KR102348647B1 - Multipurpose Stir-fried Unit - Google Patents

Abstract

The present invention relates to a multipurpose stir-frying device used for cooking food or stir-frying various grains, to realize ease of use by simplifying the configuration, to be supplied at an inexpensive price, and to easily exchange and install stirring blades of various configurations according to a stir-fried object. Thus, the multipurpose stir-frying device of the present invention includes: a support installed therein with a power switch, and a rotation regulator capable of adjusting a rotational speed of a driving motor; a burner coupling member mounted and coupled to an upper side of the support; a gas burner assembly installed inside the burner coupling member, and including a gas burner having an exposed gas valve for controlling gas forward and positioned below a flame supply hole formed in an upper rear side of the burner coupling member; support brackets installed on both sides of the front of the flame supply hole; a rotating shaft coupled to the support brackets; a rotating bracket including both side plates having a front shaft support part fixed to the rotating shaft so as to be bent in a U shape when viewed from a plan view to surround the flame supply hole, and a motor mounting plate connecting the rear of the both side plates; a buffer cylinder having both ends coupled to a cylinder support bracket installed at the rear sides of the burner coupling member and the side plates; a driving motor installed on the motor mounting plate; a stir-frying bowl driven by the driving motor, positioned above the flame supply hole and installed with stirring blades inside; an operation lever fixing piece bent at 90 degrees to the one side support bracket; and an operation lever having a lower end coupled to the rotating shaft through the operation lever fixing piece to rotate and fix the rotating bracket including the stir-frying bowl to the stir-frying position or the discharge position.

Description

Multipurpose Stir-fried Unit

The present invention relates to a multi-purpose stir-frying apparatus used for cooking food or roasting various grains, and more specifically, it can be supplied at a low price, and can be supplied at a low price, while simplifying the configuration to realize convenience of use. The purpose of this is to provide a multi-purpose stir-frying device that can be used by easily replacing and installing agitating blades of various configurations.

A stir-frying device is used when cooking food or frying various grains.

In the case of a stir-frying device, various configurations are provided, and as a representative example, the grain stir-fry device of Republic of Korea Patent Publication (B1)10-035824 (October 25, 2002) has been proposed, and the configuration is moved and fixed to a desired position. In the grain stir-fry section supporting means configured to enable this is configured, and the grain stir-fry section consisting of a rotatable cauldron and a burner fixed to the cauldron is installed on the upper portion of the grain stir-fry section supporting means, the grain stir-fry section supporting means includes grain By transmitting power to the stir-frying unit and rotating it, a tilt driving means is installed so that the grain is discharged or the cauldron is restored. , When a signal that the cauldron has returned to the aeration gradient driving means and the cauldron inclination sensing unit is transmitted from the cauldron inclination sensing unit, the controller that transmits a stop command to the aeration slope driving means has a control unit and has a configuration such that it is connected , sesame, rice, beans, etc. have the effect of discharging grains by automatically tilting the cauldron in a state where a large amount of grains are properly roasted for a certain period of time.

As another example, the stir-frying device of Republic of Korea Patent Publication (B1) 10-1674670 (2016.11.22.) is provided, and the configuration of the stir-frying device is that at least one is installed on the inner circumferential surface of the heating vessel in the longitudinal direction. A vertical stirring blade with a contact plate extending horizontally to a predetermined length on one side of the lower end while maintaining magnetic force so that one side of the bottom surface of the adhesion plate is in close contact by magnetic force is generated and attached to one surface of the upper rim of the heating tube An insertion groove is formed inside the binding part on one side so that the end of the motor shaft of the drive motor is bound while being fixedly installed on the bottom surface of the member and the heating tube, and at the upper end of the binding part so that the binding pin protruding from the outer peripheral surface of the motor shaft is restrained. A guide hole cut vertically inside the insertion groove and a binding hole horizontally cut on both sides of the outer circumferential surface of the binding part in connection with the guide hole are formed, and the other side of the fixing part is fixedly attached to the bottom surface of the heating tube in connection with the binding part. It is proposed to have a configuration such that it is made of a configured coupling member.

In the case of the above-mentioned prior art, it is characterized in that the stirring blades inside the stir-frying barrel can be easily exchanged so that the stirring blades suitable for the stir-frying object can be used.

As another example, the rotary stir-frying device of Japanese Patent Application Laid-Open No. (A) 2004-187840 (July. A rotary stirrer comprising: a support mechanism for tilting the stir-fry pan toward the heat source device; and a driving arrangement for rotating the stir-fry pan, characterized in that the driving arrangement is intermittently driven is doing In addition, when the handle is pulled, the stir-fry pan is tilted forward so that the stir-fried water can be discharged.

However, in the case of the above configuration, there is an inconvenience in that the stir-fried water has to be discharged while maintaining the pulled state of the handle.

In addition, in the case of the conventional stir-frying apparatus described above, there is a problem in that the configuration is complicated, so that it is difficult to manufacture, and the manufacturing cost is also increased.

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

Accordingly, in the present invention, the present invention provides functionality to allow the stir-frying barrel to be easily rotated, and to exchange variously the stirring blades installed inside the stir-frying barrel depending on the object, while simplifying the configuration to reduce the manufacturing cost. research and development of the invention.

That is, in the present invention, the support, the burner coupling member installed on the upper side of the support, and the rotary bracket rotated by the driving motor are provided in a configuration in which laser cutting and bending are provided to reduce manufacturing costs, and to be installed in front of the rotary bracket The operation lever is installed on the rotating shaft, and a buffer cylinder is installed at the rear of the burner coupling member and the rotating bracket to improve operability so that the stir-fry can be easily rotated forward. The present invention has been completed with the technical problem of the invention in providing agitating blades in various configurations suitable for the object and allowing easy exchange and installation.

In the present invention as a means to solve the problem, the first power switch and a support provided with a rotation regulator capable of adjusting the rotation speed of the driving motor; a burner coupling member mounted and coupled to the upper side of the support; a gas burner assembly installed in the burner coupling member, the gas valve controlling gas being exposed to the front, and including a gas burner positioned below the flame supply hole formed at the rear and upper side of the burner coupling member; Support brackets installed on both sides of the front of the flame supply hole and; a rotating shaft coupled to the support bracket; A rotation bracket including a motor mounting plate connecting the rear of both side plates and both side plates having a shaft supporting part so that the front shaft part is fixed to the rotation shaft and bent in a '∩' shape in plan view to surround the flame supply hole class; a buffer cylinder having both ends coupled to the cylinder support bracket installed at the rear of the burner coupling member and the side plate; a driving motor installed on the motor mounting plate; a stir-frying passage driven by the driving motor, located above the flame supply hole, and installed with agitating blades inside; an operation lever fixing piece bent at 90 degrees to the one side support bracket; The lower end is coupled to the rotation shaft through the operation lever fixing piece, and it characterized in that it comprises an operation lever for rotating the rotation bracket including the stir-frying container to the stir-fry position or the discharge position.

a second power switch and a support having a rotation regulator capable of adjusting the rotation speed of the driving motor; a burner coupling member mounted on the upper side of the support and coupled so that the front surface thereof is identical to the front surface of the support; a gas burner assembly installed inside the burner coupling member and including a gas burner positioned below the flame supply hole formed in the upper rear side of the burner coupling member; Support brackets installed on both sides of the front of the flame supply hole and; a rotating shaft coupled to the support bracket; A front shaft support portion is fixed to the rotation shaft and includes a motor mounting plate connecting the rear of both side plates and both side plates provided with the shaft support portion so as to be bent in a '∩' shape in plan view to surround the flame supply hole, and a support body and a rotation bracket in which the front and front portions of the burner coupling member coincide; a buffer cylinder having both ends coupled to the cylinder support bracket installed at the rear of the burner coupling member and the side plate; a driving motor installed on the motor mounting plate; a stir-frying passage driven by the driving motor, located above the flame supply hole, and installed with agitating blades inside; an operation lever fixing piece bent at 90 degrees to the one side support bracket; The lower end is coupled to the rotation shaft through the operation lever fixing piece, and it characterized in that it comprises an operation lever for rotating and fixing the rotation bracket including the stir-frying container to the stir-fry position or the discharge position.

Third, the operation lever fixing piece has a discharging position fixing hole in the front and two frying position fixing holes in the rear, and these discharging position fixing holes and the roasting position fixing hole are interconnected by a connection hole; The operating lever includes a lever body having a lower end fixed to a rotating shaft; a fixing member whose lower end is inserted into the discharge position fixing hole and the roasting position fixing hole while ascending and descending along the lever body; It is disposed on the upper end of the fixing member and characterized in that it comprises a pressing spring for elastically supporting the fixing member downward.

Fourth, the operation lever fixing piece is formed in an arc or square shape, and a stopper plate) is further installed below the operation lever fixing piece to support the lower end of the fixing member moving up and down along the operation lever.

Fifth, the operation lever has an assembly hole formed on the rotation shaft, a lever body having a lower end fixed to the assembly hole, and a fixing member that ascends and descends along the lever body is installed on the lever body, and a pressure spring is placed on the upper side to fix it enable downward elastic support of the member; It is characterized in that the fixing bolt is coupled to the rotating shaft in the axial direction to fix the coupled lever body through the assembly hole.

Sixth, a magnet is installed on the rear lower surface of the rotary bracket or the upper surface of the burner coupling member so that it can be fixed when the rotary bracket is in the stir-fry position.

Seventh, the stir-fry barrel is provided with a shaft coupling port coupled to the motor shaft at the rear, a jar-shaped opening with a narrower opening than the body, or a drum type with a shaft coupling port coupled with the motor shaft to the rear, and the diameter of the body and the opening side is the same It is characterized in that it consists of any one of.

Eighth, forming a wing fixing screw rod to the inner rear center of the stir-fry barrel, and forming a guide screw rod on both sides of the wing fixing screw rod; The blade fixing screw rod and the guide screw rod have a fixing hole formed in the blade fixing piece of the stirring blade that is integrally formed with the stirring blade that is grounded on the inner surface of the stir-frying barrel. It is characterized in that it is assembled as much as possible.

A cover that can cover the stir-fry barrel is coupled to the upper side of the ninth rotation bracket; It is characterized in that the support roller for supporting the stir-fry barrel is installed on the front side of the cover to rotate freely.

According to the multi-purpose stir-frying device provided in the present invention, it provides the following effects.

- Since the support body, burner coupling member, and rotating bracket are formed by bending an iron plate after laser processing, it can be manufactured at low cost.

-The lower end of the fixing member of the operating lever, which is pressed by the pressure spring, is inside the discharge position fixing hole and the roasting position fixing hole formed in the operating lever fixing piece, so that the rotating bracket including the stir-fry can be rotated to the stir-fry position or the discharge position. It can provide operational convenience,

-The burner coupling member and the rear of the rotating bracket are interconnected by a buffer cylinder, providing smooth operation when rotating the stir-frying container to the stir-fry or discharge position.

- By inserting and fixing the shaft coupling port provided at the rear of the stir-frying container with the motor shaft, it is possible to easily exchange the jar-type or drum-type stir-frying container, and the stirring blade located inside the stir-frying container can be replaced according to the object to be roasted. Therefore, it can be used regardless of the stir-frying object.

1 is a perspective view showing a preferred embodiment of a multi-purpose stir-fry apparatus provided in the present invention;
Figure 2 is an exploded perspective view of the multi-purpose stir-fry apparatus provided in the present invention;
3 is a side view of the multi-purpose stir-fry apparatus provided in the present invention, a state diagram in which the stir-fry is in the stir-fry position;
4 is a side view of the multi-purpose stir-fry apparatus provided by the present invention, a state diagram in which the stir-fry barrel is in the discharge position;
5 is a perspective view showing the coupling state of the transmission motor shaft applied to the present invention;
6 is a cross-sectional view of FIG.
7 is a perspective view showing another example of a stir-fry that can be applied to the present invention;
8 is an exploded perspective view of an operating lever applied to the present invention;
9 is a cross-sectional view of FIG. 8, in which the lower end of the fixing member of the operating lever is lowered and the lower end is inserted into the discharge position fixing hole and the stir-frying position fixing hole;
10 is a cross-sectional view of FIG. 8, in which the fixing member of the operating lever is raised and the lower end is separated from the discharge position fixing hole and the stir-frying position fixing hole;
11 is a perspective view showing another example of a multi-purpose stir-fry apparatus provided in the present invention;
12 is a side view of a stir-frying state diagram showing another example of a multi-purpose stir-fry apparatus provided by the present invention;
13 is a side view discharging state diagram showing another example of the multi-purpose stir-fry apparatus provided in the present invention;
14 is an exploded perspective view of an operating lever in another example of the multi-purpose stir-fry apparatus provided in the present invention;
15 is a cross-sectional view showing the coupling state of the stirring blade installed inside the stir-fry of the present invention;
16 is a front view showing various examples of agitating blades that can be installed inside the stir-frying container of the present invention;

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

1 is a perspective view showing a preferred embodiment of the multi-purpose stir-fry apparatus provided in the present invention, Figure 2 is an exploded perspective view of the multi-purpose stir-fry apparatus provided in the present invention, Figures 3 and 4 are provided by the present invention A side view of the multi-purpose stir-fry apparatus shows a state diagram in which the stir-fry is in a stir-frying position and a state diagram in a discharge position, respectively.

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

The support 2 is provided with a power switch 21 together with a rotation regulator 22 for adjusting the rotation speed of the driving motor 11 to be described later, and a timer 23 for setting the time. The support body 2 is provided with a height adjustment means 24 in all directions at the bottom so that the support body 2 can be installed in a horizontal state.

The gas burner assembly 3 is placed on the upper side of the support 2 . The gas burner assembly (3) is installed and protected so that it can be drawn out to the front and separated from the burner coupling member (4). It is fixed to the support body (2) by a fixing means such as a piece.

The gas burner assembly 3 built into the burner coupling member 4 exposes the gas valve 31 to the front to control the gas, and the gas burner 32 located at the rear is the burner coupling member 4 . It is exposed to the outside through the flame supply hole 42 formed in the.

Above the burner coupling member 4, a rotary bracket 6 in which a stir-frying barrel 5 located above the flame supply hole 42 formed in the rear is installed is disposed.

The rotation bracket (6) is installed to rotate around the rotation shaft (7).

In the present invention, support brackets 43 are installed on both sides of the burner coupling member 4 so as to be located in front of the flame supply hole 42 formed in the burner coupling member 4, and the support bracket 43 has a rotating bracket. The rotation shaft 7 provided in the front shaft support part 61 of (6) is inserted so that it can be rotated. At this time, it is natural that the support bracket 43 may be configured to be coupled to the rotation shaft 7 by installing a bush or bearing. At this time, the rotation shaft 7 is preferably formed short enough to be coupled to the support bracket 43 in the shaft support parts 61 on both sides so that there is no interference when the stir-frying tube 5 rotates, and if necessary, the support brackets 43 on both sides. It can also be configured as an integral part to be able to gibble.

The support bracket 43 is fixed to the burner coupling member 4 by welding or bolts, and an operation lever fixing piece 44 bent by 90 degrees is formed on one support bracket 43 .

The operation lever 8 is coupled to the rotation shaft 7 on the side of the operation lever fixing piece 44 so that the rotation bracket 6 can be rotated to the stir-fry position or the discharge position.

The rotation bracket 6 has both side plates 62 provided with shaft support parts 61 to be bent in a '∩' shape in plan view so as to surround the flame supply hole 42 formed in the burner coupling member 4 . ) and a configuration including a motor mounting plate 63 connecting the rear of both side plates 62 . A hole for assembling the motor shaft 111 and a hole for installing the driving motor 11 are formed in the motor mounting plate 63 .

A cylinder support bracket 45 is installed on the burner coupling member 4 to be located behind the support bracket 43 , and a cylinder support bracket 64 is installed also behind the side plate 62 of the rotation bracket 6 , and these Both ends of the buffer cylinder 9 are rotatably coupled to the cylinder support brackets 45 and 64 to provide smooth operability when the rotation bracket 6 is rotated to the stir-fry position or the discharge position about the rotation shaft 7 make it possible

In addition, a magnet 10 is installed on the rear bottom surface of the rotation bracket 6 so as to be in contact with the upper surface of the burner coupling member 4 to rotate by the drive motor 11 when the rotation bracket 6 is in the stir-fry position. It prevents the rotation bracket 6 from being shaken by the stir-frying barrel 5, etc., and enables the function of fixing the rotation bracket 6 not to rotate arbitrarily to the discharge position.

It is preferable to use the magnet 10 to be formed in a plate shape, and it is preferable to fix one side of the upper surface of the burner coupling member 4 or the lower surface of the rotating bracket 6 .

Meanwhile, a driving motor 11 is installed on the motor mounting plate 63 of the rotation bracket 6 to be located outside, and the motor shaft 111 is drawn out toward the flame supply hole 42 .

The motor shaft 111 is located on the upper side of the flame supply hole 42 and is coupled to the stir-frying tube 5 having the stirring blade 12 installed therein, and the stir-frying tube 5 is driven by the driving force of the driving motor 11. to be able to rotate.

The support 2, the burner coupling member 4 and the rotation bracket 6 in the present invention configured as described above may be configured by a method of cutting and welding an iron plate or a method of bending the iron plate after laser processing, Considering the manufacturing cost, etc., it is preferable to bend after laser processing, which is the latter.

5 is a perspective view showing the coupling state of the motor shaft through the gospel applied to the present invention, FIG. 6 is a cross-sectional view of FIG. 5, and FIG. 7 is a cross-sectional view showing another example of a stir-fry that can be applied to the present invention will show

The combination of the stir-fry barrel 5 and the motor shaft 111 provided in the present invention has a configuration that can be easily disassembled and assembled. That is, the shaft coupler 51 is provided at the rear of the stir-frying tube 5 and is fixed to the motor shaft 111 with the fixing bolt 52 provided in the shaft coupler 51 in the state that it is inserted into the motor shaft 111 . configure it to be At this time, the motor shaft 111 may be configured to form a key groove to increase the coupling force.

On the other hand, in the case of the stir-fry barrel 5 provided in the present invention, as shown in Figs. 1 to 7, the opening side is narrower than the body of a jar-shaped configuration, and as shown in Fig. 8, the diameters of the body and the opening side are It may be configured in the same drum type.

The stir-fry barrel 5 of the jar-shaped configuration is suitable for cooking dishes with broth, and the drum type is suitable for frying dishes without broth or various grains.

8 is an exploded perspective view showing an extracting operating lever applied to the present invention, and FIGS. 9 and 10 are cross-sectional views of FIG. 8, in which the fixing member of the operating lever descends and the lower end is in the discharge position fixing hole and the stir-frying position fixing hole The state diagram in which the lower end is fitted and the state diagram in which the lower end is separated from the discharge position fixing hole and the stir-fry position fixing hole as the fixing member of the operating lever is raised are respectively shown.

In the case of the operation lever 8 provided in the present invention, as mentioned above, the function of fixing the rotation bracket 6 in the stir-fry position or the discharge position is provided.

As a configuration for this, in the present invention, the discharge position fixing hole 44a and the stir-frying position fixing hole 44b are formed in the operation lever fixing piece 44, and they are interconnected by a connection hole 44c having a narrower width. Preferably, the discharge position fixing hole (44a) is formed in the front, and the roasting position fixing hole (44b) is formed in the rear side.

The actuating lever 8 has a lever body 81 having a screw hole 71 formed on the rotation shaft 7 and a lower end fixed to the screw hole 71, and the lever body 81 has the lever body ( A fixing member 82 that ascends and descends along the 81 is installed, and a pressure spring 83 is disposed above the fixing member 82 to elastically support the fixing member 82 downward.

At this time, the lever body 81 has a diameter corresponding to the connection hole 44c, and the fixing member 82 has a diameter corresponding to the discharge position fixing hole 44a and the stir-frying position fixing hole 44b. When the lower end of (82) is inserted into the discharge position fixing hole (44a) and the stir-frying position fixing hole (44b), the stir-fry barrel (5) can be fixed to the discharge position or the stir-fry position.

11 is a perspective view showing another example of the multi-purpose stir-fry apparatus provided by the present invention, FIGS. 12 and 13 are side views showing another example of the multi-purpose stir-fry apparatus provided by the present invention, and FIG. Each of the exploded perspective views in which the operating lever is extracted from another example of the multi-purpose stir-frying device is shown.

As described above, in configuring the multi-purpose stir-frying device 1 as described above, the tip of the support 2 and the tip of the burner coupling member 4 are formed to coincide with each other, and the rotation bracket 6 that rotates around the rotation shaft 7 ) to be positioned in line with the front of the support body (2) and the burner coupling member (4).

A cover 13 that can cover the stir-fry barrel 5 is coupled to the upper side of the rotation bracket 6 , and a heat exhaust hole 13a is formed in the cover 13 . At this time, on the front side of the cover 13 where the stir-fry tube 5 is visible, the support roller 14 for supporting the stir-fry tube 5 is symmetrically installed so as to rotate freely.

On the other hand, in the case of the stir-fry barrel (5), it is installed so that a part is exposed in front of the rotating bracket (6).

As described above, when the stir-fry barrel 5 is projected toward the front of the rotation bracket 6 in a state where the front part of the burner coupling member 4 and the rotation bracket 6 is aligned with the front part of the support body 2, the stir-fry bowl 5 ) is very effective when washing the stir-fry barrel (5) to be located on the opening side in front of the support (2) when tilting forward.

That is, even if the inside of the stir-frying tube 5 is washed with washing water in a state in which the stir-frying tube 5 is tilted forward, there is no fear that the support 2 or the burner coupling member 4 may be contaminated by the washing water.

In addition, in another embodiment, in the present invention, the discharge position fixing hole (44a) and two stir-frying position fixing holes (44b) are formed in the operation lever fixing piece (44) and interconnected by a connection hole (44c) having a narrower width than these. do. Preferably, a discharge position fixing hole 44a is formed in the front, and a stir-frying position fixing hole 44b is formed in the middle and rear.

The actuating lever (8) has an assembly hole formed in the rotating shaft (7), and a lever body (81) whose lower end is fixed to the assembly hole (84), and the lever body (81) is provided along the lever body (81). A fixing member 82 is installed to ascend and descend, and a pressure spring 83 is disposed on the upper side thereof to elastically support the fixing member 82 downward. At this time, the fixing bolt 15 is coupled to the rotating shaft 7 in the axial direction to fix the coupled lever body 81 through the assembly hole 84 .

On the other hand, the lever body 81 has a diameter corresponding to the connection hole 44c, and the fixing member 82 has a diameter corresponding to the discharge position fixing hole 44a and the two stir-frying position fixing holes 44b. When the lower end of the fixing member 82 is inserted into the discharge position fixing hole 44a and the two roasting position fixing holes 44b, the stir-fry barrel 5 can be fixed to the discharge position or the stir-fry position. At this time, the operation lever fixing piece 44 is formed in an arc shape or a portion in which the discharge position fixing hole 44a and the two stir-frying position fixing holes 44b are formed in a square shape, and the stopper plate is positioned below the operation lever fixing piece 44 . (46) is further installed to support the lower end of the fixing member 82 that ascends and descends along the operation lever 81 to prevent the fixing member 82 from coming into contact with the rotating shaft 7 . It goes without saying that this configuration can be applied to the embodiments as in FIGS. 1 to 10 . In the drawings, reference numeral 25 illustrates a gas timer, and reference numeral 26 illustrates a gas valve installed on the support 2 to control gas supply.

Figure 15 is a cross-sectional view showing the coupled state of the stirring blades installed inside the stir-frying barrel of the present invention, Figure 16 is a front view showing various examples of the stirring blades that can be installed inside the stir-frying barrel of the present invention, respectively.

Stirring blades 12 are coupled to the inside of the stir-frying barrel 5 provided in the present invention to stir the object.

In the present invention in a configuration combining the stirring blades 12, the wing fixing screw rods 53 are formed around the inner rear center of the stir-frying barrel 5, and guide screw rods 54 are formed on both sides of the wing fixing screw rods 53. ) to form

The blade fixing screw rod 53 and the guide screw rod 54 are fixed to the blade fixing piece 12b of the stirring blade 12 integrally formed with the stirring blade 12a grounded on the inner surface of the stir-frying barrel 5 By inserting the hole 12c and fixing the blade fixing screw rod 53 using the fixing nut 12d to which it is fastened, the stirring blade 12 can be disassembled and assembled.

The stirring blade 12 may be provided in various shapes as shown in FIG. 12 . That is, the stirring blade (12a) may be formed in one piece, or several forks may be formed in the stirring blade (12a).

When you want to stir-fry or cook a stir-fry object using the multi-purpose stir-frying device 1 of the present invention configured as described above, first select a stir-frying barrel 5 and a stirring blade 12 suitable for the object, and the motor shaft 111 assemble on At this time, while the fixing member 82 of the operation lever 8 is inserted into the stir-frying position fixing hole 44b, the stir-frying barrel 5 is fixed to the stir-frying position.

In the state prepared as described above, in the state where the stir-fry object is put into the stir-frying container (5), while power is applied with the power switch (21) installed on the support (2), the rotation controller (22) and the timer (23) are turned on. After indicating the rotation speed and time using the

In the state in which the stir-fry is completed, the fixing member 82 is moved upward while the operation lever 8 is gripped in a state in which the power is cut off with the power switch 21 . At this time, the lower end of the fixing member 82 is separated from the stir-frying position fixing hole 44b. In this state, when the operating lever 8 is pulled forward, the rotating bracket 6 including the stir-frying tube 5 is rotated by the rotating shaft (7). It rotates around and the buffer cylinder 9 pushes them upward.

When the force applied to the fixing member 82 is removed while the operating lever 8 is pulled forward, the lower end of the fixing member 82 is inserted into the discharge position fixing hole 44a by the elastic support force of the pressing spring 83. It is fixed, and at this time, the stir-fried water inside the stir-fry barrel (5) is discharged. When discharging the stir-fried water, it is natural to operate the driving motor 11 to rotate the stir-fry barrel 5 as needed.

The multi-purpose stir-frying device 1 of the present invention configured and used as described above has a simpler configuration compared to the existing ready-made products, so it is easy to manufacture, and the discharge position fixing hole 44a and the roasting position fixing hole formed in the operation lever fixing piece 44 The lower end of the fixing member 82 of the operating lever 8 pressed by the pressing spring 83 as (44b) moves inward. It can be rotated to provide convenience in operation. In addition, by inserting and fixing the shaft coupler 51 provided at the rear of the stir-frying tube 5 with the motor shaft 111, the jar-type or drum-type stir-frying tube 5 can be easily exchanged and used, and the stir-frying tube ( 5) Since the stirring blade 12 located inside can be exchanged according to the object to be roasted, it can be used regardless of the object to be roasted.

In particular, when the present invention is configured as shown in FIGS. 11 and 12, even if the inside is washed with washing water in a state in which the stir-frying container 5 is tilted forward and the stir-fried water is discharged, the support 2 or the burner coupling member 4 is washed with water. There is no fear of being contaminated, so hygiene can be guaranteed.

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

1: Multi-purpose stir-frying device 2: Support
21: power switch 22: rotation regulator
23: timer 24: height adjustment means
3: Gas burner assembly 31: Gas valve
32: gas burner 4: burner coupling member
41: fixed piece 42: flame supply hole
43: support bracket 44: operation lever fixed piece
44a: discharge position fixing hole 44b: stir-frying position fixing hole
44c: Connection hole 45, 64: Cylinder support bracket
5: Stir-fry bowl 51: Chunk joint
52: fixing bolt 53: wing fixing screw rod
54: guide screw rod 6: rotation bracket
61: shaft part 62: side plate
63: motor mounting plate 7: rotation shaft
71: screw hole 8: operation lever
81: lever body 82: fixing member
83: pressure spring 84: assembly hole
9: buffer cylinder 10: magnet
11: drive motor 111: motor shaft
12: stirring blade 12a: stirring blade
12b: wing fixing piece 12c: fixing hole
12d: fixing nut 13: cover
13a: heat exhaust hole 14: support roller
15: fixing bolt

Claims (9)

a support (2) provided with a power switch (21) and a rotation regulator (22) capable of adjusting the rotational speed of the driving motor (11);
a burner coupling member 4 seated and coupled to the upper side of the support body 2;
The gas installed inside the burner coupling member 4, the gas valve 31 for controlling the gas in the front is exposed, and the gas located below the flame supply hole 42 formed in the rear upper side of the burner coupling member 4 a gas burner assembly (3) including a burner (32);
Support brackets 43 installed on both sides of the front of the flame supply hole 42 and;
a rotating shaft 7 coupled to the support bracket 43;
Both side plates 62 and a rotation bracket 6 including a motor mounting plate 63 connecting the rear of both side plates 62;
a buffer cylinder 9 having both ends coupled to the cylinder support brackets 45 and 64 installed at the rear of the burner coupling member 4 and the side plate 62;
a driving motor 11 installed on the motor mounting plate 63;
a stir-frying bowl 5 driven by the driving motor 11, located above the flame supply hole 42 and having a stirring blade 12 installed therein;
an operation lever fixing piece 44 bent at 90 degrees to the one side support bracket 43;
The lower end is coupled to the rotating shaft 7 through the operating lever fixing piece 44, and the rotating bracket 6 including the stir-frying tube 5 is rotated to the stir-frying position or the discharging position to fix the operating lever 8. Multipurpose stir-frying device, characterized in that.
a support (2) provided with a power switch (21) and a rotation regulator (22) capable of adjusting the rotational speed of the driving motor (11);
a burner coupling member (4) mounted on the upper side of the support (2) and coupled so that the front surface thereof is identical to the front surface of the support body (2);
A gas burner assembly (3) installed inside the burner coupling member (4) and including a gas burner (32) located below the flame supply hole (42) formed at the rear and upper side of the burner coupling member (4); ;
Support brackets 43 installed on both sides of the front of the flame supply hole 42 and;
a rotating shaft 7 coupled to the support bracket 43;
Both side plates 62 and a rotation bracket (6) including a motor mounting plate (63) connecting the rear of both side plates (62), the front of the support (2) and the burner coupling member (4) coincident with the front;
a buffer cylinder 9 having both ends coupled to the cylinder support brackets 45 and 64 installed at the rear of the burner coupling member 4 and the side plate 62;
a driving motor 11 installed on the motor mounting plate 63;
a stir-frying bowl 5 driven by the driving motor 11, located above the flame supply hole 42 and having a stirring blade 12 installed therein;
an operation lever fixing piece 44 bent at 90 degrees to the one side support bracket 43;
The lower end is coupled to the rotating shaft 7 through the operating lever fixing piece 44, and the rotating bracket 6 including the stir-frying tube 5 is rotated to the stir-frying position or the discharging position to fix the operating lever 8. Multipurpose stir-frying device, characterized in that.
The method according to claim 1 or 2;
In the operation lever fixing piece 44, a discharge position fixing hole 44a is formed in the front and two roasting position fixing holes 44b are formed in the rear, and these discharge position fixing holes 44a and a roasting position fixing hole ( 44b) is interconnected by a connection hole 44c;
The operation lever 8 includes a lever body 81 whose lower end is fixed to the rotation shaft 7;
a fixing member 82 that ascends and descends along the lever body 81 and whose lower end is fitted into the discharge position fixing hole 44a and the roasting position fixing hole 44b;
Multi-purpose stir-frying device, characterized in that it is disposed on the upper end of the fixing member (82) comprising a pressing spring (83) for elastically supporting the fixing member (82) downward.
4. The method of claim 3;
The operation lever fixing piece 44 is formed in an arc or square shape, and a stopper plate 46 is further installed below the operation lever fixing piece 44 to ascend and descend along the operation lever 81. The lower end of the fixing member 82 A multi-purpose stir-fry device, characterized in that it is configured to be supported.
4. The method of claim 3;
The operation lever (8) has an assembly hole (84) formed in the rotation shaft (7), a lever body (81) having a lower end fixed to the assembly hole (84), and a lever body (81) in the lever body (81). ) to install the fixing member 82 ascending and descending along the, and by arranging a pressing spring 83 on the upper side thereof to elastically support the fixing member 82 downward;
A multi-purpose stir-fry apparatus, characterized in that by coupling a fixing bolt (15) to the rotating shaft (7) in the axial direction to fix the coupled lever body (81) through an assembly hole (84).
The method according to claim 1 or 2;
A multipurpose stir-fry apparatus, characterized in that a magnet (10) is installed on the rear lower surface of the rotary bracket (6) or the upper surface of the burner coupling member (4) so that the rotary bracket (6) can be fixed when it is in the stir-fry position.
The method according to claim 1 or 2;
The stir-fry barrel (5) is provided with a shaft coupling port 51 coupled to the motor shaft 111 in the rear, and the opening side is narrower than the body in a jar shape or a shaft coupling member 51 coupled to the motor shaft 111 in the rear. ) is provided, and a multi-purpose stir-fry device, characterized in that it is composed of any one of a drum type having the same diameter as the body and the opening side.
The method according to claim 1 or 2;
forming wing fixing screw rods 53 at the inner rear center of the stir-fry barrel 5, and forming guide screw rods 54 on both sides of the wing fixing screw rods 53;
The blade fixing screw rod 53 and the guide screw rod 54 are fixed to the blade fixing piece 12b of the stirring blade 12 integrally formed with the stirring blade 12a grounded on the inner surface of the stir-frying barrel 5 A multi-purpose stir-fry apparatus characterized in that the stirring blade 12 is disassembled and assembled by the fixing nut 12d to which the blade fixing screw rod 53 is fastened by inserting the hole 12c.
The method according to claim 1 or 2;
A cover 13 that can cover the stir-fry barrel 5 is coupled to the upper side of the rotation bracket 6;
A multi-purpose stir-fry apparatus, characterized in that the support roller 14 for supporting the stir-fry barrel is installed on the front side of the cover 13 to rotate freely.

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