KR20240062678A - Improved multi-purpose stir-frying device - Google Patents

Abstract

The present invention relates to an improved multi-purpose stir-fry device used when cooking food or frying various grains. The structure can be simplified and distributed at a low price, and in particular, it can be configured to apply stir-fry pans of various sizes, making it suitable for the purpose. It allows the stir-fry container to be used interchangeably and also provides a fiery taste to the stir-fry.
That is, the present invention includes a support body equipped with a rotation controller capable of controlling the rotation speed and direction of the upper gas switch and the drive motor; a burner shielding member placed on and coupled to the upper side of the support; a gas burner installed on a support body to be exposed to the upper rear side of the burner shielding member; Support brackets installed on both front sides of the burner shielding member; a rotating shaft coupled to the support bracket; When the side plate and motor installation plate, which are formed by bending the upper side of the bottom plate where the flame supply hole is formed and where the front shaft support portion is fixed to the rotation axis, are viewed from a plan view, 'A rotating bracket equipped with a mold; a shock absorbing cylinder whose both ends are coupled to a cylinder support bracket provided behind the burner shielding member and the rotating bracket; a drive motor installed on the motor installation plate; A stir-fry pass driven by the drive motor and installed on the upper side of the flame supply hole; an operating lever fixing piece bent at 90 degrees on one side of the support bracket; In a multi-purpose stir-fry device including an operating lever whose lower end is coupled to the rotating shaft through the operating lever fixing piece to rotate and fix the rotating bracket including the stir-fry container to the frying position or the discharge position; The rotating bracket and motor installation plate are configured separately; A rotation axis is coupled to the bottom of the rotation bracket, and a screw hole is formed at the top of the rotation bracket; The motor installation plate forms variable plates located outside the rotation bracket on both sides; When viewed from the side, the variable plate is formed in a triangular shape that gradually widens from the lower end where the shaft coupling hole through which the rotation axis is coupled to the upper part, and forms a plurality of adjustment holes or arc-shaped adjustment holes corresponding to the screw holes; It is characterized in that the motor installation plate is fixed with a fixing bolt fastened to the screw hole through the adjustment hole.

Description

Improved multi-purpose stir-frying device}

The present invention relates to an improved multi-purpose stir-fry device used when cooking food or frying various grains. More specifically, the device can be distributed at a low price by simplifying the configuration, and in particular, it is configured so that stir-fry containers of various sizes can be applied. The aim is to provide an improved multi-purpose stir-fry device that allows the stir-fry container suitable for the purpose to be exchanged and used, and also provides a fiery taste to the stir-fry.

A stir-fry device is used to cook food or stir-fry various grains.

In the case of stir-fry devices, various configurations are provided, and a representative example is the grain stir-fry device of Republic of Korea Patent Publication (B1) 10-035824 (October 25, 2002), which consists of moving and fixing to a desired position. A grain stir-fry site support means is configured to enable this, and a grain stir-fry portion consisting of a rotatable cauldron and a burner fixed to the cauldron is installed on the upper part of the grain stir-fry site support means, wherein the grain stir-fry site support means includes grains. Ventilation tilt driving means is installed to transmit power to the stir-fry unit and rotate it to discharge grains or return the cauldron, and a cauldron tilt detection unit is installed in the grain stir-fry unit to check when the cauldron returns after rotating. , the vent tilt driving means and the cauldron tilt detecting unit are provided with a controller that transmits a stop command to the vent tilting driving means when a signal that the cauldron has returned is received from the cauldron tilt detecting unit, and is connected to the control unit. , When a large amount of grains such as sesame seeds, rice, and beans are properly roasted for a certain period of time, the cauldron is automatically tilted to discharge the grains.

As another example, a stir-fry device is provided in Korean Patent Publication No. (B1) 10-1674670 (2016.11.22.), the structure of which is that, in the stir-fry device, one or more devices are installed in the longitudinal direction on the inner peripheral surface of the heating tank. A vertical stirring blade is formed with a contact plate extending horizontally to a predetermined length on one side of the bottom, and a magnetic force is generated that is attached to one side of the upper edge of the heating tank while maintaining the magnetic force so that one side of the bottom of the contact plate is in close contact with the magnetic force. The member is fixedly installed on the bottom of the heating tube, and an insertion groove is formed on the inside of the binding portion on one side to bind the end of the motor shaft of the drive motor, and at the top of the binding portion so that the binding pin protruding on the outer peripheral surface of the motor shaft is restrained. A guiding hole vertically cut inside the insertion groove and a binding hole connected to the guiding hole and horizontally cut on both sides of the outer peripheral surface of the binding unit are formed, and a fixing part on the other side is connected to the binding unit and fixedly attached to the bottom of the heating tank. A configuration such as one made of connecting members is proposed.

The above-described prior art has the feature of allowing the stirring blades inside the stir-fry container to be easily replaced so that a stirring blade suitable for the stir-fry object can be used.

Another example is a rotary-type stir-fry device in Japanese Patent Publication (A) 2004-187840 (July 8, 2004), which consists of a pot-shaped stir-fry pot and a heat source device that heats the lower part of the stir-fry pot. A rotary-type stir-fry device consisting of a support mechanism that installs the stir-fry pot at an angle toward the heat source device and a driving arrangement that rotates the stir-fry pot, and is characterized in that the driving arrangement is driven intermittently. It is being done. Additionally, when the handle is pulled, the stir-fry pot tilts forward to allow the stir-fry to be discharged.

However, in the case of the above configuration, there is the inconvenience of having to discharge the fried food while maintaining the handle being pulled.

In addition, in the case of the conventional stir-fry devices described above, there was a problem in that the configuration was complicated, making it difficult to manufacture, and the manufacturing cost also increased.

In order to solve the above problems, the present inventor developed a multi-purpose stir-fry device of Republic of Korea Patent Publication (B1) 10-2348647 (2022.01.07.).

The multi-purpose stir-fry device is provided in a configuration that laser cuts and bends a rotary bracket that rotates by a burner coupling member and a drive motor installed on the upper side of the support to reduce manufacturing costs, and is installed in front of the rotary bracket. By installing an operating lever on the rotating shaft and installing a buffer cylinder at the rear of the burner coupling member and rotating bracket, operability is improved so that the stir-fry container can be easily rotated forward, and a stirring wing located inside the stir-fry container is used. It is provided in a variety of configurations suitable for the object and is configured to be easily exchanged and installed. However, there is a problem that a separate bracket must be attached to the burner coupling member to install the buffer cylinder, and when using a stir-fry container of different sizes, the stir-fry container must be used. When discharging the stir-fry by tilting it forward, problems such as operation becoming more difficult as the stir-fry container becomes larger, there is a need to improve this.

In addition, when installing a gas nozzle for burning food located at the opening of the stir-frying tank to add a burning flavor to the stir-fry, there was a problem in that it could not provide a variety of flames suitable for stir-frying dishes.

KR 10035824 B1 2002.10.25. KR 101674670 B1 2016.11.22. KR 2004187840 A 2004.7.8. KR 102348647 B1 2022.01.07.

Accordingly, the present invention was completed with the technical problem of solving the problems caused by replacing and using stir-fry pans of various sizes, the problems caused by applying the gas nozzle for roasting, and the problems caused by the combination of the shock absorbing cylinder. .

That is, in the present invention, the cylinder support bracket is formed integrally with the burner shield member, which is formed by laser cutting and bending the support body, the burner shield member installed on the upper side of the support body, and the rotary bracket rotated by the drive motor to simplify parts and reduce manufacturing costs. The use of stir-fry pots of different sizes is achieved by constructing the motor mounting plate separately from the rotating bracket and allowing the stir-fry pot to be installed while combining the variable plate provided on the motor mounting plate so that it can be varied at various angles. In order to make this possible, an improved multi-purpose stir-fry device of the present invention has been completed with the technical problem of the invention.

In addition, an improved multi-purpose stir-fry device of the present invention was completed with the technical object of the invention being to provide a variety of flames for roasting by rotating a flame control plate at the bottom of the gas nozzle for roasting located at the opening of the frying pan.

In the present invention as a means of solving the problem,

'형으로 구비한 회전브래킷과; 상기 버너가림부재와 회전브래킷의 후방에 구비되어 있는 실린더지지브래킷에 양단이 결합되는 완충실린더와; 상기 모터설치판에 설치된 구동모터와; 상기 구동모터에 의해 구동되며, 화염공급공의 상측에 설치된 볶음통과; 상기 일측 지지브래킷에 90도 절곡된 작동레버고정편과; 상기 작동레버고정편을 통해 회전축에 하단이 결합되어 볶음통을 포함하는 회전브래킷을 볶음 위치 또는 배출 위치로 회전시켜 고정하는 작동레버를 포함하는 다용도 볶음장치에 있어서;First, a support body equipped with a rotation controller that can control the rotation speed and direction of the upper gas switch and driving motor; a burner shielding member placed on and coupled to the upper side of the support; a gas burner installed on a support body to be exposed to the upper rear side of the burner shielding member; Support brackets installed on both front sides of the burner shielding member; a rotating shaft coupled to the support bracket; When the side plate and motor installation plate, which are formed by bending the upper side of the bottom plate where the flame supply hole is formed and where the front shaft support portion is fixed to the rotation axis, are viewed from a plan view,

'A rotating bracket equipped with a mold; a shock absorbing cylinder whose both ends are coupled to a cylinder support bracket provided behind the burner shielding member and the rotating bracket; a drive motor installed on the motor installation plate; A stir-fry pass driven by the drive motor and installed on the upper side of the flame supply hole; an operating lever fixing piece bent at 90 degrees on one side of the support bracket; In a multi-purpose stir-fry device including an operating lever whose lower end is coupled to the rotating shaft through the operating lever fixing piece to rotate and fix the rotating bracket including the stir-fry container to the frying position or the discharge position;

The rotating bracket and motor installation plate are configured separately; A rotation shaft is coupled to the bottom of the rotation bracket, and a screw hole is formed at the top of the rotation bracket; The motor installation plate forms variable plates located outside the rotation bracket on both sides; When viewed from the side, the variable plate is formed in a triangular shape that gradually widens from the lower end where the shaft coupling hole through which the rotation axis is coupled to the upper part, and forms a plurality of adjustment holes or arc-shaped adjustment holes corresponding to the screw holes; It is characterized in that the motor installation plate is fixed with a fixing bolt fastened to the screw hole through the adjustment hole.

Second, the cylinder support bracket provided on the burner shield member is characterized by being bent perpendicular to the fixing piece bent outward to fix the burner shield member to the support body.

Thirdly, a gas nozzle for burning and a spark ignition device are installed at the opening of the stir-fry container; The gas nozzle for fire taste and the spark ignition device are characterized by being installed at the tip of the gas supply pipe and the support pipe for the ignition device fixed to the support.

Fourthly, a flame control plate having different flame control holes is disposed on the lower side of the flame control gas nozzle so that it can be selected; The flame control plate is characterized in that it is fixed by a fixing bolt coupled to a fixing nut provided on the side of the flame gas nozzle.

Fifth, a flame guide fixing bracket is coupled to the gas supply pipe and the support pipe for the ignition device, and a flame guide surrounding the flame gas nozzle and the spark ignition device is coupled to the flame guide fixing bracket.

When using the improved multi-purpose stir-fry device provided by the present invention, the following effects are achieved.

-The support body, burner shielding member, and rotating bracket are made by laser processing and bending steel plates, so they can be manufactured at low cost.

-The lower end of the fixing member of the operating lever, which is pressurized by a pressure spring, is inserted into the discharge position fixing hole and the frying position fixing hole formed on the operating lever fixing piece, so that the rotating bracket containing the stir-fry container can be rotated to the frying position or the discharge position. Can provide operational convenience,

-The burner shielding member and the rear of the rotating bracket are coupled to each other with a buffer cylinder, providing smooth operation when rotating the stir-fry container to the stir-fry or discharge position.

-The rotating bracket and motor installation plate are constructed separately, and the motor installation plate has variable plates located outside the rotating bracket on both sides, allowing the use of stir-fry pans of different sizes.

-You can easily exchange and use jar-type or drum-type stir-fry containers by fixing the shaft coupling provided at the rear of the stir-fry container with the motor shaft to the rear of the rotating bracket.

Figure 1 is a perspective view showing a preferred embodiment of the improved multi-purpose stir-fry device provided by the present invention.
Figure 2 is an exploded perspective view of the improved multi-purpose stir-fry device provided by the present invention, and shows the burner shielding member separated from the support body.
Figure 3 is a side view of the improved multi-purpose stir-fry device provided by the present invention, showing the state in which the stir-fry tank is in the stir-fry position.
Figure 4 is a side view of the improved multi-purpose stir-fry device provided by the present invention, showing the stir-fry container in the discharge position.
Figure 5 is a perspective view of a burner shielding member applied to the present invention
Figure 6 is a perspective view of another example of a burner shielding member applicable to the present invention.
Figure 7 is a perspective view of the rotating bracket of the present invention
Figure 8 is a perspective view of another example of a rotating bracket applied to the present invention
Figure 9 is a perspective view illustrating the configuration of the rotating bracket and motor mounting plate of the present invention
Figure 10 is a side view of Figure 9
Figure 11 is a perspective view showing an example of a gas nozzle for fire taste installed in the present invention.
Figure 12 is a perspective view showing another example of a gas nozzle for burning fire installed in the present invention.
Figure 13 is a perspective view and cross-sectional view showing a stir-fry container of various configurations that can be applied to the present invention

Hereinafter, a preferred embodiment of the improved multi-purpose stir-fry device provided by the present invention will be described based on the accompanying drawings.

Figure 1 is a perspective view showing a preferred embodiment of the improved multi-purpose stir-fry device provided by the present invention, and Figure 2 is an exploded perspective view of the improved multi-purpose stir-fry device provided by the present invention, with the burner blocking member separated from the support. Figures 3 and 4 show a state diagram in which the stir-fry container is in the stir-fry position and a state diagram in the discharge position, respectively, in the improved multi-purpose stir-fry device provided by the present invention.

The improved multi-purpose stir-frying device 1 provided by the present invention can be used when cooking various grains as well as food, and the support 2 is located at the bottom.

The support body (2) includes a rotation controller (4) that controls the rotation speed of the drive motor (17), which will be described later, together with the upper gas switch (3), and rotates the drive motor (17) in the forward and reverse directions, which will be described later, and a time control device. Install the rotation regulator (5), controller (6), and gas burner (7), etc. The support body 2 is provided with height adjustment means 2a in all directions at the bottom so that the support body 2 can be installed in a horizontal state.

A gas burner (7) is coupled to the upper side of the support (2). The gas burner 7 may be provided in various configurations. For example, a gas burner 7 for LPG or a gas burner 7 for LNG can be applied.

The gas burner 7 is configured to control its thermal power by a controller 6 installed on the support 2.

A burner shielding member (8) is coupled to the upper side of the support (2), and a flame supply hole (9) is formed on the upper side of the burner shielding member (8) so that the gas burner (7) is rotated to be exposed to the outside. A rotating bracket (10) is installed to heat the stir-fry container (11) located on the upper side.

The rotation bracket 10 is installed to rotate around the rotation axis 14.

In the present invention, support brackets (12) are installed on both sides of the burner shielding member (8) to be located in front of the flame supply hole (9) formed in the rotating bracket (10), and these support brackets are installed on both sides of the burner shielding member (8). The rotation shaft 14 provided on the front shaft 13 of the rotation bracket 10 is inserted into (12) so that it can be rotated. At this time, it is natural that the support bracket 12 can be configured to be coupled to the rotating shaft 14 by installing a bush or bearing. At this time, the rotation axis 14 is preferably formed short enough to be coupled to the support brackets 12 at both side shaft parts 13 so that there is no interference when the stir-fry container 11 rotates, and if necessary, the support brackets 12 on both sides are It can also be configured in an integrated form so that it can be spoken gibberish.

The support bracket 12 is fixed to the burner shielding member 8 by welding or bolting, and an operating lever fixing piece 12a bent at 90 degrees is formed on one side of the support bracket 12, and a reinforcing piece (12a) is formed in the vertical direction. 12b) is formed to increase the rigidity of the support bracket 12.

The operation lever 15 is coupled to the rotation shaft 14 on the operation lever fixing piece 12a so that the rotation bracket 10 can be rotated to the frying position or the discharge position.

The rotating bracket 10 surrounds the flame supply hole 9 formed in the bottom plate 10a when viewed from the top. It is configured to include a motor installation plate 16 connecting the rear of both side plates 10b and both side plates 10b provided with shaft supports 13 to be bent into a 'shape.' A hole for assembling the motor shaft 17a and a hole for installing the drive motor 17 are formed in the motor installation plate 16.

A cylinder support bracket (18) is installed on the burner shielding member (8) to be located behind the support bracket (12), and a cylinder support bracket (18) is also installed behind the side plate (10b) of the rotating bracket (10). The cylinder support bracket (18) is rotatably coupled to both ends of the buffer cylinder (19) to provide smooth operation when the rotation bracket (10) is rotated around the rotation axis (14) to the stir-fry or discharge position. do.

In addition, a magnet 20 is installed on the rear bottom of the rotary bracket 10 to be in contact with the upper surface of the burner shielding member 8, so that the rotary bracket 10 is rotated by the drive motor 17 when it is in the frying position. It prevents the rotating bracket 10 from being shaken by the stir-fry container 11, etc., and also functions to prevent the rotating bracket 10 from arbitrarily rotating to the discharge position.

The magnet 20 is preferably formed in a plate shape, and is preferably fixed to one side of the upper surface of the burner shielding member 8 or the lower surface of the rotating bracket 10.

Meanwhile, a drive motor 17 is installed to the outside of the motor installation plate 16 of the rotation bracket 10, and the motor shaft 17a is pulled out toward the flame supply hole 9.

The motor shaft (17a) is coupled with a stir-fry tank (11) located on the upper side of the flame supply hole (9) and has a stirring blade (11a) installed therein, and the stir-fry tank (11) is stirred by the driving force of the drive motor (17). Allow it to rotate.

The support body (2), the burner shielding member (8), and the rotating bracket (10) in the present invention configured as described above can be constructed by cutting and welding a steel plate or by bending a steel plate after laser processing, Considering production costs, etc., it is preferable to bend the material after laser processing.

In the drawing, unexplained symbol 31 represents a buzzer, 32 represents a gas regulator, 33 represents a main power switch, 34 represents a rotation start switch, 35 represents a lower gas switch, and 36 represents a power switch.

Figure 5 shows a perspective view taken from a burner shielding member applied to the present invention, and Figure 6 shows a perspective view taken from another example of a burner shielding member applicable to the present invention.

The burner shielding member 8 provided in the present invention is formed in a roughly square shape and has ventilation holes 8a on both sides.

The burner shielding member 8 forms a seating portion 8b placed on the support 2 on the lower side so that it can be fixed to the support 2 in a state disposed on the upper side of the support 2, and the seating portion 8b has A fixing piece (8c) surrounding the support body (2) is formed and fixed to the support body (2) with a fixing means (8d) such as a piece.

In addition, as shown in FIG. 6, the burner shielding member (8) forms a fixing piece (8c) that faces the support body (2), is placed on the upper surface of the support body (2), and is then secured with a fixing means (8d) such as a piece. It may be configured to be fixed to the support (2).

When the fixing piece 8c is bent as described above, a cylinder support bracket 18' bent upward from the fixing piece 8c is provided to eliminate the inconvenience of attaching a separate cylinder support bracket. You can do it.

Figure 7 is a perspective view of the rotating bracket of the present invention, Figure 8 is a perspective view of another example of the rotating bracket applied to the present invention, and Figure 8 is an excerpt of the configuration of the rotating bracket and motor installation plate of the present invention. A perspective view, Figure 9, respectively shows the side view of Figure 8.

As shown in FIG. 7, the rotating bracket 10 provided by the present invention bends the edge of the bottom plate 10a upward so that the flame supply hole 9 is formed and the gas burner 7 is exposed to the outside. When viewed from a plane, It is provided in a configuration including a motor installation plate 16 connecting the rear of both side plates 10b and both side plates 10b with shaft supports 13 to be formed in a shape, or the motor installation plate 16 It is configured as a separate type.

That is, as shown in FIGS. 8 and 9, the motor installation plate 16 is configured as a separate type by coupling the rotation shaft 10c to the rear lower end of both side plates 10b of the rotation bracket 10, and the rear upper end A screw hole (10d) is formed in .

The separately configured motor installation plate 16 forms a variable plate 16a located outside the side plate 10b on both sides, and the variable plate 16a is an axis to which the rotation axis 10c is coupled when viewed from the side. It is formed in a triangular shape that gradually widens from the bottom where the coupling hole 16b is formed to the top, and forms a plurality of adjustment holes or arc-shaped adjustment holes 16c corresponding to the screw hole 10d, and the adjustment holes or arc-shaped adjustment holes 16c are formed. It is configured to fix the motor installation plate 16 by fastening the fixing bolt 16d to the screw hole 10d through the adjustment hole 16c.

This configuration is very advantageous for applying stir-fry containers 11 of various sizes.

That is, as shown in FIG. 8, when the size of the stir-fry container 11 is small, the variable plate 16a provided on the motor installation plate 16 is rotated upward toward the side plate 10b, and the size of the stir-fry container 11 is adjusted. If is large, the variable plate 16a provided on the motor installation plate 16 can be rotated downward away from the side plate 10b.

Figure 9 shows a perspective view showing an example of a gas nozzle for a fire taste installed in the present invention, and Figure 10 shows a perspective view showing another example of a gas nozzle for a fire taste installed in the present invention.

The gas nozzle for fire taste is installed on the opening side of the roasting container (11), and the gas nozzle for fire taste (21) and the spark ignition device (23) are installed on the support body. It consists of a gas supply pipe (22) fixed to the rear of (2) and a structure installed at the tip of the ignition device support pipe (24).

On the lower side of the gas nozzle 21, as shown in FIG. 10, a flame control plate 25 with different flame control holes 26 is provided so that it can be selected, and the flame control plate 25 is a fire control plate 25. It can be configured to be fixed by a fixing bolt (28) coupled to the fixing nut (27) provided on the side of the taste gas nozzle (21).

The flame control hole 26 formed in the flame control plate 25 is a first control hole 26a that discharges the flame provided by the gas nozzle 21, and a second control hole formed with a small hole in the circumferential direction. (26b), and a third control hole (26c) in which small holes are formed evenly on the front surface, so that the intensity of the flame can be adjusted.

The flame control hole 26 as described above provides the functionality of providing the flame provided from the gas nozzle 21 as it is in the stir-fry tank 11 or dispersing the flame, which is provided in the stir-fry tank 11. The flame can be selected and used depending on the type of stir-fry being cooked.

Meanwhile, in the present invention, a flame guide fixing bracket (29) is coupled to the gas supply pipe (22) and the support pipe for ignition device (24), and the flame guide fixing bracket (29) is equipped with a gas nozzle (21) for flame ignition and a spark ignition device. It includes a configuration combining a flame guide (30) surrounding (23).

The flame guide 30 provides the functionality of guiding and supplying the flame provided from the gas nozzle 21 for roasting into the inside of the frying pan 11, and is a U-shaped front member coupled to the flame guide fixing bracket 29. It consists of a configuration including (30a) and a rear member (30b) that seals the rear surface of the front member (30a).

Figure 13 shows a perspective view and a cross-sectional view showing a stir-fry container 11 of various configurations that can be applied to the present invention.

The stir-fry container 11 that can be applied in the present invention can be provided in various external shapes such as drum-type and jar-type, and a stirring wing 11a for stirring the stir-fry is installed inside, and a drive motor at the rear ( It is provided with a shaft support portion (11b) that is separately coupled to the motor shaft (17a) of 17).

The improved multi-purpose stir-fry device (1) of the present invention, configured as described above, is used for various stir-fry dishes, and is rotated by the burner shielding member (8) and drive motor (17) installed on the upper side of the support (2). The bracket is formed integrally with the burner shielding member (8), which is formed by laser cutting and bending the rotating bracket (10) to simplify parts and reduce manufacturing costs, and the motor installation plate (16) is connected to the rotating bracket (10). It provides the functionality of installing the stir-fry tank 11 in a separate configuration and combining the variable plate 16a provided on the motor installation plate 16 so that it can be varied at various angles.

In addition, the flame control plate 25 can be rotated at the bottom of the gas nozzle 21 located on the opening side of the stir-fry container 11 to provide a variety of flames.

In the detailed description of the present invention, specific embodiments are described, but of course, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of protection of the present invention should not be limited to the described embodiments, but should be determined by equivalents as well as the claims described below.

1: Improved multi-purpose stir-fry device 2: Support 2a: Height adjustment means
3: Upper gas switch 4: Rotation regulator 5: Rotation regulator
6: Controller 7: Gas burner 8: Burner shielding member
8a: Ventilation hole 8b: Resting part 8c: Fixing piece
8d: Fixing means 9: Flame supply hole 10: Rotating bracket
10a: Bottom plate 10b: Side plate 10c: Rotation axis
10d: Screw hole 11: Stir-fry tank 11a: Stirring wing
11b: 12: Support bracket 12a: Operating lever fixing piece 12b: Reinforcement piece
13: Axis support 14: Rotation shaft 15: Operating lever
16: Motor installation plate 16a: Variable plate 16b: Shaft coupling hole
16c: Control hole 17: Drive motor 17a: Motor shaft
18: Cylinder support bracket 18': Cylinder support bracket 19: Buffer cylinder
20: Magnet 21: Gas nozzle for fire taste 22: Gas supply pipe
23: Spark ignition device 24: Support pipe for ignition device 25: Flame control plate
26: Flame control hole 26a: First control hole 26b: Second control hole
26c: Third adjustment hole 27: Fixing nut 28: Fixing bolt
29: Flame guide fixing bracket 30: Flame guide 30a: Front member
30b: Rear member

Claims (5)

a support body (2) on which a rotation controller (4) capable of controlling the rotation speed and direction of the upper gas switch (3) and the drive motor (17) is installed;
A burner shielding member (8) placed and coupled to the upper side of the support body (2);
a gas burner (7) installed on the support body (2) to be exposed to the upper rear side of the burner shielding member (8);
Support brackets (12) installed on both front sides of the burner shielding member (8);
a rotating shaft 14 coupled to the support bracket 12;
The front shaft support portion 13 is fixed to the rotation shaft 14 and the side plate 10b and the motor installation plate 16, which are formed by bending the upper side of the bottom plate 10a on which the flame supply hole 9 is formed, are viewed in a plane view. at the time ' A rotating bracket (10) provided in a 'type';
A shock absorbing cylinder (19) whose both ends are coupled to the cylinder support bracket (18) provided at the rear of the burner shielding member (8) and the rotating bracket (10);
a drive motor (17) installed on the motor installation plate (16);
A stir-fry tank (11) driven by the drive motor (17) and installed on the upper side of the flame supply hole (9);
an operating lever fixing piece (12a) bent at 90 degrees on the one side support bracket (12);
An operating lever (15) whose lower end is coupled to the rotating shaft (14) through the operating lever fixing piece (12a) and rotates and fixes the rotating bracket (10) on which the stir-fry container (11) is installed to the frying position or discharge position. In a multipurpose stir-fry device;
The rotating bracket 10 and the motor installation plate 16 are configured separately;
A rotating shaft (10a) is coupled to the lower end of the rotating bracket (10), and a screw hole (10b) is formed at the upper end;
The motor installation plate 16 forms variable plates 16a located outside the rotation bracket 10 on both sides;
When viewed from the side, the variable plate 16a is formed in a triangular shape that gradually widens from the bottom where the shaft coupling hole 16b, where the rotation shaft 10a is coupled, is formed to the top, and has a plurality of screw holes corresponding to the screw holes 10b. Forms an adjustment hole or an arc-shaped adjustment hole (16c);
An improved multi-purpose stir-fry device, characterized in that the motor installation plate (16) is fixed with a fixing bolt (16d) fastened to the screw hole (10b) through the adjustment hole (16c).
In claim 1;
The cylinder support bracket (18) provided on the burner shielding member (8) is characterized by being bent perpendicular to the fixing piece (8c) bent outward in order to fix the burner shielding member (8) to the support body (2). An improved multi-purpose stir-frying device.
In claim 1;
A gas nozzle 21 and a spark ignition device 23 are installed at the opening of the stir-fry container 11;
An improved multi-purpose stir-fry device, characterized in that the gas nozzle (21) for the fire taste and the spark ignition device (23) are installed at the ends of the gas supply pipe (22) and the support pipe for ignition device (24) fixed to the support (2).
In claim 3;
A flame control plate 25 having different flame control holes 26 is disposed on the lower side of the gas nozzle 21 so that it can be selected;
The flame control plate (25) is an improved multi-purpose stir-fry device, characterized in that the flame control plate (25) is fixed by a fixing bolt (28) coupled to a fixing nut (27) provided on the side of the gas nozzle (21) for burning.
In claim 3;
A flame guide fixing bracket (29) is coupled to the gas supply pipe (22) and the support pipe for ignition device (24), and a fire gas nozzle (21) and a spark ignition device (23) are attached to the flame guide fixing bracket (29). An improved multi-purpose stir-fry device characterized by combining a surrounding flame guide (30).