KR101334913B1 - Automatic roaster - Google Patents

Abstract

The present invention relates to a charcoal roasting apparatus, and more specifically, a predetermined space is formed therein, and a body to which a hood for ventilation is coupled to the upper portion; A charcoal barrel installed inside the main body and having a predetermined space formed therein so as to contain charcoal and a vent hole formed at a lower portion thereof; It is coupled to the center of the bottom surface of the charcoal to blow the air so that the ash or dust of the charcoal in the charcoal sticks to the meat or fish through the ventilation hole, the cross section is formed in the shape of an inverted triangle, both side edges in the horizontal direction An injection pipe in which a plurality of ventilation holes formed by cutting are formed; An air supply pipe connected to communicate with the injection pipe and coupled vertically to one side of the charcoal, and supplying air supplied from an external air supply source to the injection pipe; A transfer device connected to the air supply pipe and a wire, and moving the air supply pipe up and down by pulling or releasing the wire to move the charcoal barrel and the injection pipe up and down along the air supply pipe; It is installed in the lower portion of the charcoal, red seat seat frame for fixing the red meat is placed meat or fish; A timer for setting a heating time of the object so that the meat or fish seated on the red cast iron seat can be grilled in an optimal state without burning; And a frame installed at the front of the main body and slid into and out of the main body, the front of which is opened to insert the red seat mounting frame, and having a shape corresponding to the red seat mounting frame. It relates to an automatic charcoal roasting apparatus comprising a; a sliding rail for guiding to or automatically withdrawing to the outside of the main body according to the time set in the timer.

Description

Automatic Charcoal Grill Device {AUTOMATIC ROASTER}

The present invention relates to a charcoal roasting apparatus, and more particularly, a main body having a predetermined space formed therein; A charcoal barrel installed inside the main body and having a predetermined space formed therein so as to contain charcoal and a vent hole formed at a lower portion thereof; It is coupled to the center of the bottom surface of the charcoal to blow the air so that the ash or dust of the charcoal in the charcoal sticks to the meat or fish through the ventilation hole, the cross section is formed in the shape of an inverted triangle, both side edges in the horizontal direction An injection pipe in which a plurality of ventilation holes formed by cutting are formed; An air supply pipe connected to communicate with the injection pipe and coupled vertically to one side of the charcoal, and supplying air supplied from an external air supply source to the injection pipe; A transfer device connected to the air supply pipe and a wire, and moving the air supply pipe up and down by pulling or releasing the wire to move the charcoal barrel and the injection pipe up and down along the air supply pipe; It is installed in the lower portion of the charcoal, red seat seat frame for fixing the red meat is placed meat or fish; A timer for setting a heating time of a combustion object seated on the red seat; And a frame installed at the front of the main body and slid into and out of the main body, the front of which is opened to insert the red seat mounting frame, and having a shape corresponding to the red seat mounting frame. It relates to an automatic charcoal roasting apparatus comprising a; a sliding rail for guiding to or automatically withdrawing to the outside of the main body according to the time set in the timer.

In general, various grilling plates have been proposed for utensils used for roasting meat such as bulgogi, ribs, sirloin and loin in a restaurant or at home. For example, there is a hemispherical perforated plate used for grilling bulgogi, there is a grill-shaped grill plate used for charcoal, and an iron plate type used for roasting pork belly.

The method used in the past for roasting meat is by using charcoal, and the charcoal grilled meat is known to be delicious because of the far infrared rays emitted from the charcoal.

Far infrared rays correspond to an infrared region having a long wavelength among infrared rays, and contain more heat than infrared rays in other regions. When meat is grilled, the fire contains light of various wavelengths. Heating is mainly the light in the infrared region.

By the way, in the infrared region, the light of the shorter wavelength is burned much meat in the process of cooking meat at high temperature, but in the case of far infrared rays in the infrared region, the temperature is low but the heat is abundant, so it can be cooked without burning meat. There is this.

In other words, charcoal emits a lot of far-infrared rays compared to regular fires, so it is mainly cooked rather than burned, and the meat is cooked on the outside and inside well without burning well.

In addition, in the case of using charcoal, the meat is cooked by radiant heat of charcoal, so that the meat juice does not evaporate, which makes it possible to feel the rich taste of the meat. Charcoal-grilled specialty stores that offer grilled fish such as mackerel, saury, etc. to charcoal grills can be served to customers, or customers can eat the charcoal-grilled meat directly.

When the yakiniku is used in a specialty store as described above, the meat is baked less or overly grilled or unevenly depending on the skill of the person who grills the meat. It is difficult to guarantee a certain quality of roasted meat at all times because it is frequently served to customers in a baked state, and even an experienced person sometimes becomes unsuitable roasted meat according to the occasional mistake or the condition of the day. All the progress of the man himself has to be a problem, such as a lot of effort.
Such conventional roasting devices include a "multipurpose automatic raising and lowering roasting device" of the Republic of Korea Patent Publication No. 10-2009-0030903, "automatic meat roasting device" of the Republic of Korea Patent Publication No. 10-2009-0103477.

The present invention has been invented to solve the above problems, it is an object of the present invention to provide an automatic charcoal grill apparatus that can automatically burn various meat or fish using charcoal as a heat source.

In order to solve the above problems, the present invention includes a main body having a predetermined space formed therein; A charcoal barrel installed inside the main body and having a predetermined space formed therein so as to contain charcoal and a vent hole formed at a lower portion thereof; It is coupled to the center of the bottom surface of the charcoal to blow the air so that the ash or dust of the charcoal in the charcoal sticks to the meat or fish through the ventilation hole, the cross section is formed in the shape of an inverted triangle, both side edges in the horizontal direction An injection pipe in which a plurality of ventilation holes formed by cutting are formed; An air supply pipe connected to communicate with the injection pipe and coupled vertically to one side of the charcoal, and supplying air supplied from an external air supply source to the injection pipe; A transfer device connected to the air supply pipe and a wire, and moving the air supply pipe up and down by pulling or releasing the wire to move the charcoal barrel and the injection pipe up and down along the air supply pipe; It is installed in the lower portion of the charcoal, red seat seat frame for fixing the red meat is placed meat or fish; A timer for setting a heating time of a combustion object seated on the red seat; And a frame installed at the front of the main body and slid into and out of the main body, the front of which is opened to insert the red seat mounting frame, and having a shape corresponding to the red seat mounting frame. It is characterized in that it comprises a; a guide rail or a sliding rail for automatically withdrawing to the outside of the main body according to the time set in the timer.

In addition, the red seat seat frame, the lower frame having a predetermined area so that the red seat is seated; An upper frame overlapping the lower frame to have a predetermined distance from the lower frame; A handle part coupled to a front end of the upper frame and the lower frame to open the red seating frame; A connecting rod connecting the upper frame and the lower frame to the rear of the upper frame and the lower frame and having a fixing pin formed rearward; And brackets coupled to both ends of the connecting rod and connected to the upper and lower frames so that the upper frame and the lower frame are rotatable, respectively, so that the upper frame and the lower frame can be folded.

In addition, the rear of the main body, a sprocket which is formed with a groove corresponding to the fixing pin on one side so as to insert the fixing pin of the mounting bracket; A rotating device consisting of a motor for rotating the sprocket, and a pair of rotation support pins is formed in the handle portion of the red seat seat frame in upward and downward directions, and the rotation support pins rotate in contact with the sliding rail. The roller is guided is coupled, and when the rotating device is operated while the fixing pin is inserted and fixed to the sprocket, one side of the object is bent by charcoal, and when the red seating frame is rotated by the conveying device. When the charcoal barrel and the injection pipe is moved to the upper side and the seating frame is kept horizontal, the charcoal barrel is lowered, and the object is cooked evenly by baking the other side of the object.

In addition, the ventilation hole is characterized in that further cut in the vertical direction to inject air in the upper diagonal direction.

In addition, the bottom of the charcoal is a heat insulation plate made of a vertical shape when the hot heat is joined to maintain the heat inside the body at a high temperature without moving out from the center of the bottom of the charcoal to the outside, both inner walls of the body Is coupled to, the upper insulation plate is characterized in that coupled to the lower portion of the charcoal.

In addition, the inside of the charcoal is made of a bottom plate smaller than the bottom surface of the charcoal, the handle is connected to the bottom plate is formed and the bottom plate is perforated charcoal diaphragm is inserted, shaking the charcoal diaphragm to promote the firing of charcoal It is characterized by dropping the debris into the vent.

In addition, the front end portion and one side of the sliding rail is hinged, the other side comprises a release prevention member made of a handle having a predetermined weight so as to press the seating frame, the release preventing member is the seating frame By seating on the handle portion of the red seat seating frame is characterized in that to prevent the red seating frame is detached when it is opened while rotating or the sliding rail is pulled out.

The automatic charcoal roasting apparatus according to the present invention made as described above is a roasting apparatus using a charcoal as a heat source, it is possible to automatically roast the roasting objects such as various meats and fish at an optimal state at all times, very convenient and constant of the related roasting products It is to provide a new useful effect that can ensure the quality.

1 to 2 is an illustration of an automatic charcoal roasting apparatus according to the present invention.
3 to 5 is an exemplary view showing a charcoal barrel and injection pipe and the transfer device according to the present invention.
6 to 8 is an illustration of a red seat seat according to the invention.
9a to 9b are exemplary views of the sliding rail according to the present invention.
10 is an exemplary view of a rotating device according to the present invention.
FIG. 11 is an enlarged illustrative view of a portion A of FIG. 10. FIG.
12 to 13 are exemplary views showing embodiments of the present invention.

Hereinafter, exemplary embodiments will be described based on embodiments best suited to an understanding of the technical features of the present invention, and the technical features of the present invention are not limited by the illustrated embodiments, And that the present invention may be implemented with other embodiments. Therefore, it is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. In order to facilitate understanding of the embodiments to be described below, in the reference numerals shown in the accompanying drawings, among the components that perform the same function in the embodiments, the related components are denoted by the same or an extension line number.

In order to help the understanding of the features of the present invention as described above, it will be described in more detail with respect to the automatic charcoal roasting apparatus associated with the embodiment of the present invention.

The present invention relates to a charcoal roasting apparatus, and more specifically, the main body 100 is formed a predetermined space therein; A charcoal barrel 200 installed inside the main body 100 and having a predetermined space formed therein so as to contain charcoal and a ventilation hole formed at a lower portion thereof; It is coupled to the center of the bottom surface of the charcoal 200 to blow the air so that ash or dust of the charcoal contained in the charcoal is not stuck to the meat or fish through the ventilation hole, the cross section is formed in the shape of an inverted triangle, both sides edge A spray pipe 220 having a plurality of ventilation holes 221 formed by cutting in a horizontal direction; The air supply pipe 230 is connected to communicate with the injection pipe 220 and vertically coupled to one side of the charcoal 200, and supplies the air supplied from the external air supply source 240 to the injection pipe 220. ); The air supply pipe 230 and the wire 310 are connected via the medium, by pulling or releasing the wire 310 to move the air supply pipe 230 up and down, the charcoal 200 and the injection pipe 220 is air A transfer device 300 for moving up and down along the supply pipe 230; It is installed in the lower portion of the charcoal 200, red seat seat frame (500) for fixing the red meat 501 is placed meat or fish; A timer for setting a heating time of a combustion object seated on the red seat; And a frame which is installed in front of the main body 100 and slides in and out of the main body, the front of which is opened so that the red seat mounting frame 500 can be inserted, and has a shape corresponding to the red seat mounting frame. It relates to an automatic charcoal roasting apparatus comprising a; a sliding rail (600) for guiding the seating frame within the main body or automatically withdrawing the outside of the main body according to a time set in a timer.

The main body 100 has a predetermined space formed therein, and an upper portion of the main body 100 is installed with a hood for collecting and guiding smoke and odor and heat containing oil generated when grilling meat or fish in the grill. Can be.

In the lower space of the main body 100, the ash collecting container 150 is installed to collect ash or dust generated while burning charcoal.

The interior of the main body 100, the charcoal 200 and the injection pipe 220 to prevent the ash and fine dust generated while burning the char in the charcoal sticks to the combustion object such as meat or fish, and the injection pipe An air supply pipe 230 for supplying air to the 22, a transfer device 300 for moving the charcoal 200 and the injection pipe 220 up and down, and a seating bracket for fixing the buckles 501 A sliding rail 600 for guiding the frame 500 and the seating frame to the inside and outside of the main body is installed.

The charcoal 200 is installed inside the main body 100, a predetermined space is formed therein so as to contain charcoal for heating the combustion object, the bottom surface is air to promote the combustion of the charcoal A ventilation hole is formed to smooth the flow of the.

The injection pipe 220 has a cross-section in the shape of an inverted triangle, the left and right corners are formed with a plurality of ventilation holes 221 cut in each corner horizontally.

The injection pipe 220 blows air so that ash or dust generated while the charcoal in the charcoal 200 is burned does not stick to a combustion object located at the lower portion of the charcoal by passing through the air vent of the charcoal. Form an air curtain on the bottom.

The injection pipe 220 further cuts the ventilation hole 221 in the vertical direction to form an air curtain in the upper diagonal direction on the bottom surface of the charcoal 200 to prevent ash or dust of the charcoal falling in the direction of the red seat. You can block.

The air supply pipe 230 serves to supply air supplied from the air supply source 240 installed outside, such as a fan or blower, to the injection pipe 220, and is connected in communication with the injection pipe for this purpose.

The air supply pipe 230 is installed vertically inside the body, the lower end is in communication with the injection pipe 220, one side is coupled to the charcoal 200.

In addition, the present invention includes a transfer device 300 for pulling up or releasing the wire 310 connected to the upper end of the air supply pipe 230 to raise or lower the air supply pipe 230.

The transfer device 300 is a motor 330 for providing power for winding or unwinding the wire 310 and the rotating disc 320 coupled to the rotating shaft of the motor 330 to wind the wire 310. Is done.

The rotating disc 320 is fitted to the rotating shaft of the motor 330, the motor 330 is rotated in the forward or reverse direction serves to cause the wire 310 to be wound or unwound on the rotating disc 320 And, the air supply pipe 230 and the charcoal 200 and the injection pipe 220 connected to the wire 310 is raised or lowered by the transfer device 300.

6 to 8, the present invention includes a red seat mounting frame 500 for inserting and roasting a red key in which a combustion object such as meat or fish is placed in the body.

The red seat mounting frame 500 includes a lower frame 510 having a predetermined area to seat the red key 501, and an upper frame 520 overlapping the lower frame to have a predetermined distance from the lower frame 510. A handle part 530 coupled to a front end of the lower frame 510 and the upper frame 520 to open the clasp seating frame, and a lower portion of the lower frame 510 and the upper frame 520 to the rear; A frame and an upper frame are connected to each other, and are coupled to both ends of the connecting table 540 and the connecting table 540 having the fixing pin 550 formed at the rear, and the lower frame and the upper frame are connected to the lower frame and the upper frame, respectively. It comprises a bracket 560 is fixed so that the lower frame and the upper frame can be folded.

The lower frame 510 is formed of a rectangular frame having a predetermined area so that the red clasp 501 can be seated therein.

The upper frame 520 has a shape corresponding to the lower frame 510 and overlaps the lower frame to have a predetermined distance from the lower frame.

The reason for having a predetermined spacing as described above is that the restraint 501 is placed between the lower frame 510 and the upper frame 520 and a combustion object is seated thereon, and then another restraint 501 is lifted up. When it is lost, the red clasp 501 and the red clasp 501 are not strongly compressed in order to prevent the problem that the combustion products settled between the red clasp stick to or burn out.

The handle part 530 is coupled to each front end of the lower frame 510 and the upper frame 520 to serve to open or rotate the red seat mounting frame 500.

The connecting rod 540 connects the lower frame and the upper frame to the rear of the lower frame 510 and the upper frame 520.

Brackets 560 are coupled to both ends of the connecting table 540, and the brackets 560 are connected to the lower frame and the upper frame 520 so that the lower frame and the upper frame 520 are rotatable, respectively. It should be fixed so that it can be folded.

The front end portion of the bracket 560 is further coupled to the separation prevention plate 570 for preventing the restraint 501 is separated from the restraint seating frame when the restraint seating frame 500 is rotated, the departure prevention plate 570 serves to prevent the restraint 501 from escaping into the space between the lower frame 510 and the upper frame 520 when the red seating frame 500 rotates in the closed state.

A fixing pin 550 is formed at the rear of the connecting table 540 to fix the clasp mounting frame 500 to the main body 100, and the lower frame based on a state where the clasp mounting frame 500 is parallel to each other. Rotational support pins 580 formed on the 510 are formed to extend upward, the rotational support pins 580 formed on the upper frame 520 is formed extending to the lower side, each of the rotational support pins 580 The end is formed by bending to the front side of the main body 100 and the roller 590 is fitted to the bent portion.

10 to 11, the present invention is further provided with a rotating device 400 for rotating the seating frame 500 in the interior of the body.

The rotating device 400 is installed at the rear of the main body 100, the sprocket 410 is formed with an insertion groove 411 corresponding to the fixing pin on one side so that the fixing pin 550 can be inserted. And a motor 420 for rotating the sprocket 410.

When the fixing pin 550 of the clasp mounting frame 500 is inserted into the insertion groove 411 of the sprocket 410, the sprocket 410 is rotated while the motor 420 of the rotating device is rotated to seat the clasp. Allow the frame 500 to rotate.

The present invention made as described above is one side of the combustion object is ripened by the charcoal contained in the charcoal 200 in a state in which the red seating frame 500 is inserted into the interior of the main body 100, the rotary device 400 When the red seating frame 500 is rotated by the transfer device 300 is operating while moving the charcoal 200 and the injection pipe 220 to the upper collision of the red seating frame 500 and the charcoal 200 When the red seating frame 500 maintains the parallel state again, the transfer device 300 releases the wire 310 to burn the charcoal barrel 200 and the injection pipe 220 back to their original positions. Learn the other side of the object.

When the red seating frame 500 is horizontal while rotating, it is exposed to heat and infrared heat of charcoal while maintaining the horizontal for a predetermined time so that the combustion object can be baked properly.

In this case, the side of the sprocket 410 may further include a horizontal sensor for detecting that the latch seat frame 500 maintains a parallel state.

In addition, a locking ring 551 for preventing and firmly fixing the fixing pin 550 inserted into the insertion groove 411 is formed at a position corresponding to the fixing pin 550, and the locking ring 551 ) Is automatically released, and a solenoid valve (not shown) that is interlocked with the timer is further installed to allow the fixing pin 550 to be separated from the insertion groove 411.

In addition, the present invention is a timer for setting the heating time of the combustion object seated on the red seat mounting frame 500, a control device for controlling the operation of the transfer device 300 and the transfer device and interlocked with the timer (not shown) Is installed.

The control device serves to control the transfer device 300 and the rotating device 400 according to the time input to the timer.

For example, if the timer is set to 2 minutes, the rotating device 400 rotates the clasp seating frame 500 for a set time, and the transfer device 300 is configured to rotate when the clasp seating frame rotates. The charcoal 200 is to be raised and lowered so as not to collide with the red seating frame 500.

When the time set for the timer has elapsed, the control device releases the catch 551 by operating the solenoid valve.

9A to 9B, the present invention includes a sliding rail 600 for guiding the red seating frame 500 into the main body 200.

The sliding rail 600 has a square shape in which a pair of horizontal frames 610 and a pair of vertical frames 620 are coupled to each other, and the horizontal frame 610 may be seated on the seating frame 500. The length of the shorter than the horizontal length of the seating frame 500 is formed, and extends from the left and right sides of the horizontal frame 610 located in the front so as to fit and engage in the interior of the main body to the rear The pair of sliding frames 630 are bent and formed.

In addition, the support plate 611 is formed in the inward direction of the main body so that the horizontal frame 610 located in front of the horizontal frame 610 may rotate smoothly while the roller 590 of the red seating frame 500 is in contact.

A handle inserting groove 612 is further formed on a central portion of the horizontal frame 610 positioned at the front side so that the handle portion 530 of the red seating frame may be fitted thereto.

The main body 100 has a sliding frame insertion groove 160 is formed so that the sliding frame can be inserted into a position corresponding to the sliding frame 630, the sliding rail 600 is moved while sliding into the inside of the main body The roller 161 is coupled to the sliding frame insertion groove 160 to enable it.

In addition, a spring (not shown) connecting an end of the sliding frame 630 and an inner wall of the sliding frame insertion groove 160 to have elasticity when the sliding rail 600 is separated from the main body 100. When the sliding frame 630 is inserted into the container, the sliding frame 630 is compressed, and when the fixing pin 550 is released from the locking ring 551, the sliding frame 630 has an elastic force that pushes the sliding frame 630.

The lower frame 510 or the upper frame 520 positioned at the lower side of the lower seating frame 500 is spaced apart from each other by lowering its own weight, and the upper frame 510 is located at the upper side when rotating by the rotating device 400. As the roller 590 of the frame leaves the support plate 611, the frame is rapidly lowered to rotate while the lower frame 510 and the upper frame 520 are engaged.

Meanwhile, the lower frame 510 and the lower frame 510 may be easily rotated when the handle part 530 of the clasp mounting frame 500 is inserted into the handle part insertion groove 612 by the rotating device 400. The upper frame 520 is formed with a semi-circular rotary bar 531, when the rotary bar 531 is engaged to form a circular shape of the red seat mounting frame 500 in the state seated in the handle insertion groove 612 To help with rotation.

In addition, the lower frame 510 and the upper frame 520 is opened in the front of the main body 100 to rotate the lower seat 510 and the upper frame 520 to prevent the lock 501 is separated from the gap. It comprises a departure preventing member 140 which is mounted on the handle portion 530 of the red seating frame 500.

The release preventing member 140 is one side is hinged to the front end of the sliding rail 600 and the other side is formed with a handle having a predetermined weight, the release preventing member 140 to the handle portion 530 When raised on the handle 530 is pressed so that the lower frame and the upper frame is rotated while maintaining the state inserted into the first body without opening each other when the seating frame is rotated.

The lower portion of the charcoal 200 is further provided with a heat insulating plate 130 for promoting the heating of the combustion object while the hot heat generated by the char stays inside the body.

The heat insulation plate 130 is a plate made of a vertical cross-sectional shape when it is engaged, it is coupled to face each other on the left and right inner wall of the main body.

The heat insulating plate 130 is again maintained by convection while staying in the space between the heat insulating plates when the hot heat generated from the char is moved to the left and right sides of the main body while being in contact with the air supplied through the injection pipe 220. Since it rises in the direction of the charcoal, there is an effect that can reduce the heat loss to shorten the heating time of the combustion object.

On the other hand, the upper heat insulating plate of the heat insulating plate 130 to be coupled to the lower portion of the charcoal 200 can reduce the internal heat loss regardless of the position of the charcoal 200.

In addition, the present invention is inserted into the interior of the charcoal 200, and comprises a charcoal diaphragm 250 for shaking the charcoal contained in the charcoal to promote the firing of the charcoal.

The charcoal diaphragm 250 is made of a bottom plate 251 smaller than the bottom surface of the charcoal 200, the bottom plate is made of a grid or mesh shape so as not to fall to the bottom when the charcoal is seated, of the bottom plate The front and rear edges are formed with a handle 252 connected to the bottom plate.

The charcoal diaphragm 250 serves to promote the firing of the charcoal by shaking the bottom plate 251 when the charcoal is burned for a long time, to drop the ash or debris of the charcoal to the vent hole to fall to the outside of the insulation plate through the air curtain It plays a role.

On the other hand, the automatic charcoal roasting apparatus according to the present invention, the rotary device, a plurality of buttons for the operation of the transfer device, the indicator for the user to visually check the operating state through the controller and the heating time of the combustion object A controller including a timer to be set may be integrally formed with the main body, and may include a separate controller as necessary.

According to the present invention made as described above, the charcoal 200 is located at the upper portion of the red seating frame 500 so that the red iron 501 located at the lower portion thereof and the burning object therein can be prevented from being burned, and the far infrared rays Excessive heat can be used to effectively burn combustion objects.

In addition, when the red seating frame 500 is horizontal, the lower frame 510 and the upper frame 520 are maintained at a predetermined distance by the rotation support pin 580 and inserted therein. Since the pair of red balls 501 do not stick together, the phenomenon in which the combustion object sticks to the red balls 501 and burned out can be prevented.

In addition, when the charcoal 200 is moved to the upper portion while the seating frame 500 is rotated by the roller 590 is rotated while the lower frame 510 and the upper frame 520 is engaged with the combustion object therein This can prevent it from falling.

The present invention relates to an automatic charcoal roasting device, characterized in that it is made as described above, it is possible to automatically roast the meat and fish combustion objects in optimal conditions at all times, very convenient, the effect of reducing the time to burn the combustion objects It relates to an automatic charcoal grill.

100: body 110: hood
130: insulation plate 140: separation prevention member
150: ash tray 160: sliding frame insertion groove
161: Roller
200: charcoal barrel
220: injection pipe 221: ventilation hole
230: air supply pipe 240: air supply source
250: charcoal diaphragm 251: bottom plate
252: handle
300: feeder 310: wire
320: rotating disc 330: motor
400: rotating device 410: sprocket
411: Insertion groove 420: Motor
500: seating frame red 510: lower frame
520: upper frame 530: handle portion
540: connecting rod 550: fixing pin
551: Hanging Hook
560: bracket 570: release prevention plate
580: rotation support pin 590: roller
600: sliding rail 610: horizontal frame
611: support plate 612: handle insertion groove
620: vertical frame 630: sliding frame

Claims (7)

A main body 100 having a predetermined space formed therein;
A charcoal barrel 200 installed inside the main body and having a predetermined space formed therein so as to contain charcoal and a vent hole formed at a lower portion thereof;
It is coupled to the center of the bottom surface of the charcoal to blow the air so that the ash or dust of the charcoal in the charcoal sticks to the meat or fish through the ventilation hole, the cross section is formed in the shape of an inverted triangle, both side edges in the horizontal direction An injection tube 220 in which a plurality of ventilation holes 221 formed by cutting are formed;
An air supply pipe 230 connected to communicate with the injection pipe and vertically coupled to one side of the charcoal and supplying air supplied from an external air supply source 240 to the injection pipe;
A transfer device 300 connected to the air supply pipe and a wire to move the air supply pipe up and down by pulling or releasing the wire to move the charcoal barrel and the injection pipe up and down along the air supply pipe;
It is installed in the lower portion of the charcoal, red seat seating frame (500) for fixing the red meat is placed meat or fish;
A timer for setting a heating time of a combustion object seated on the red seat; And
The frame is installed in front of the main body and slides in and out of the main body, and the front is opened to allow the red seat mounting frame to be inserted, and has a shape corresponding to the red seat mounting frame. A sliding rail 600 for guiding or automatically drawing out of the main body according to a time set in a timer;
Automatic charcoal roasting apparatus comprising a. According to claim 1, wherein the red seat frame 500,
A lower frame 510 having a predetermined area to seat the red clasp;
An upper frame 520 overlapping the lower frame to have a predetermined distance from the lower frame;
A handle part 530 coupled to a front end of the upper frame and the lower frame to open the red seating frame;
A connecting rod 540 connecting the upper frame and the lower frame to the rear of the upper frame and the lower frame and having a fixing pin 550 formed at the rear; And
And a bracket 560 coupled to both ends of the connecting rod and fixed to the upper and lower frames so that the upper frame and the lower frame are rotatable, respectively, so that the upper and lower frames can be folded. Charcoal roasting device. The rear of the main body according to claim 1 or 2,
A sprocket 410 in which a groove corresponding to the fixing pin is formed on one side to insert the fixing pin of the red seating frame;
A rotating device 400 consisting of a motor 420 for rotating the sprocket is installed,
A pair of rotating support pins 580 extend in the upper and lower directions on the handle portion of the red seating frame, and rollers 590 for guiding rotation while contacting the sliding rails are coupled to each rotating support pin.
When the rotating device is operated while the fixing pin is inserted into and fixed to the sprocket, the one side of the object is bent by charcoal, and when the seat lock frame is rotated, the charcoal container and the injection pipe are moved upward by the transfer device. If the red iron seat frame is horizontal, the charcoal is lowered, the charcoal roasting device, characterized in that to cook the object evenly by baking the other side of the object. The automatic charcoal roasting device according to claim 1, wherein the vent hole (221) is further cut in a vertical direction to inject air in an upper diagonal direction. According to claim 1, wherein the bottom of the charcoal is a heat insulation plate made of a vertically curved shape when the hot heat is engaged to maintain the heat inside the body at a high temperature while moving upwards without moving out from the center of the bottom of the charcoal ( 130 is coupled to both inner walls of the body, the upper insulation plate is an automatic charcoal roasting apparatus, characterized in that coupled to the lower portion of the charcoal. According to claim 1, wherein the interior of the charcoal is made of a bottom plate 251 smaller than the bottom surface of the charcoal container is formed with a handle 252 is connected to the bottom plate and the bottom plate perforated charcoal barrel diaphragm 250 is inserted Automatic charcoal roasting device, characterized in that to shake the charcoal vibrating plate to promote the firing of charcoal and drop the debris into the air vents. According to claim 1, wherein the front end portion and one side of the sliding rail is hinged, the other side is made of a separation prevention member 140 made of a handle having a predetermined weight so as to press the seating frame,
The charcoal roasting device, characterized in that to prevent the detachment of the seating frame when the seating frame is rotated by opening or removing the sliding rail is pulled out by seating the release preventing member to the handle portion of the seating seat.

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