is discharged to one side, it is inconvenient to use, and there is a limit to use in the outdoor without electricity.

In addition, the stirring technology for the food maker is composed of a stirring part extending downward from the drive unit in which the motor is built into the main body of the food maker, the stirring part is connected to the motor shaft and the upper end is connected to the motor shaft around the stirring shaft having a certain length. Patent Publication No. 10-2017-0123970 has been known to be equipped with a stirring blade, so that the upper end connection to the motor shaft is detachable by the rotational arm gripping the upper end at least left and right, but it is mainly developed for stirring It is difficult to prepare foods such as porridge by using a heating means.

The present invention is to solve this, an object of the present invention is to provide a port in which the inclined bottom body is integrated, a cover that is opened and closed by adding a fixing means to the handle of the port, and a rotating shaft driven by a motor in the regulator added to the cover Towards the inside of the port, the rotating shaft receives power from the rotating shaft and has a rotating assembly having an arc-shaped horizontal bar at the bottom of the rotating pillar. Rotating horizontally the food by the horizontal moving bar without vibration, even in the inclined state, and inclined bottom-integrated stir-frying to enable the cooking while turning upside down vertical vertical bar at the end of the horizontal moving bar To provide a flag.

Another object of the present invention is to direct the port in which the inclined bottom body is integrated, the cover is opened and closed by adding a fixing means to the handle of the port, and the rotating shaft driven by the motor in the regulator added to the cover to the inside of the port, the rotating shaft The rotating pillar receives power from the inside of the port, and has a rotating assembly having an arc-shaped horizontal moving bar at the bottom of the rotating pillar, and a side wall vertical girdle that protrudes toward the inner wall perpendicularly to the inner wall of the port and decreases in height as it goes upward. In order to provide an inclined bottom-integrated roasting machine that maximizes flipping efficiency by vertically flipping up and down in the space between the up-down flipping bar and the side wall vertical band.

Another object of the present invention is to direct the port in which the inclined bottom body is integrated, the cover is opened and closed by adding a fixing means to the handle of the port, and the rotating shaft driven by the motor in the regulator added to the cover to the inside of the port, the rotating shaft It is provided with a rotating assembly having an arc-shaped horizontal moving bar at the bottom, and the horizontal moving bar is inclined to the arc shape in the opposite direction to the rotating direction to form an obtuse angle with the bottom to reduce the load during horizontal movement of the roasted food. The intention is to provide a one-piece inclined roaster.

Another object of the present invention is a port in which an inclined bottom body is integrated, a cover that is opened and closed by adding a fixing means to a handle of the port, and a rotating shaft driven by a motor in a regulator added to the cover passes through the cover hole and into the port. The rotating shaft and the bottom column are coupled to extend to the cover hole portion to receive power and have a rotating assembly having an arc-shaped horizontal moving bar at the bottom of the rotating column. Maintain the rotational force by blocking the force to be rotated by the fixing protrusion and the fixing means due to the overload of the rotating assembly interlocking with the internal motor drive rotation shaft of the regulator by placing the fixed protrusion spaced apart at regular arc intervals in the portion to be combined with It is to provide an inclined bottom-piece inclined stir fryer.

Another object of the present invention is a port in which an inclined bottom body is integrated, a cover that is opened and closed by adding a fixing means to a handle of the port, and a rotating shaft driven by a motor in a regulator added to the cover passes through the cover hole and into the port. It is provided with a rotating assembly having a horizontal moving bar of arc-shaped at the bottom of the rotating column to receive the power and is coupled to the rotating pillar coupled to the rotating shaft extending to the cover hole, and the oil outlet on the side wall corresponding to the inclined bottom, The oil discharge port is to provide an inclined bottom-integrated stirrer that allows oil to be easily discharged by leveling the inclined bottom body and preventing fire due to oil discharge by blocking direct fire on the inclined side wall of the inclined bottom body. .

Claim 1 for this is installed on the bottom of the bottom of the gas stove safety bar is installed, the handle is added to the top and the top side open the constant sidewall height;

A cover covering the upper portion of the port and fixed by fixing means added to the handle;

A regulator installed at the center of the cover and exposing the rotating shaft of the motor embedded in the regulator housing to the outside of the regulator housing, the regulator being exposed such that the rotating shaft faces the inside of the port through the lid hole;

Rotating shaft and shaft assembly coupled to the axis of rotation of the regulator to receive power from the cover hole, the rotary assembly is installed on the lower side of the rotating column extending parallel to the bottom of the port;

An inclined bottom body integrally coupled to the bottom edge of the bottom of the port to accommodate the push bar, so that the bottom and sidewalls of the port are inclined at 3 to 7 degrees at the same time and surrounding the direct fire apparatus; And
It provides an inclined bottom-integrated inclined roaster having a receiving groove for receiving the regulator housing bottom portion and fixed to the top surface of the cover, the bottom portion includes a housing coupling means through the cover hole.

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Between the housing coupling means and the upper surface of the cover, a sealing plate having a sealing hole is added to seal the upper end side of the rotating column extending through the cover hole so that the upper end is fitted in the cover surface.

A sealing groove is formed on the outer surface of the rotating column in contact with the inner surface of the sealing ball.

Claim 4 for this is a fixing screw for fixing the planar portion through the side wall of the screw groove penetrates the side wall of the adjuster housing in the adjuster housing portion to which the lower portion is coupled in the receiving groove, the receiving groove side wall corresponding to the flat portion Install it.

Claim 5 for this, the adjuster housing further comprises a handle portion bent to the length of the cover upright,

The handle part accommodates the battery and adds a switch for on / off operation of the motor.

Claim 6 for this, the fixing means comprises a fixing plate for pressing the cover edge along the handle guide groove fixed by pressing, or to remove the original position,

Rotating fixing projections of the cover are distributed on the upper surface of the cover rim so as to function when the fixing plate is fixed.

Claim 7 for this, the rotating assembly has a rotating shaft having a shaft hole on the top to enable power transmission in the rotating shaft and the cover hole,

An arc-shaped horizontal moving bar having a bottom and a bottom extending side by side to face the port sidewall horizontally from one side of the lower side of the rotatable column

At the end of the horizontal movement bar, the bottom and the bottom side up and down bent side to side near the port side wall is configured to include a reverse bar.

According to claim 8, The side wall is vertically protruded so as not to be spaced apart from the end of the top and bottom rear bar parallel to the bottom side bottom side vertical vertebrae band to turn the fried in the vertical direction.

Claim 9 for this purpose is that the interval between the bottom and the bottom end of the vertical bottom bar and the vertical stone band parallel to the bottom is wider than the bottom of the top and bottom rear bar, the end of the up and down rear bar is an inclined surface.

Claim 10 for this is formed in the lower end of the rotation pillar to the support projection for rotating the rotation pillar in the center of the corresponding inclined bottom of the port, the rotation pillar is swing even in the inclined state of the floor in the support projection It is configured to be rotatable without.

Claim 11 for this purpose is that the horizontal movement bar has an obtuse angle of the bottom side of the port and the rotational direction on the basis of the vertical cross-section parallel to the bottom and the bottom, arc shape in which the rotational side is convex in the horizontal direction toward the side wall of the port at one side of the lower end of the rotation column Achieve.

Claim 12 for this purpose is that the horizontal movement bar is the bottom of the port and the side of the rotation direction is an obtuse angle based on the vertical section parallel to the bottom and bottom, this obtuse angle is configured to increase from the horizontal movement bar of the rotating column toward the vertical up and down .

The present invention is a rotary shaft of the built-in motor is inserted into the cover hole of the port cover, the rotating shaft and the rotating assembly of the rotating assembly in the cover hole coupled to the bottom of the inclined horizontal moving bar attached to the bottom of the inclined rotating pillar Horizontally move the food while rotating along the vertical movement of the vertical bar at the end of the vertical bar to turn upside down to be used as a good roasting stir-fry.

The present invention transmits the power from the rotating shaft to the rotating pillar in the port cover hole, the rotary assembly having an arc-shaped horizontal moving bar at the bottom of the rotating pillar, and the support projection at the bottom of the port, by combining with the swing prevention groove of the rotating column It can be rotated without shaking on the inclined floor, and the inner wall of the port is vertically projected toward the inner wall, and has a side wall vertical girdle that decreases in height as it goes up, and upside down in the space between the upside down bar and the side wall vertical girdle without shaking. This occurs suddenly to maximize flipping efficiency.

The present invention is provided with a rotating assembly having a horizontal movement bar of the arc at the bottom receiving power from the rotating shaft, the horizontal movement bar is inclined in the opposite direction to the rotation direction in the arc shape so as to reduce the load during horizontal movement of the roasted water do.

The present invention is coupled to the rotating shaft in the cover hole is the rotary shaft of the adjuster is placed in the cover hole of the cover receives the power, provided with a rotating assembly having an arc-shaped horizontal moving bar at the bottom of the rotating pillar, the cover of the port In the cover placed on the supporting jaw, there is a fixed projection spaced apart at regular arc intervals on the part engaging with the fixing means, so that the cover is fixed with the fixing protrusion due to the overload of the rotating assembly that interlocks with the internal motor drive shaft of the regulator. Blocked by means to maintain rotational force to ensure that performance is consistently implemented.

The present invention is provided with a rotating assembly having a horizontal movement bar of the arc-shaped at the bottom and receiving power from the rotating shaft, the oil outlet on the side wall coinciding with the inclined bottom, the oil outlet is the oil to make the horizontal and the inclined bottom It is easy to discharge and blocks the fireball on the inclined side wall of the inclined bottom to prevent fire due to oil discharge, thereby providing a safe inclined roasting machine from fire even when roasting.

1 is a perspective view of the present invention,
2 is a cross-sectional view taken along the line AA of FIG.
3 is a perspective view of a state in which the cover of the present invention is removed;
Figure 4 is a perspective view of the main part showing the fixing of the fixing means in the handle of the present invention,
Figure 5 is an enlarged cross-sectional view showing a rotation shaft power transmission configuration of the motor through the housing coupling means of the present invention,
6 is a rear view of the present invention;
7 is a plan view of the cover removed from FIG.
8 is an enlarged cross-sectional view taken along line BB of FIG.
9 is an enlarged sectional view taken along line CC of FIG. 7;
10 is a perspective view of a sealing plate of the present invention.

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

The present invention is installed on the bottom of the bottom 110, the pressure bar 112 of the gas stove safety bar, the handle 120 is added to the top and the sidewalls 114 constant height of the upper open port 100;

A cover 200 covering the upper portion of the port 100 and fixed by the fixing means 130 added to the handle 120;

The rotating shaft 310 of the motor 312, which is installed at the center of the cover 200 and built in the regulator housing 320, is exposed to the outside of the regulator housing 320, and the rotating shaft 310 is formed through the cover hole 211. The controller 300 exposed to face the interior;

Rotating pillar 410 is coupled to the axis of rotation of the regulator 300 and the cover hole 211 to receive power, and the horizontal movement bar extending parallel to the bottom of the port 110 at the bottom of the rotary pillar 410 Rotary assembly 400 is installed (420);

The bottom 110 of the port 100 and the side wall 114 are inclined at the same time by integrally coupling to the bottom edge of the bottom of the port 100 to accommodate the pressing rod 112, and surrounds the fireball. It comprises a sloped bottom body 500. The bottom 110 and the bottom of the inclined foil body 500 is preferably formed to the inclination angle of about 3 to 7 degrees, if less than 3 degrees the flipping of the stir cooking is lowered, if it exceeds 7 degrees stir-fry cooking Flipping over before losing takes a lot of roasting time and degrades the roasting performance.

The regulator 300 includes a regulator housing 320 for receiving the motor 312 and exposing the rotating shaft 310. The housing coupling means 600 is fixed to the upper surface of the cover 200 and has a receiving groove 610 for receiving a lower portion of the regulator housing 320.

Sealing hole to seal the upper end side of the rotating pillar 410 extending through the cover hole 211 and the upper end is inserted between the housing coupling means 600 and the upper surface of the cover 200 on the surface of the cover 200. A sealing plate 620 having 622 is added,

The outer surface of the rotating column 410 in contact with the inner surface of the sealing hole 622 forms a sealing groove 411.

In the portion of the adjuster housing 320 to which the lower portion is coupled in the receiving groove 610, a flat portion 322 for preventing rotation of the adjuster housing 320 is formed, and a sidewall of the receiving groove 610 corresponding to the flat portion 322 is provided. Fixing screw 612 is provided in the screw portion penetrates the side wall to tightly fix the flat portion 322.

The adjuster housing 320 includes a handle portion 318 bent to a supportable length of the cover 200,

The handle portion 318 accommodates the battery 316 and adds a switch 314 for on-off operation of the motor 312.

The fixing means 130 includes a fixing plate 132 for pressing or fixing the cover 200 by pressing the edge of the cover 200 along the guide groove 122 of the handle 120, or by separating it from its original position.

When the fixing plate 132 is fixed, the fixing protrusion 210 for preventing rotation of the cover 200 is distributed on the upper surface of the edge of the cover 200.

The rotary assembly 400 has a rotary column 410 having a shaft hole 412 at the top to enable power transmission from the rotary shaft 310 and the cover hole 211,

An arc-shaped horizontal moving bar 420 extending toward the side wall 114 in the horizontal direction from one side of the lower end of the rotating column 410,

The vertical movement bar 420 is configured to include a vertical upside down bar 430 bent toward the port side wall 114 near the end.

The side wall 114 of the port side wall 114 protrudes toward the inner space such that there is no distance from the end of the up and down rear collection bar 430, and inverts the fried goods in the vertical direction.

The interval between the vertical end of the up and down rear pin bar 430 and the vertical stone band 115 is wider than the lower end of the top and bottom rear bar 430, the end of the up and down rear bar 430 forms an inclined surface.

The rocking prevention groove 414 is formed at the lower end of the rotating column 410, and a supporting protrusion 116 is formed at the center of the corresponding bottom 110 of the port 100, and the rotating pillar 410 is the supporting protrusion 116. It can be configured to rotate without shaking in an inclined state.

The horizontal movement bar 420 has an obtuse angle between the bottom 110 of the port and a rotational direction side of the port based on the vertical cross section, and the rotational direction sideward in the horizontal direction toward the side wall 114 of the port from one side of the lower end of the rotation pillar 410. This convex arc forms. The bottom of the horizontal movement bar 420 may be a heat-resistant silicone coating or a silicon plate to contact the bottom 10.

The horizontal movement bar 420 has an obtuse angle between the bottom 110 of the port and a rotational direction side of the port based on the vertical cross section, and the obtuse angle is vertically reversed from the horizontal movement bar 420 at the rotational column 410. Configure it to grow larger. The obtuse angle of the horizontal movement bar 420 is preferably 110 to 120 degrees, and the obtuse angle of the up and down inverted bar 430 is preferably 120 to 130 degrees. If the obtuse angle of the horizontal movement bar 420 is less than 110 degrees, the friction force is increased, so that the motor 312 is crowded, and if it exceeds 120 degrees, the stir should be roasted while moving horizontally. If the obtuse angle of the up and down inverted bar 430 is less than 120 degrees, the two homes have increased frictional force so that the motor 312 does not stir well and does not stir well. do. In FIG. 5, reference numeral 614 is a fixing screw for fixing the housing coupling means 600 to the cover 200. In this case, the sealing plate 620 is also tightly fixed therebetween.

The operation of the present invention configured as described above will be described.

The inclined bottom body 500 of the present invention is placed on the crater base of the stove (not shown). If there is a safety lever in the stove, the push rod 112 is pressed to function to operate the stove normally.

Of course, the inclined bottom 500 is integrally formed at the bottom of the port 100, and the lid 200 is previously opened, and roasted beans or soybeans are placed thereon, and the lid 200 is positioned on the lid chin 116. In addition, the rotary shaft 310 is exposed to the inside of the port 100 through the cover hole 211, but at the same time coupled with the shaft hole 412 of the rotating column 410 passed through the cover hole 211, as shown in FIG. Power can be directly transmitted from the top of the pillar 410. Since the rocking prevention groove 414 at the bottom of the rotating column 410 is supported to be capable of rotating with the support protrusion 116, there is no rocking (vibration) even when there is rotation in the inclined rotating column 410 as shown in FIG.

And when the fixing plate 132 of the fixing means 130 installed to be slidable in the guide groove 122 of the handle 120 to move toward the center as shown in the lower position from the upper side of Figure 1 border of the cover 200 The fixing plate 132 is fixed tightly.

When the coupling is made, the gas stove is ignited (not shown in the lighting means) so that the bottom 110 is heated. Then, when the switch 314 of the handle part 318 is turned on, the battery 316 power is applied to the motor 312 (not shown in the applied power), thereby providing rotational force to the rotation shaft 310. do. The rotational force of the rotating shaft 310 is axially coupled to the shaft hole 412 of the rotating column 410 in the cover hole 211 to rotate the rotating column 410, the horizontal movement bar integral to the lower end of the rotating column 410 8 and 9, since the obtuse angle with the bottom becomes larger toward the up and down rearward bar 430 than the side closer to the rotary column 410, the horizontal movement bar 420 is at the rotary column 410 side Roasting function to perform the first horizontal movement to the up and down flip bar 430 side, and to flip up and down on the up and down flip bar 430 side to function so as not to burn.

In addition, the interval between the top and bottom end bar 430 end surface and the side wall vertical stone band 115 is larger than the bottom 110, so as to increase the top, the friction force when the overload occurs during the flipping action to perform the roasting function without the occurrence of overload do.

The oil outlet 140 in the present invention is necessary when used as a roaster, and when used as a general roaster, it may be used with a stopper not shown.

When using the present invention to cook with moisture, such as porridge, the oil outlet 140 is blocked and the sealing hole 622 in the sealing groove 411 of the upper side of the rotating column 410 functions to couple the mutual concave-convex moisture It is blocked to remove the cause of failure caused by moisture infiltration into the motor 312, the rotary pillar 410 is coupled to the rotary shaft 310 in the cover hole 211 as shown in Figure 5 substantially the rotary shaft 310 is a port (100) Source exposure is blocked internally to enhance the durability of the motor. Of course, if only the cover 200 is removed from the port 100, since the rotating pillar 410 is naturally separated from the rotating shaft 310 (the sealing plate 620 is a heat-resistant elastic material such as silicone material, so the sealing property is maintained, but separation is easy. Good washability. In addition, the sealing plate 620 increases the coupling friction force when the housing coupling means 600 and the cover 200 is fixedly coupled (using the coupling screw 614) to maintain the coupling force between the cover 200 and the housing coupling means 600. Function.

The present invention also attempts to generate a rotating force of the adjuster 300 and the cover 200 together due to excessive friction of food such as the rotating assembly 400, including the rotating column 410, pores, etc. The fixing plate 132 of the fixing means 130 fixes the upper edge of the cover 200, the upper edge of the cover 200 has a fixing protrusion 210 shown in Figure 4, etc. at regular intervals, fixing protrusion 210 Is stopped by the fixing plate 132 prevents the cover 200 and the controller 300 to rotate together to enable a stable cooking.

In addition, the adjuster 300 has a flat portion 322 on one side of the lower side of the housing groove 610 position of the housing coupling means 600, the side wall constituting the receiving groove 610 using a fixing screw 612 plane The fixed part 322 is fixed so that the fixing is constant, and if necessary, the convenience of usability and the roasting and cooking functions are constant.

100; port 110; bottom 112; push rod 114; side wall 115; side wall vertical band 116; support protrusion 120; handle 122; guide groove 130; fixing means 132; fixing plate 200; cover 210; fixing protrusion 300; regulator 310; rotary shaft 312 ; Motor 314; Switch 316; Batteries 318; Handle 320; Regulator housing 322; Flat 400; Swivel assembly 410 Swivel 411; Sealing groove
412; Shaft hole 414; Sway prevention groove 420; Horizontal moving bar 430; Up and down retraction bar 500; Slope bottom 600; Housing coupling means 610; Receiving groove 612; Fixing screw 620; Sealing plate 622; Sealing ball

Claims (12)

A top open port 100 having a pressing rod 112 of a gas stove safety bar installed on a bottom surface of the bottom 110, a handle 120 being added to the top, and a sidewall 114 having a constant height;
A cover 200 covering the upper portion of the port 100 and fixed by the fixing means 130 added to the handle 120;
Installed in the center of the cover 200 and exposes the rotary shaft 310 of the motor 312 built in the regulator housing 320 outside the regulator housing 320, the rotary shaft 310 is a port through the cover hole 211 The controller 300 exposed to face the interior;
Rotating pillar 410 is coupled to the axis of rotation of the regulator 300 and the cover hole 211 to receive power, and the horizontal movement bar extending parallel to the bottom of the port 110 at the bottom of the rotary pillar 410 Rotary assembly 400 is installed (420);
The bottom 110 of the port 100 and the side wall 114 are simultaneously inclined at 3 to 7 degrees by being integrally coupled to the bottom edge of the bottom of the port 100 to accommodate the pressing rod 112. An inclined bottom body 500 surrounding the crater; And
A housing groove 610 for receiving a lower portion of the regulator housing 320 and fixed to the upper surface of the cover 200, and the lower portion includes a housing coupling means 600 penetrating through the cover hole 211;
Sealing hole to seal the upper end side of the rotating column 410 extending through the cover hole 211 and the upper end is inserted between the housing coupling means 600 and the upper surface of the cover 200 on the surface of the cover 200 A sealing plate 620 having 622 is added,
A sealing groove 411 is formed on the outer surface of the rotating column 410 in contact with the inner surface of the sealing hole 622;
The support pillar 116 is formed at the lower end of the rotating column 410 to prevent the oscillation preventing groove 414 from rotating at the center of the corresponding bottom 110 of the port 100. Pillar 410 is an inclined bottom-piece inclined stir-fryer, characterized in that configured to be rotatable without shaking even in the inclined state of the floor in the support projection (116).
delete delete According to claim 1, wherein the lower portion of the adjuster housing 320 is coupled to the receiving groove 610 is formed on the portion of the adjuster housing 320 to prevent the rotation of the flat portion 322, the receiving groove corresponding to the flat portion 322 610, the inclined bottom-piece inclined roaster, characterized in that the screw portion penetrates the side wall and a fixing screw 612 for tightly fixing the flat portion 322.
The method of claim 1, wherein the adjuster housing 320 further comprises a handle portion 318 bent to a supportable length of the cover 200,
The handle portion 318 accommodates the battery 316, the on-off operation of the motor 312, the inclined bottom integrally inclined roaster, characterized in that added.
The method of claim 1, wherein the fixing means 130 includes a fixing plate 132 for pressing or fixing to the edge of the cover 200 along the guide groove 122 of the handle 120, or fixed to the original position to remove,
The inclined bottom-piece inclined stir-fryer, characterized in that the fixing projections 210 for the rotation prevention of the cover 200 is distributed on the upper surface of the cover 200 to act when the fixing plate 132 is fixed.
According to claim 1, the rotary assembly 400 is a rotary column 410 having a shaft hole 412 on the upper end to enable power transmission in the rotating shaft 310 and the cover hole 211,
An arc-shaped horizontal movement bar 420 extending in parallel with the bottom 110 and the bottom thereof so as to face the port side wall 114 in the horizontal direction at one side of the lower end of the rotation column 410,
Inclined bottom-integrated inclined stir-fry, characterized in that it comprises a top and bottom upside down bar 430 bent side by side bottom 110 and the bottom so as to face near the port side wall 114 at the end of the horizontal movement bar 420 group.
According to claim 7, Port side wall 114 protrudes toward the inner space so as not to be spaced apart from the end of the bottom 110 and the bottom and bottom side bar 430 side by side parallel to the vertical side wall to turn the fried in the vertical direction An inclined bottom integrally inclined roaster, characterized by the addition of 115.
The top and bottom reversal of claim 8, wherein the distance between the bottom of the top and bottom retracting bar 430 parallel to the bottom 110 and the vertical vertical band 115 corresponding to the bottom 110 is wider than the bottom of the top and bottom retracting bar 430. End of the mba 430 is an inclined bottom-piece inclined stir-fry, characterized in that the inclined surface.
delete The horizontal movement bar 420 has a bottom angle of the bottom 110 of the port and a rotational side of the port based on a vertical cross-section of the bottom 110 and the bottom of the port 110, and the bottom of the port at the bottom of the rotary column 410. The rotational direction side surface is convex in the horizontal direction toward the side wall 114;
The horizontal movement bar 420 has an obtuse angle between the bottom 110 of the port and a side in the rotational direction based on a vertical cross-section parallel to the bottom 110, and the obtuse angle is a horizontal movement bar at the side of the rotating column 410 ( 420, the inclined bottom integrally inclined stir-fryer, characterized in that configured to increase toward the up and down reversing bar (430). delete

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