KR200254986Y1 - Using of gas charcoal burning rouster - Google Patents

Abstract

The present invention relates to a roasting gas roaster, and more particularly to a roasting gas charcoal combined roaster that can be exhausted without the remaining amount of butane gas when roasting meat using a portable butane gas, one side of the roaster The ignition control case and the butane gas case are fixed by the upper plate attached to the main body, and a heat flow discharge box is located between the roaster and the butane gas case, and the ignition control case is provided with an ignition adjustment knob and an air volume control switch on the upper side. The butane gas case has a bottom plate having a water discharge hole in the lower portion and an inner wall for supporting butane gas container on one side and an outer wall for blocking external heat, respectively, and a gas spray body is installed vertically on one inner side of the case. In the upper part of the bottom plate, a rod part capable of sliding left and right and the rod part The butane gas mounting operation plate is sequentially provided, and is provided with an opening and closing surface for blocking the discharge hole and the suction hole by the opening and closing operation of the link and lever switch interlocked with the operation plate, and the butane gas support of the operating plate Gas charcoal dual roaster, characterized in that the injection hole is fixed between the outer wall to spray the heat introduced from the heat flow discharge box.

Description

Gas charcoal burning rouster

The present invention relates to a roasting roaster, and more particularly, to a gas charcoal combined roaster that can be exhausted without the remaining amount of butane gas when roasting meat using a portable butane gas.

In general, the roaster is used a lot in a store or a home, but a lot of portable roasters are used in a home, and in a business, a roaster having a circular or rectangular shape is installed in an outer case for a table or the like.

However, since there is no ignition device for igniting charcoal in the conventional charcoal grills, the charcoal grill separates the charcoal barrels and then burns the charcoal from the outside to form a firepower to burn meat, thereby bringing the charcoal bucket to the charcoal grill. In this regard, recently, a burner is installed inside the roaster, and a charcoal barrel is installed directly on top of the burner to provide a charcoal ignition device equipped with a portable butane gas in the roaster so that the char is ignited and burned by the heat of the burner.

However, roasters such as the above are used to ignite portable butane gas, but there is always a residual amount because butane gas is not completely burned. The reason for filling the portable butane gas container is based on butane gas. To improve the vaporization capacity, a mixture of propane gas and a small amount of other hydrocarbons is used. The gas filled in the butane gas container is a liquid, and when the liquid is vaporized, it takes a lot of heat around and becomes a gas. If the surface of the container falls below the boiling point of butane gas in the winter, due to the latent heat of evaporation of butane gas, there is a resolving phenomenon that the vaporization capacity is reduced. Had

In addition, the portable butane gas is used only for the ignition of charcoal for the same reason as described above.

Therefore, in order to solve such a problem, an object of the present invention is to maintain the temperature of butane gas at 20 degrees to 40 degrees or less so that the remaining amount of butane gas for supplying gas to the ignition device provided in the roaster is maintained. And to provide a gas charcoal combined roaster that can be conveniently used as a gas roaster combined.

1 is a perspective view showing the present invention.

Figure 2 is a perspective view showing the interior of the butane gas case according to the present invention.

Figure 3 is a front sectional view showing an operation state of the present invention.

Figure 4 is a cross-sectional view showing the present invention.

Figure 5 is a side view showing a blower tube of the present invention roster body.

Figure 6 is an enlarged side view showing the installation of the bracket of the present invention.

7 is a perspective view showing the bracket of the present invention.

Description of the main parts of the drawing

1: roaster body 2: ignition adjustment case 3: butane gas case

4: Top plate 5: Heat flow discharge box 6: Ventilation pipe

7: Drainer 8: Inlet 9: Water drain

10: bottom plate 11: inner wall 12: outer wall

13: Gas spraying body 14: Butane gas mounting operating plate 15: Link

16: Lever switch 17: Suction hole 18: Induction pipe

19: sprayer 20: butane gas container 21: hook

22: first link ball 23: second link ball 24: bend

25: rotating shaft 26: discharge hole 27: guide surface

28: fixed work 29: support part 30: link ball dead center

31: fixed member 32: spring 33: fixed shaft

34: Injector 35: Burner 36: Bracket

37: Insertion rod 38: Injection nozzle 39: Fixed rod

40: Opening and shutting surface 41: Roaster

In order to achieve the above object, the present invention is to fix the ignition control case and the butane gas case by the top plate attached to the main body and the roaster and butane on one side of the roaster composed of a rectangular roster body, butane gas case and ignition control case. A heat flow discharge box is located between the gas cases, and the ignition control case is provided with an ignition control knob and a flow rate control switch at an upper side thereof; The butane gas case has a bottom plate having a water discharge hole at the bottom and an inner wall for supporting the butane gas container on one side and an outer wall for blocking external heat; A gas injection body is installed vertically on one side of the case, and a rod part capable of sliding left and right and a butane gas mounting operation plate sequentially operated on the bottom plate are sequentially provided; An opening and closing surface for blocking the discharge hole and the suction hole by the opening and closing operation of the link and the lever switch interlocked with the operation plate; Between the butane gas support and the outer wall of the operating plate is configured to be provided with injection holes for injecting heat introduced from the heat flow discharge box.

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

1 is a perspective view showing the present invention, Figure 2 is a perspective view showing the inside of the butane gas case according to the present invention, Figure 3 is a front sectional view showing the operation state of the present invention, Figure 4 Figure is a side view showing the invention, Figure 5 is a side view showing a blower tube of the present invention roster body.

In the roaster 41 composed of a rectangular roaster main body 1, a butane gas case 3 and an ignition control case 2,

One side of the roaster body 1 is fixed integrally by the ignition control case 2 and the butane gas case 3 and the upper plate 4 attached to the roaster body 1 and the fixing rod 39. Heated discharge box 5 is located between the fixed roaster body 1 and the butane gas case 3, so that the hot air generated when the roaster 41 is used has a temperature of 100 degrees or more, such as smoke. The hot air is discharged through the discharge hole 7 of the blower pipe 6 located in a straight line while circulating through the filter in the main body 1 of the roaster, and at this time, the heat flow discharge box 5 The inlet hole 8 and the main body 1 of the roaster are spaced a little distance, partly through the inlet hole 8 into the heat flow discharge box (5) and part is dispersed into the air flow into the heat flow discharge box (5) Temperature of 20 to 40 degrees It has a temperature control function to keep it. The butane gas case 3 has a bottom plate 10 having a water discharge hole 9 at a lower portion thereof and a high temperature transmitted from an inner wall 11 and a roaster body 1 supporting the butane gas container 20 at one side thereof. Each of the outer walls 12 for blocking air blocks hot hot air in the butane gas, and a gas injection body 13 is vertically installed at one inner side of the case 3 and above the bottom plate 10. A rod part 12 capable of sliding left and right and a butane gas placing operating plate 14 operated by the rod part 12 are sequentially provided to move the butane gas container 20 to the butane gas placing operation plate 14. ), The link 15 and the lever switch 16 interlocked with the operation plate 14 is moved to the left side and integrally connected to the upper right of the operation plate 14 for butane gas mounting operation opening and closing surface 40 The outer wall 12 of the outlet hole 26 of the heat rate discharge box 5 and the butane gas case 3 by the opening and closing operation of the The opening / closing surface 40 for blocking the suction hole 17 fixed inwardly is opened and closed, so that hot air discharged from the heat rate discharge box 5 flows into the suction hole 17 to open the induction pipe 18. While moving along, hot air is injected through the circular injection hole 19 integrally provided in the induction pipe 18, and the injected hot air is generated in the butane gas container 20 when the butane gas is used. In order to eliminate the phenomenon, the high temperature air injected onto the surface of the butane gas container 20 expands the internal temperature of the butane gas container 20 so that the residual amount of butane gas does not remain in the butane gas container 20. Butane gas in 41 can also be used for igniting charcoal and used as a gas smokeless roaster.

The roaster 41 has a water discharge hole 21 which discharges water droplets when the cold air and the high temperature air of the butane gas container 20 are mixed when the butane gas is used, and the bottom plate of the butane gas case 3. 10) It is provided on one side.

The butane gas mounting operation plate 14 is a butane gas combusted by the front and rear operation of the lever 16 connected to the link 15, the link 15 is the first link hole 22 and the second therein The link hole 23 is provided in a state having one end of the bent portion 24 and the rotating shaft 25 located on one side of the inner link 15 is connected to the bottom dead center 30 of the operating lever 16 to make a hinged area. Link 15 is provided with a rotating shaft for providing the link hole is integrally fastened with the fixing hole 28 of the guide surface 27 located on one side of the butane gas mounting operation plate 14 and the operation plate 14 Mounting the opening and closing surface 40 on one side of the support portion 29 located at the end of the blocking the hot air inflow and having a locking portion 28 on one lower end of the guide surface 27 as the locking portion 28 The structure is connected by the fixing member 31 and the spring 32 located in the center of the inner wall 11, the fixed shaft is the first when operating the lever 16 to the front The butcher gas is ignited and the fixed shaft 33 moves from the second link hole 23 to the first link hole when the butane gas is ignited and the lever is retracted. It is provided to move to 22.

Figure 6 is an enlarged side view showing the installation of the bracket of the present invention, Figure 7 is a perspective view showing the bracket of the present invention.

The gas flowing from the butane gas container 20 along the injection pipe 34 formed under the gas injection body 13 located in the ignition control case 2 during the ignition of the roaster 41 is an outer peripheral surface of the burner 35. The injection nozzle 34 is coupled to the fixed injection pipe 34 by inserting the injection pipe 34 into the insertion hole 37 formed in the 'A' shaped bracket 36 attached to the upper side, and the combined injection nozzle ( 38 is the burner 35 and the injection nozzle 38 when the inner side of the burner 35 is inserted into the bracket 36 so that the air flows into the gap spaced from the injected gas and the combustion is better burned gas Equipped.

As described above, according to the present invention, it is possible to use a gas charcoal-free lead-free roaster by using the hot air flowing from the roaster body so that the residual amount of butane gas does not remain in the butane gas container. This can eliminate the risk of explosion, reduce environmental pollution, and reduce economic losses.

Claims (4)

In the roaster consisting of a rectangular roaster body, butane gas case and ignition control case, An ignition control case and a butane gas case are fixed to one side of the roaster by a top plate attached to the main body, and a heat flow discharge box is positioned between the roaster and the butane gas case, and the ignition control case has an ignition control knob and an air flow control switch at an upper side thereof. It is provided in; The butane gas case comprises a bottom plate having a water discharge hole in the lower portion and an inner wall for supporting the butane gas container on one side and an outer wall for blocking external heat; A rod part in which a gas injection body is placed vertically on one side of the butane gas case and a left and right slide operation is provided on an upper portion of the bottom plate; Butane gas mounting operating plate to be sequentially operated in the rod portion; It has an opening and closing surface for blocking the discharge hole and the suction hole in accordance with the opening and closing operation of the link and the lever switch interlocked with the operation plate; Gas and charcoal dual roaster, characterized in that the injection hole is fixed between the butane gas support portion and the outer wall by the operation plate for injecting the heat introduced from the heat flow discharge box. The method of claim 1, The gas charcoal combined with the gas charcoal, characterized in that it is inserted into the burner so that a small space is formed by making it smaller than the inner diameter of the burner and fixed to the insertion hole of the bracket attached to the upper side of the outer peripheral surface of the burner. Roaster. The method of claim 1, The link interlocked with the operation plate may include a bent portion having a first link hole and a second link hole therein; A rotating shaft connected to the bottom dead center of the operating lever to provide a hinge area bow; The link hole has a locking portion on one side of the butane gas mounting operation plate is integrally fastened with the fixing hole of the guide surface; The fixed shaft is moved and ignited from the first link hole to the second link hole when it is mounted on one side of the support part located at the end of the operation plate by the opening and closing surface to operate the locking part connected back and forth by the lever with the lever. The gas charcoal combined roaster characterized in that it is moved back by this restoring force. The method of claim 1, The suction hole and the inlet hole provided at the front lower one side and the rear upper side of the heat flow discharge box are spaced apart from each other to introduce only a part of the heat discharged from the main body to connect the discharge hole to the induction pipe inside the case. Gas charcoal roaster.