WO2015122710A1

WO2015122710A1 - Oven-cooking pot

Info

Publication number: WO2015122710A1
Application number: PCT/KR2015/001449
Authority: WO
Inventors: 홍종호
Original assignee: 홍종호
Priority date: 2014-02-14
Filing date: 2015-02-13
Publication date: 2015-08-20
Also published as: KR101436278B1

Abstract

The present invention relates to an oven-cooking utensil having an inner space which is formed by coupling a pot-shaped main body (1) with a dome-shaped cover (2), the main body (1) being placed on the top of a combustion-type heating apparatus and comprising a sidewall (8) and a bottom wall having a combustion gas fire inlet (5) formed in the center thereof, wherein the inner space of the cooking utensil is divided into a combustion gas distribution chamber in the lower portion and a cooking chamber in the upper portion by stacking and coupling a bowl-shaped combustion gas distribution part (3), and wherein a plurality of cooking chamber combustion gas inlets (9) are formed at the outer edge of the combustion gas distribution part (3), and a plurality of combustion gas outlets (11) for discharging combustion gas out of the cooking chamber are arranged alternately with the plurality of cooking chamber combustion gas inlets (9) at constant intervals at the lower edge of the sidewall (8) of the main body (1) of the oven-cooking utensil, so that paths for supplying combustion gas from the combustion gas distribution chamber in the lower portion to the cooking chamber in the upper portion do not overlap with each other during a convection process, thereby allowing effective convection. In addition, the storage volume of the cooking utensil can be significantly reduced while a sufficient cooking chamber space is guaranteed.

Description

Oven cooker pot

The present invention relates to a pot-shaped oven cooker, which is seated on an upper portion of a combustion-type heating apparatus, in which combustion gas is introduced into the cooker and cooking is performed, and a cooking chamber inlet and an outlet of a plurality of combustion gases are formed at a lower edge of the cooking chamber. And an alternating convection oven cooker.

KR2011009969, which is a conventional technology proposed as an oven cooker, has a combustion gas distribution chamber and a cooking chamber sequentially formed from below in an inner space formed by lamination of a dish-shaped cooker support, a dish-shaped combustion gas distribution unit and a dome-shaped cover. A plurality of combustion gas inlets and outlets are alternately arranged at the edge of the bottom of the cooking chamber to provide even heat distribution due to the smooth convection of the combustion gases.

Conventional oven cooker (KR2011009969) has a relatively heavy volume due to the relatively large volume occupied by the entire cooker of the dome-shaped cover, which makes it inconvenient to open and check the cover during cooking. Even if the stacks are stored in a stacked manner, it is difficult to reduce the storage volume of the cooker, and the combustion gas outlet is very close to the heating source, which may overheat the heating source.

According to the present invention for achieving the above object, the pot-shaped body (1) and the bottom bottom wall and the side wall (8) which is mounted on the upper portion of the combustion-type heating apparatus, the combustion gas fire inlet (5) is formed in the center and , In the inlet and convection oven cooker of the internal space is formed by the combination of the dome-shaped cover (2), wherein the internal space of the cooker is the bowl-shaped combustion gas distribution unit 3 inside the cooker main body (1) Combined with the combustion gas distribution unit coupling guide jaw (7) is divided into a lower combustion gas distribution chamber and the upper cooking chamber, the flange structure inclined in the outer downward direction of the edge of the combustion gas distribution unit 3 is formed A plurality of combustion gas cooking inlet 9 is formed at a predetermined interval at the upper end, and the plurality of combustion gas outlets 11 discharged out of the cooking chamber from the cooking chamber are at the lower end of the side wall 8 of the oven cooker main body. Combustion gas outlets of the same number as the combustion gas cooking chamber inlet (9) is formed at the edge portion is alternately arranged at regular intervals, the discharge direction of the combustion gas is discharged out of the cooker without facing the heating source, to prevent overheating, In the convection process inside the cooking chamber, an oven-type cooker pot is provided, which enables effective convection without overlapping the cooking chamber inflow gas and the exhaust gas.

According to the present invention, the flow of the combustion gas supplied to the cooking chamber and the flow of the combustion gas discharged from the cooking chamber are alternately arranged without overlapping each other so that smooth convection is achieved, and the cooker body and the cover constituting the cooking chamber overlap each other (FIG. 4). ), Sufficient cooking space is ensured during use, and the volume is greatly reduced during storage, and the distance between the heating source and the combustion gas outlet is far, and the discharge direction is expected to prevent overheating of the heating source toward the outside from the cooker. Can be.

(FIG. 1); Side view of an oven cooker pot embodiment according to the present invention.

(FIG. 2); An exploded perspective view of an oven cooker pan body and a combustion gas distribution unit of the oven cooker pan embodiment according to the present invention.

(FIG. 3); Vertical cutaway perspective view of an oven cooker pot embodiment according to the present invention.

(FIG. 4); Perspective view of the bonding example when storing the oven cooker embodiment according to the present invention.

(FIG. 5); An exploded perspective view of an embodiment of the combustion gas distribution unit and the oven cooker pot body in which the close contact portion and the separation portion according to the present invention are formed.

(FIG. 6); A cutaway perspective view of the embodiment of the present invention in which the side wall of the oven cooker pot consists only of the side walls of the oven cooker pot body.

(FIG. 7); Combined perspective view of the embodiment combined with a detachable oven thermometer of the oven cooker pot according to the present invention.

(FIG. 8); A cutaway perspective view of an embodiment in which a swirl flow generating unit of a detachable oven cooker according to the present invention is inserted into the combustion gas inlet of the cooker of the oven from the upper direction and coupled thereto.

1: oven cooker pot body

2: oven cooker pot cover

3: combustion gas distribution unit

4: drip pan

5: combustion gas inlet

6: grill

7: Combination Guide Jam Jaw of Combustion Gas Distribution

8: oven cooker pot body sidewall

9: flue gas cooker inlet

10: cover coupling guide

30: drip pan stand

11: combustion gas outlet

12: cover handle

13: Combustion gas distribution part formed by alternatingly intimate contact portion and spacing portion at the edge

14: close contact portion of the combustion gas distribution

15: spacing of combustion gas distribution section

21: oven cooking pot body

22: oven cooker cover

23: combustion gas distribution unit

25: oven thermometer coupling

26: oven thermometer

28: oven cooker pot body side wall

29: combustion gas cooker inlet

31: combustion gas outlet

34: Drip Pan

35: swirl flow generating part cover

36: tangential discharge port of the combustion gas in the swirl flow generating unit

37: combustion gas inlet insertion portion of the swirl flow generating portion

A pot-shaped body (1) and a dome-shaped cover (2) formed of a bowl-shaped bottom bottom wall and sidewalls (8) seated on an upper portion of a combustion heater and having a combustion gas fire inlet (5) in the center thereof. In the induction and convection oven type cooker in which the inner space is formed by the combination, the cooker inner space is a bowl-shaped combustion gas distribution unit 3 is the inner combustion gas distribution unit coupling guide jaw of the cooker body (1) It is laminated to (7) and divided into a lower combustion gas distribution chamber and an upper cooking chamber, and a path through which the combustion gas is supplied from the lower combustion gas distribution chamber to the upper cooking chamber is an edge portion of the combustion gas distribution unit (3). A plurality of combustion gas cooking chamber inlets 9 are formed at regular intervals at the upper end of the flange structure inclined in the outer downward direction of the plurality of combustion chambers. The exhaust outlet 11 is formed at a position where the same number of combustion gas outlets as the combustion gas cooking inlet 9 are alternately arranged at regular intervals on the lower edge portion of the side wall 8 of the oven cooker main body, so that the combustion gas discharge direction The oven-type cooker is characterized in that it is discharged out of the cooker without facing the heating source to prevent overheating, and in the convection process inside the cooking chamber, the cooking chamber inflow gas and the exhaust gas do not overlap each other, and effective convection is possible.

With reference to the drawings of the preferred embodiment according to the present invention will be described in more detail. The scope of the present invention changes or adds to the structure of the oven cooker pot according to the present invention by combining the techniques applied to the conventional oven cooker (KR2011009969) within the scope of maintaining the core function of the invention according to the user's purpose and convenience of use. It involves doing.

According to the present invention, a pot-shaped body (1) and a dome or a lower bottom wall and sidewalls (8, 28), which are seated on an upper portion of a combustion-type heating device and have at least one combustion gas inlet (5) formed in the center thereof, In the oven cooker of the combustion gas inflow method in which the inner space is formed by the combination of the plate-shaped cover (2, 22), the inner space of the cooking gas distribution portion (3, 23) of the dish or bowl shape is the inside of the cooker main body; It is laminated to the lower part and divided into the lower combustion gas distribution chamber and the upper cooking chamber. The path for supplying the combustion gas from the lower combustion gas distribution chamber to the upper cooking chamber is, firstly, the edge portion of the combustion gas distribution unit having a dish or bowl shape. A plurality of combustion gas cooking chamber inlet (9, 29) is formed at regular intervals (Fig. 2), or, second, at least one side of the lower edge of the cooker main body and the edge portion of the combustion gas distribution unit The uneven portion is formed (FIG. 5), and a plurality of close portions and spaced portions are alternately formed at the edge portion of the combustion gas distribution portion and the inner circumferential surface of the cooker main body, so that the combustion gas flows from the distribution chamber into the cooking chamber at a spaced space. The

air outlets

11 and 31 of the air discharged from the cooking chamber are provided at the lower edge of the cooker body alternately with the combustion gas cooking chamber inlets 9 and 29.

The present invention is a structure further formed by extending the side wall (8) in the cooker main body (1) compared to the cooker support of the prior art (KR2011009969 10), the cover 2 and the laminated coupling portion of the cooker body and the combustion gas The side wall is formed between the outlet of the, and the side wall of the cover (2) and the cooker main body (1) can form the side wall of the cooking chamber together to ensure sufficient cooking room space when the cover is combined, the volume is stored after use This has the advantage of greatly reduced. The side wall of the cooking compartment may be configured by combining the side wall of the cooker body and the side wall of the cover at various ratios. In an embodiment in which the sidewalls 28 of the cooker inner space are composed mostly of the sidewalls 28 of the cooker body (FIG. 6), the oven cooker cover 22 may be formed in a relatively smooth dish-shaped surface or a flat shape instead of a dome shape. have.

In the lower edge of the side wall of the oven cooker body 1 according to the present invention, it is preferable that the guide jaw 7 is formed to guide the combustion gas distribution part 3 to be coupled to the correct position, and the oven cooker pot body sidewall 8 is formed. The lower edge portion of the combustion gas outlet 11 is preferably disposed immediately adjacent to or below.

The bottom of the conventional oven cooker (KR2011009969) is a dish-like or flat structure, If the distance of the combustion gas distribution unit is close, the cooker bottom of the cooker main body (FIG. 3) according to the present invention can be implemented in a structure in which the distance between the heating source and the combustion gas distribution unit to a deeper bowl-shaped bottom is sufficiently spaced apart. In addition, the strong rising air flow of the combustion gas is effectively formed, and the discharge direction of the exhaust port 11 of the combustion gas is directed toward the outside of the cooker in the horizontal direction instead of the lower heating source, it is possible to prevent the phenomenon that the heating source is overheated. .

The main body of the oven cooker pot according to the present invention has a pot shape, the horizontal cross section of the main body may be circular, oval or polygonal.

Combustion gas inlet (5) of the oven cooker pot body according to the present invention is preferably formed in an upwardly projecting shape of the cylinder shape, a strong rising air flow of the combustion gas is induced, can be dropped into the oven cooker pot body during cooking It is desirable to prevent the exudates from flowing down to the heating source.

It is preferable that the coupling guide part 10 of the cover is formed at the upper end of the side wall of the oven cooker pot body according to the present invention, and two cooker handles are symmetrical to the upper end of the outer circumferential surface of the oven cooker pot body side wall 8 as necessary. It can be configured to be combined.

The cover shape of the oven cooker pot according to the present invention is a smooth curved inverted dish shape, or is formed in a dome shape, the side wall of the oven cooker pot body is additionally formed to cover the shape of a conventional oven cooker (KR2011009969) The height of the side wall of the cover does not have to be high, Since the size and weight of the cover is greatly reduced, it is easier in the embodiment according to the present invention to open the cover and observe the cooking state during cooking, and to manufacture the entire cover transparently with a heat-resistant glass material than the conventional oven cooker (KR2011009969). It can be easily implemented.

In order to increase the storage of the lid 2 and the cooker main body 1 according to the present invention, it is preferable that the outer shape of the lid and the main body is formed in a cross-sectional structure, a diameter, and a structure in which the heights overlap each other. (2) The cover 2 and the body 1 are similar in shape so that the oven cooker body 1 overlaps inside or the cover 2 overlaps inside the body 1, and the cover 2 or the body ( If the diameter of 1) is configured to be slightly different, while using the oven cooker while ensuring sufficient cooking space, the volume of the storage is greatly reduced.

The cooking gas inlet of the combustion gas is formed according to the coupling method of the cooker main body 1 and the combustion gas distribution unit 3 according to the present invention, and the combustion gas cooking chamber inlet 9 is formed at regular intervals on the edge of the combustion gas distribution unit. 2 is possible.

In the embodiment in which the

uneven parts

14 and 15 are formed at the edges of the combustion gas distribution unit 13 according to the present invention, the combustion gas cooking inlet is formed relatively wide, so that the inflow of the combustion gas into the cooking chamber can be expected to be more smoothly performed. And, the uneven portion is formed in the edge portion (Fig. 5) of the combustion gas distribution unit 13 or the edge portion of the cooker main body, the direction may be configured to protrude vertically or radially. Due to the formation of the uneven portion, a close contact portion and a spaced portion are formed when the edge portion of the inner side of the lower portion of the oven cooker and the combustion gas distribution portion are laminated, and the combustion gas is distributed through the inlet of the combustion gas cooking chamber configured to be spaced apart. Combustion gas flows from the chamber into the upper cooking chamber.

The most preferred combustion gas distribution unit according to the present invention, the central portion is formed in a bowl-like curved structure similar to the drip pan to efficiently use the space, the edge portion is obliquely downward to the edge portion formed in a flange shape A flue gas cooker inlet is formed. This structure provides an efficient inclination for the flue gas impinging on the lower surface of the central portion of the flue gas distribution to be quickly moved to the flue gas cooker inlet.

Combustion gas distribution unit 3 according to the present invention is a multi-layer clad metal composed of a copper or aluminum layer having a high thermal conductivity as a core layer, so that the heat distribution is not deformed by hot combustion gas introduced into the oven cooker pot. It is desirable to make it even.

The bowl-shaped drip pan 4 according to the present invention is similarly formed to overlap the shape of the combustion gas distribution unit 3 to efficiently use space, and is composed of multiple layers including at least one heat insulation layer, and drips The fan support unit 30 is preferably spaced apart from the hot combustion gas distribution unit 3 so as to prevent overheating, so that the extruded drops dropped into the drip pan during cooking are prevented from burning.

The combustion gas inlet 9 from the combustion gas distribution chamber to the oven cooking chamber is arranged radially at a predetermined interval on the side wall upper edge of the combustion gas distribution unit 3. The arrangement of the combustion gas cooking chamber inlet 9 is preferably composed of the same number as the combustion gas outlet 11 provided in the oven body, and is arranged alternately with the combustion gas outlet, and combined with the combustion gas distribution unit. By adjusting the angle, it is preferable that the combustion gas cooking chamber inlet 9 and the combustion gas outlet 11 are alternately arranged so as not to overlap each other.

Combustion gas outlets 11 according to the present invention is a plurality of combustion gas outlets 11 at a lower end of the side wall 8 or bottom wall edge of the cooker pot body 1 so as to be discharged from relatively low temperature air at a constant interval. It is preferable to be arranged because it can effectively trap the heat inside the cooking chamber.

Combustion gas distribution unit 3 according to the present invention is laminated to the combustion gas distribution unit engaging guide engaging jaw 7 of the inside of the oven cooker pot body 1 to form a combustion gas distribution chamber, the combustion gas of the lower side Combustion gas introduced from the inlet (5) is raised and impinged after the collision to the central portion of the lower surface of the distribution unit 3 is moved to the combustion gas cooking chamber inlet (9) of the edge portion.

According to the present invention, the combustion gas introduced into the cooking chamber via the combustion gas cooking chamber inlet 9 rises and is convection inside the cooking chamber, and then the combustion gas outlet 11 provided along the edge of the lower sidewall of the cooker main body 1 is opened. It is discharged out of the cooker via.

The combustion gas cooking chamber inlet 9 and the combustion gas outlet 11 according to the present invention may be configured in a grill shape such that several holes form a pair.

A preferred embodiment of the swirl flow generating unit according to the present invention (Fig. 8) is inserted in the upper direction to the combustion gas inlet 5 of the oven cooker pot according to the present invention is detachably coupled. The insertion portion 37 of the swirl flow generating portion is inserted into and coupled to the combustion gas inlet 5 which protrudes upwardly and is extended. There is a shielding effect that reduces the rate at which it is delivered. The combustion gas passing through the swirl flow generating unit (FIG. 8) is discharged obliquely into the combustion gas distribution chamber via the swirl flow generating unit combustion gas tangential discharge port 36, and a strong swirl flow is generated, and the swirl flow flows into the cooking chamber. By maintaining the heat of the combustion gas evenly and quickly can be expected to deliver the effect to the food.

Oven thermometer which can conveniently measure the temperature of the exhaust gas discharged from the cooking chamber of the oven cooker pot according to the present invention is preferably detachably coupled to the combustion gas outlet 11 of the cooker body, the discharged combustion gas It is preferable that a contact space is formed in the oven thermometer coupler 25 so that the combustion gas passes through the probe of the oven thermometer.

Oven thermometer coupled to the combustion gas outlet is affected by the temperature of the food inside the cooking chamber, it is possible to indirectly confirm the cooking state of the food by measuring the temperature of the combustion gas outlet.

In yet another embodiment according to the invention (FIG. 6), the side wall 28 constituting the cooking chamber consists only of the side walls of the oven cooker pot body, and the oven cooker pot cover 22 is formed similarly to a conventional pot cover. It is done. In the above embodiment, the weight of the cover is further reduced, and is very similar to a conventional pot structure, so that it is easy to manufacture in an existing production facility.

In the cooking compartment of the oven cooker pot according to the present invention is preferably provided with a separate food support, the inner cover is further, at least one transparent window, heat insulation layer, far-infrared radiation layer or in the oven cooker pot body and oven cooker pot cover Non-stick coating layer may be included.

Claims

A fire inlet which is mounted on the upper part of the combustion-type heating apparatus and has an inner space formed by combining a bottom body having a bottom bottom wall and a side wall having at least one combustion gas fire inlet in the center and a side wall, and a dome or dish-shaped cover. In the convection oven cooker,

The inner space of the plate-shaped bowl or bowl-shaped combustion gas distribution unit is laminated to the inner lower end of the cooker body is divided into a lower combustion gas distribution chamber and the upper cooking chamber, the lower combustion gas distribution chamber from the upper cooking chamber The route through which the combustion gas is supplied

First, a plurality of combustion gas cooking chamber inlet is formed at regular intervals on the edge of the plate or tray-shaped combustion gas distribution portion,

Second, a plurality of irregularities are formed on at least one side of the lower edge of the cooker main body and the edge of the combustion gas distribution unit, respectively, so that the plurality of close parts and the spaced parts alternately to the inner circumferential surface engaging portion of the combustion gas distribution unit and the lower edge of the main cooker body. Combustion gas cooking chamber inlet is formed in a plurality of spaced apart portion,

The plurality of combustion gas outlets discharged out of the cooking chamber from the cooking chamber are formed at positions spaced at regular intervals alternately with the combustion gas cooking inlet at the lower end of the side wall or the bottom wall of the cooker body, and the side wall of the oven cooker pot body is An oven-type cooker constituting at least a portion of the inner space sidewall of the cooker pot.
According to claim 1, wherein the cover and the main body of the oven cooker is similar in shape and the diameter and size of the cover and the main body is relatively large or small so that the main body overlaps each other overlapping the inside of the cover or the inside of the cover Oven cooker characterized in that the structure can be efficiently stored.
The oven type cooker according to claim 1 or 2, further comprising an oven thermometer in which a probe is inserted into the side wall combustion gas outlet of the oven cooker and detachably coupled thereto.
According to claim 1, 2 or 3, the cylindrical insert is inserted into the combustion gas inlet of the main body of the oven cooker in the upper direction is coupled, the combustion of the plurality of swirl flow generating portion in the tangential direction above the insert The gas outlet is formed, the oven-type cooker, characterized in that the swing-flow generating unit formed detachably coupled to the plate-shaped swirling flow generating unit cover on the top of the outlet.