KR20070082496A - A reflector inducing the far infrared ray radiant heat which is applied to a roaster - Google Patents

Abstract

A reflector inducing a far infrared ray radiant heat which is applied to a roaster is provided to prevent meat from being stuck or burnt by the far infrared ray radiation heat to provide good taste. A reflector inducing a far infrared ray radiant heat which is applied to a roaster includes an induction part(10) and a support tool(20). The induction part is made of stainless steel or brass having high durability and thermal transfer efficiency. The induction part induces and reflects far infrared rays generated from a heat source(30) disposed under the induction part in a lateral direction so that the heat can be evenly supplied to 360 degrees. The induction part has a shape selected from a cone, a hemisphere, a square, a triangular pyramid, a two-stage projection.

Description

Far Infrared Radiation Heat Induced Reflector for Grilling {A REFLECTOR INDUCING THE FAR INFRARED RAY RADIANT HEAT WHICH IS APPLIED TO A ROASTER}

1 is an installed cross-sectional view of a far-infrared radiant heat induced reflector according to the present invention;

Figure 2, Figure 2A, Figure 2B, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8, Figure 9 is a perspective view showing various embodiments.

* Code descriptions for the main parts of the drawings

10: induction reflector part 20: support

30: heat source (charcoal fire, gas fire, briquette fire, electric heat)

40: oil support

50: grill

60: Middle plate

70: radiator

Until now, existing grills (outdoor, indoor) grilled using grills or so-called net grills from heat sources (charcoal, gas fires, briquettes, electric heat) are located below the heat sources (charcoal and gas fires). A large amount of smoke is generated by falling directly on coal, fire, and electric heat, and it is adversely affecting the health and the environment of the people by burning a large amount of the direct heating or pressing on the grill to generate a large amount of harmful substances in the meat. The present invention eliminates all of the above adverse effects and at the same time the present invention relates to a far-infrared radiation-inducing reflector applied to meatballs (indoor, outdoor).

More specifically, the present invention relates to an apparatus for inducing and reflecting a radiant heat supplied in an upward direction to 360 degrees by providing a far-infrared radiant heat induced reflector between a grill and a heat source. In addition, by rapidly dividing the centrally concentrated heat into 360 degrees and reflecting it to the grill, the smoke generated by fats and seasonings falling directly to the heat source is basically solved and only the radiant heat is burned without burning meat. Various types of roasters for roasting meat have been proposed and used, and grills are placed on a crater placed in the center of the roaster for roasting meat. The meat placed on the grill is heated at a steep temperature by direct heat applied from heat (hereinafter referred to as 'heat source'). When the meat is grilled on the grill in the above manner, the heat generated from the heat source heats the center of the grill intensively by heating upwards without intermediate interruption, so the meat placed in the center of the grill is easily burned by the overheating. The meat placed around there was a problem that the heat transfer is slowed down and less cooked.

In addition, since the heat generated from the heat source is directly heated to the grill, and the grill is rapidly heated to a high temperature, the meat is stuck to the grill and burned, making it difficult to eat, and the heat generated by the meat fat and seasoning falling directly to the heat source. There was a problem in that it is produced in large quantities to cloud the interior, thereby causing the environmental pollution by exhausting smoke to the bottom-up and top-down duct facility.

The present invention has been made to solve the problems of the existing roasting

It is an object of the present invention to provide a far-infrared radiation-inducing reflector for heating the entire 360 degrees of the side of the grill, that is, the center plate, that is, the upper side by directing or reflecting the heat supplied upward from the heat source in the side direction. An object of the present invention and the induction unit for inducing and reflecting the heat supplied in the heat direction is directly upward from the heat source; It can be achieved by providing a far-infrared radiant heat induced reflector characterized in that it comprises a support means for supporting the induction part to be provided between the heat source and the grill.

Here, the induction part is preferably any one of a conical shape, a horizontal wrinkle shape, a vertical wrinkle shape, a square pyramid shape, a triangular pyramid shape, and a two-stage structure shape shape according to the apparatus frame of the heat source to be accommodated. The object of the present invention described above will become more apparent from the preferred embodiment of the present invention described below with reference to the accompanying drawings.

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

1 is a representative view showing the installed state of the far-infrared radiation heat induced reflector according to the present invention, Figure 2, Figure 2A, Figure 2B, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8 is the subject innovation Is a perspective view showing various embodiments of the induction part.

Referring to the drawings, the far-infrared radiant heat induced reflector according to the present invention is not limited to the material of the induction part 10, but is durable and good heat transfer efficiency, it is preferable that the stainless steel and brass material without deformation even in repeated use at high heat Do.

In addition, the induction part 10 may be formed of a ceramic material having good heat resistance, high hardness, and good abrasion resistance. The induction part 10 generates heat from the heat source 30 located below and induces or reflects far-infrared heat supplied to the upper side in a lateral direction, thereby distributing heat to the grill 50 located on the upper side of the central plate 60. Feed evenly to the side except 360 degrees.

The induction part 10 is provided in a shape of a vertical light narrowing which is widened from a lower end to an upper end so that far-infrared heat generated from the heat source 30 is induced or reflected and can be easily dispersed in the lateral direction. That is, the induction part 10 may be provided in a conical shape as shown in FIG. 2 and a hemispherical shape as shown in FIG. 3.

In this way, the heat generated from the heat source due to the induction part 10 provided in a conical or hemispherical shape is guided along the outer surface of the induction part 10 or is reflected by the reflection and is distributed in the side direction.

Induction part 10 of Figure 2A horizontal wrinkle type and Figure 2B vertical wrinkles also serves to adjust the heat reaching the grill by causing the diffuse reflection on the outer surface.

In addition, the induction part 10 may be provided in a quadrangular pyramid shape as shown in FIG. 4. Thus, the square pyramid-shaped induction part 10 can be applied when the grille of the heat source located on the upper side and the receiving frame shape of the lower heat source are rectangular.

The square pyramid guide portion can heat the heat evenly on all sides except the center of the grill.

The induction part 10 of FIG. 5 has a triangular pyramid shape and can induce heat only to the side of the grill when the grill is rectangular in shape. The two-stage structure induction part 10 of FIG. The grill can be heated to a wavelength. The operation and effects of the far-infrared radiation heat induced reflector according to the present invention configured as described above will be described.

As shown in FIG. 1, the heat supplied directly from the heat source 30 is blocked by the induction part 10, and is induced along the outer surface of the induction part 10 or reflected off the outer surface to be distributed in the side direction. Will be.

In addition, the induction part 10 heated by the far-infrared radiant heater supplied from the heat source 30 is induced to reflect the radiant heat.

Therefore, since heat supplied concentrated upward from the heat source 30 is distributed and supplied in the side direction by the induction part 10, the entire side surface 360 except for the middle plate of the grill 50 located on the upper side is heated as a whole, and the grill Since the 50 is heated due to the radiant heat of the induction part 10, it is gradually heated rather than being rapidly heated as in the prior art.

Therefore, the grill 50 is not too strong heat is transmitted evenly throughout, and all the meat placed except the middle plate 60 is cooked evenly.

In addition, the grill 50 is heated due to the inductively reflected radiant heat, so it is not heated rapidly but is gradually heated to significantly reduce the phenomenon that the meat is pressed or burned to the grill 50 and the meat tastes softly cooked to the meat. It is better and the seasoning and fat drop into the drip tray (40) to achieve the perfect lead-free fundamentally.

In addition, the central plate (60) serves to warm the grilled meat in a gentle excitation not to cool.

In addition, the support means supports the induction part 10 so that the induction part 10 is provided between the heat source 30 and the central plate 60 of the grill. The support means may be variously modified so that the induction part 10 is provided between the heat source and the center plate of the grill, and the support 20 may be changed according to a heat source (charcoal, gas fire, briquette fire, or electric heat).

For example, according to the receiving frame 30 of the heat source can be supported by standing two supports 20, as shown in Fig. 7 and may be set up three supports 20, as shown in Fig. (8). In addition, alternatively, as illustrated in FIG. 9, the grill central plate 60 may be hooked or welded to the ring 120.

As described above, the present invention induces or reflects far-infrared radiant heat supplied upward from the heat source by the far-infrared radiant heat induced reflector provided between the grill and the heat source in the grill (indoor and outdoor), and the grill is located on the upper side. Because the whole of the side surface except for the central plate (60) of the meat can be cooked evenly and also the saucer and meat fat fall down under the grill to solve the smoke caused by the origin of the pollution of indoor air and It is also very effective in preventing environmental pollution.

In addition, since the far infrared radiation is divided into 360 degrees wavelength meat can be deliciously baked due to the cardiac calendar of the radiant heat without pressing or burning.

As described above, the present invention has been shown and described with respect to specific embodiments, but various modifications and changes can be made without departing from the spirit and scope of the invention as indicated in the claims. Anyone can grow up easily.

Claims (4)

An induction part formed to induce reflection in the hot air supplied directly from the heat source in the side direction of the platen; Inductive reflector, characterized in that it comprises a support means for supporting the induction part to be provided between the heat source and the grill. The inductive reflector according to claim 1, wherein the induction part has any one of a cone, a hemisphere, a square pyramid, a triangular pyramid, and a two-stage structure pyramid. An induction part formed to induce reflection in the hot air supplied directly from the heat source in the side direction of the platen; An inductive reflector comprising a support means for supporting the induction part so that the induction part is provided between the heat source and the baffle plate, and provided at the top of the induction part to fix a hook or weld to the baffle plate. The inductive reflector according to claim 3, wherein the induction part has any one of a cone, a hemispherical pyramid, a triangular pyramid, and a two-stage pyramid shape.

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