KR200489556Y1 - Grill - Google Patents

Abstract

The present invention relates to a grill, in which various types of grilled foods such as meat, fish, vegetables, etc. are baked by an indirect heat transfer method, so that the grilled water can be roasted without burning or burning, It is possible to prevent the oil from splashing to the user and to provide a warming function so as to delay the cooling time of the grilled water to the utmost.
The grill according to the present invention is characterized in that the grill includes a table on which a grill is seated so as to be positioned on the upper portion of the storage room and a storage room and a grill room connected to the storage room are formed, And a collecting unit disposed in the compartment and collecting oil falling from the compartment. The collecting unit collects the oil falling from the compartment.

Description

Grill {GRILL}

The present invention relates to a grill, and more particularly, to a grill which can burn various types of grilled meat such as meat, fish, vegetables, etc. in an indirect heat transfer manner so that the grilled water can be roasted without burning or burning .

Conventional grills, when grilling meat, fish and other roasted water, grill the grilled water directly on the flames of charcoal, briquette, or bustard and bake them one by one.

Therefore, not only can not a large amount of roasted water be burned in a short period of time, but all parts of the roasted water must be roasted evenly, and the roasted water must be turned over manually to avoid burning the roast have.

In addition, there is a problem that the burned roasted water generates cancer-causing substances and harms the health of the consumers.

Patent Registration No. 10-1594705 (Feb.

The present invention was conceived in order to solve the problems of the prior art described above, and it has been proposed to burn various kinds of roasted foods such as meat, fish, vegetables, etc. in an indirect heat transfer manner to roast the roasted water without burning, It is an object of the present invention to provide a grill which can prevent the user from splashing oil in the process of grilling the grilled water, and can provide a warming function to delay the cooling time of the grilled water to the utmost.

The grill according to the present invention is characterized in that the grill includes a table on which a grill is seated so as to be positioned on the upper portion of the storage room and a storage room and a grill room connected to the storage room are formed, And a collecting unit disposed in the compartment and collecting oil falling from the compartment. The collecting unit collects the oil falling from the compartment.

Further,

A main vertical member hinged to an upper surface of the table, a main horizontal member extending horizontally from an upper end of the main vertical member and positioned at an upper portion of the grill, A sub-horizontal member positioned above the grill, and a sub-vertical member extending vertically from an end of the sub-horizontal member and being mounted on or spaced from the upper surface of the grill.

The apparatus further includes a support unit disposed on the upper portion of the roasting chamber and exposed to the upper portion of the table, and heated by the heating unit.

A sensing unit disposed in the storage chamber for sensing a temperature of the heating unit,

And an alarm unit operable when the sensing unit senses the temperature of the heating unit at a predetermined time or longer,

The alarm unit,

A receiving portion having a receiving space connected to an inner passage of the connecting rod, a receiving portion having a receiving portion connected to the inner passage of the connecting rod, A plurality of alarm sound generating units stacked on the upper end of the elastic support member, a launching unit for injecting compressed air into the inner passage of the connecting rod to fire the alarm sound generating unit into the inner space of the housing unit, And the alarm sound generating unit generates noise at the time of the collision.

Further, the image forming apparatus may further include a jumping portion for jumping the alarm sound generating portion fired into the inside of the housing portion to collide with the inner surface of the housing portion or the impact plate again,

The hopper includes:

A coil spring fixed to the bottom surface of the housing part and provided on the bottom surface of the impeller; a coil spring disposed inside the housing part and coupled to a bottom surface of the impeller; a coil spring elastically supporting the lifting plate; And a hitting portion for generating vibration.

And,

An additional connecting rod having an inner passage connected to the inside of the housing portion, an additional accommodating portion having an accommodating space connected to an inner passage of the additional connecting rod, an additional elastical support portion disposed on a bottom surface of the additional accommodating portion, And a plurality of needles provided on the surface facing the additional connecting rod to form the additional alarm sound generating unit, wherein the additional alarm sound generating unit includes: And an additional alarm unit for injecting compressed air into the internal passage of the additional connecting rod to fire the additional alarm sound generating unit into the internal space of the casing.

The grill according to the present invention can burn various kinds of roasted foods such as meat, fish, vegetables, etc. in an indirect heat transfer manner, so that the roasted water can be roasted without burning or burning, and in the process of grilling roasted water It is possible to prevent oil from splashing to the user, and it is possible to delay the cooling time of the roast to the utmost by providing a warming function.

1 is a perspective view showing a grill according to the present invention;
FIG. 2 and FIG. 3 are enlarged perspective views illustrating the operation of the closure applied to the grill according to the present invention; FIG.
4 is a view showing an internal state of the grill according to the present invention;
5 is a block diagram showing a connection state between the configurations applied to the grill according to the present invention;
6 is a view showing an alarm part, a jumping part, and an alarm part applied to the grill according to the present invention.
7 is a view showing the operation of the alarm part and the jumping part applied to the grill according to the present invention.
8 is a view showing the operation of the additional alarm section applied to the grill according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings.

It should be understood, however, that the present invention is not limited to the embodiments disclosed herein but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, To the person having the invention, and this invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, the present invention will be described with reference to the drawings for explaining the grill according to the embodiments of the present invention.

FIG. 1 is a perspective view showing a grill according to the present invention, FIGS. 2 and 3 are enlarged perspective views showing the operation of a closure applied to the grill according to the present invention, and FIG. And FIG. 5 is a block diagram showing a connection state between the configurations applied to the grill according to the present invention.

The grill according to the present invention grills various types of roasted meat such as meat, fish, vegetables, etc. in an indirect heat transfer manner, so that the roasted water can be roasted without burning or burning, Can minimize oil splashing to user and it can keep the cooling time of the roasted water as much as possible by providing the warming function.

To this end, the grill 1 according to the present invention may include a table 10, a covering portion 20, a heating portion 60, and a collecting portion 80.

The table 10 includes an upper plate 11 formed in the form of a polygonal plate or a curved plate and a leg 12 formed at a lower surface of the upper plate 11 so as to be spaced apart from each other to separate the upper plate 11 from the ground .

Accordingly, the user can sit on the table 10 comfortably and put the roasted water on the table 10 to bake it.

A through hole 11a having a predetermined area is formed in the upper plate 11 in the vertical direction and a receiving portion 13 in which the heating portion 60 and the collecting portion 80 are accommodated is disposed below the upper plate 11 .

At this time, the accommodating portion 13 may be formed in a rectangular box shape having an upper surface opened and an empty space formed therein.

A flange P, which is bent in the horizontal direction and fixed to the upper surface of the upper plate 11, is formed at the upper end of the receiving portion 13.

A storage chamber 13a and a roasting chamber 13b in which the heating section 60 and the collecting section 80 are respectively disposed are formed in the interior of the storage section 13 so as to be connected to each other.

At this time, the inner center of the storage part 13 is used as the roasting chamber 13b, and both sides of the storage part 13 can be used as the storage room 13a.

The covering portion 20 selectively exposes or obscures the grill seated on the grill 110.

The shielding portion 20 can be applied in the same number as the storage chamber 13a. Therefore, two covering portions 20 are applied as illustrated in Fig.

This blocking portion 20 may include a main shielding member 21, a sub-shielding member 22, and the like.

The main shielding member 21 includes a main vertical member 211 coupled to the upper surface of the upper plate 11 or the upper surface of the flange P of the accommodating portion 13 through a hinge H1, And a main horizontal member 212 extending in the horizontal direction and separated from the upper portion of the grill 110 by a predetermined distance.

Accordingly, the main shielding member 21 can be formed to have a substantially "a" cross-sectional shape, and the main vertical member 211 and the main horizontal member 212 can be simultaneously moved upward and downward with respect to the hinge H1 Can be pivoted.

The sub-screening members 22 are arranged on both sides of the main horizontal member 212 in a pair.

Specifically, the sub-screening member 22 is coupled to one side and the other side of the main horizontal member 212 via a hinge H2, and is horizontally aligned with the main horizontal member 212, A sub horizontal member 221 spaced apart, and a sub vertical member 222 extending downward from the end of the sub horizontal member 221.

Therefore, the sub-screening member 22 can be formed to have a substantially "a" cross-sectional shape, and the sub-horizontal member 221 and the sub- 222 can be simultaneously rotated in the upward and downward directions.

The heating unit 60 is configured to grill the grill seated on the upper surface of the grill 110 and is disposed in the grill chamber 13b as described above and is grilled with indirect heat in a state of being separated from the grill 110 .

The heating unit 60 may be formed of a solid fuel such as charcoal, briquettes, firewood, a lamp heater, or the like.

First, when the heating unit 60 is formed of solid fuel, it is installed in the outer surface of the receiving cylinder 61 and the outer chamber of the receiving cylinder 61 or the roasting chamber 13b disposed in the roasting chamber 13b to receive the solid fuel And a gas torch (not shown) capable of igniting and burning the solid fuel.

At this time, the gas torch may be connected to a small butane gas or a large butane gas to burn the solid fuel.

That is, when the solid fuel filled in the receiving cylinder 61 is burned with the gas torch, and then the receiving cylinder 61 is disposed in the bull chamber 13b and then the roasted water is placed on the upper part of the grill 110, It is possible to easily heat the roasted water through the heat of the heat exchanger (60).

At this time, in the side wall of the receiving cylinder 61, a plurality of air holes 61a (61a) for discharging the smoke generated by burning the solid fuel and for improving the combustion efficiency by allowing the air to flow smoothly through the receiving cylinder 61 May be formed.

When the heating unit 60 uses solid fuel, a drain hole for discharging the smoke generated in the heating unit 60 may be formed on the sidewall of the storage unit 13.

When the heating unit 60 is arranged in this manner, the roasted water can be cooked by the indirect heat transfer method, so that the roasted water can be burned uniformly without burning or burning, and harmful carcinogenic substances are generated Can be prevented, and the meat quality of the grilled water can be softened.

On the other hand, a lamp heater radiates a large amount of radiant heat when heated by a power source supplied from the outside and reaches a certain temperature, and a halogen lamp, a carbon lamp, a ceramic heater, or the like can be used.

In addition, the grill 1 according to the present invention may further include a support portion 90 for bending or inserting additional objects by using the indirect heat of the heating portion 60.

The receiving portion 90 is disposed on the upper portion of the roasting chamber 13b. Specifically, the receiving portion 90 is formed to have a substantially "C" cross-sectional shape so that both side bottom surfaces can be welded to the flange P of the receiving portion or bolted to the top plate portion 11 of the table 10.

The receiving portion 90 is formed of a metal material having an excellent thermal conductivity. Therefore, a kettle, a cup, or the like may be placed on the upper part of the heating part 60 to heat or warm the water, beverage, etc. with the heat emitted from the heating part 60.

Of course, it is also possible to raise a pot at the top of the pedestal 90 to boil the soup or to raise a frying pan to grind a separate grilled water such as a sack.

The collecting portions 80 are composed of two pairs and are housed in the storage chambers 13a, respectively, and are positioned below the upper plate.

The collecting unit 80 is formed in a box shape having an upper surface facing the grill 110 and an empty space formed therein.

Accordingly, the oil generated when the roasted water is cooked by the indirect heat of the heating unit 60 falls through the through hole of the grill 110 and is collected inside the collecting unit 80.

At this time, the inside of the collecting unit 80 may be filled with water to prevent oil from burning due to heat.

Next, the operation of the grill according to the present invention and the unique effects appearing in the process will be described.

When grilling water such as meat is to be baked, the whole of the covering portion 20 is turned upward to expose the grill 110, and then an appropriate amount of grilled water is put on the upper surface of the grill 110, By rotating the member 21 in the downward direction, the shielding portion 20 shields the grilled water.

At this time, when the main closure member 21 is rotated downward, the lower end of the sub vertical member 222 is brought into contact with the upper surface of the grill 110. The bottom end of the main horizontal member 212 is seated on the upper surface of the end portion of the receiving portion 90 or the end of the main spur member is brought into contact with the receiving portion 90. Therefore, the combination of the catching portions 90 of the covering portion 20 can perfectly cover the roasted water.

In this case, the roasted product is baked by the indirect heat of the heating unit 60 in the inside of the covering unit 20, and the oil or the spark of the solid fuel generated in the process of baking the roasted product is prevented from splashing to the user . Furthermore, it is possible to prevent dust or insects from contacting the roasted water.

Subsequently, when it is desired to check the degree of grinding of the roasted product, the state of the bottom surface of the roasted product may be confirmed by inserting the forceps through the space formed by rotating the subclosure member 22 upward.

When the bottom of the grilled product is properly cooked, the main shielding member 21 or the sub-shielding member 22 is rotated upward to reverse the grilled water placed on the grill 110, and then the main shielding member 21 Or the sub-screening member 22 is rotated in the downward direction so as to cover the grilled water.

Of course, even in the case of cutting the grilled water to a size that can be eaten while bending the grilled water, the main shielding member 21 or the sub-shielding member 22 may be rotated upward to cut the grilled water.

Then, the sub-screening member 22 is rotated upward to take out the ripe juice first, and then put it on a plate and eat it.

At this time, if the dish is made of a metal material, it is possible to raise the dish on the upper surface of the receiving portion 90 to prevent the grilled water from immediately cooling down, and to grind even if the grilled water is less cooked.

Of course, it is also possible to completely grill the grill on the grill 110 after the main closure member 21 is rotated in the upward direction.

Further, after the heating unit 60 is burned or in the pre-burning state, the grilled water is raised on the grill 110, and then the covering unit 20 is rotated in the downward direction so that the grill chamber 13b and the storage chamber 13a It is also possible to heat the roasted water with the heat of the remaining heating unit 60. [

Next, another embodiment of the grill according to the present invention will be described with reference to Figs. 6 to 8. Fig.

FIG. 6 is a view showing an alarm part, a jumping part, and an alarm part applied to the grill according to the present invention, FIG. 7 is a view showing the operation of the alarm part and the jumping part applied to the grill according to the present invention, Fig. 5 is a view showing the operation of the additional alarm unit applied to the grill according to the embodiment of the present invention;

In this embodiment, the sensing unit 100 for sensing and informing the above-described configurations and whether the heating unit 60 is turned on or off, the alarm unit 30 received in the case C, the jumping unit 40, (50).

The sensing unit 100 includes a first temperature sensor 101, a second temperature sensor 102, and a controller 103 electrically connected to the first and second temperature sensors.

The first temperature sensor 101 is disposed in the housing chamber 13a in a state of being housed in a housing (not shown) formed of a material having excellent heat resistance, detects the temperature of the heater 60 in real time, (103).

At this time, the material of the housing can be applied as a commercialized material.

The enclosure is supplied with power to or from the control unit 103, the first temperature sensor 101, the second temperature sensor 102, the alarm unit 30, the jumping unit 40 and the additional alarm unit 50 ON " / OFF " button for " ON "

The second temperature sensing sensor 102 is installed in the upper plate 11 or the housing unit 31 constituting the alarm unit and detects the temperature or the outdoor temperature outside the storage room 13a in real time and transmits it to the control unit 103.

Accordingly, when the user intends to enter the room or move to another place after finishing the meal, the user presses the ON button so that the controller 103, the first temperature sensor 101, the second temperature sensor 102, the alarm unit 30, (40) and the additional alarm unit (50).

The control unit 103 compares the temperature transmitted from the first temperature sensor 101 with the temperature transmitted from the second temperature sensor 102. For example, When the temperature received from the 1 temperature sensor 101 is high and the situation is maintained for 20 minutes to 50 minutes, the heating unit 60 is regarded as not being completely burned and operates the alarm unit.

The alarm unit 30 informs the user of the fact that the heating unit 60 has not been turned on to prevent a fire from occurring. The alarm unit 30 includes a hermetic unit 31, a connecting rod 32, a receiving unit 33, A supporting portion 34, an alarm sound generating portion 35, a launching portion 36, and an impingement plate 37.

The alarm unit 30 generates audible alarm sounds to the user and may be installed at various places such as the table 10, the periphery of the grill 1, the room where the user stays, etc. In the drawing, As shown in Fig.

The hollow portion 31 may be formed in an empty box shape to generate a resonance sound.

The hermetically-sealed parts 31 are formed with connection holes on both sides so that the connecting rod 32 and the additional connecting rod 51 can be connected.

The upper surface of the hermetically-sealed portion 31 is opened so that the impingement plate 37 and the repulsive portion 40 can be installed therein.

A lid 311 for covering the collision plate 37 and the repulsive portion 40 is detachably attached to the open portion of the hermetically sealed portion 31. [

The connection rod 32 is opened at both sides, and a passage through which the air and the alarm sound generating part 35 is moved is formed therein.

The connection rod 32 is installed through a connection hole formed on the right side surface of the housing portion 31.

Therefore, the inside of the housing portion 31 and the internal passage of the connecting rod 32 are connected.

The receiving portion 33 is connected to the lower portion of the connecting rod 32.

Specifically, the receiving portion 33 is formed with a receiving space in which the alarm sound generating portion 35 is accommodated, and the upper surface thereof is opened to be connected to the internal passage of the connecting rod 32.

The receiving portion 33 may be detachably coupled to the connecting rod 32 so that the new alarm sound generating portion 35 can be loaded.

The elastic support 34 elastically supports the alarm sound generator 35 and includes a coil spring 341 fixed to the bottom surface of the accommodating portion 33 and a coil spring 341 fixed to the upper surface of the coil spring 341, And a seat plate 342 on which the generating portion 35 is seated.

The plurality of alarm sound generators 35 are stacked on top of the elastic support 34.

The alarm sound generating unit 35 positioned at the uppermost position is located in the inner passage of the connection rod 32 and is fired into the internal space of the container unit 31 by the launching unit 36 described later.

The launch portion 36 may be formed of a known air compressor.

The launching unit 36 is provided with a spray pipe 361 connected to the inner passage of the connecting rod 32 to continuously inject compressed air into the inner passage.

That is, when the sensing units 100 and 10 detect the temperature of the heating unit 60 for more than a predetermined time, the control unit 103 determines that the heating unit 60 is not completely burned, So that the alarm sound generator 35 is fired into the internal space of the hermetically-sealed portion 31. [

The resilient supporting portion 34 raises the alarm sound generating portion 35 located in the receiving portion 33 in the internal passage so that the alarm can be sequentially emitted to the internal space of the receiving portion 31. [

The impingement plate 37 is disposed in an upright position in the interior of the housing portion 31 and is fixed to the upper surface of the lifting plate 41 to be described later.

The impingement plate 37 is arranged to face the connection hole of the housing portion 31 so that the alarm sound generating portions 35 emitted by the launching portion 36 collide with the impingement plate 37 to generate an alarm sound , The user is informed that the heating unit 60 has not been completely burned.

The alarm sound generating section 35 collides with the collision plate 37 to generate a first alarm sound and then drops into the lift plate 41 to generate a second alarm sound so that the user can be informed by the heating section 60 ) Can be more reliably recognized.

At this time, the alarm sound generator 35, the housing unit 31, and the impingement plate 37 may be formed of metal or similar material so as to generate a loud noise by mutual collision.

In addition, the grill 1 according to the present invention repels the alarm sound generating portion 35 dropped by the lift plate 41 so that the inner surface of the impeller portion 31, the impingement plate 37, the lift plate 41 And may further include a jumping unit (40) for colliding again.

The jumping portion 40 may include a lifting plate 41, a coil spring 42, and a striking portion 43.

The steel plate 41 is horizontally disposed in the inner space of the housing part 31, and the impact plate 37 is coupled to the upper surface of the steel plate 41.

The lifting plate (41) can be lifted and lowered in a state where the edge surface is in contact with the inner wall surface of the housing part (31).

The lower end of the coil spring 42 is fixed to the bottom surface of the housing part 31 and the upper end thereof is fixed to the bottom surface of the lifting plate 41.

The striking part 43 includes a motor 431 installed horizontally in the internal space of the housing part 31 and installed on the upper surface or the bottom central part of the fixing table 70 spaced apart from the upper side of the lifting plate 41 by a predetermined distance, And a striking rod 432 eccentrically connected to the motor shaft of the motor 431 and rotatably rotated by the motor 431 so that the lower end of the striking rod 432 strikes the lifting plate 41 repeatedly.

When the motor 431 is driven to rotate the striking bar 432 in place to repeatedly strike the lifting plate 41, the coil spring 42 is repeatedly expanded and contracted to cause the lifting plate 41 to move up and down, The alarm sound generating portions 35 falling on the steel plate 41 are repetitively bounced and collide against the inner surface of the housing portion 31, the collision plate 37 and the lifting plate 41 to generate an alarm sound.

The additional alarm unit 50 may include an additional connection rod 51, an additional elasticity support unit 53, an additional alarm sound generator 54, an additional collision plate 55, and an additional launch unit 56.

At this time, the additional alarm unit 50 may be operated to the skip unit 40 in advance or afterward.

The additional connecting rod 51 is opened on both sides and a passage through which the air and the additional alarm sound generating part 54 is moved is formed therein.

The additional connecting rod 51 is inserted through a connection hole formed in the left side surface of the housing portion 31. [

Therefore, the inside of the housing portion 31 and the internal passage of the additional connecting rod 51 are connected.

The additional accommodating portion 52 is connected to the lower portion of the additional connecting rod 51.

Specifically, the additional accommodating portion 52 is formed therein with an accommodation space for accommodating the additional alarm sound generating portion 54 therein, and the upper surface thereof is opened to be connected to the internal passage of the additional connection rod 51.

The additional receiving portion 52 may be detachably coupled to the additional connecting rod 51 so that the new additional alarm generating portion 54 can be installed.

The additional spring support portion 53 elastically supports the additional alarm sound generating portion 54 and is fixed to the upper surface of the coil spring 531 and the coil spring 531 fixed to the bottom surface of the accommodating portion 33 And a seating plate 532 on which the additional alarm sound generating section 54 is seated.

Each time the additional alarm sound generating section 54 is fired by the launching section 36, the additional alarm sound generating section 54, which is located inside the additional storing section 52, (51) so as to be sequentially emitted into the internal space of the container body (31).

The additional alarm sound generator 54 is filled with air and forms a ball.

A plurality of additional alarm sound generating portions 54 are stacked on the upper portion of the additional elasticity supporting portion 53.

The additional alarm sound generating unit 54 positioned at the uppermost position is located in the internal passage of the additional connection rod 51 and is fired into the internal space of the housing unit 31 by the additional firing unit 36 to be described later.

The additional alarm sound generator 54 is formed of rubber or a tube material so that it can be easily released when an impact is applied.

The additional collision plate 55 is disposed in an upright position in the interior of the housing portion 31 and is fixed to the upper surface of the lifting plate 41.

The additional collision plate 55 is disposed so as to face the connection hole of the hermetically-sealed portion 31, and a plurality of needles are formed on the facing surface of the additional collision plate 55 to break the additional alarm sound generating portion 54.

The additional firing portion 36 may be formed of a known air compressor.

The additional firing portion 36 includes a spray tube 561 connected to the inner passage of the additional connecting rod 51 to continuously inject compressed air into the inner passage of the additional connecting rod 51.

When the compressed air is injected into the inner passage of the additional connecting rod 51, the additional warning sound generating portion 54 located in the inner passage of the additional connecting rod 51 is fired into the inner space of the housing portion 31, So that the plate 37 or the needle collides with the needle 37 to generate noise, so that the user can recognize the unburned state of the heating unit 60.

That is, the additional alarm unit 50 generates an alarm sound of a totally different form from the alarm unit 30, thereby prompting the user to be more alert and promptly coping with the alarm.

Those skilled in the art will appreciate that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than by the foregoing description, and all changes or modifications derived from the meaning and scope of the claims and equivalents thereof are included in the scope of the present invention Should be interpreted.

1: Grill 10: Table
11: upper plate 11a: through hole
12: leg portion 13:
13a: storage chamber 13b: roasting chamber
20: shielding portion 21: main shielding member
211: main vertical member 212: main horizontal member
22: Sub-shielding member 221: Sub-horizontal member
222: Sub-vertical member 30: Alarm unit
31: Container 311: Cover
32: connecting rod 33: receiving portion
34: Elastic supports 341, 42, 531:
342,532: seat plate 35: alarm sound generator
36: launch part 361,561:
37: Collision plate 40:
41: lifting plate 43:
431: motor 50: additional alarm section
51: additional connection rod 52:
53: additional elastic support portion 54: additional alarm sound generating portion
55: additional collision plate 60: heating part
61: receiving tube 61a: vent hole
70: fixed base 80:
90: receiving part 100: sensing part
101: first temperature sensor 102: second temperature sensor
103: control unit 110: grill

Claims (5)

A table in which a grill is seated so as to be positioned at an upper portion of the storage room,
A cover which is rotatably coupled to the table so as to selectively expose or cover the grill,
A heating unit disposed in the grill room to provide indirect heat to the grilled water,
A collecting unit disposed in the compartment for collecting oil falling from the grilled water,
A sensing unit disposed in the storage room for sensing a temperature emitted from the heating unit,
And an alarm unit operable when the sensing unit senses the temperature of the heating unit at a predetermined time or longer,
The alarm unit,
A hollow portion in which an inner space is empty to generate a resonance sound,
A connecting rod having an inner passage connected to the inside of the housing section,
A receiving portion having a receiving space connected to an internal passage of the connecting rod,
A elastic support provided on a bottom surface of the accommodating portion,
A plurality of alarm sound generators stacked on top of the elastic support,
A launching part for injecting compressed air into the internal passage of the connecting rod to fire the alarm sound generating part into the internal space of the housing part,
And a collision plate that is disposed to stand up inside the enclosure and generates a noise when the alarm sound generator collides.
The method according to claim 1,
Wherein,
A main vertical member hinged to an upper surface of the table, a main horizontal member extending horizontally from an upper end of the main vertical member and positioned at an upper portion of the grill,
A sub-horizontal member hinged to both sides of the main horizontal member to be positioned at an upper portion of the grill, a sub-vertical member extending vertically at an end of the sub- The grill includes.
The method according to claim 1,
Further comprising a pedestal portion disposed on an upper portion of the roasting chamber and exposed to an upper portion of the table, the pedestal portion being heated by the heating portion.
delete The method according to claim 1,
Further comprising a jumping portion for jumping the alarm sound generating portion fired into the inside of the housing portion to collide with the inner surface of the casing or the impact plate again,
The hopper includes:
A steel plate disposed inside the housing portion and coupled to a bottom surface of the impingement plate,
A coil spring fixed to the bottom surface of the housing portion for elastically supporting the lifting plate,
And a striking portion that strikes the upper surface of the elevating plate repeatedly to generate vibration in the elevating plate.

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