KR101700834B1 - Direct fired baking pan - Google Patents

Abstract

The present invention relates to an under-fired roasting pan which can efficiently and simply roast or cook various food such as meats like beef and pork, fish, vegetables like sweet potatoes and potatoes, and rice cakes like garaetteok (bar type rice cake) and injeolmi (Korean traditional rice cake made from the glutinous rice and coated with bean flour) without generating smell and smoke.

Description

DIRECT FIRED BAKING PAN}

The present invention relates to a roasted grill pan, and more particularly, to a roasted grill pan, and more particularly, to a roasted grill pan which does not burn various kinds of food such as meat such as beef or pork, fish such as fish, vegetables such as sweet potato or potato, In a three-dimensionally and smoothly manner, and can be efficiently cooked or smoked without smoke or odor.

Generally, roasted roasted pans are used to cook or bake various kinds of food such as beef or pork, fish such as fish, vegetables such as sweet potato or potato, and rice cake such as rice cake or rice cake.

Prior Art Document 1 (Patent No. 0664745; Direct-fired heating-type double-sided fan)

FIG. 1 is a perspective view showing a direct-heating type double-sided fan according to the prior art document 1, and FIG. 2 is a sectional view showing the use state of a direct-fired heating type double-

Prior art reference 1 shows a basic structure of a direct-fired heating type double-sided fan in which a cooking object is baked as a flame by the inflow of a flame and baked as a conductive heat by the target of flame.

More specifically, as shown in FIGS. 1 and 2, the flame is directly irradiated to the roasting plate 21 to burn the food as conductive heat, while the flame is directly applied to the peripheral edge 22 The flame is allowed to flow into the arrayed hole 23 so that the food can be burned as a flame in a state that the flame is covered with the cooking pan 10, 13). ≪ / RTI >

In the prior art document 1 having such a constitution, the flame is directly introduced into the array hole 23, and the cooking time is shortened by direct heating of the cooking material by the flame. As a result, fuel is saved, And it is supposed that there is an effect that occurrence of food odor and perspiration is minimized by burning the unpleasant odor component.

However, although the flame is directly targeted to the roasting plate 21 of the roasting pan 20 to maximize the heat of conduction, the direct-heating-type double-sided fan according to the prior art document 1 can not maximize the heat transfer to the inside of the cooking fan 10, Since the inlet of the flame is dependent on the arrangement hole 23 pierced in the peripheral edge 22 of the roasting pan 20 so that the flame is almost completely absent and in particular when the cooking pan 10 is closed, When the pressure is filled, there is almost no inflow of flame, and the desired bar (fire grill) can not be realized.

Prior Art Document 2 (Patent Application No. 2004-38921; grill for multi-purpose roasting)

FIG. 3 is an exploded perspective view of the first embodiment of the prior art document 2, FIG. 4 is an assembled perspective view of the first embodiment of the prior art document 2, FIG. 5 is a side sectional view of the first embodiment of the prior art document 2, FIG. 7 is a perspective view according to a third embodiment of the prior art document 2, and FIG. 8 is a side sectional view of a third embodiment of the prior art document 2.

In the second prior art, one or more holes 11 are formed in the plate 10, and various cooking utensils can be mounted through the holes 11, so that various foods can be cooked together while brewing meat There is a well - known bulletin board for multi - purpose roasting.

More specifically, the versatile baking sheet according to the prior art document 2 has a hole 11 formed in at least one circular or polygonal shape in the plate 10, and a latching jaw 14 is formed on the inner circumferential surface of the hole 11.

When the various cooking utensils are placed in the circular hole 11, the hooking jaw 14 stably supports the cooking utensils to be easily coupled to the circular hole 11, To be cooked.

The auxiliary heating plate 20 is stably supported on the engaging jaws 14 to prevent the auxiliary heating plate 20 from falling into the circular hole 11. [

A guide 13 is provided at the edge of the zigzag plate 10 to prevent meat or the like from being discharged from the zigzag plate 10 and an oil discharge port 12 is formed at one side of the zigzag plate 10 to facilitate oil discharge.

In the prior art document 2, as shown in FIGS. 3 to 5, the auxiliary heating plate 20 can be placed in the circular hole 11 so that the entire plate 10 can be used as a plate for meat.

The prior art document 2 can set the pot 30 in the circular hole 11 as shown in FIG. 6 and cook the pot, the hotpot, and the deep-fried food through the pan 30, And meat or the like can be made to be burned in the fire plate 10 portion.

In the prior art document 2, when a grill 30 or the like is installed in the circular hole 11 as shown in Figs. 7 and 8, it can be cooked through a grill 40 or the like, 11), the meat can be burnt.

However, in the prior art document 2, as shown in Figs. 7 and 8, the grill 30 is placed in the circular hole 11, the meat is placed on the grill 10, and then a conventional frying pan or pot is used However, when the food is baked or cooked, the housewife can cover the flame 10 as if the lid is covered with the lid as in the prior art document 1. However, in this case, the circular hole 11 may be used as a burner or a gas range If the flame is strong enough, the inside of the lid, that is, the heat pressure of the cooking space becomes excessively high, so that the surface of the cooked food is first rinsed before the deep inside of the food such as meat is ripened. There is a problem that a discard phenomenon appears.

Although it has been proposed in the prior art document 2 that the polygonal hole 11 may be formed in the porcelain 10 other than the circular hole 11, the polygonal hole 11 may be a burner It can be understood that only the flame ejected in accordance with the burner of the gas range is to be introduced. Even if the prior art document 2 to which the polygonal hole 11 is applied is applied, if the flame is somewhat strong, The surface of the cooked food is burned up before the deep inside of the cooked food such as meat is ripe.

Prior art document 3 (Patent No. 1041220; flame grill oven)

FIG. 9 is a perspective view showing a baking oven according to the prior art document 3, and FIG. 10 is a sectional view showing a baking oven according to the prior art document 3.

Prior art document 3 shows a flame grill oven in which a flame is introduced from the center to cook or bake and discharge the food.

More specifically, the baking oven according to the prior art document 3 is bent upwards at the edge of the bottom 111 where the heat inlet 120 is formed at the center as shown in Figs. 9 and 10 to form the side wall 115 A lid 160 covering the grill pan 110 and an exhaust port 118 formed in the side wall 115 of the grill fan 110. The heat inlet 120 is connected to the bottom 111) so that the heat is converged.

In the prior art document 3, heat is not stagnated inside the grill pan 110 due to the structure of the heat inlet 120 and the exhaust hole 118, and a circulation path to the outside air is formed to increase the grill efficiency .

However, in the prior art document 3, the heat inlet 120 is configured to converge a flame emitted from a burner or a burner of a heater such as a gas range, and is configured to escape through the exhaust port 118, There is no limit.

Prior Art Document 1 (Patent No. 0664745; Direct-fired heating-type double-sided fan) Prior Art Document 2 (Patent Application No. 2004-38921; grill for multi-purpose roasting) Prior art document 3 (Patent No. 1041220; flame grill oven)

The object of the present invention is to minimize the smell and smoke in a three-dimensional manner in all directions without burning meat such as beef or pork, fish such as fishes, vegetables such as sweet potatoes or potatoes, cookies such as rice cakes, So that it can be efficiently cooked and baked.

The object of the present invention is to prevent smoke from being burned by a flame when the oil generated when meat is bounced into the buffer holes, It is possible to prevent the burning of the flame from the buffer holes when burning, and it is possible to set the inside of the fan without any inconvenience as the round cover by using the bread dough in particular. So that waste of gas energy can be thoroughly prevented.

An object of the present invention is to provide a flame grilling pan which can be detached and supported by being fitted on the outer periphery of a lower flue gas inflow pipe so that it is not shaken when meat is cooked but can be easily cleaned when cleaned .

The object of the present invention is to make the height of the direct flow inlet pipe relatively higher than the height of the round cover so that the flame supplied from the hearth of the heater directly hits the reflection lid while diffracting and convecting it, The present invention provides a direct-frying fan capable of allowing heat pressure to stay in the cooking space for as long as possible, thereby more thoroughly preventing waste of gas energy.

It is an object of the present invention to provide a cooking apparatus and a cooking apparatus which are capable of rapidly increasing the heat pressure of a cooking space through a direct flow inlet pipe when the heating power of the heater is strong, And the buffer holes are also utilized as passages for discharging the heat pressure due to the strong thermal pressure of the cooking space, so that the strong reflection heat from the reflection lid, The present invention provides a direct-roasting-type fan capable of quickly converting freshly cooked pork into a state capable of rapidly cooking freshly cooked food by means of rapid heat-induced heat from the surface and strong radiant heat in the cooking space.

It is an object of the present invention to convert the initial fresh pork into a fast cooked state of the cooker as a heat of the heater and to transfer the heat to the vicinity of the surface of the pork, So that the thermal pressure of the cooking space is higher than the heat pressure of the cooking space, and the buffer holes serve as a passage for discharging the heat pressure, and the heat pressure of the cooking space causes the ventilation hole When the temperature is lower than the escaping condition, the buffer holes are made to act as a passage for introducing the outside air (the flame (gas) in the cooking space is completely burnt to prevent the generation of smoke and to prevent the generation of odor) Depending on the strength, the cushioning holes can be used to exert heat pressure or external force To provide a flame-grilled pan.

It is an object of the present invention to convert early fresh pork into a fast cooked state (a state in which heat is sufficiently transferred to the periphery of the pork) as a fire of a heater, and then sufficiently cook it again as a medium heat of the heater, When the heating power of the heater is supplied at a low temperature, the cooking cavity is filled with the heat pressure through the directing inlet pipe, and the cooking cavity is allowed to escape through the ventilation hole. At this time, Since the heat pressure is lower than the condition of escaping the ventilation holes, the baffle holes can act as a passage for introducing outside air, so that the flame (gas) in the cooking space can be completely burned and the generation of smoke and odor is completely blocked, The present invention provides a flame-grilling pan that can prevent contamination of the indoor environment.

The object of the present invention is to provide an apparatus and a method for operating a heat exchanger in which when a heating power of a heater is strong, the heat is rapidly raised through a direct flow inlet pipe, collides with a reflection lid, diffracts greatly along an outer wall and a bottom face of the fan, The pressure is lowered along the buffer holes provided in the partitioning step at the same time as the pressure is released through the ventilation holes [lowered along the buffer holes provided in the partitioning step provided in the opposite direction to the circulation direction of the thermal pressure in the cooking space] In case that the heating power of the heater is moderate, the heating pressure of the cooking space escapes through the ventilation hole in the process of raising the medium speed through the direct flow inlet pipe and hitting the reflection lid and then diffracting greatly along the outer wall and bottom surface of the fan. If it is higher than the condition, the thermal pressure is delayed through the buffer holes [the circulation direction of the thermal pressure in the cooking cavity When the heat pressure of the cooking space is lower than the condition that the heat pressure of the cooking space exits the ventilation hole, the outside air is easily introduced through the bushing holes [the space provided in the lower part of the compartment It is possible to easily introduce the outside air into the room, like the flow of the thermal power rising from the hearth of the heater along the buffer holes], so that the smell can be suppressed while the pork is cooked in the optimum condition, If it does not, it collides with the reflective lid while rising at low speed through the direct flow inlet pipe, and is diffracted along the outer wall and the bottom surface of the fan, and at the same time, the outside air is easily introduced through the baffle holes It is possible to easily introduce the outside air in the same manner as the rising thermal power flow (Gas) to prevent smell through the complete combustion of the flame (gas) and to cut off smoke.

The object of the present invention is to provide a flame retarding apparatus and a flame-retardant flame-retardant flame-retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant flame retardant The heat of the heat storage space is raised together with the heat of the heat storage space, and the reflector receives heat in all directions (maximizes the heat of reflection due to heat storage in the heat storage space), thereby maximizing the radiant heat and the reflected heat. To provide a roasted fan.

According to an aspect of the present invention,

A flame grilling pan comprising a fan having a bottom surface and an outer wall which are set on a crater of a heater and accommodate food, and a reflection lid which covers the pan to provide a cooking space,

Wherein the fan has venting openings along the outer side walls, while having a direct flow inlet tube rising in diameter decreasing from a center of the bottom face, and having cushioning holes drilled along the interruption of the direct flow inlet tube, And a round cover for surrounding the flue gas inlet pipe.

The present invention relates to a method and apparatus for cooking meat such as beef or pork, fish such as fish, vegetable such as sweet potato or potato, cooked food such as rice cake or rice cake without burning in a three-dimensional manner in all directions and smell and smoke, There is an effect that can be learned or burned.

In the present invention, when the oil generated when brewing meat is bounced into the buffer holes, it is burned by the flame and generates smoke and odor, so that it can be blocked as a round cover, and also when baking bread or rice cakes In order to prevent burning of the flame from the buffer holes, it is possible to set the inside of the fan without any inconvenience as the round cover by using the bread dough, and to stay in the cooking space easily while filling the heat pressure. So that the waste of the gas energy can be thoroughly prevented.

The present invention is advantageous in that the surround cover is detachably mounted on the outer periphery of the lower direct flow inlet pipe so that it can be easily cleaned and disassembled while being cleaned while not being shaken when meat is baked.

According to the present invention, the height of the direct flow inlet pipe is set to be higher than the height of the round cover, so that the direct flame supplied from the furnace of the heater collides directly with the reflection lid while diffracting and convecting, So that it is possible to stay in the cooking space for as long as possible, thereby making it possible to more thoroughly prevent waste of gas energy.

The present invention allows external air (oxygen) to be introduced through the buffer holes when the thermal pressure of the cooking space is small, thereby maximizing the amount of heat applied to the food as complete combustion of the gas To provide radiant heat to uniformly cook or bake the outer surface of the food together with the heat of conduction. On the other hand, when the thermal pressure of the cooking space is large, the heat inside the cooking cavity can be discharged downward through the buffer holes There is an effect that it is possible to minimize the phenomenon of burning in advance before the wing.

The present invention has the effect of providing sufficient radiation heat to the food by diffracted reflection and convection of the flame that has flowed through the direct flow inlet tube with the reflection lid.

The present invention has the effect of maximizing convenience in assembling use.

In the present invention, when the heating power of the heater is strong, the heat is rapidly supplied to the cooking space through the direct flow inlet pipe, so that the heat pressure of the cooking space is rapidly increased and the ventilation hole discharges the heat pressure And the buffer holes are also used as a passage for discharging the heat pressure due to the strong thermal pressure of the cooking space. The strong reflection heat from the reflection lid, the strong reflection from the bottom surface The rapid heating of the cooking material with the heat of precipitation and the strong radiant heat in the cooking space enables the early fresh pork to be quickly cooked.

In the present invention, the initial fresh pork is transformed into a fast cooked state (a state in which heat is sufficiently transferred around the surface of pork) as a fire of a heater, and then, when the heating power of the heater is supplied as medium heat, When the pressure of the cooking space is higher than that of the ventilating hole, the buffer holes serve as a passage for discharging the heat pressure. In the condition that the heat pressure of the cooking space exits the ventilating hole The buffer holes serve as passages for introducing outside air (the flames (gas) in the cooking space are completely burnt to prevent the generation of smoke and to prevent odor generation). Due to the intensity of the thermal pressure in the cooking space, So that it is possible to allow the user to perform thermal power discharge or extreme air inflow.

The present invention is based on the idea that the initial fresh pork is transformed into a fast cooked state (a state in which the heat is sufficiently transferred to the periphery of the pork) as a fire of a heater and then fully reheated as a heavy meal of the heater, The oil or juice from the food is not hardened and can be eaten in a warm state.

In the present invention, when the thermal power of the heater is supplied at a low rate, the thermal pressure is filled into the cooking space through the direct flow inlet pipe, and the heat is exhausted through the ventilation hole. At this time, the thermal pressure of the cooking space is lower than the ventilation hole, So that the flame (gas) of the cooking space can be completely burned, and the generation of smoke and the generation of odor can be thoroughly prevented, thereby preventing contamination of the indoor environment during cooking.

In the present invention, when the heating power of the heater is strong, the heat is rapidly raised through the direct flow inlet pipe, collides with the reflection lid, diffracts greatly along the outer wall and the bottom face of the fan, The steam pressure is reduced along the bush holes provided in the partitioning step and lowered along the buffer holes provided in the partitioning step provided in the opposite direction to the circulation direction of the thermal pressure in the cooking space, In case that the heating power of the heater is moderate, the heat pressure of the cooking space escapes through the ventilation hole in the course of a large rise along the outer wall and the bottom surface of the fan, If it is high, it is possible to delay the heat pressure through the bushing holes [different from the circulation direction of the heat pressure in the cooking space In the case where the heat pressure of the cooking space is lower than the condition that the heat pressure of the cooking space exits the ventilation hole, the outside air is easily introduced through the baffle holes So that the outside air can be easily introduced into the furnace along with the flow of the thermal power rising from the burner of the heater along with the holes), so that the smell can be prevented from being generated while the pork is being cooked in the optimum condition, The air is blown to the reflection lid at a low speed through the direct flow inlet pipe and then diffracted along the outer wall and the bottom surface of the fan, and at the same time, the external air is easily introduced through the baffle holes (along the baffle holes provided in the compartment, So that the outside air can be easily introduced It is possible to suppress the odor through the complete combustion of the flame (gas) and cut off the smoke.

The present invention is characterized in that a reflecting plate for diffracting and reflecting a flame flowing down from a direct flow inlet pipe is completely isolated from the outside by a heat storage space provided with a cover plate so that the temperature of the cooking space is not affected at all, The heat of the heat storage space is raised together with the heat of the heat storage space, and the reflector receives heat in all directions (maximizes the heat of reflection due to the heat storage in the heat storage space), thereby maximizing the radiant heat and the reflection heat. .

1 is a perspective view showing a direct-heating type double-sided fan according to the prior art document 1;
FIG. 2 is a sectional view showing the use state of a direct-heating type double-sided fan according to the prior art document 1;
3 is an exploded perspective view of a first embodiment of the prior art document 2. Fig.
4 is an assembled perspective view of a first embodiment of the prior art document 2;
5 is a side sectional view of the first embodiment of the prior art document 2. Fig.
6 is a perspective view according to a second embodiment of the prior art document 2;
7 is a perspective view according to a third embodiment of the prior art document 2;
8 is a side sectional view of a third embodiment of the prior art document 2. Fig.
Fig. 9 is a perspective view showing a baking oven according to the prior art document 3; Fig.
10 is a cross-sectional view showing a baking oven according to the prior art document 3. Fig.
11 is a photograph showing the use state of the flame grilling pan according to the present invention.
12A is a perspective view showing a flame grilling pan according to the present invention.
FIG. 12B is a front view of a flame grill according to the present invention; FIG.
FIG. 12C is a perspective view of a flame burning fan according to the present invention as viewed from the front; FIG.
13 is an exploded perspective view showing a fan of a fire grill according to the present invention.
FIG. 14A is a front sectional view of a case in which a fire-grill according to an embodiment of the present invention is used as a firewood. FIG.
FIG. 14B is a front sectional view of a case in which a fire-grill pan according to the embodiment of the present invention is used as a heavy fuel.
FIG. 14C is a front sectional view of a fire extinguisher according to an embodiment of the present invention when used as a fire; FIG.

The present invention will now be described more fully with reference to the accompanying drawings, in which exemplary embodiments of the invention are shown. These and other objects, features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, .

FIG. 11 is a photograph showing the use state of the flame-grilling pan according to the present invention, wherein T is a top handle mounted on the reflection lid 20, and S is a side handle mounted on the fan 10. FIG.

As shown in FIG. 11, the flame-grilling pan according to the present invention is installed on a hearth H1 of a heater H such as a burner or a gas range, and has a bottom surface 11 and an outer wall 12, And a reflective lid 20 is placed on the fan 10 to form a cooking space J. [

Various foods such as meat such as beef or pork, fish such as fish, vegetables such as sweet potato or potato, and rice cakes such as rice cakes and rice cake are mounted on the bottom surface 11 of the fan 10, And is covered with the reflective lid 20 so as to be cooked or baked in the cooking space J by the heat of conduction and radiation.

FIG. 12A is a perspective view showing a flame burning fan according to the present invention, FIG. 12B is a front view showing a flame burning fan according to the present invention, FIG. 12C is a perspective view of a flame burning fan according to the present invention, 13 is an exploded perspective view showing the fan 10 of the flame grilling pan according to the present invention.

The fan 10 applied to the roasted fan according to the present invention has ventilation holes 12a along the outer wall 12 as shown in Figs. 12A to 13, while having a diameter gradually decreasing from the center of the bottom surface 11 (30) with bushing holes (30a) therebetween and having bushing holes (30a) pierced along with the interruption of the flue gas inflow pipe (30) along with the rising flue gas inflow pipe And a Surround Cover (40).

When the oil generated when brewing meat is bounced into the bush holes 30a, it is burned by the flame and generates smoke and odor, so that it can be blocked as the round cover 40, It is possible to prevent burning of the flame from the buffer holes 30a when baking the bread, and to set the bread dough inside the pan 10 as a round cover 40 without any inconvenience, (J) so that the heat energy can be easily filled and stay longer so that the waste of gas energy can be prevented thoroughly.

FIG. 14A is a front cross-sectional view of a case in which a fire grill according to an embodiment of the present invention is used as a fire; FIG. 14B is a front sectional view of a case in which a fire grill according to the embodiment of the present invention is used as a heavy fire; Sectional view when a fire-grill pan according to an embodiment of the present invention is used as a weak fire.

As shown in FIG. 14A, when the heating power of the heater H is not strong, the thermal power is received through the direct flow inlet pipe 30 to rapidly increase the heat pressure in the cooking space J and the heat pressure through the air vents 12a The heat is radiated from the reflection cover 20 through the cushioning holes 30a, and the heat of reflux from the bottom surface 11 and the temperature of the cooking cavity 30a are increased. The strong radiant heat in the space J makes it possible to strongly target the food.

When a food such as fresh pork [pork in a low temperature state] is placed in the pan 10, the initial temperature is kept low, so the temperature of the pan 10 and the temperature of the cooking space J are rapidly increased Cooking time should be shortened.

At this time, when the heating power of the heater H is not strong, the steam is rapidly supplied to the cooking space J through the direct flow inlet pipe 30 to rapidly increase the heat pressure of the cooking space J, The bushing holes 30a are also used as passages for discharging the heat pressure by the strong heat pressure of the cooking space J The cooking water is rapidly heated by the strong reflection heat from the reflection lid 20, the strong heat of the precipitation from the bottom surface 11 and the strong radiant heat in the cooking space J in accordance with the thermal power strongly inflowed through the direct- So that the initial fresh pork can be quickly converted into a ready-to-cook.

14B, when the heating power of the heater H is moderate, the thermal power is received through the direct flow inlet pipe 30 to raise the heat pressure of the cooking space J to an intermediate speed, and the heat pressure is increased through the air vents 12a It is possible to reduce the heat pressure drop through the buffer holes 30a or introduce the external air through the buffer holes 30a to generate the intermediate reflection heat from the reflection lid 20 and the intermediate reflection heat from the bottom surface 11, And the intermediate space within the cooking space (J).

The initial fresh pork is changed into a fast cooking state (a state in which heat is sufficiently transferred to the periphery of the pork) as a fire of the heater (H), and then the fire power of the heater (H) When the thermal pressure of the cooking space J is higher than the condition of exiting the ventilation hole 12a, the bushing holes 30a are opened to the outside through the ventilation holes 12a, When the heat pressure of the cooking space J is lower than the condition that the heat pressure of the cooking space J exits the vent hole 12a, the buffer holes 30a serve as passages for introducing the outside air (the cooking space J) (The gas is completely burned to prevent the generation of smoke and to stop the generation of odor), the buffer holes 30a are formed in the cooking cavity J in accordance with the intensity of the heat pressure in the cooking space J, I can do a power fight And so.

14 (c), when the thermal power of the heater H is weak, the thermal power is received through the direct flow inlet pipe 30 to raise the thermal pressure of the cooking space J at a low speed and the heat pressure through the air vents 12a The outside air is introduced through the bush holes 30a at the same time as the air is discharged horizontally so that the reflected heat from the reflection lid 20, the weakly conductive heat from the bottom surface 11, So that it can be targeted to a gradual target.

The initial fresh pork is converted into a fast cooked state (a state in which heat is sufficiently transferred to the periphery of the pork) as a fire of the heater H and then sufficiently cooked as a heavy meal of the heater H, When the firepower of the heater (H) is supplied at a low rate, the heat is applied to the cooking space (J) through the direct flow inlet pipe (30) Since the heat pressure of the cooking space J is lower than the condition that the heat pressure of the cooking space J exits the ventilation hole 12a, the cushioning holes 30a act as a passage for introducing the outside air, The flame (gas) of the flame J can be completely burned, and the generation of smoke and the generation of odor can be thoroughly prevented, thereby preventing contamination of the indoor environment during cooking.

The direct flow inlet pipe 30 is divided into a lower direct flow inlet pipe 31 and an upper direct flow inlet pipe 32 rising to a diameter decreasing from the center of the bottom face 11, And the baffle holes 30a are formed in a direction perpendicular to the partitioning step 33 so that the firepower of the heater H is lower than the firepower as shown in Fig. 14A The heating pressure in the cooking space J can be delayed and discharged if the heating power of the heater H is low as shown in FIG. So that the inflow can be crossed as a power rifle and the outside air can be easily introduced when the heating power of the heater H is weak, as shown in Fig. 14C.

14A, when the thermal power of the heater H is strong, the thermal pressure rises rapidly through the direct flow inlet pipe 30 and collides with the reflection lid 20, and then the outer wall 12 of the fan 10 and the bottom The gas is diffused largely along the surface 11 and then flows upward again along the lower direct flow inlet pipe 31 and flows out through the vent hole 12a while descending along the buffer holes 30a provided in the partitioning step 33 (Lowered along the cushioning holes 30a provided in the partitioning step 33, which is different from the circulation direction of the heat pressure in the cooking space J), so that the heat pressure in the cooking space J can be delayed as much as possible 14B, when the thermal power of the heater H is moderate, the thermal pressure rises at an intermediate speed through the direct flow inlet pipe 30, collides with the reflective lid 20, and then the outer wall 12 of the fan 10, And the bottom surface (11), the heat pressure of the cooking space (J) (30a (30a) provided in the partitioning step (33) in the opposite direction to the circulation direction of the heat pressure in the cooking space (J)) through the buffer holes (30a) When the heat pressure of the cooking space J is lower than the condition that the heat pressure of the cooking space J exits the vent hole 12a, the external air is easily introduced into the vent hole 12a through the buffer holes 30a So that outside air can easily flow in the same manner as the flow of thermal power rising from the hearth H1 of the heater H along the cushioning holes 30a provided in the heaters 33.) 14 (c), when the thermal power of the heater H is weak, it collides against the reflection lid 20 while rising at a low speed through the direct flow inlet pipe 30, The outer wall 12 and the bottom surface 11 (The same as the flow of the thermal power which is lifted from the furnace H1 of the heater H along the buffer holes 30a provided in the partitioning step 33) through the buffer holes 30a (External air can be easily introduced), it is possible to suppress the odor through the complete combustion of the flame (gas) and cut off the smoke.

At this time, the surround cover 40 is detachably supported on the outer periphery of the lower direct flow inlet pipe 31 so as to be supported.

Further, the height of the direct flow inlet pipe 32 is set to be relatively higher than the height of the sural cover 40 so that the direct flame supplied from the furnace H1 of the heater H directly hits the reflection lid 20 to be diffracted and convected So that the thermal pressure can stay in the cooking space J for as long as possible so that waste of gas energy can be prevented more thoroughly.

The reflection lid 20 includes a reflection plate 21 covering the fan 10 to generate radiation heat by reflecting diffraction and convection of the thermal power rising through the direct flow inlet pipe 30, And a cover plate 22 which overlaps and provides a heat storage space C.

The reflection plate 21 for diffracting and reflecting the flame flowing down from the direct flow inlet pipe 30 is completely isolated from the outside by the heat storage space C provided with the cover plate 22 and is not affected by the external temperature at all The heat of the heat storage space C is raised together with the increase in the temperature of the cooking space J so that the reflector 21 is heated all over the oven Maximized] By maximizing the radiant heat and the reflected heat, it becomes possible to bake or cook the food more efficiently.

The present invention can be applied to a kitchen container field in which baked or cooked foods such as meat, fish, vegetables, or rice cake can be baked or cooked.

H: heater H1: crater
10: fan 11: bottom surface
12: outer side wall 12a:
J: Cooking space 20: Reflective lid
21: reflector 22: cover plate
C: Heat storage space T: Top handle
S: Side handle 30: Direct flow inlet pipe
30a: buffer hole 32: upper flue gas inlet pipe
31: lower direct flow inlet tube 33:
40: Surround cover

Claims (7)

A fan 10 having a bottom surface 11 and an outer wall 12 which are set on the hearth H1 of the heater H and receive the food and a cooking space J And a reflective lid (20) which is provided on the upper surface
The fan 10 has a ventilation opening 12a along the outer side wall 12 while having a direct flow inlet pipe 30 rising at a diameter decreasing from the center of the bottom face 11, (40) surrounding the flame inlet pipe (30) with the buffer holes (30a) interposed therebetween, with buffer holes (30a) drilled along the interruption of the flap (30)
When the heating power of the heater H is not strong, the heat is received through the direct flow inlet pipe 30, the thermal pressure of the cooking space J is rapidly increased while the heat pressure is horizontally discharged through the vent holes 12a The thermal pressure is lowered and discharged through the buffer holes 30a to remove the strong reflection heat from the reflection lid 20, the strong heat from the bottom surface 11 and the strong radiation heat in the cooking space J, To be strongly targeted,
When the heating power of the heater H is low, the heat is received through the flue gas inlet pipe 30 to raise the heat pressure of the cooking space J to an intermediate level, and the heat pressure is horizontally discharged through the air vents 12a, The heating pressure can be lowered or discharged through the buffer holes 30a or the outside air can be introduced into the cooking cavity J by the intermediate reflection heat from the reflection lid 20 and the intermediate conduction heat from the bottom surface 11, To the intermediate target,
When the heating power of the heater H is weak, the heat is received through the direct flow inlet pipe 30, the thermal pressure of the cooking space J is raised at a low speed and the heat pressure is horizontally discharged through the vent holes 12a The outside air is introduced through the buffer holes 30a and the food is heated by the weak reflection heat from the reflection lid 20, the weak heat from the bottom surface 11 and the weak heat in the cooking space J Wherein the flame is targeted to a loose target. The method according to claim 1,
The direct flue inlet pipe 30 is divided into a lower direct flue inlet pipe 31 and an upper flue gas inlet pipe 32 rising in diameter gradually decreasing from the center of the bottom face 11, ) And the upper flue gas inlet pipe (32)
And the buffer holes (30a) are formed in a direction perpendicular to the partitioning step (33). 3. The method of claim 2,
Wherein the surround cover (40) is detachably supported on the outer periphery of the lower direct flow inlet pipe (31). 4. The method according to any one of claims 1 to 3,
Wherein the height of the surround cover (40) is relatively higher than the height of the direct flow inlet pipe (32). delete 4. The method according to any one of claims 1 to 3,
The buffer holes 30a allow the thermal pressure in the cooking space J to be delayed and discharged when the heating force of the heater H is strong. When the heating force of the heater H is heavy, So that external air can be easily introduced when the thermal power of the heater (H) is weak. [2] The fire extinguisher according to claim 1, 4. The method according to any one of claims 1 to 3,
The reflection lid 20 includes a reflection plate 21 covering the fan 10 to generate radiation heat by reflecting diffraction and convection of the thermal power raised through the direct flow inlet pipe 30, And a cover plate (22) overlapping the heat storage space (C) to cover the heat storage space (C).

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