KR100988312B1 - Food-cooking equipment of Catalyst deodorization function - Google Patents

Abstract

The present invention relates to a food cooker having a catalyst deodorization function, and more particularly, the food smell and water vapor generated during cooking are completely removed by the catalyst device before being discharged to the outside to prevent contamination of indoor air and cook in a pleasant state. After cooking, it is possible to cook other foods immediately without waiting for odor elimination, and when heating the catalyst device, effectively use the heat generated to save power energy and maximize the efficiency of the food cooker In order to produce a double jacket to the waste heat is introduced into the inside of the food cooker by shortening the heater operation of the upper, lower and rear portion, there is a number of features such as shortening the food cooking time.

Microwave Oven, Food Cooker, Catalytic Device, Waste Heat, Odor, Vapor

Description

Food-cooking equipment of Catalyst deodorization function

The present invention relates to a food cooker having a catalyst deodorization function, and more particularly, the food smell and water vapor generated during cooking are completely removed by the catalyst device before being discharged to the outside to prevent contamination of indoor air and cook in a pleasant state. After cooking, it is possible to cook other foods immediately without waiting for odor elimination, and when heating the catalyst device, effectively use the heat generated to save power energy and maximize the efficiency of the food cooker In order to produce a double jacket in order to introduce waste heat into the inside of the food cooker to shorten the operation of the heater in the upper, lower and rear, and the food cooking time is also related to the food deodorizing function of the catalyst deodorizer.

In general, unlike microwave cooking utensils by heat conduction or heat radiation, microwaves are cooked as a dielectric heating according to the translational movement of water molecules contained in the food, and microwaves are prepared by applying high voltage electricity to an ultra-high frequency oscillator tube called magnetron. The food is cooked by the ultra-high frequency generated by the addition.

In particular, the microwave oven heats the inside and the outside of the food at the same time, which greatly reduces the thawing or cooking time of the food by high thermal efficiency, and reduces the loss of nutritional value during the cooking, thawing and warming of the food. It is widely used due to the advantages such as cooking in a container.

As described above, the microwave oven is equipped with a magnetron and a high voltage transformer for generating microwaves, a circuit for controlling the operation of the microwave, and an electric chamber combined with a cooling fan. While providing a storage space of the required food, there is provided a cooking chamber that is heated to the food according to the diffusion of microwaves.

However, the microwave oven having such a structure is used because the food containing water is cooked due to the nature of use, the inside of the cooking chamber of the microwave is filled with moisture and odor generated when cooking food, it does not remove the moisture and odor.

As such, modern people are exposed to various scents, especially the smell from cooking process causes discomfort and spreads, and damage to other houses in apartment houses.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems,

The food smell and steam generated during cooking are completely removed by the catalytic device before being discharged to the outside to prevent contamination of the indoor air and cook in a pleasant state.After cooking, there is no need to wait for odor removal immediately after cooking. It is an object of the present invention to provide a food cooker having a catalytic deodorization function for cooking other foods.

In addition, the present invention by using the heat generated during the heating of the catalyst device effectively to save power energy, in order to maximize the efficiency of the food cooker in the form of a double jacket by introducing waste heat into the food cooker phase, Another object of the present invention is to provide a catalyst deodorant food cooker which shortens the lower and rear heaters and shortens the food cooking time.

In order to achieve the above object, the present invention is a cooking heater is installed in the upper, lower and rear of the cooking chamber to transfer heat to the cooking chamber by the blowing fan, the food smell and steam generated in the cooking chamber to be discharged to the outside of the cooking chamber In the food cooker having an outlet on the inner surface,

The discharge port is formed to penetrate from the inner surface of the cooking chamber to the outer surface of the food cooker, an air circulation chamber is formed inside the food cooker through which the discharge port is penetrated, and is provided inside the air circulation chamber to remove food smell and steam. The catalytic device is in communication with the outlet,

The catalyst device is installed in communication with the outlet of the cooking chamber and the inlet pipe for introducing the food smell and steam;

A catalyst unit connected to an end of the inlet pipe to remove odor and steam by a catalyst packed therein to generate purified air;

A catalyst heater formed on an outer circumferential surface of the catalyst part to generate heat to remove odors and vapors and to heat the catalyst;

It is installed through the end of the catalyst portion is connected to the discharge port of the food cooker to transfer the purified air from the catalyst portion to the outside; it relates to a food deodorizer of the catalyst deodorizing function comprising a.

As described above, the food deodorizer of the catalyst deodorizing function of the present invention is completely removed by the catalyst device before discharging the food odor and water vapor generated during cooking to prevent contamination of the indoor air to cook in a comfortable state After cooking, you can cook other foods immediately without having to wait for the odor to be removed.

In addition, the present invention by using the heat generated during the heating of the catalyst device effectively to save power energy, in order to maximize the efficiency of the food cooker by making a double jacket form by introducing waste heat into the food cooker phase, Shortening the lower and rear heater operation, there is a variety of effects such as shortening the food cooking time.

The present invention has the following features to achieve the above object.

According to the present invention, a cooking heater is installed at upper, lower, and rear sides of a cooking chamber to transfer heat to the cooking chamber by a blowing fan, and an outlet is formed on the inner surface of the cooking chamber so that the food smell and steam generated in the cooking chamber are discharged to the outside. In become a food cooker,

The outlet is penetrated from the inner surface of the cooking chamber to the outer surface of the food cooker, an air circulation chamber is formed inside the food cooker through which the outlet is penetrated, and is provided inside the air circulation chamber to remove food smell and steam. The catalytic device is in communication with the outlet,

The catalyst device is installed in communication with the outlet of the cooking chamber and the inlet pipe for introducing the food smell and steam;

A catalyst unit connected to an end of the inlet pipe to remove odor and steam by a catalyst packed therein to generate purified air;

A catalyst heater formed on an outer circumferential surface of the catalyst part to generate heat to remove odors and vapors and to heat the catalyst;

And a discharge pipe installed at an end of the catalyst unit and connected to an outlet of the food cooker to transfer the purified air from the catalyst unit to the outside.

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The present invention having such characteristics can be more clearly described by the preferred embodiments thereof.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, the terms or words used in this specification and claims should not be construed as being limited to the ordinary or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

1 is a schematic view showing a food cooker according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing a portion of the food cooker is equipped with a catalyst device according to an embodiment of the present invention.

As shown in Figure 1, the catalyst deodorant food cooker 30 of the present invention is a multi-functional product capable of cooking Roaster and Oven, etc., a catalyst that can simultaneously dissipate the smell and steam generated during cooking together Deodorant is a food cooker (30). In this case, the food cooker 30 refers to various devices capable of cooking food such as a microwave oven, an oven, and a grill.

The food cooker 30 is provided with a cooking chamber (1) that food can be placed and cooked, the door (2) is formed as a glass confirmation window to visually check the food cooked therein while opening and closing the cooking chamber (1) ) Is installed, and a cooking heater 3 for supplying heat for cooking food is installed in the upper, lower, and rear portions of the cooking chamber 1, wherein the position of the cooking heater 3 is a food cooker 30. You can change it selectively depending on the type of).

Here, the food cooker 30 controls the cooking heater 3, the blowing fan 4, the catalyst device 20 and the inlet fan 13 described below, and controls the cooking time and cooking function according to the type of cooking. The control part 5 which can control is further formed.

The cooking heater 3 transfers heat into the cooking chamber 1 by the blowing fan 4 formed in the food cooker 30, and when food is cooked, food generated in the cooking chamber 1. A discharge port 6 penetrating the inner surface of the cooking chamber 1 and the outer surface of the food cooker 30 is further formed so that odors and steam are discharged to the outside during cooking. At this time, in the present invention, the outlet 6 is formed on the upper surface of the food cooker 30, the position can be selectively changed according to the shape of the food cooker 30.

Here, the outlet 6 is formed to penetrate from the inner surface of the cooking chamber 1 to the outer surface of the food cooker 30. The air circulation chamber 10 is formed inside the food cooker 30 through which the outlet 6 is penetrated. Is formed, the air circulation chamber 10 is formed between the flow path of the discharge port (6).

In addition, the inside of the air circulation chamber 10 is provided with a catalyst device 20 for removing the smell of food and steam, the outlet 6 in communication with the air circulation chamber 10 is both sides of the catalyst device (20) The catalyst device 20 is installed so as to communicate with the food, and the smell of food and steam in the cooking chamber 1 is purified inside the catalyst device 20, and the purified air is discharged to the outside through the outlet 6.

Referring to Figure 2, the air circulation chamber 10, the outside air is introduced into the inside, at this time, the inlet on the outer surface of the food cooker 30 so that the outside air flows into the air circulation chamber 10 ( 7) is formed, the inlet 11 is formed so that the inlet 7 and the air circulation chamber 10 is in communication.

Here, an inlet fan 13 is installed in the inflow path 11 to introduce external air into the air circulation chamber 10, and the catalyst device 20 provided in the air circulation chamber 10. The air introduced into the inside by the catalyst heater 23 is heated and transferred to the inside of the cooking chamber 1. At this time, the transfer path 12 is formed at one end of the air circulation chamber 10 so that the heated air flows into the cooking chamber 1.

In addition, the transfer path 12 is formed so as to be connected to the blowing fan 4 formed on the cooking heater 3, respectively, the cooking heater 3 can heat the air with a small amount of heat by the air once heated, cooking time And it is effective in reducing power.

The catalyst device 20 is composed of an inlet tube 21, a catalyst unit 22, a catalyst heater 23, and an outlet tube 24 to purify the food smell by the catalyst to discharge the purified air to the outside. do.

Here, the inlet pipe 21 is installed in communication with the outlet 6 of the cooking chamber 1, the food smell and water vapor is introduced, and the introduced odor is transferred to the catalyst unit 22.

In addition, the inlet pipe 21 is formed to protrude a predetermined interval in the inner direction of the catalyst unit 22 to prevent the odor is smoothly transferred to the inside of the catalyst unit 22 or the odor is exposed to the outside.

In addition, the catalyst portion 22 is formed in a cylindrical appearance, the end of the inlet pipe 21 is coupled to extend a predetermined interval therein, the catalyst portion 22 is transferred through the inlet pipe 21 The catalyst is packed to remove (purify) the odor. At this time, the catalyst must be heated to remove the odor, the catalyst heater 23 is wrapped around the outer circumferential surface of the catalyst unit 22 is installed to heat the catalyst to transfer heat to the inside of the catalyst unit 22 .

In addition, the catalyst heater 23 is a catalyst heater 23 that can generate heat, and since the catalyst heater is generally used, no separate description is made.

In addition, one side of the discharge pipe 24 is connected to one end surface of the catalyst unit 22 and serves to transfer the hot air purified by the catalyst unit 22 to the outside. At this time, the other side of the discharge pipe 24 is connected to the discharge port 6 formed on the outer surface of the food cooker 30 to discharge the purified air to the outside.

Hereinafter will be described a control method for the food cooker 30 of the catalyst deodorization function described above.

First, while the cooking heater 3 is operated to cook food, the blowing fan 4 is operated so that the heat of the cooking heater 3 is transferred to the cooking chamber 1, and the cooking heater 3 and the blowing fan ( 4) operates through the control unit (5).

Then, the smell and water vapor generated when cooking the food is discharged to the outside through the outlet (6), at this time, the catalytic device 20 is in communication with the outlet (6) to remove the food smell and water vapor control unit 5 Operate via

Thus, by removing the smell of food and water vapor by the catalyst device 20 to maintain a comfortable environment in the room.

Here, in order to use the heat discharged to the outside by the catalyst heater 23 of the catalyst device 20 to operate the inlet fan 13 of the air circulation chamber 10 to heat the outside air introduced, The supplied air is transferred to the blowing fan 4 through the transfer path 12 of the air circulation chamber 10 to supply heated air into the cooking chamber 1.

1 is a schematic diagram showing a food cooker according to an embodiment of the present invention,

2 is a cross-sectional view showing a portion of a food cooker equipped with a catalyst device according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: cooking chamber 2: door

3: cooking heater 4: blowing fan

5: control unit 6: outlet

7: inlet

10: air circulation chamber 11: inflow path

12: transfer path 13: inflow fan

20 catalyst device 21 inlet pipe

22: catalyst unit 23: catalyst heater

24: discharge pipe 30: cooking food

Claims (5)

The cooking heater 3 is installed at the upper, lower and rear sides of the cooking chamber 1 to transmit heat to the cooking chamber 1 by the blowing fan 4, and the food smell and steam generated in the cooking chamber 1 In the food cooker 30, the outlet 6 is formed on the inner surface of the cooking chamber 1 to be discharged to the outside, The outlet 6 is penetrated from the inner surface of the cooking chamber 1 to the outer surface of the food cooker 30, and the air circulation chamber 10 is formed inside the food cooker 30 through which the outlet 6 is penetrated. Is formed, the catalyst device 20 is provided in the air circulation chamber 10 to remove the food smell and steam is in communication with the outlet (6), The catalyst device 20, the inlet pipe 21 is installed in communication with the outlet 6 of the cooking chamber 1, the food smell and steam flows; A catalyst unit 22 connected to an end of the inlet pipe 21 to remove odor and vapor by a catalyst packed therein to generate purified air; A catalyst heater 23 formed on an outer circumferential surface of the catalyst part 22 to generate heat to remove odors and vapors, and apply heat to the catalyst; A discharge pipe (24) installed through the end of the catalyst unit (22) and connected to the outlet (6) of the food cooker (30) to transfer the purified air from the catalyst unit (22) to the outside; Become, The air circulation chamber 10 is formed with an inflow passage 11 communicating with the inlet 7 formed on the outer surface of the food cooker 30 so that the outside air is introduced, the outside air to the air circulation chamber 10 An inlet fan 13 is installed in the inlet 11 to introduce the inside of the air, and the air introduced therein by the catalyst heater 23 of the catalyst device 20 provided in the air circulation chamber 10. Catalytic deodorizing food cooker characterized in that the transport path 12 is formed at one end to be transported to the inside of the cooking chamber (1) by heating. The method of claim 1, The transport passage 12 of the air circulation chamber 10 is a food cooker of the catalyst deodorizing function, characterized in that it is formed to be connected to the blowing fan (4) formed in the cooking heater (3), respectively. The method of claim 1, The food cooker 30, the catalyst deodorizing function, characterized in that the control unit 5 is further formed to control the cooking heater (3), blowing fan (4) and catalyst device 20 and inlet fan (13) Cooker. delete delete

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