KR100526776B1 - A cooking utensil using halogen heaters - Google Patents

Abstract

The present disclosure improves the heat dissipation structure of the halogen heater mounted inside the device and improves thermal insulation, thereby preventing heat from being transferred to the case while allowing most of the heat to be radiated in the direction of cooking food, thereby improving the thermal efficiency of the components. The present invention relates to a halogen heater cooker capable of minimizing thermal deformation. The present invention is made of a double structure in which a space is formed between the two case members of the inner case and the outer case, and the bracket is mounted behind the reflector of the halogen heater to secure the heat dissipation of the heater by a fixed distance apart from the inner case It improves heat utilization efficiency by preventing the heat from the heater from conducting to the outer case as much as possible, and removes the collar part and ceramic part of the halogen lamp, which are vulnerable to heat, from the lamp body and located outside of the inner case to prevent heat deformation. Extend the life of parts.

Description

Halogen heater cooker {A COOKING UTENSIL USING HALOGEN HEATERS}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a halogen heater cooker which bakes or cooks foods such as meat or vegetables (the food includes all foods cooked or cooked), and more particularly, a halogen heater mounted inside the apparatus. It is possible to improve heat dissipation structure and heat insulation to block heat transferred to the case while allowing most heat to be radiated in the direction of cooking food. It is about.

In general, to bake foods such as meat or fish, such as beef or pork, put them on a charcoal or gas fire and bake the food on them. As such, conventionally, since the charcoal or gas fire is used as a heat source to bake or cook the food, the food is easily burned and smoked. In addition, when the flow of air is large due to the combustion of heat from the heat source located below the food vertically, hot air rises vertically, and the moisture contained in the meat evaporates quickly. Are frequent, and a lot of smoke is generated accordingly. In addition, the areas where the heat source directly touches are first cooked quickly, while the meat is not evenly cooked.

On the other hand, a heating cooker equipped with a halogen lamp has been released to compensate for the above disadvantages of the heat source, and the cooker has a halogen lamp placed in a circular or straight shape under the permeable heating plate integrated with the body, and is completely shielded from the outside. The cooking was carried out by heating the food on a permeable heating plate. Such heat cookers are used to cook food containers such as kettles or pots on a heating plate by boiling water or to boil food in the cooking containers and to cook meat or fish.

Accordingly, an object of the present invention is to devise to solve the above-mentioned drawbacks, cooking is placed on top of the opening of the device by placing a halogen heater upward in the inside of the device having an upper opening to radiate high temperature rays upward The present invention provides a halogen heater cooker capable of roasting meat or fish or cooking other foods so that the juices do not evaporate in the plate and the outside and inside of the dishes are uniform.

Another object of the present invention comprises a dual structure of the inner case and the outer case spaced apart from the inner case, the bracket is mounted behind the reflector of the halogen heater to improve the heat dissipation of the heater by fixing a predetermined distance from the inner case. By preventing the heat transfer from the heater to the outer case as much as possible, it prevents the heat deformation of the heater components and extends the life of the parts and releases the cooking heat generated from the heater toward the food as much as possible. To provide a heater cooker.

The halogen heater cooker according to the first aspect of the present invention for achieving the above objects is provided with a predetermined space therein, the upper portion is opened; A halogen heater attached upwardly to the inner wall of the case to radiate high-temperature light toward the opening of the case; And a cooking plate mounted on an upper portion of the opening of the case, the cooking plate being heated by the high temperature light of the halogen heater to heat the food placed thereon. And an outer case which is formed in the inner case to which the halogen heater is fixed, and is surrounded by a predetermined distance from the inner case and surrounds the periphery of the inner case, wherein the halogen heater has a high temperature according to a power supply. Halogen lamps emitting light; A semi-cylindrical reflector plate surrounding the halogen lamp and the front part is opened, and a c-beam shape having a front opening to provide a space for cooling air to flow between the reflector plate and the reflector plate. A body having a bracket on an upper side of the rear surface and having a bracket fixed to the inner wall of the case to be inclined upwardly; And a light transmitting plate mounted to the front open portion of the reflector to shield the halogen lamp from the outside and projecting high-temperature light emitted from the halogen lamp, wherein the halogen lamp has a collar portion at both ends and the collar. The power line is drawn out by attaching a ceramic part to the part, and the collar part and the ceramic part of the halogen lamp protrude from the halogen heater body and penetrate through the inner case to be positioned outside, and the lamp is placed outside the inner case. It is characterized in that the fixing clip is fitted to each of the ceramic parts of the both ends of the halogen lamp protruding the inner case provided.

Halogen heater cooking apparatus according to a second aspect of the present invention for achieving the above object is provided with a predetermined space therein, the upper portion is opened; A halogen heater attached upward to an inner lower part of the case and emitting high temperature light in an opening direction of the case; And a cooking plate mounted on the opening of the case, the cooking plate being heated by the high temperature light of the halogen heater and heating the food placed thereon, wherein the halogen heater emits high temperature light according to a power supply; A semi-cylindrical reflector plate surrounding the halogen lamp and the front part is opened, and a c-beam shape in which the front is opened so that a space for cooling air flows between the reflector is inserted and accommodated therein so as to form a heat radiation hole at the rear. A body having a bracket which is perforated and is fixed upwardly across the inner lower space of the case; And a light transmitting plate mounted to the front open portion of the reflector to shield the halogen lamp from the outside and projecting the high temperature light emitted from the halogen lamp, wherein the halogen lamp has a collar portion at both ends. A power supply line is drawn out by attaching a ceramic part to the collar part, and the collar part and the ceramic part of the halogen lamp protrude from the halogen heater body and penetrate through the inner case to be located outside the inner case. It is characterized in that the lamp holders are provided on the outside of the lamp holder, and the fixing clips are gripped to the ceramic parts at both ends of the halogen lamp protruding the inner case.

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

1 is a perspective view showing the appearance of a halogen heater cooker according to the present invention, Figure 2 is an exploded perspective view of the cooker shown in Figure 1, Figure 3 is a cross-sectional view taken along line A-A of FIG.

As illustrated, the cooker 10 includes a case 100 including an inner case 110 and an outer case 120 which surrounds the inner case 110 at a predetermined distance from the outer wall of the inner case 110. Equipped with. Halogen heaters 200 are attached to the inner wall surfaces of the inner case 100 on opposite sides of the inner case 100. The pair of halogen heaters 200 is preferably disposed on the upper side of the inner wall of the inner case 110 adjacent to the cooking plate 300 in terms of thermal efficiency, and the upper portion of the halogen heater 200 is disposed on the inner wall of the case 100 so that high-temperature light is emitted upward. It is fixed inclined while looking at. This inclination angle α is preferably about 45 ± 10 ° based on the vertical line.

The halogen heater 200 is in the form of a rod having a length corresponding to the left and right length of the inner wall of the inner case 110, is fixed to the inner wall of the inner case 110 through the heater fixing bolt 130. To this end, the bolt inlet 122 is drilled in the side of the outer case 120, the bolt through hole 112 is formed in the inner case 110 corresponding to the bolt inlet 122. The heater fixing bolt 130 penetrating the bolt inlet 122 and the bolt through hole 112 is fastened to the fastening hole 202 formed in the halogen heater 200. In particular, in order to fix the halogen heater 200 inclined to the inner wall of the inner case 110, the halogen heater 200 has an inclined surface 212 on the rear side of the body 210, the fastening hole ( 202 is provided. Halogen heater 200 is a pair is mounted on the left and right inner wall of the inner wall slope of the case 100, it can be optionally additionally mounted on the front and rear inner wall in the same structure and method. As such, by fixing the halogen heater 200 to the upper side wall instead of the bottom, not only oil or water falling when grilling meat can be avoided, but also closer to the cooking plate 300 can be installed closer to the heat utilization efficiency. . The structure of the halogen heater 200 will be described later in detail with reference to FIGS. 4 to 6.

The inner case 110 to which the halogen heater 200 is fixed has an upper and lower opening and is composed of four side walls. The inner case 110 is completely received and coupled to the outer case 120, wherein the inner wall of the outer case 120 is spaced a predetermined distance from the outer wall of the inner case 110. Therefore, a space through which air flows is provided between the inner case 110 and the outer case 120 to improve heat dissipation of the inner case 110 through air cooling, and the heat of the inner case 110 is immediately opened to the outer case. It is not transmitted to the 120 to block the heat exiting to the outside through the heat conduction to the outer case 120 to increase the thermal efficiency. The heat dissipation holes 124 are perforated on both sides of the outer case 120 to draw air into the space between the inner case 110 and the outer case 120. The air introduced into the interior from the outside of the case 100 through the heat dissipation holes 124 cools the case 100 while flowing between the inner case 110 and the outer case 120, and the warmed air is cooled again. It is discharged through the hot holes 124. The coupling structure of the inner case 110 and the outer case 120 will be described in detail with reference to FIGS. 7 to 9.

As described above, the upper part of the case 100 formed by combining the inner case 110 and the outer case 120 is open, and the cooking plate 300 is mounted on the opened upper part. The cooking plate 300 is mounted on the seating jaw 102 provided on the upper side edge of the case 100 so that the cooking plate 300 can be easily lifted up. The seating jaw 102 is provided by bending the upper end of the inner case 110 substantially in the present embodiment, but may be formed on the upper plate 103 of the case 100.

The apparatus is provided with a cooking plate removing piece 310 to easily lift the cooking plate 300 when the cooking plate 300 is replaced, the cooking plate 300 has the removal piece mounting grooves 302 on both sides thereof. It is prepared. The cooking plate 300 has an approximately V-shape inclined downward on a centerline parallel to the longitudinal direction of the cooking plate 300 at both ends thereof, and radiating holes 304 for causing the high temperature light emitted from the halogen heater 200 to be emitted. ) Are formed at regular intervals. The V-shaped shape of the cooking plate 300 proceeds in a direction parallel to the inclination of the halogen heater 200, such that the cooking is placed on the cooking plate 300 by bringing the halogen heater 200 and the food 20 closer to each other. The high temperature light and far infrared rays emitted from the halogen heater 200 are irradiated to the water 20 with a uniform and sufficient amount. The cooking plate 300 is better as the flesh (the portion of the cooking plate between the spinneret and the spinneret) is narrower and the spinneret 304 is tighter. Furthermore, the radiation hole 304 of the cooking plate 300 is drilled into various curved holes such as the linear wave pattern illustrated in the drawing in consideration of design elements, so that the light has a curved shape when the halogen heater 200 is ignited. When baking the food 20 in the cooking plate 300 may provide a beauty. Thus, the radiation hole 304 may be configured not only in the curved hole in the width direction of the cooking plate 300 but also in other shapes such as a straight hole and a circular hole. On the other hand, the cooking plate 300 has a structure in which the spin holes 304 are not punctured completely blocked, it is possible to cook food with a soup. In addition, the cooker may be cooked by removing the cooking plate 300 and directly placing the roast-type food on the portion on which the cooking plate is placed and heating it with high-temperature light of a halogen lamp. The cooking plate 300 is preferably made of anti-stick coating such as Teflon so that the food 20 such as meat or fish does not stick to the aluminum material which is light and has good thermal conductivity.

The case 100 is provided with a power plug 142 of the power line 140 for supplying power to the halogen heater 200 from the outside and a temperature control switch 150 for adjusting the temperature of the halogen heater 200. . The temperature control switch 150 is composed of a solid-state dimming switch, by rotating the temperature control switch 150 can be finely adjusted the temperature of the halogen heater 200 to be cooked (baked) cooking 20 A suitable cooking temperature can be set. The temperature control switch 150 is preferably configured as a storage type exposed or concealed by the opening and closing plate 152 on the upper side of the case 100.

When the food 20 is cooked or baked on the cooking plate 300, the oil or water contained in the food 20 falls down through the radiation holes 304 of the cooking plate 300. In order to collect and collect easily, the inner bottom of the case 100 is provided with the oil sump 160. The drip tray 160 is positioned vertically below the cooking plate 300, and the drip tray 160 is horizontally disposed on one lower surface of the case 100 so that the drip tray 160 can be inserted into and removed from the case 100. Drip tray mounting groove 104 for insertion or removal is formed. The device further includes a cover 170 that can cover the cooking plate 300 so as not to get dust or foreign matter on the cooking plate 300.

4 is a perspective view showing in detail a halogen heater in the cooker shown in FIG. 1, FIG. 5 is an exploded perspective view of FIG. 4, and FIG. 6 is a cross-sectional view taken along line B-B of FIG. 4.

As shown, the halogen heater 200 has a body 210 and a halogen lamp 220 that is received in the body 210 to generate heat. The body 210 has a long rod shape, and a semi-cylindrical reflecting plate 230 is located inside, and the bracket 240 surrounds the reflecting plate 230. The bracket 240 has a rectangular beam shape for accommodating the semi-cylindrical reflecting plate 230, the front side of which is open so that the reflecting plate 230 can be fitted, and both side edges of the rear surface of the bracket 240 are a predetermined inclined surface 212, When the inclined surface 212 is brought into close contact with the inner wall of the inner case 110 described above, the halogen heater 200 is positioned at a predetermined angle according to the angle of the inclined surface 212. For fixing, fastening holes 202 are formed in the inclined surface 212 of the bracket 240. In addition, a plurality of heat dissipation holes 242 are drilled on the rear surface of the bracket 240 to increase the cooling property of the reflector 230 heated by the high temperature light of the halogen lamp 220. In other words, since the reflecting plate 230 has a semi-cylindrical shape, and the bracket 240 surrounding the reflecting plate 230 has a substantially square beam shape, when the reflecting plate 230 is inserted into and coupled to the bracket 240, the two members are in line contact. A space is formed between them. Therefore, the heat dissipation holes 242 drilled on the rear surface of the bracket 240 help the cooling of the reflector plate 230 by introducing air into the space between the reflector plate 230 and the bracket 240. In addition, the reflective plate 230 is made of aluminum, the inner surface of the reflective surface 232 is preferably coated with a special coating or smoothly polished like a mirror to maximize the reflection efficiency. More preferably, the inner surface of the reflector 230 may be coated to maximize the light reflection efficiency by coating an anodized (oxide film) reflector after a pulsing treatment.

In addition, the halogen heater 200 is provided with a light transmitting plate 250 for closing the open front portion of the reflecting plate 230. In order to mount the light transmitting plate 250, both ends of the opening of the front portion of the bracket 240 are provided with mounting jaws 244 and 244a that are bent in a letter. In the state where the light transmitting plate 250 is seated in the mounting jaws 244 and 244a of both sides, the side plates 260 and 260a are mounted on both open sides of the bracket 240 so as to attach the light transmitting plate to the bracket 240. 250). In this case, lamp outlet holes 262 and 262a are drilled in the side plates 260 and 260a so that both ends (color portions 222 and 222a) of the halogen lamp 220 may protrude to a certain portion. As a result, the collars 222 and 222a and the ceramic parts 224 and 224a formed at both ends of the halogen lamp 220 are weak in heat but protrude out of the heater body 210 so that they do not directly contact the high heat generated by the lamp. Damage and deterioration caused by this can be prevented. As described above, the halogen lamp 220 is located in the interior sealed by the reflecting plate 230 and the light transmitting plate 240, the high-temperature light emitted from the halogen lamp 220 is the light transmitting plate 250 of the front It passes through and is released. The light transmitting plate 250 is preferably a ceramic plate, in which case the ceramic plate is heated by the high temperature light of the halogen lamp 220 to emit far infrared rays together with the high temperature light. The light transmissive plate 250 is preferably manufactured in a translucent color having a deep red color, so that the meat looks fresh when the high temperature light is emitted.

As described above, since the material that is easily deformed by heat in the body 210, such as a heat insulating material, is not used at all, the halogen heater 200 may improve durability by minimizing thermal deformation of the heater part. In particular, the heat dissipation structure of the bracket 240 is adopted, and the thermal conductivity is lowered and the ventilation is improved by improving the ventilation efficiency by connecting the inner case at a predetermined interval rather than by directly contacting the inner case. This will be described in detail with reference to FIG. 9.

The halogen lamp 220 is supplied with power from the outside through the above-described power plug, and fine temperature control is possible by operating a temperature control switch. In the present embodiment, one halogen lamp 220 is mounted in each of the halogen heater bodies 210, but two or more halogen lamps may be mounted in one body according to the capacity of the cooker.

FIG. 7 is a perspective view illustrating only the inner case and the outer case part of FIG. 1, separated from each other, and FIG. 8 is a cross-sectional view illustrating the coupling structure of the inner case and the outer case of FIG. 7 in more detail. In addition, Figure 9 is a view showing in detail the support structure of both ends of the halogen heater mounted inside the inner case.

The inner case 110 is bent to the outside to form a seating jaw 102, and from the seating jaw 102 again to the outside to provide an outer case coupling portion 114. As shown in the figure, the outer case coupling portion 114 is preferably configured on at least the left and right sides of the four sides, and more preferably, the outer case coupling portion 114 is configured on all four sides. The outer case coupling part 114 has fastening holes 116 to which the bolt 180 is fastened. Bolt holes 126 into which the bolts 180 enter are formed at an upper side of the outer case 120 corresponding to the fastening holes 116. Therefore, in a state in which the outer case coupling portion 114 of the inner case 110 is in close contact with the upper inner wall of the outer case 120, the bolts 180 are introduced through the bolt holes 126 from the outer case 120. When the fastening holes 116 of the case 110 are fastened, the inner case 110 and the outer case 120 are completed to be spaced apart from each other.

In this way, the case 100 of the present cooker provides a space through which air can flow between the outer wall of the inner case 110 and the inner wall of the outer case 120, thereby improving the cooling performance of the inner case 110. And heat is transferred directly from the inner case 110 to the outer case 120 to prevent it from being consumed.

Meanwhile, as described above with reference to FIGS. 4 to 6, the halogen heater 200 mounted on the inner wall of the inner case 110 has collars 222 and 222a of the halogen lamp 220 having side plates 260 and 260a. Passing through the protruding from both ends of the body 210, the ceramic portions 224, 224a coupled to the ends of the collars (222, 222a) are all located outside the body (210). The collars 222 and 222a and the ceramic parts 224 and 224a at both ends of the halogen lamp 220 protruding to the outside of the body 210 are discharged to the outside of the inner case 110 as shown in the cross-sectional view of FIG. 9. Done. To this end, the inner case 110 is provided with lamp through holes 118 and 118a, and the lamp holders 190 and 190a are coupled from a portion adjacent to the lamp through holes 118 and 118a. Lamp power line lead-out holes 192 and 192a are perforated in the lamp holders 190 and 190a at portions corresponding to the lamp through holes 118 and 118a. Accordingly, the collars 222 and 222a of the halogen lamp 220 and the ceramic parts 224 and 224a are discharged through the lamp through holes 118 and 118a, and the lamp power lines 226 and 226a are led to the lamp power line lead-out holes 192 and 192a. In the pulled out state, the V-shaped clip 270 and 270a are inserted between the ceramic portions 224 and 224a of the halogen lamp 220 and the lamp holders 190 and 190a to fix the halogen lamp 220. When the fixing clips 270 and 270a are inserted at both ends of the halogen heater 220, the halogen lamp 220 is pushed toward both sides by the elasticity of the fixing clips 270 and 270a. It is precisely positioned in the center of the gripping. Thus, by holding the position of the halogen lamp 220 in the halogen heater 200 by the elastic gripping method of the metal fixing clip (270, 270a), the parts of the insulating material to position and stably hold the halogen heater 200 are unnecessary. The structure of the insulating material can be simplified, and the insulation parts are deformed by heat, and by removing them, the problem of heat deformation can be solved.

10 is a partial excerpt cross-sectional view showing in detail the assembly structure of the halogen heater in the present invention.

Coupling of the halogen heater 200, as shown in the first, in close contact with the inner wall of the inner case 110, the inclined surface 212 formed on the bracket 240 of the halogen heater 200, and the inner wall of the inner case 110 The halogen heater 200 is spaced apart from the inner wall of the inner case 110 via a spacer 204 between the inclined surfaces 212 of the bracket 240. At this time, the spacer 204 to be used is a nut through which the heater fixing bolt 130 is fastened or an annular ring piece through which the heater fixing bolt 130 passes. Then, the heater fixing bolts 130 enter the bolt inlet holes 122 of the outer case 120 and penetrate the bolt through holes 112 of the inner case 110 to the inclined surface 212 of the heater body 210. By fastening to the fastening hole 202 formed in the) it is possible to simply fix the halogen heater 200 to the inner wall of the inner case (110). As a result, the halogen heater 200 is fixed at a predetermined interval from the inner wall of the inner case 110 by the spacer 204 to reduce the thermal conductivity from the halogen heater 200 to the inner case 110, and the halogen heater ( Improve the cooling performance of 200).

11 is an assembled cross-sectional view showing another embodiment of the present invention, Figure 12 is a plan view from above of FIG. 13 is a cross-sectional view taken along the line C-C in FIG.

As shown in the drawing, instead of attaching the halogen heater 200a to the inner wall of the case 100a, the cooker may be disposed and fixed at the inner center of the case 100a. More specifically, the bar-shaped halogen heater 200a may be positioned at the center of the case 100a and both ends thereof may be fixed to the inner case 110a. Of course, instead of fixing both ends of the halogen heater (200a) disposed in the inner center of the case (100a) to the inner wall of the inner case (110a), to extend and secure the support (not shown) at the bottom of the case (100a) It may be. This embodiment shows an example in which two pairs of halogen heaters 200a are disposed in the center of the case 100a so as to be inclined from the center to the left and right, but the halogen heater 200a is disposed only at the center, or You may arrange | position two or more. In addition, the halogen heater 200a may be disposed by moving a predetermined distance from the inner bottom center of the case 100a to the left or the right.

As described above, in the structure in which the halogen heater 200a is disposed in the center of the case 100a, the cooking plate 300a also has a structure in which a portion corresponding to the halogen heater 200a is blocked, that is, the radiation holes 304a have the halogen heater 200a. The structure formed in the part except the part corresponding to the part in which () is located is preferable. An example thereof is shown in FIG. 12, where the center of the cooking plate 300a is blocked by the width of the halogen heater 200a, and the radiation holes 304a are perforated from both sides thereof.

The embodiments disclosed herein are only presented by selecting the most preferred examples to help those skilled in the art from the various possible examples, the technical spirit of the present invention is not necessarily limited or limited only by this embodiment, the present invention Various changes and modifications are possible within the scope without departing from the spirit of the invention, as well as other equivalent embodiments.

As described above, the halogen heater cooker according to the present invention can be cooked on the inside and inside of the food evenly without evaporation of juice by radiating high temperature rays by inclining the halogen heater on the upper and inner sides of the apparatus. It works. In particular, since the halogen heater is constructed by mounting a ceramic plate on the front of the halogen lamp, the food is cooked by the far-infrared rays emitted from the heated ceramic plate together with the high-temperature light, so that the food does not burn and smoke, The inside is cooked evenly to give a good taste and it is good for the body.

According to the present invention, the cooking plate may have an approximately V-shape to bring the food closer to the halogen heater mounted on the side of the case, thereby maximizing the amount of high-temperature light and far-infrared rays irradiated to the food, thereby improving heat utilization efficiency. Furthermore, since the meat oil falling through the spinnerets of the cooking plate is collected in the drawer type oil dish provided in the lower part of the case, the use is clean and easy to clean after use.

According to the present invention, by changing the gripping structure of the halogen lamp to an elastic gripping method using a metal clip, it is possible to simplify the structure by eliminating the parts of the insulating material to position and stably hold the halogen lamp. It has the effect of solving the problem of thermal deformation. In addition, in the halogen lamp, the color portion and the ceramic portion, which are weak in heat, are drawn out to the outside of the heater, and at the same time, they are also drawn from the inner case and placed outside the inner case, thereby minimizing heat damage.

The cooker combines the upper portion of the inner case and the downwardly bent portion of the cooking plate seating jaw of the outer case to provide a space for air to flow between the outer wall of the inner case and the inner wall of the outer case, By improving the cooling performance and preventing the heat from being transferred directly from the inner case to the outer case, it is possible to prevent overheating of the outer case and to reduce the heat that goes out due to heat conduction. Furthermore, by fixing the halogen heater at regular intervals from the inner case by the spacer, the thermal conductivity from the halogen heater to the inner case can be reduced and the cooling performance of the halogen heater can be improved. As a result, this provides the effect of improving the heat utilization efficiency by reducing the external leakage of cooking heat to increase the heat to the food relatively.

Detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings, in which numerals designate corresponding parts in the drawings.

1 is a perspective view showing an embodiment of a halogen heater cooker according to the present invention;

2 is an exploded perspective view of the cooker shown in FIG. 1;

3 is a cross-sectional view taken along the line A-A of FIG.

Figure 4 is a perspective view showing in detail the halogen heater in the cooker shown in Figure 1,

5 is an exploded perspective view of FIG. 4;

6 is a cross-sectional view taken along the line B-B of FIG.

FIG. 7 is a perspective view of the inner case and the outer case part of FIG.

8 is a cross-sectional view showing in more detail the coupling structure of the inner case and the outer case shown in FIG.

9 is a view showing in detail both ends of the support structure of the halogen heater mounted inside the inner case,

10 is a partial excerpt sectional view showing in detail the assembly structure of the halogen heater in the present invention,

11 is an assembled cross-sectional view showing another embodiment of the present invention,

12 is a plan view from above of FIG.

FIG. 13 is a cross-sectional view taken along the line C-C of FIG. 11.

** Explanation of symbols for main parts of drawings **

100: case 102: seating jaw

104: oil reservoir mounting groove 110: inner case

112: bolt through hole 114: outer case coupling portion

116: fastening hole 120: outer case

122: bolt entry hole 124: heat radiation hole

126: bolt hole 130: heater fixing bolt

140: power line 142: power plug

150: temperature control switch 152: opening and closing plate

160: oil pan 170: cover

180: fastening bolt 190: lamp holder

200: halogen heater 202: fastening hole

210: body 212: slope

220: halogen lamp 222,222a: collar

224,224a: Ceramic part 226,226a: Power supply line

230: reflector 232: reflective surface

240: bracket 242: heat sink

244,244a: mounting jaw 250: light transmitting plate

260,260a: Side plate 262,262a: Lamp drawing hole

270, 270a: Fixed clip

Claims (14)

delete A case having a predetermined space therein and having an upper portion opened; A halogen heater attached upwardly to the inner wall of the case to radiate high-temperature light toward the opening of the case; And A cooking plate mounted on an upper portion of the opening of the case, the cooking plate being heated by the high temperature light of the halogen heater and heating the food placed thereon; The case is formed of an inner wall vertically open from an upper end to a lower end and an inner case to which the halogen heater is fixed, and an outer case coupled to surround the inner case while being spaced apart from the inner case by a predetermined distance. Characterized in that configured, The halogen heater Halogen lamp for emitting high temperature light according to the power supply; A semi-cylindrical reflector plate surrounding the halogen lamp and the front part is opened, and a c-beam shape having a front opening to provide a space for cooling air to flow between the reflector plate and the reflector plate. A body having a bracket on an upper side of the rear surface and having a bracket fixed to the inner wall of the case to be inclined upwardly; And A light transmitting plate mounted to the front open portion of the reflector to shield the halogen lamp from the outside and project the high temperature light emitted from the halogen lamp; The halogen lamp has a collar portion at both ends and a ceramic portion is attached to the collar portion to draw a power line. The collar portion and the ceramic portion of the halogen lamp protrude from the halogen heater body and penetrate the inner case. A halogen heater cooker characterized in that it is positioned to exit from the inner case, the lamp holders are provided on the outside of the inner case and each of the fixing clips are held on ceramic parts of both ends of the halogen lamp protruding the inner case. delete The halogen heater cooker of claim 2, wherein the halogen heater is fastened by a bolt while being spaced apart from the inner wall of the case by a predetermined distance between the inclined surface of the bracket and the inner wall of the case. The halogen heater cooker of claim 4, wherein the halogen heater is mounted on each of the left and right inner walls of the case. A case having a predetermined space therein and having an upper portion opened; A halogen heater attached upward to an inner lower part of the case and emitting high temperature light in an opening direction of the case; And A cooking plate mounted on an upper portion of the opening of the case, the cooking plate being heated by the high temperature light of the halogen heater and heating the food placed thereon; The halogen heater Halogen lamp for emitting high temperature light according to the power supply; A semi-cylindrical reflector plate surrounding the halogen lamp and the front part is opened, and a c-beam shape in which the front is opened so that a space for cooling air flows between the reflector is inserted and accommodated therein so as to form a heat radiation hole at the rear. A body having a bracket which is perforated and is fixed upwardly across the inner lower space of the case; And It is mounted to the front open portion of the reflector, characterized in that it comprises a light transmitting plate for shielding the halogen lamp from the outside and projecting the high temperature light emitted from the halogen lamp, The halogen lamp has a collar portion at both ends and a ceramic portion is attached to the collar portion to draw a power line. The collar portion and the ceramic portion of the halogen lamp protrude from the halogen heater body and penetrate the inner case. A halogen heater cooker characterized in that it is positioned to exit from the inner case, the lamp holders are provided on the outside of the inner case and each of the fixing clips are held on ceramic parts of both ends of the halogen lamp protruding the inner case. delete The method of claim 6, wherein the case An inner case in which upper and lower portions are opened and the halogen heater is fixed; Halogen heater cooker, characterized in that consisting of an outer case coupled to surround the inner case while being spaced apart from the inner case by a predetermined distance. The method according to claim 8, wherein the upper side of the inner case is bent to the outside and fastened with a bolt while being in close contact with the upper inner wall of the outer case, characterized in that the side walls corresponding to the inner case and the outer case are spaced apart. Halogen heater cooker. delete The method of claim 2, wherein the predetermined portion of the case is characterized in that it comprises a temperature control switch for controlling the temperature of the halogen heater, and a power plug connected to a power line for supplying external power to the halogen heater. Halogen heater cooker. 12. The halogen heater cooker according to claim 11, wherein the temperature control switch is a contactless dimming switch. 7. The halogen heater cooker according to claim 2 or 6, wherein the cooking plate is a roasting plate in which radiation holes through which high-temperature light of the halogen heater is emitted are punctured. 14. The halogen heater cooker of claim 13, further comprising an oil sump mounted at a lower portion of the case to collect oil of food dropped through the radiation holes of the cooking plate.