KR102068762B1 - Mineral Infrared heaters with multiple cooking functions - Google Patents

Abstract

The present invention does not generate fine dust, noxious gases, odors using photo-infrared heat, sterilization and deodorization and heating the water in the air to expand the heat to increase the heat and increase the heat storage is not fast cooling, so energy saving effect is large and moisture evaporation rate Since there is not much, it is possible to reduce the drying phenomenon and to provide a photo-infrared heater having a complex cooking function that can simultaneously or selectively perform heating and oven cooking using a comfortable heating and heat source. Supporting part, a plurality of Baomika panel installed in a circular arrangement, the oven barrel inserted through the front cover, the reinforcement frame for strength reinforcement and protection wrapped around the support and Baomika panel, the upper part of the reinforcement frame Consists of the cooking support portion being raised; The heating function of Baomika panel has the effect of performing various functions such as heating function through the side, cooking function through the upper part, and oven function inside, simultaneously or separately.

Description

General Infrared heaters with multiple cooking functions

The present invention relates to a combined heating heater, in particular, the heating and cooking functions can be used simultaneously or separately, a complex cooking that can be used in indoor spaces, such as office buildings and houses where people can live, nomadic indoor spaces, camping, restaurants It relates to a photo-infrared heater having a function.

In general, the firewood stove is mainly used in rural areas where the firewood can be easily obtained, and the firewood stove used in the past has a function of a hot water boiler that warms and circulates water.

In addition, when the firewood stove of the prior art is not used as a stove, the lid is opened, and instead of the lid, a grilling grill plate for roasting meat is placed and grilled meat or a hot pot container and a pot, etc. are boiled with stew. Was configured to be used.

As described above, most of the firewood stoves configured to open the lid of the firewood stove and bake meat or boil stew are generated when the air and the firewood are heated by the heat and heat generated when the firewood put into the combustion chamber is burned. The smoke is blocked by a lid covering the upper side of the combustion chamber, or a grill plate for roasting meat, and a pot for cutting off the stew. Therefore, the smoke cannot be discharged to the upper side of the firewood stove. It is configured to be discharged to the outside through the communication connected to the lower part of the.

Therefore, the firewood stove as described above has the disadvantage that the firewood's combustion efficiency is low because the firewood put into the combustion chamber is configured to receive oxygen from the air supplied through the air control door formed at one lower end of the outer cylinder body. It is pointed out. For example, the fire of the firewood burning in the combustion chamber of the firewood stove is weak, so when the new firewood is put in, the air supplied to the newly fired fire is cold, and the fire that is burned on the firewood is not easily burned. There is a disadvantage in that a lot of smoke is generated until burning, which can be easily solved by supplying heated air to the combustion chamber in order for the newly introduced firewood to catch fire quickly, but heating the combustion chamber where the firewood is burning There is a lack of technology for supplying compressed air to burn fires well.

In order to make up for the shortcomings of the firewood stove as described above, the electric stove is one of the heating devices for the winter, and in its configuration, a protection net is provided on the upper part of the body, and a plurality of heaters are provided on the inside to install the protection net to the outside to connect with the heater. The switch unit is provided in the lower part of the body to heat the heater due to the operation of the switch unit to dissipate heat to the outside of the body is used as an effect of heating indoors or outdoors

The electric stove does not need a separate fuel using the electric energy, so no smell, smoke, gas does not come out clean and there is no problem to inject the fuel can be said to be the most ideal stove in winter.

However, the electric stove is being used to provide a heating effect in a short time by providing in the office indoors or on-site, outdoor camping grounds, rather than the home with a heating device such as a boiler.

However, when the conventional electric stove is operated for heating, the radiant heat is emitted through most of the sides and very little heat is emitted at the top, so there is no problem in the heating function, but provides a functional aspect of cooking a separate food. There was a functional limitation problem that cannot be done.

In addition, the conventional electric stove as described above, when the soup boils over while cooking water or food, the broth accumulates in the heat generating portion, causing contamination and at the same time, there is a problem of failure or loss of function.

In addition, the conventional electric stove as described above, even if the cooking is made of a structure capable of cooking requires a long cooking time in low heat concentration, there was a problem that does not provide a function such as an oven.

1. Publication No. 10-2017-0056781 (Multipurpose Fireplace) 2. Registration No. 10-1771983 (Firewood stove with grilled meat) 3. Publication No. 10-2016-0019845 (Portable Heating Device)

Accordingly, the present invention has been devised in view of the problems of the prior art as described above, which has a heating function, a heating function through the side, a cooking function through the upper side, and an oven function inside to perform the heating function of the Baomika panel. Its purpose is to provide a photo-infrared heater.

In addition, another object of the present invention is to conduct the heat transfer of the conductive method by the porous mineral photothermal coating layer and to generate heat in the scale of accumulation and non-luminescence, and the thermal action and penetration is high, and the wavelength by resonance and resonance with organic compounds and water molecules. Condensation is prevented by emitting high-temperature radiant heat in the range of 100 ~ 450 ℃, which is designed to emit in the form of complex infrared light.

In addition, another object of the present invention is to simply adjust the heating value by adjusting the current value of the controller, and the real-time remote control through the automatic control and the application of the mobile communication device by constantly checking the heating temperature and overload of the panel temperature and panel It's about doing it.

In addition, another object of the present invention is to make it suitable for cooking by using the rising airflow of heat in the chimney-like structure through the heating arrangement is made through the side by the photo-infrared radiation heat of the Baomika panel.

In addition, another object of the present invention is to form a heat storage space therein to condense and supply heat, and to increase the cooking efficiency by receiving the same heat as the direct method at the bottom of the oven cooking.

In addition, another object of the present invention is to use a variety of recipes by storing the retaining stones or water in the oven barrel to dissipate the heat storage and accumulated heat and at the same time used in cooking by using the heated retaining stones or water.

In order to achieve the above object, the present invention is a heater having a cooking function and a heating function, is installed on the top of the tube assembly plate installed on the upper part of the support body forming a controller for power, overload, operation setting and heat A support part for forming a heat storage container for storing the product, the upright part is installed in the upper part of the support part, and a heating element that generates heat generated by the control of the controller is built in, and the cross section is curvature in the shape of an arch to emit photo-infrared radiant heat optical heat wavelength. The oven is inserted into and drawn out through the front cover to close the remaining space, the Baomika panel is installed, Baomica panel is installed, the protective frame for wrapping and fixing the support and the Baomika panel, the upper part of the protective frame Installed in a coupled and dismantled manner to form a cooking support on which a cooking vessel is raised, the Baomi The car panel is assembled in a circular arrangement on top of the supporting part, so that the infrared light emitted from the outer surface is used for heating, and the infrared light emitted from the inner surface is collected and raised, so that fine dust, smoke and smell are not generated by cooking. It provides a photo-infrared heater having a composite cooking function, characterized in that configured to not.

As described above, the present invention has the effect of simultaneously or individually performing various functions such as heating function through the side, cooking function through the upper side, and oven function inside, as the exothermic action of the Baomika panel.

In addition, it conducts heat transfer of conduction method by porous mineral photothermal coating layer, generates heat by heat accumulation and non-luminescence method, and has high thermal action and penetration power, and the wavelength of photo infrared ray is compounded by resonance and resonance with organic compounds and water molecules. By emitting high-temperature radiant heat in the range of 100 ~ 450 ℃ designed to emit by the effect of preventing condensation.

In addition, it is possible to simply adjust the amount of heat by adjusting the current value of the controller, it is possible to check the room temperature and the heating temperature and overload of the panel at all times to enable automatic control and real-time remote control through the application of the mobile communication device.

In addition, the heating is made through the side by the photo-infrared radiant heat of the Baomika panel, and there is an effect that it is suitable for cooking using the rising air flow of heat in the form of a chimney through a circular arrangement.

In addition, it is possible to condense heat by forming a heat storage space therein, and to provide cooking efficiency such as a direct method at the bottom when cooking an oven to increase cooking efficiency.

Also, it does not generate fine dust, harmful gas, odor, sterilize and deodorize, and heat moisture in the air to expand the heat and increase the heat quantity and accumulate heat so that it does not cool down quickly. We can have a comfortable effect.

In addition, by storing the retaining stones or water in the oven and dissipating heat and accumulated heat, the heating time and efficiency are increased during heating, and the cooking effect is reduced by using the heated retaining stones or water to reduce various recipes and cooking time. have.

1 is an exploded perspective view showing a photo-infrared heater having a complex cooking function according to the present invention,
Figure 2 is a perspective view showing a combined infrared infrared heater having a complex cooking function according to the present invention,
3 is a block diagram of a controller, a temperature sensor, and a check sensor according to the present invention;
Figure 4 is a plan view showing a photo-infrared heater having a complex cooking function in a state of removing the cooking support according to the present invention,
5 is a cross-sectional view of a heating element according to the present invention;
6 is a perspective view of the cover installed in the photo-infrared heater having a composite cooking function according to the present invention,
7 and 8 are a plan view and an operation plan view of the screen unit in the photo-infrared heater having a complex cooking function according to the present invention,
9 is a perspective view of the use state raising the cooking vessel in a photo-infrared heater having a composite cooking function according to the present invention,
10 is a cross-sectional view illustrating a state of use for simultaneously heating and cooking using a photo-infrared heater having a complex cooking function according to the present invention;
11 is a cross-sectional view of a state of use for heating only by using an infrared light heater having a complex cooking function according to the present invention.

When described in detail based on the accompanying drawings a preferred embodiment of the present invention as follows.

As shown in Fig. 1 to 8, the photo-infrared heater having a complex cooking function of the present invention relates to a heater having a cooking function and a heating function, the supporting portion 10 formed by the controller 11, circular A plurality of Baomika panel 20 to be installed in a batch, the oven barrel 30 inserted through the front cover 31, the support portion 10 and the Baomika panel 20 wrapped around for strength reinforcement and protection The protective frame 40, the cooking support unit 50 is placed on the upper portion of the protective frame 40 constitutes a complex cooking heater (100).

The combined cooking heater 100 constitutes a support 10 for forming a controller 11 for power, overload, and operation setting.

At this time, the support portion 10 forms a support body 12 formed with a controller 11, the support body 12 is a cylindrical shape with a central hole is made of a metal material or a non-flammable material to support the installation Perform the function.

The tube assembly plate 13 is electrically connected to the controller 11 and fixedly installed on the support body 12 by using bolts. The tube assembly plate 13 includes a baomican panel 20. The heating element 21 forms a plurality of tube holes 13a to be electrically connected to the controller 11.

The tube assembly plate 13 is fixed to the upper part using a bolt and constitutes a heat storage tube 14 for storing heat. The heat storage tube 14 is internally heated when the baomika panel 20 generates heat. It is configured to perform the function of heating and storing the remaining air and to perform the humidification function when it contains water.

In addition, the controller 11 adjusts the current (ampere) value to adjust the heating temperature of the baomika panel 20, and is installed to be exposed on one side upper surface of the support body 12.

Receives a signal from the temperature sensor 15 for checking a separate room temperature connected to the controller 11 or the check sensor 16 for checking overheating or heating temperature of the Baomika panel 20 and according to a set value. Controls the ON / OFF operation.

The controller 11 has a reservation timer function to form an operation control and communication unit 17 through time setting to configure real-time operation control by the operation of the mobile communication device through a coordinated application.

That is, the controller 11 includes a current adjustment button 11a for adjusting a current value, a time button 11b for setting an operating time, a temperature setting button 11c, a power button 11d, and a display for displaying a state ( 11e), and the display 11e may be configured to display various operating states, set temperatures, times, heating temperatures, and interlocking states with applications.

The combined cooking heater 100 is installed upright apart from the upper surface of the support 10, the heating element 21 is generated by the control of the controller 11 is built and the cross section is curvature in the form of an arc to infrared light infrared heat radiation A plurality of Baomika panels 20 are formed.

The baomika panel 20 is formed in the form of an arc-shaped plate formed on the surface of the radiation panel 22 is installed a plurality of heating elements 21 protruding inward in the longitudinal direction to form a porous mineral light-thermal coating layer 23 100 ~ 450 ℃ designed to emit heat in the form of complex heat by conducting heat transfer, generating heat by heat accumulation and non-luminescence method, and having high thermal action and penetration power, and resonance and resonance with organic compounds and water molecules. It is configured to emit high temperature radiant heat in the range to prevent condensation.

In the present invention, the Baomika panel 20 consists of three and inserts the lower end of the heating element 21 into the tube hole 13a so as to have a circular arrangement in a triangular array on the tube assembly plate 13 when projecting on a plane. 11) Install it as an example to connect and receive electricity through.

The heating element 21 forms a cylindrical heating body 21a, which is manufactured in the form of a cylindrical tube made of stainless steel (STS304) that does not generate corrosion even when high and low temperatures are repeated.

The insulating bobbin 21c is inserted into the heating body 21a and the heating coil 21b is wound on the outer surface thereof.

A pair of power lines 21d connected to the heating coil 21b of the insulation bobbin 21c and contacting the controller 11 are formed, and the insulation bobbin 21c and the power supply line 21d are completely connected. A glass sealing finish is used for insulation.

The insulating powder 21e fills the inner space of the heating element 21 into which the insulating bobbin 21c is inserted.

The Baomika panel 20 is provided with a plurality of heating elements 21 on the inner surface, and constitutes a porous mineral photothermal coating layer 23 on the surface, the photothermal coating layer 23 has a chorionic wool having nanoparticles of 600 ~ 1,500 mesh (Or illite) 50 to 70% by weight, kaolin 20 to 20% by weight, pearlite 3 to 8% by weight, and a mixture of 5 to 25% by weight of the adhesive.

Here, the heating element 21 is inserted into the insertion hole formed in the inner surface of the radiation panel 22 of the Baomika panel 20 is composed of nanoparticles to generate heat corresponding to the application of power.

That is, the heating element 21 is composed of 600 to 3,000 mesh nanoparticles to increase the thermal efficiency of the conductive polymer powder (21f) and the conductive polymer powder is provided to be capable of generating heat corresponding to the application of power, and the conductive polymer powder The insulating powder 21d, which is mixed with the 21f and corresponds to power supply, includes an insulator 21g comprised of 600-3,000 mesh nanoparticles so as to dissipate heat generated from the conductive polymer powder 21f. The conductive polymer powder 21f and the insulator 21g are mixed so that the resistance value (temperature) can be adjusted with respect to the size (heating area) and thickness of the Baomika panel 20. It can be configured by mixing and mixing at a ratio of 1.

Here, the conductive polymer powder 21f may be formed by mixing one or two of carbon, nichrome, nickel, and the like, and the insulator 21g is formed by mixing mica and magnesium oxide, wherein the mica and magnesium oxide are mixed. May be mixed by mixing in a ratio of 5: 5 to 7: 3.

On the other hand, if the particles of the conductive polymer powder (21f) is composed of 600 mesh or less, the heat generating area is reduced, if composed of 3,000 mesh or more, the cost of manufacturing increases, so as described above The particles of the powder 21f are preferably composed of 600 mesh and 3,000 mesh nanoparticles.

In addition, the conductive polymer powder 21f may be configured using a metal without using a conductive polymer.

The insulator 21g is mixed with the conductive polymer powder 21f and has mica or magnesium oxide having nanoparticles of 100 mesh or more and 800 mesh or less in the same manner as the particles of the conductive polymer powder 21f so as to improve heat storage when heat is generated. It is mixed.

The insulator 21g prevents the conductive polymer powder 21f filled in the insertion hole of the Baomika panel 20 from being discharged and lowers the insertion hole to insulate the Baomika panel 20 from the heating element 21. The connection part 21d is provided in the part which the heating coil 21b and the power supply line 21d connect to block the edge part.

In addition, the insulator 21g is designed by a method of winding or coating a power density by heating or coating a carbon or nichrome nickel according to an exothermic temperature, and then inserting an insulator (mica or magnesium) into the insertion hole of the Baomika panel 20. It can be completely insulated by filling with), or it can be constructed by inserting a direct heating element by using vegetable synthetic resin.

On the other hand, the Baomika panel 20 is configured in the form of a thin plate to the front so as to quickly dissipate heat to a long distance.

In addition, the Baomika panel 20 is conducted to the heat generated from the radiation panel 22 through the photothermal coating layer 23, the composite thermal photo-infrared ray containing a high temperature heat of 200 ~ 450 ℃ and a wavelength band of 25㎛ or more low temperature 100 ℃ ~ high temperature It emits in the range of 600 ℃, and it dissipates in the range of 100 ~ 550 ℃ depending on the usage, so that high temperature heat can be absorbed by heat, heat, and structure by air and moisture due to the self-heating and photo-infrared rays.

In addition, the Baomika panel 20 is a heat of heat (regenerative photo-infrared) is a complex heat containing an infrared ray with a wavelength of 25㎛ or more to generate a heat source having a strong thermal action and permeability by resonance and resonance action on organic compounds and water molecules, The photothermal drying of the photothermal drying apparatus 100 using the same is a low temperature drying method using a photo-infrared composite heat source, which evenly transfers heat to the inner center of the object to be dried, thereby reducing moisture content to within 10% and shortening the heating time. In addition, it minimizes the loss of nutrients or bioactive substances by pyrolysis, and is configured to convert polymers such as polyphenols, tocopherols, and flavonoids, which are polymers of natural antioxidants, into low molecules.

In addition, the surface temperature of the Baomika panel 20 during heating in the present invention is 350 ℃ high temperature, but the photo-infrared composite heat is low temperature (300K), the heating temperature during heating or cooking is within 100 ~ 450 ℃, surface hardening It is minimized and its shape is maintained, and thermal action amplification due to thermal penetration, resonance, and resonance of photo-infrared radiation thermal radiation is generated.

On the other hand, the heating element 21 is formed by molding magnesium or mica in the form of rods, and twisting the heating line of the rope with magnesium or mica by twisting a single wire form or a single wire formed of nichrome or nickel wires into a plurality of insulators (21 g). It may be configured to fill the groove that can be formed along the longitudinal direction of the radiation panel (22).

The baomika panel 20 is installed and through the front cover 31 for closing the remaining space to constitute the oven 30 to insert the draw out into the interior space where the baomika panel 20 is installed.

The oven barrel 30 has a handle 32 for insertion and withdrawal through the front cover 31 is placed on the upper portion of the heat reservoir 14 of the support 10 is heated in the heat reservoir (14). The lower part is heated by the accumulated heat storage air, and the state of the cooking contents is confirmed by the projection window 33 on the front surface.

At this time, the oven barrel 30 is formed to contain the stones (mindol, elvan, germanium, gravel) or water during heating to dissipate the heat and accumulated heat.

It can be configured to use for cooking using the stone or water.

That is, the front cover 31 is formed with an entrance 31a for the oven barrel 30 is inserted and drawn out, the grill can be additionally installed inside the oven barrel 30.

A protective frame 40 is formed to surround and fix the support 10 and the baomika panel 20. A plurality of circular frames 43 surround the plurality of vertical frames 42 installed in a circular arrangement in a vertical direction. ).

At this time, the guard body 41 is formed on the base body 12 of the base portion 10 to surround the Baomika panel 20, the guard net 41 is in direct contact with the Baomika panel 20. It is fixed to the inner surface of the vertical frame 42 of the protective frame 40 to prevent.

It is installed in the coupling and dismantling method on the upper portion of the protective frame 40 and forms a cooking support unit 50 on which the cooking vessel 1 is raised.

The cooking support unit 50 is formed on the upper end of the Baomika panel 20 to form a fixing plate 51 of a ring (Ring) form to be installed so as to stably support.

Stainless steel material which is placed on top of the fixing plate 51 and contains boiling contents or foreign substances during cooking to prevent contamination of the baomika panel 20 so that the soup plate 52 of the ring type does not cause corrosion. It consists of.

The fixing plate 51 or the soup receiving plate 52 may be configured to perform a humidification function during heating by forming a groove when the cross section is projected.

The soup plate plate 52 is raised to the upper portion of the cooking vessel (53) for supporting the cooking vessel (1) can be generally produced in a trivet form.

In addition, an upper cover of the cooking support 50 may be configured to cover a separate cover 54 so as not to cook food or to dissipate the photo-infrared heat to the side when heating, and the cover 54 has low heat conductivity. And can configure a separate heat-resistant handle.

On the other hand, the protective frame 40 may be formed with a pair of screen portion 60 to close the open portion of the violent panel 20 is radiated by the infrared light.

The screen unit 60 constitutes a screen case 61 of a cylindrical shape coupled to both sides of the protective frame 40 in the vertical direction.

The screen case 61 is pulled in a rolling manner to close the open portion and forms a screen 62 made of heat insulation and a non-flammable material, which is not shown in the drawing installed in the screen case 61. The screen shaft is configured to maintain a state wound by the elastic member.

At the end of the screen 62, the attachable connection member 63 may be configured in the form of a magnet or a hook.

The composite cooking heater 100 is assembled in a circular arrangement on the upper portion of the base portion 10 of the Baomika panel 20, the infrared light emitted from the outer surface is used for heating and the infrared light emitted from the inner surface The heat is collected and raised to be used for cooking so that fine dust, smoke, and odor are not generated.

Referring to the operation and effects of the present invention configured as described above are as follows.

As shown in Figures 1 to 11, the composite cooking heater 100 is a tube in which the heat storage tube 14 is installed in the center of the support body 12 of the support unit 10, the controller 11 is pre-installed Install the assembly plate 13 and the front cover 31.

In addition, the heating element 21 pre-installed in the Baomika panel 20 is connected to the controller 11 by inserting the power line 21d into the tube hole 13a of the tube assembly plate 13, and the Baomika panel ( 20) Install three in a circular arrangement based on the front cover (31).

Thereafter, the protection net 41 is fixed to the inner surface of the vertical frame 42 of the protection frame 40 by using a bolt, and then supported from the upper portion of the baomika panel 20 by the support body 12 of the support 10. After arranging the protective frame 40 so as to be firmly fixed to the support body 12 using a bolt.

Next, the fixing plate 51 is fixed to the upper end of the Baomika panel 20, and the soup plate 52 and the cooking support 53 are sequentially installed on the fixing plate 51. .

Subsequently, the oven sensor 30 is inserted through the entrance and exit 31a of the front cover 31, and the temperature sensor 15 installed in the indoor space and the check sensor installed on one inner surface of the front panel 31 ( 16) is connected to the controller 11 to complete the assembly of the composite cooking heater (100).

The combined cooking heater 100 connects a separate plug connected to the controller 11 to a separate outlet to which electricity is applied, thereby switching the power to the ON state by operating the power button 11d in the controller 11. The setting of the heating temperature of the Baomika panel 20 by the operation of the current adjustment button 11a, the setting of the operating time by the operation of the time button 11b and the setting of the room temperature by the operation of the temperature setting button 11c are completed. do.

In the case of heating using the composite cooking heater 100, the heating element 21 is conducted to the heating baomika panel 20 and then radiated from the outer surface and the inner surface, and then the protection net 41 and the protection frame 40. Through the heat transfer in the convection method in all directions except the front cover 31 to heat the indoor space.

In this case, the composite cooking heater 100 has a high risk of fire and visual impairment because the red light is emitted when a heat is applied to the general sheath heater, but the Baomika panel 20 heats 100 to 450 during operation. Even if it is heated in the range of ℃, it has no glare or fire risk because it does not generate light, and it has excellent heat dissipation efficiency by regenerative method and can reduce condensation by radiant heat method. There is a heatable feature.

In addition, the composite cooking heater 100 does not generate fine dust, noxious gases, odors, sterilization and deodorization and heating the water in the air to expand the heat of the air to increase the heat, and the heat storage is not fast cooling, so the energy saving effect is large and moisture Since the evaporation rate is not much, it is possible to reduce the drying phenomenon and keep the indoor space comfortable.

In addition, by using the composite cooking heater 100 to cover the cover 54 to the upper portion of the cooking support unit 50 when heating to prevent heat from radiating through the upper to induce heat radiation through the side purely heating efficiency There is a feature to increase.

In addition, there is a feature that can be provided with a function of humidification by holding water in the fixed plate 51 or the soup plate 52 when heating using the composite cooking heater (100).

On the other hand, when the composite cooking heater 100 is used for cooking, the cooking vessel 1 is placed on the cooking support 53 in a state where the cover 54 is removed and the heat is radiated from the inner surface of the baomika panel 20. The heat rises while forming an upward airflow in the heat dissipation space S, and cooking is performed by heating food while heating the cooking container 1.

In addition, the composite cooking heater 100 is put by the various foods into the oven barrel 30 is inserted through the entrance of the front cover 31 is formed by the heat radiation heat and the inner surface of the Baomika panel 20 and Baomika panel 20. By using the internal heat dissipation space heat, there is a cooking feature of baking or steaming bread or sweet potato corn.

The heat dissipated from the outer surface of the Baomika panel 20 in common during heating or cooking using the composite cooking heater 100 is heated in a convection manner while heating the surrounding air, and the inner surface of the Baomika panel 20. The heat radiating heat emitted from is characterized in that the heat is radiated to the center of the heat radiating space (S) by the curvature, and then flows upward by the rising airflow so that a lot of heat is concentrated when cooking.

In addition, it is possible to condense the high-temperature air by heating the remaining air of the heat storage tube (14) located in the heat dissipation space (S), so that the cooling is made slowly, and the heating power and cooking power to increase the auxiliary power and supply power have.

In addition, since the controller 11 is used to adjust the current value, the intensity of the heat dissipation of the Baomika panel 20 can be easily adjusted, and the amount of heat can be adjusted to the cooking by adjusting the strength and weakness with the current adjusting device when cooking. When the user sets the desired temperature value by the sensing operation of the temperature sensor 15, the ON / OFF operation is automatically enabled by automatically shutting off the power supply when the set temperature is reached.

In addition, the combined cooking heater 100 has an operating time reservation function in the controller 11 can be operated in the desired time zone, and separate from the smart phone most used among mobile communication devices using the communication unit 17 There are features that can be controlled through the application.

In addition, when the overheating is generated by the sensing of the check sensor 16 in the heat dissipation space S during heating, the composite cooking heater 100 automatically cuts off the power supply to prevent fire and reduce durability. There is a characteristic.

In addition, the combined cooking heater 100 uses a power of about 5kw in a small size, has a sterilization effect and deodorizing effect, and by heating the moisture in the air, the surrounding air is extremely thermally expanded to increase the amount of heat generated and increase the convection distance and Due to the heat storage action, there is no rapid cooling, the energy saving effect is large and the moisture evaporation rate is not so much, it is characterized by a comfortable heating to minimize the drying phenomenon.

In addition, the combined cooking heater 100 constitutes a flap for opening and closing the outer surface of the Baomika panel 20 so as to be visible or invisible from the outside to open the flap during heating to improve the anti-infrared heat dissipation, and when cooking By closing the photo-infrared heat will increase the more heat cohesion in the cooking can be further improved.

In addition, the composite cooking heater 100 converts the low molecular weight of the bioactive material and polymer (converts to a material that is easily digested and absorbed), and the photo-infrared heat is gradually cooked from the inside, so flavor and juicy are alive. Infrared effect is not only high temperature, but evenly cooked, while minimizing nutrient destruction.

In addition, the composite cooking heater 100 contains a stone (ongdol, ganban stone, germanium stone, gravel) or water at the time of heating in the oven barrel 30 to dissipate heat and accumulated heat and at the same time heated stone (ongdol, You can use a variety of recipes by using it to cook with ganban stone, germanium stone, or gravel), and it can be easily used for traditional cooking such as hertz, which shortens the cooking time and cooks food using sweetened stone from Central Asia or Mongolia. There is a characteristic.

The present invention has been illustrated and described with reference to certain preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments. Various changes and modifications may be made by the user.

Recently, the Green Climate Fund (GCF) has contributed to reducing the CO2 emissions and improving the environment by providing Mongolia government with a $ 60 million fund for three years to improve the environment by replacing Mongolia's ger fossil fuels (coal and fossil) with eco-friendly electric heating. To this end, there is a growing trend to tighten regulations on coal and coal fuels, replace electric heating and support internationally.

Accordingly, the combined cooking heater 100 of the present invention is a complex that can be used as a function of heating and cooking reflecting the central Asian culture in particular with the specialized technology that conforms to global regulations and electric heating support policies for coal and coal fuels. Technology.

10: support portion 11: controller
11a: current adjustment button 11b: time button
11c: Temperature setting button 11d: Power button
11e: display 12: support body
13: tube assembly plate 13a: tube hole
14; Heat Storage 15: Temperature Sensor
16: check sensor 17: communication unit
20: Baomika panel 21: heating element
21a: heating body 21b: heating coil
21c: insulation bobbin 21d: power line
21e: insulating powder 21f; Conductive polymer powder
21g: insulator 22: radiation panel
23: light heat coating layer 30: oven
31: front cover 31a: doorway
32: handle 33: projection window
40: protection frame 41: protection net
42: vertical frame 43: circular frame
50: cooking support 51: fixed plate
52: soup plate 53: cooking tray
54 cover 60 screen portion
61: screen case 62: screen
63: connecting member 100: composite cooking heater
S: heat dissipation space

Claims (12)

In the heater with cooking function and heating function,
Support for forming a heat container (14) is installed on top of the tube assembly plate 13 is installed on the upper portion of the support body 12 to form a controller 11 for setting the power, overload, operation setting Part 10,
A plurality of Baomika panels which are installed upright apart from the upper surface of the supporting part 10 and have a heating element 21 that generates heat under the control of the controller 11 and have a curvature in the shape of an arch in cross section to emit photo-infrared radiant heat optical heat wavelength. 20,
The oven barrel 30 is inserted into the interior space of the Baomika panel 20 is installed through the front cover 31 for closing the space remaining after the Baomika panel 20 is installed,
Protective frame 40 for wrapping and fixing the support 10 and the Baomika panel 20,
It is installed in the coupling and dismantling method on the upper portion of the protective frame 40 to form a cooking support portion 50, the cooking vessel is raised,
Assembling the Baomika panel 20 in a circular arrangement on the upper portion of the base 10, the photo-infrared heat radiating from the outer surface is used for heating and the photo-infrared heat radiating from the inner surface is collected and used to cook. Photo-infrared heater having a composite cooking function, characterized in that configured to prevent the generation of fine dust, smoke and odors. delete delete delete delete According to claim 1, wherein the oven barrel 30 is formed through the front cover 31, the handle 32 for insertion and withdrawal is mounted on the upper portion of the heat storage cylinder 14 of the support 10 heat storage barrel The lower part is heated by the heat storage air heated in (14), and the photo-infrared heater with a compound cooking function characterized by the structure comprised so that the state of a cooking content may be confirmed by the projection window 33 of the front surface. delete The fixing plate 51 of claim 1, wherein the cooking support part 50 is inserted into the upper end of the baomika panel 20 and installed to stably support the ring support plate 51.
Raised soup plate 52 in the form of a ring (Ring) to be placed on the top of the fixing plate 51 to contain the contents or foreign substances boiled during cooking to prevent contamination of the Baomika panel 20,
The infrared ray heater having a complex cooking function, characterized in that up to the top of the soup receiving plate 52 to constitute a cooking support port 53 for supporting the cooking vessel (1). delete delete The method of claim 1, wherein the protective frame 40 is formed with a pair of screen portion 60 to close the open portion of the violent heat radiation of the Baomika panel 20,
The screen unit 60 is a screen case 61 coupled to both sides of the protective frame 40 in the vertical direction,
In the screen case 61, the screen 62 is made of a heat insulation and a non-flammable material by closing the open part by pulling in a rolled state.
At the end of the screen 62 is an infrared light heater having a combined cooking function, characterized in that for attaching a connecting member (63).
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