KR20110029540A - A multipurpose meat roaster - Google Patents

Abstract

PURPOSE: A multifunctional heater using a carbon fiber heating member is provided to be used as a microwave or used to roast meat by being selectively combined with an upper cover. CONSTITUTION: A multifunctional heater using a carbon fiber heating member comprises a body portion(10), a carbon fiber heating element(20), a reflecting plate(30), an oil collecting plate(40), a safety plate(50), and a cover(60). The body portion produces the heating source using common electricity. The oil collecting plate is detachably attached to the circumference of the body portion. The carbon fiber heating elements generates heat using the heat source from the body portion in order to emit heat and far infrared rays. The reflecting plate reflects the heat and far infrared rays to the object upstream located. The oil collecting plate has a gasoline inductive groove of doughnut type. The oil collecting plate constitutes the oil exhaust hole along the gasoline inductive groove. The gasoline of the oil collecting plate is dropped to an oil pan(11). The safety plate is made of a thermal conductance low expansion material which blocks to transfer the external impact to the carbon fiber heating element. The cover forms multi-stage spinning holes.

Description

Multi purpose meat roaster using carbon fiber heating element

The present invention relates to a multi-purpose heater using a carbon fiber heating element, and more specifically, can be used for heating as a function of electric range as well as for roasting meat by selectively combining the upper cover body to be detachably attached. The present invention relates to a multi-purpose heater that can radiate a large amount of far-infrared rays at the same time as a stacked gap of a cover body to expect a health promoting effect.

The present invention uses a carbon fiber heating element that emits far infrared rays and high heat at the same time as a heat source, and shortens the heating time when the meat is grilled on the cover to improve cooking performance and improve meat taste, while radiating with heat. By supplying the active energy to the body close to the heat source due to the large amount of far-infrared rays, it can be useful for the purpose of eliminating the function of roasting and the use of far-infrared radiation apparatus.

When the cover body is separated in the present invention, it is to function as a range, in which the far infrared rays and high heat are stable while the carbon fiber heating element accommodated at the bottom is protected by the safety plate of the thermally conductive low-expansion material exposed to the top. Will be emitted.

In general, the meat roaster used for home-cooking meat is selectively used, such as electric roaster using electricity, gas burner using gas, or charcoal furnace.

However, according to the conventional roasting method, when grilling meat with charcoal or gas, the indoor air is polluted by the harmful gases generated from these fuels, and the fire is not easily controlled, and the meat is burned severely. In addition, it has been pointed out that the oil falling from the meat falls on the charcoal and causes incomplete combustion, thereby providing a carcinogen to the meat, thereby creating a harmful environment for the human body.

On the other hand, in the case of using the electric roaster, despite the advantage that it can suppress the generation of carcinogens generated by burning the meat relatively, the heating temperature is weak and it takes a lot of time to heat, There are many concerns and problems about the harmful environment caused by the continuous electromagnetic waves.

Moreover, the grills used for roasting are cooked by charcoal grilled plates without touching the meat, and the flames of the heating means located at the lower portion of the grills are concentrated only on the central part and the other edges are used for heat conduction. The meat is cooked in a heated state, and according to the position of the grill where the meat is placed, there is a big difference in roasting performance.

Therefore, the meat located on the rim is not easily cooked, so the meat is concentrated on only one position such as the central part heated to a high temperature, and the meat is grilled. The meat on one side of the hot plate is pressed and burned badly.

In addition, these roasters require a body of structure suitable for installing a fire plate on which meat is placed, which is not suitable for cooking other than roasting, thus using meat to roast meat and then eating rice. In order to enjoy a meal with a broth or stew, he had to install a separate gas burner on the table.

These cooking heaters use different utensils, such as baking or frying pans, depending on the type of food to be cooked. Therefore, various cooking appliances are purchased separately for various cooking purposes. Since it is not possible to use, it is to be stored in a separate place in the case and other than the meal time, there was a problem that the time to store more than the time used.

The present invention is to solve the conventional problems as described above, by selectively combining the upper cover body that can be attached to be installed can be used for heating not only for grilling meat but also as a function of an electric range, such heating cover The main purpose is to be able to expect a health promoting effect by simultaneously radiating a large amount of far-infrared rays through the stacked gap of the sieve.

In other words, the present invention uses a carbon fiber heating element that emits far infrared rays and high heat at the same time as a heat source, and shortens the heating time when the meat is grilled on the cover to improve cooking performance and improve meat taste, By supplying active energy to the body close to the heat source due to the large amount of far-infrared rays to be emitted, it is to provide a multi-purpose heater using a carbon fiber heating element to exclude the function of roasting and to be useful also in the use of far-infrared radiation apparatus.

Another object of the present invention is to provide a multi-purpose heater using a carbon fiber heating element that functions as an electric range when separating the cover body located at the top from the heater assembly.

It is still another object of the present invention to ensure that the carbon fiber heating element accommodated at the bottom by the safety plate of the thermally conductive low-expansion material exposed to the upper side stably radiates the body infrared rays and the high heat, which is beyond the cooking purpose. It is to provide a multi-purpose heater using a carbon fiber heating element that can maximize the range.

Multi-purpose heater using the carbon fiber heating element of the present invention for achieving the above object, generating a heat source by a commercial power source, the body portion is configured to be detachably coupled to the oil sump at the edge; Carbon fiber heating element that generates heat from the heat source generated in the body portion radiates heat and far infrared rays; A reflector that is installed to surround the lower portion of the carbon fiber heating element that is supported in a state where the lower portion thereof is spaced apart from the bottom surface of the body, and reflects heat and far infrared rays emitted by the carbon fiber heating element to a heating object positioned upward. ; It has a donut-shaped oil induction groove coupled to the upper portion of the reflector, the oil discharge hole is formed along the oil induction groove, and formed in a wider than the outer diameter of the carbon fiber heating element and the reflector placed in the lower portion of the central penetration portion of the oil induction groove Oil dripping plate so that the oil flowing through the oil discharge hole can be dropped into the sump container located on one side of the body portion without interference; Of the thermally conductive low-expansion material to install the circumferential surface overlapping the inner jaw portion of the drip tray plate to cover the central through portion of the drip plate, to prevent the impact from the outside to be directly transmitted to the carbon fiber heating element safety valve; And a cover body coupled to the drip tray to form a multi-stage radiation hole so that heating is performed by inducing radiation of the heat and far infrared rays when the heat and far infrared rays reflected by the reflector are transmitted through the safety plate. Characterized in that comprises a.

According to one aspect of the invention, the carbon fiber heating element is preferably a carbon fiber-embedded quartz glass tube configured to radiate heat and far infrared rays by generating heat from an electrical heat source.

According to another aspect of the invention, the carbon fiber heating element is selectively used in a ring or rod-shaped structure.

According to another aspect of the invention, the safety plate is composed of any one of a thermally conductive low-expansion tempered glass or a metal perforated plate of a certain thickness.

According to another aspect of the present invention, the cover body is configured to be multi-stage to radially expand the donut-shaped unit roasting plate protruding over the inner circumferential portion and the heat source residual wall protruding downward, the outer side of the unit roasting plate located on the upper side The gap maintaining member is configured to form a gap for venting, which is a radiation hole, between the periphery and the inner periphery of the unit roasting plate superimposed on the lower side.

According to another aspect of the present invention, the heat dissipation holes are formed at regular intervals in the unit roasting plate located at the lowermost side of the unit roasting plate coupled to the multi-stage.

According to another aspect of the invention, the cover body is characterized in that composed of far-infrared radiation ceramic radiating far-infrared radiation by the heat delivered.

According to another aspect of the present invention, the gap maintaining member is formed on the inner periphery of the unit roasting plate by forming a plurality of support jaw portions having a cross-sectional shape of 'L' shape at regular intervals to support the upper unit roasting plate thereon. Configure by combining.

The present invention uses a carbon fiber heating element that emits far infrared rays and high heat at the same time as a heat source, and selectively combines the upper cover body detachably installed to be used for grilling as well as to function as an electric range. When heated in a state in which the cover body is combined for roasting the meat, the heating time is shortened when the meat is baked in the cover body, improving the cooking performance and improving the meat taste, and at the same time, a heat source due to the large amount of far infrared rays radiated with heat. It is possible to supply the active energy to the body close to the.

In addition, by removing the cover body, the safety plate of the thermally conductive low-expansion material exposed to the upper part protects the carbon fiber heating element housed at the bottom, and can radiate far infrared rays and high heat stably, so it can be used as a range function. This excludes the function of roasting and can be usefully used as a far infrared radiator.

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

1 is an exploded view showing a multi-purpose heater structure of the present invention, Figure 2 is a cross-sectional view showing a combination of the multi-purpose heater structure of the present invention, Figure 3 is a detailed cross-sectional view of the baking sheet forming a multi-stage coupling structure of the present invention, Figure 4 is a view of the present invention It shows a detailed exploded view of the baking sheet forming a multi-stage coupling structure.

1 to 4, the multi-purpose heater according to an embodiment of the present invention, the body portion 10, the carbon fiber heating element 20, the reflector 30, the sump plate 40, the safety plate 50, and The cover body 60 is included.

The body portion 10 is an electric heater that generates a heat source by a commercial power source, and the oil sump container 11 is detachably coupled to the edge side together with a temperature controller.

The carbon fiber heating element 20 is a heat generation generated from the heat source generated in the body portion 10 to radiate heat and far infrared rays, it is composed of a quartz glass tube of carbon fiber embedded type that can generate heat from the electrical heat source. According to the shape of the heating mechanism body 10, a ring or rod-shaped structure is selectively used.

Since the carbon fiber heating element 20 has high strength, flexibility, and chemical stability of carbon fiber, it can be used for a long time, and due to the improved durability, the product quality is further increased compared to the existing metal heating element to maintain a constant temperature continuously. This can be very beneficial in preventing accidents.

The carbon fiber heating element 20 is, for example, porous basalt fiber which allows carbon nanoparticles to be uniformly attached to the fiber tissue through centrifugal dehydration, vacuum and drying in a pressure tank while being immersed in a carbon colloidal solution. A clamp for bending both ends of the porous basalt fiber to be energized, a conductive wire welded to one end of the clamp, a conductive plate welded to each of the conductive wires, a lead wire welded to the other end of the conductive plate, and both ends of the lead wire It is made of a quartz tube which is covered in the tensioned state and is fused and sealed at both ends and is evacuated inside. In addition, since various forms are commercially available, various structures may be selectively used, and thus the shape is not limited to a specific shape. .

The reflector 30 is installed so as to surround the lower portion of the carbon fiber heating element 20 while being supported at its lower portion spaced from the bottom surface of the body portion 10, the carbon fiber heating element 20 It is configured to reflect the heat and far infrared rays emitted by the heating object located in the upward direction.

In the embodiment of the present invention, the reflector 30 is configured to have a semi-circular cross section surrounding the lower portion of the carbon fiber heating element 20 as a donut shape, and thus a central hole is provided on the central portion thereof.

The oil receiving plate 40 is coupled to the upper portion of the reflector 30 in a state in which both ends of the reflector 30 and the body portion 10 are respectively extended, and a donut-type oil induction groove U1 is formed. Of course, the oil guide groove (U1) has an oil discharge hole (U2) is configured.

At this time, the central through portion of the oil induction groove (U1) is preferably formed to be wider than the outer diameter of the carbon fiber heating element 20 and the reflector 30 which is placed on the lower, which is through the oil discharge hole (U2) This is to allow the flowing oil to fall into the oil sump container 11 located on one surface of the body portion 10 without interference.

The safety plate 50 is made of a tempered glass or metal perforated plate made of a thermally conductive low-expansion material so as to block an impact from the outside to be directly transmitted to the carbon fiber heating element 20. Accordingly, the oil receiving plate 40 The circumferential surface is installed so as to overlap the inner jaw portion of the dripping plate 40 so as to cover the central through-hole.

The cover body 60 is coupled to the drip tray plate 40 when the heat and far infrared rays reflected by the reflector 30 are transmitted through the safety plate 50, the heat and far infrared rays toward the outside It effectively radiates heat, and heats the object quickly with stable heat to shorten the heating time, improves cooking performance, improves meat taste, and supplies active energy to the body close to the heat source due to the large amount of far infrared rays radiated with heat. Will be done.

The cover body 6 is a portion on which the grilling meat is placed on the oil receiving plate 40, and the meat placed on the surface of the cover body is prevented from sticking and burning and at the same time, the juice that flows out when the meat is baked. A plurality of unit roasting plate (a) (b) (c) is inclined toward the outside so that the oil can be easily flowed down and discharged, it is configured to be stacked in multiple stages.

In other words, the cover body 6 has a plurality of radiation holes formed so as to induce sufficient radiation of the heat and far infrared rays when the heat and far infrared rays reflected by the reflector 30 are transmitted through the safety plate 40. The inner periphery is formed of an annular unit roasting plate (a) (b) (c) in which the overflow preventing jaw 61 upward and the heat source residual wall 62 protrude downward.

At this time, the gap retaining member 63 is formed between the outer periphery of the unit roasting plate (b, c) located on the upper side and the inner periphery of the unit roasting plate (a, b) overlapped on the lower side so that a constant ventilation gap d1 is formed. It is composed.

The heat source residual wall 62 is to function as a multi-stage combustion chamber for maintaining the heat distribution of the entire roasting plate evenly while staying under each unit roasting plate (a) (b) (c) without spreading heat supplied from the lower portion. However, this structure is configured to be repeated at regular intervals in the vertical direction.

The unit roasting plate (a) located at the bottom of the unit roasting plate (a) (b) (c) to be coupled in multiple stages is formed with a heat dissipation hole 71 for heat and far-infrared radiation, the heat dissipation hole 71 It may be formed in the form of a ring frame 70 integrally formed on the lowermost unit roasting plate (a), it is also formed in the structure of an independent ring frame 70 is separated from the lowermost unit roasting plate (a) It could be.

The gap holding member 63 is formed on the inner periphery of the unit roasting plate (a) (b) (c) by forming a plurality of support jaw shapes having a cross-sectional shape of the 'L' shape at regular intervals to form an upper unit roasting plate ( b) (c) is configured to be supported on it.

At this time, the gap maintaining member 63 prevents the unit roasting plate located on the upper side from being degassed, and forms a ventilation gap d1 that is a radiation hole between the upper unit roasting plate and the lower unit roasting plate by the height thereof.

The unit roasting plate (a) (b) (c) is preferably, it may be composed of a ceramic so as to radiate far infrared rays by the heat transmitted from the carbon fiber heating element 20, and thus the unit roasting plate (a) (b) (c), in addition to the far infrared rays emitted from the ventilation gap (d1) and the radiating hole 71 at the bottom of the radiation hole, the far infrared rays radiated from the body of the unit roasting plate (a) (b) (c) are added. An improved radiation effect can be expected.

Therefore, when roasting the meat in the unit roasting plate (a) (b) (c) it is possible to more effectively suppress the carcinogens and smoke and odors containing the same by incomplete combustion, while the meat smell on the clothing or body It is to minimize things.

That is, the present invention, as shown in Figures 1 to 4 attached, supply the heat source from the body portion 10 in the state of placing the meat on the unit roasting plate (a) (b) (c).

Then, the heat generation of the carbon fiber heating element 20 is generated by the heat source supplied from the body portion 10, and thus the carbon fiber heating element 20 radiates heat as well as far-infrared rays due to heat generation. The heat and far-infrared rays are transmitted to the unit roasting plate (a) (b) (c) through the guide plate 50 in the upward direction by the reflector 30.

At this time, the ventilation gap (d1), which is a radiation hole formed between the unit roasting plate (a) (b) (c), as well as formed in the ring frame 70 integrally or separated from the lowermost unit roasting plate (a). The heat and radiation of the far infrared rays are made through the heat radiating holes 71, and the meat is roasted by the radiating heat.

On the other hand, in the case of separating the cover body 60 including the unit roasting plate (a) (b) (c) from the body portion 10, the body portion 10 and the carbon fiber heating element 20, and The structure consisting of the reflector 30, the oil plate 40 and the safety plate 50 has a feature to perform the function of the electric range.

That is, as shown in Figure 5 attached to the cooking vessel, such as a pot or earthenware pot or frying pan containing the contents for cooking food in the safety plate 50, and then heating the carbon fiber heating element 20, the The electric heating of the contents in the cooking vessel is enabled, so that the desired cooking can be performed.

In addition, in the structure of the present invention, after the cover body 60 is formed in the structure of the multi-stage heat dissipation hole made of an integral structure, it is stably with the oil sump plate 40 stacked on the body portion 10. When assembled to be combined, of course, it can be used as a medical aid with far-infrared radiation function, not the function of roasting.

In addition, in the present invention, the "donut shape" is not limited to a circular donut, and may include a donut structure having an entrance shape.

1 is an exploded view showing a multi-purpose heater structure of the present invention.

Figure 2 is a cross-sectional view showing a multi-purpose heater structure of the present invention.

Figure 3 is a detailed cross-sectional view of the unit roasting plate constituting the multi-stage coupling structure of the present invention.

Figure 4 is a detailed exploded view of a unit roasting plate constituting the multi-stage coupling structure of the present invention.

Figure 5 is a cross-sectional view of the multi-purpose heater to implement the electric range function to raise the cooking vessel in another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10; Body portion 11; Sump

20; Carbon fiber heating element 30; Reflector

40; Drip tray 50; safety valve

60; Cover body 61; Overflow barrier

62; Heat source residual wall 63; Clearance adjustment member

70; Ring frame 71; Heat sink

Claims (4)

Generating a heat source by the commercial power source, the body portion is configured to be detachably coupled to the oil sump container at the edge; Carbon fiber heating element that generates heat from the heat source generated in the body portion radiates heat and far infrared rays; A reflector that is installed to surround the lower portion of the carbon fiber heating element that is supported in a state where the lower portion thereof is spaced apart from the bottom surface of the body, and reflects heat and far infrared rays emitted by the carbon fiber heating element to a heating object positioned upward. ; It has a donut-shaped oil induction groove coupled to the upper portion of the reflector, the oil discharge hole is formed along the oil induction groove, and formed in a wider than the outer diameter of the carbon fiber heating element and the reflector placed in the lower portion of the central penetration portion of the oil induction groove Oil dripping plate so that the oil flowing through the oil discharge hole can be dropped into the sump container located on one side of the body portion without interference; Of the thermally conductive low-expansion material to install the circumferential surface overlapping the inner jaw portion of the drip tray plate to cover the central through portion of the drip plate, to prevent the impact from the outside to be directly transmitted to the carbon fiber heating element safety valve; And, A cover body coupled to the sump plate to form a multi-stage radiation hole so that heating is performed by inducing radiation of the heat and far infrared rays when the heat and far infrared rays reflected by the reflector are transmitted through the safety plate; Multi-purpose heater using a carbon fiber heating element, characterized in that comprising a. The method of claim 1, The cover body has a multi-stage structure in which a donut-shaped unit roasting plate with an overflow prevention wall and a heat source residual wall protruding downwards is radially expanded on an inner circumferential portion, and is superimposed on the outer periphery of the unit roasting plate located on the upper side and the lower side of the unit roasting plate. A multipurpose heater using a carbon fiber heating element, characterized in that a gap retaining member is formed between the inner periphery so as to form a gap for ventilation. The method of claim 2, A multi-purpose heater using a carbon fiber heating element, characterized in that the heat dissipation holes are formed at a predetermined interval on the lowermost side of the unit roasting plate coupled to the multi-stage. The method of claim 1, The cover body is a multi-purpose heater using a carbon fiber heating element, characterized in that composed of far-infrared radiation ceramic radiating far infrared rays by the heat delivered.

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