KR20140109157A - A brazier making method and brazier apparatus - Google Patents

Abstract

The present invention relates to a brazier manufacturing method and a brazier apparatus. The method comprises the steps of installing a floor structure unit of the brazier; installing a domed structure unit having an inner space to cover the entire floor structure unit; and spreading finishing solution to strengthen the domed structure unit. Accordingly, the brazier can be easily and simply built within a short time and the oil residues made from foods cooked inside the brazier can be effectively removed.

Description

Technical Field [0001] The present invention relates to a method of manufacturing a furnace,

The present invention relates to a method for manufacturing an oven and an oven device, which is provided with a wall frame for an iron sheet which can not pass through the oven, so that when the oven is cooked with food, And is moved through a convection phenomenon caused by heat generated by a heating furnace, and is burned and removed by a heating furnace installed in the furnace.

In general, an oven is a device that burns and cooks heat without direct contact with food by circulating hot air. Such prior art techniques have been disclosed in Patent Publications 2005-0030391 (Mar. 30, 2005), 10-0566386 (Mar. 24, 2006), and Utility Model No. 20-0288653 (Aug. 29, 2002) .

However, since the conventional flue can be used only as means for cooking and cooking food, there is a problem that the oil of the food can not be efficiently removed.

Also, as described above, since most of the grease coming out from the food is left in the food or the grease coming out from the food is moved by the convection phenomenon generated inside the furnace and can be mixed from the inner surface of the furnace, There is a problem that the oil is contaminated or deformed by the oil.

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

A problem to be solved by the present invention is to provide a wall frame for an iron plate which can not pass grease through the inside of the hearth, so that when the food is cooked by the hearth, the grease generated from the food is burned by the heating furnace installed inside the hearth So that it can be removed.

It is another object of the present invention to provide a wall frame for an iron plate which does not allow oil to pass through the inside of the hearth so that the oil generated from the food can not be mixed into the inside surface of the hearth.

Further, it is an object of the present invention to provide a flooring finishing material, a wall finishing material for a floor, a wall finishing material for a floor, a door finishing material for a floor by simply fitting a plurality of pieces formed by dividing the finishing material for a floor, So that it is possible to form an end seal.

According to another aspect of the present invention, there is provided a method for manufacturing a furnace, comprising the steps of installing a bottom body of an oven, installing a dome-shaped structure having an inner space to surround the entire bottom body, And applying a finish solution.

The step of installing the structural body part may include a step of installing a wall base frame that surrounds the entire outer side of the bottom body part in a dome shape so as to block the oil generated from the foods placed on the top of the bottom body part from being mixed into the inner side of the flue Providing a wall thermal insulation material covering the entire outer side of the wall frame to prevent the wall frame from being softened and installing a wall thermal insulation material covering the entire outer side of the thermal insulation material to maintain the thermal insulation of the structure part .

The method may further include the step of providing an inlet and an outlet communicating with the inner space on one side of the structure, and a step of providing a ventilation part communicating with the inside of the inlet and the outlet.

The step of installing the bottom body may include the steps of installing a plate-shaped base plate material on the bottom surface, installing a die provided with a space for installing a heater on the top of the base material plate, A step of installing a bottom insulating material on the top of the bottom base plate to maintain the bottom of the bottom body, a step of installing a bottom finishing material on the top of the bottom insulating material, A step of installing a heating furnace in the heating furnace installation space, and a step of removing the formwork.

The step of installing the bottom body further includes the step of installing an additional bottom insulating material between the bottom insulating material and the floor finishing material so as to maintain the thermal insulation of the bottom body part.

The step of installing the floor finishing material may include the steps of installing a plate-like first floor finishing material molded on one side of the upper side of the additional floor finishing material to a half size of the circumference of the bottom finishing body, And a step of installing a plate-shaped second floor finish material molded in a half size around the bottom body portion.

The step of installing the floor finishing material may include forming a heating furnace hole having a size such that the heating furnace can be introduced into the heating furnace installation space at one side of the first floor finishing material or the second floor finishing material .

Preferably, the bottom base plate material is an iron plate material, the bottom heat insulation material is cerak wool material, and the bottom finishing material is a castable material formed by mixing with water.

The step of installing the floor finishing material may further include applying a castable solution mixed with water to the top of the additional floor thermal insulating material, and curing the castable solution to harden.

Preferably, the floor base plate material is a steel plate material, the floor heat insulation material is cerak wool material, and the additional floor insulation material is a sand material.

The step of installing the wall frame includes the steps of installing a base frame for a lower wall having the same shape as the outer circumference of the bottom body to cover the entire outer circumference of the bottom body, And installing a base plate for an upper wall formed in a dome shape to cover the entire upper portion of the lower frame base frame.

Wherein the step of installing the wall finishing material comprises the steps of providing a lower wall finishing material having the same shape as the outer circumference of the thermal insulation material for the wall so as to cover the entire lower portion of the thermal insulation material for the wall, And a step of providing a top wall finishing material formed in a dome shape so as to surround the entire upper portion of the heat insulating material.

The step of installing the lower wall finishing material may include the steps of: providing a first lower wall finishing material having a shape of a size divided into four equal parts of the outer periphery of the lower portion of the thermal insulation material for the wall, at one side of the thermal insulation material for the wall; A step of installing a second bottom wall finishing material having the same size as that of the first bottom wall finishing material on one side of the heat insulating material for the wall, A step of installing a finishing material for a third lower wall having the same size as that of the finishing material for the second lower wall on one side of the heat insulating material for the wall, and a step for installing the finishing material for the third lower wall to be coupled to one side of the finishing material for the third lower wall, Further comprising the step of installing a fourth bottom wall finishing material having the same size as that of the third wall finishing material on one side of the first wall It is.

Wherein the step of installing the upper wall finishing material comprises the steps of providing a first top wall finishing material having a shape of a size divided by half of the entire upper portion of the heat insulating material for a wall provided on one side of the upper portion of the lower wall finishing material, The method further comprises the step of providing a second top wall finish material having a shape the same size as that of the first top wall finish material so as to be coupled to one side of the top wall finish material.

Preferably, the wall base frame is an iron plate, the heat insulating material for the wall is a ceramic material, and the wall finishing material is a castable material formed by mixing with water.

The step of installing the wall finishing material comprises the steps of installing a finishing frame for walls having an inner hollow space spaced apart from the heat insulating material for the wall so as to surround the entire heat insulating material for the wall, Coating the castable solution, curing the castable solution to harden, and removing the finishing frame for the wall.

In the furnace manufacturing method, it is preferable that the wall base plate material is an iron plate material, and the thermal insulation material for the wall is a ceramic material.

Wherein the step of installing the entrance and exit part comprises the steps of: installing a base frame for a door part having an entrance and exit space formed at one side of the structure part so as to communicate with the internal space; A step of installing a heat insulating material for the entrance portion surrounding the entire outer side of the base plate and a step of installing a finishing material for the entrance portion for covering the entire outer side of the heat insulating material for the entrance portion to maintain the heat insulation of the entrance and exit portion.

Preferably, the step of installing the entrance and exit part further includes the step of installing an opening and closing door for opening and closing the entrance and exit space inside the entrance and exit part.

In the fume manufacturing method, it is preferable that the base frame for the entrance and exit part is an iron plate, the heat insulating material for the entrance and exit part is cerak wool material, and the finishing material for the entrance part is a castable material formed by mixing with water.

Wherein the step of installing the ventilation part includes the steps of installing an air supply pipe having a ventilation space formed therein so as to communicate with the inside of the entrance and exit part at an upper portion of the entrance and exit part, And a duct provided with a duct opening / closing door for allowing the duct to open.

The method of manufacturing an oven according to the present invention may further comprise the step of installing a lower body portion provided on the upper body portion, the structure portion, the inlet portion, and the ventilation portion, the lower body portion being formed of a plurality of vertical frames and having a storage space therein desirable.

Preferably, the furnace device includes a bottom body of the furnace, and a structure body formed in a dome shape having an inner space and installed to surround the entire bottom body.

Wherein the structural body includes a wall base frame installed to surround the entire outer side of the bottom body so as to prevent the oil generated from foods placed on the upper surface of the bottom body from being mixed into the inner side of the hearth, And a wall finishing material for covering the entire outer side of the wall heat insulating material so as to maintain the heat insulation of the structure body.

Preferably, the furnace device further includes an inlet / outlet portion provided at one side of the structure portion to communicate with the internal space, and a ventilation portion provided at an upper portion of the inlet / outlet portion to communicate with the inside of the inlet / outlet portion.

Wherein the bottom body portion comprises a plate-shaped base plate material provided on a floor surface, a bottom heat insulation material provided on the top of the bottom base plate material to maintain the heat insulation of the bottom body portion, A floor finishing material provided on the upper part of the heat insulating material, and a heating furnace installed on one side of the bottom body part.

The bottom body portion may further include an additional bottom insulating material installed between the bottom insulating material and the floor finish material to maintain the thermal insulation of the bottom body portion.

In the furnace apparatus, the bottom base plate is an iron plate, the bottom heat insulating material is cerak wool, the additional floor insulating material is sand, and the bottom finishing material is a castable material.

In the above burner apparatus, it is preferable that the wall base frame is an iron plate, the heat insulating material for the wall is cerak wool, and the wall finishing material is a castable material.

The entrance and exit part has an entrance and exit space formed with a through-hole formed through the inside and outside of the door to allow food and drink to enter and exit, and a door for the entrance and exit part, which is installed at one side of the structure part, And a finishing material for the entrance portion to surround the entire outer side of the heat insulating material for the entrance portion in order to maintain the temperature of the entrance and exit portion .

The access unit may further include an access door for the access unit installed in the access space to open and close the access space.

In the furnace apparatus, it is preferable that the base frame for the entrance portion is made of iron plate, the heat insulating material for the entrance portion is cerak wool material, and the finishing material for the entrance portion is a castable material formed by mixing with water.

Wherein the ventilation part has a ventilation space formed with a passage through which the ventilation part penetrates, and a ventilation pipe installed at one side of the ventilation part so that the ventilation space communicates with the inside of the ventilation part, and a ventilation part installed between the ventilation part and the ventilation part, And a duct having an opening and closing door for a duct which allows the duct to be opened and closed.

Preferably, the furnace apparatus further includes a lower body portion formed on the bottom body portion, the structural body portion, the inlet portion, and the ventilating portion, the lower body portion being formed of a plurality of vertical frames and having a storage space therein.

As described above, the furnace manufacturing method and furnace apparatus according to the present invention include a wall frame for an iron plate material which is not allowed to pass through the furnace, so that when the food is cooked by the furnace, Since it is not mixed into the inner surface, it is not only prevented from polluting the inside of the furnace, but also has an easy maintenance effect because the furnace is not easily deformed.

In addition, the furnace manufacturing method and the furnace apparatus according to the present invention include a wall frame for an iron plate material that does not allow oil to pass through the furnace, so that the oil produced in the food is moved by the convection phenomenon generated in the furnace , And is effectively burned by the heating furnace installed inside the furnace to be efficiently removed.

In addition, the furnace manufacturing method and furnace apparatus according to the present invention can be manufactured by dividing and forming a plurality of pieces into a finishing material for a floor of a furnace, a finishing material for a wall or a finishing material for a door, It is possible to form a plurality of the same pieces through each die making a plurality of pieces, so that it is possible to form a large number of pieces in a short time There is also an effect that can be produced.

1 is a block diagram of a furnace manufacturing method according to the present invention.
2 is an overall perspective view of the furnace according to the present invention.
3 is a cross-sectional view of a furnace according to the present invention.
4 is a block diagram showing a manufacturing method of a bottom body part.
Fig. 5 is an embodiment showing a floor finishing material.
6 is a block diagram showing a method of manufacturing the structure portion.
7 is an embodiment showing a bottom wall finishing material.
8 is an embodiment showing a top wall finishing material.
9 is a block diagram showing a method of manufacturing the access portion.
10 is an embodiment showing a finishing material for an entrance portion.
11 is a block diagram showing a manufacturing method of the ventilation portion.
12 is a block diagram showing a method for manufacturing a lower body part.
13 is an embodiment showing a lower body part.

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

Unless defined otherwise, all terms herein are the same as the general meaning of the term as understood by one of ordinary skill in the art to which this invention belongs, and if the terms used herein conflict with the general meaning of the term Are as defined herein.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. .

Hereinafter, the construction and the manufacturing method of the present invention will be described in detail with reference to Figs. 1 to 11. Fig. FIG. 1 is a block diagram of a furnace 1000 according to the present invention, FIG. 2 is an overall perspective view of the furnace apparatus 100 according to the present invention, FIG. 3 is a cross-sectional view of the furnace apparatus 100 according to the present invention 4 is a block diagram showing a manufacturing method of the bottom body 110, FIG. 5 is an embodiment showing a bottom finishing material 1150, and FIG. 6 is a view showing a manufacturing method of the structure part 130 8 is an embodiment showing a top wall finishing material 1353, and Fig. 9 is a view showing a manufacturing method of the entrance and exit part 150. As shown in Fig. 7, FIG. 10 is an embodiment showing a finishing material of the entrance portion 150, and FIG. 11 is a block diagram showing a method of manufacturing the permeable portion 170. FIG.

As shown in FIG. 1, the method 1000 for manufacturing a furnace according to the present invention includes the steps of installing a bottom body 110 constituting the bottom of the furnace device 100, (Step S130) of installing a dome-shaped structural body having the second body S2, and applying a finishing liquid to secure the structural body 130 (step S140).

As shown in FIG. 4, the step of installing the bottom body 110 includes a step (S1110) of installing a flooring base plate on a floor, a step of installing a mold on the flooring base plate 1110 (S1120); installing a floor thermal insulation material on the floor base material 1110 (S1130); installing an additional floor insulation material on the floor insulation material 1130 (S1140) (S1150), installing a heating furnace (S1160), and removing the mold (S1170) may be included in the step of installing the floor finishing material on the top of the floor heat insulating material 1140. [

In the step S1110 of installing the flooring base plate, the flooring base plate 1110 may be installed on the floor as described above. The floor base plate 1110 may be formed of a circular, square, or polygonal plate material. In the furnace manufacturing method 1000 of the present invention, the bottom base plate 1110 has a rectangular shape. Can be explained. This is to install the product in the form desired by the user as well as to install it properly where installed.

It is preferable that the bottom base plate 1110 is an iron plate having a thickness of 3T because it is easy to mold the base base plate 1110 as a base of the bottom body 110, As shown in FIG.

Meanwhile, although the bottom base plate 1110 is described as being installed on the bottom surface, it may be provided on the upper surface of a movable lower body portion 190 described later.

In the step S1120 of installing the mold, a mold provided with a heating furnace installation space S1 on one side of the mold for installing the heating furnace 1160 to be described later can be installed on the floor base plate 1110. [ At this time, it is preferable that the inside of the mold has an empty space excluding the heating furnace installation space S1, and a detailed description will be given later.

In the step S1130 of installing the floor thermal insulation material, the floor thermal insulation material 1130 may be provided on the upper portion of the base flooring material 1110 as described above. At this time, it is preferable that the bottom insulating material 1130 is installed above the bottom base plate 1110 except for the heating furnace installation space S1. This is so as not to be disturbed when the following heating furnace 1160 is installed.

It is preferable that the bottom insulating material 1130 is a ceramic material having a thickness of 25 mm to prevent the heat generated by the heating furnace 1160 from escaping to the outside of the bottom body 110, So that the heat of the body 110 can be maintained. At this time, the ceragewall is obtained by melting silicium alumina to be fibrous, and is effective for use in high-temperature insulation because of its good flexibility and thermal shock resistance.

In the step S1140 of installing the additional floor thermal insulating material, an additional floor thermal insulating material 1140 may be provided on the floor thermal insulating material 1130 as described above. At this time, it is preferable that the additional floor heat insulating material 1140 is uniformly installed on the floor heat insulating material 1130 excluding the heating furnace installation space S1. This is so as not to be disturbed when the following heating furnace 1160 is installed.

It is preferable that the additional bottom insulating material 1140 is a sand material coated to a thickness of 150 mm so as to maintain the thermal insulation of the bottom body 110 as in the case of the floor thermal insulating material 1130 described above. At this time, since the additional floor insulation material 1140 is a sand material, it can be easily disturbed. Since the above-mentioned mold (not shown) has an empty space except for the heating furnace installation space S1, When the heat insulating material 1140 is applied, the upper part of the bottom insulating material 1130 can maintain its shape and sufficiently function as a heat insulating material.

In the step S1150 of installing the floor finishing material, the floor finishing material 1150 on which the food is placed may be provided on the upper portion of the additional floor insulation material 1140 as described above. Although the floor covering material 1150 has been described as being installed on the top of the additional floor insulation material 1140, it may be provided on the top of the floor insulation material 1130 without the additional floor insulation material 1140. Since the additional floor heat insulating material 1140 is also used for maintaining the effect of keeping the heat insulation like the floor insulating material 1130, it can be excluded according to the capacity of the user.

The bottom finish material 1150 may include a step S1151 of installing a first floor finish material having a half size around the bottom body portion 110 and a second floor finish material having the remaining half size of the bottom body portion 110 (S1153), and forming a heating furnace hole at one side of the first flooring finish material 1151 or the second flooring finishing material 1153 (S1155).

In step S1151, the first floor finish material 1151, which is formed by dividing the overall shape of the floor base plate material 1110 provided on the floor surface by half, It can be installed on the upper part of the heat insulating material 1140. This is because the weight of the floor finishing material 1150 is heavy, so that it can be easily carried and can be easily installed. The first floor finish material 1151 has the same shape as the floor base plate material 1110. The first floor finish material 1151 has a shape of a semicircular shape divided into halves, a shape of a rectangle divided into halves or a shape of a polygon divided by half Since the floor base plate 1110 can be formed in a rectangular shape as described above in the furnace manufacturing method 1000 of the present invention, a rectangular shape obtained by dividing the square into two halves can be formed. Can be achieved.

It is preferable that the first floor finish material 1151 is a castable material having a thickness of 125 mm to prevent heat generated by the heating furnace 1160 from escaping to the outside of the bottom body 110 So that the thermal insulation of the bottom body 110 can be further maintained. In this case, castable is a powdery refractory material in which refractory aggregate is blended with alumina cement or phosphate compound, and is molded by adding water and kneading it into a predetermined mold. The heat-insulating (lightweight) It is possible to obtain both the fire resistance and the heat insulation effect at the same time.

Meanwhile, it is preferable that the first floor finish material 1151 is prepared by applying a castable solution mixed with water to a floor finish formwork (not shown) previously prepared separately and curing for 24 hours This is because the bottom finishing material 1150 is molded beforehand to manufacture the furnace device 100 of the present invention, which can shorten the manufacturing time and can easily manufacture a large amount of the furnace device 100 It is because. In this case, curing is a term used for protecting and managing enough not to be affected by harmful effects such as temperature, load, impact, dirt and damage.

The second floor finish material 1153 having the same size as that of the first floor finish material 1151 is installed on the upper portion of the additional floor heat insulator 1140 in step S1153 But it may be located at one side of the first floor finish material 1151 and may be provided in the form of the above-described base plate material 1110 for the floor. This is because the weight of the floor finishing material 1150 is heavy, so that it can be easily carried and can be easily installed. At this time, the first floor finish material 1151 and the second floor finish material 1153 may be coupled to each other by various coupling means such as a bolt, an anchor, etc., which are general contents and will not be described in detail.

 Since the second floor finish material 1153 is formed using the same method and material as the method of molding the first floor finish material 1151, the second floor finish material 1153 may have the same size and shape. Is the same as that for forming the floor finish material 1151, detailed description will be omitted. Therefore, it is possible to shorten the manufacturing time of the furnace apparatus 100 according to the present invention and to easily manufacture a large amount of the furnace apparatus 100.

In the step S1155 of forming the heating furnace hole, a heating furnace hole 1155 in which the heating furnace 1160 can be installed is formed at one side of the first floor finishing material 1151 or the second floor finishing material 1153 . At this time, it is preferable that the heating furnace hole 1155 is formed after molding the first floor finish material 1151 or the second floor finish material 1153. This is because the first flooring finishing material 1151 or the second flooring finishing material 1153 is formed to have the same size by using a previously prepared floor finishing formwork (not shown). That is, when the heating furnace hole 1155 in which the heating furnace 1160 is installed is formed by the floor finishing mold formwork (not shown), the first floor finishing material 1151 or the second floor finishing material 1153, And a heating furnace hole 1155 is formed on one side of the heating furnace. Therefore, after forming the first flooring finish material 1151 or the second flooring finishing material 1153, a heating furnace hole (not shown) is formed on one side of the first flooring finishing material 1151 or the second flooring finishing material 1153, 1155 are formed in the heating furnace 1160 so that the heating furnace 1160 is installed later.

Meanwhile, as described above, it is described that the first floor finish material 1151 and the second floor finish material 1153, which are manufactured in advance, are installed in the step S1150 of installing the floor finish material. However, For example, the step (S1150) of installing the floor finishing material may include a step (S1140) of installing the additional floor heat insulating material, a step of coating the castable solution (not shown), a step of curing the castable solution (Not shown).

The castable solution coating step (not shown) may be performed by applying a castable solution mixed with water to the upper part of the additional floor insulation material 1140 so as to have a thickness desired by the operator. Preferably, the castable solution has a thickness of 125 mm It is preferable to apply it. The castable solution may be deformed into a liquid phase. When the mold is applied to the upper portion of the additional floor insulation member 1140 because the mold has an empty space except for the heating installation space S1, And the top surface of the first substrate 1140 is maintained.

The curing step (not shown) preferably cures for 24 hours so that the castable solution applied on the top of the additional floor heat insulating material 1140 can harden. Since this is the same as described above, a detailed description will be omitted.

Therefore, the floor finish material 1150 can be easily manufactured by the operator, and can be conveniently formed to have a desired thickness. As described above, since the bottom finishing material 1150 is castable at the same time with fire resistance and heat insulating effect, heat generated by the heating furnace 1160 is prevented from escaping to the outside of the bottom body portion 110 So that the thermal insulation of the bottom body 110 can be further maintained.

In the step S1160 of installing the heating furnace, the heating furnace 1160 may be provided in the heating furnace installation space S1 to generate heat using the fuel supplied through the separate fuel supply means G. At this time, it is preferable that the heating furnace 1160 can maintain a temperature at which the oil can be burned, and a detailed description will be given later.

The step of removing the mold (S1170) can be performed after the heating furnace 1160 is installed in the heating furnace installation space S1.

6, the step of installing the structural body S130 may include the steps of: installing a wall base frame surrounding the entire body 110 (S1310); installing the entire outer side of the wall base frame 1310 (S1330) of installing a heat insulating material for covering the wall, and installing a wall finishing material for covering the entire outer side of the heat insulating material for wall 1330 (S1350).

In step S1310, the step of installing the wall frame includes steps S1311 to S1311 for covering the entire outer surface of the bottom part 110, step S1311 for forming a bottom wall part for covering the entire upper part of the bottom part 110, And a step of installing a frame (S1313).

In the step S1311 of installing the lower frame base frame, the lower frame base frame 1311 having an open upper portion may be provided so as to surround the entire outer side of the bottom portion 110. [ At this time, the lower frame base frame 1311 is formed so as to have the same height as the outer circumference of the bottom body 110 and to have a height of 300 mm from the bottom so as to cover the entire bottom body 110, So as to be opened. This can be installed to cover the entire outer surface of the bottom body part 110 and to provide an inner space S2 above the bottom body part 110.

It is preferable that the lower frame base frame 1311 is an iron plate having a thickness of 3T because it is easy to mold the lower frame base frame 1311 and is also easily installed on the floor surface . Further, in order to prevent the grease that may be generated from the food placed on the floor covering material 1150 of the bottom body 110 from passing to the outside of the bottom wall frame 1311, a detailed description will be given later.

The step of installing the upper frame base frame S1313 may be installed on the upper portion of the lower frame base frame 1311. [ At this time, it is preferable that the upper frame base frame 1313 is formed in a dome shape so that the inner frame has an empty space. This is achieved by joining the upper wall base frame 1313 to the upper part of the lower wall base frame 1311 by welding or the like so that the inner space of the lower wall base frame 1311 and the upper wall base frame 1313 communicate with each other S2.

It is preferable that the upper frame base frame 1313 is made of the same material as the lower frame base frame 1311. This is the same as providing the lower frame base frame 1311, It is omitted.

Meanwhile, the lower frame base frame 1311 and the upper wall base frame 1313 may be formed of a plurality of pieces and may be formed by a joining method such as welding. This is to make the furnace apparatus 100 of the present invention easy and convenient.

The step of installing the heat insulating material for a wall (S1330) may be installed to cover the entire outer side of the wall frame 1310 to the outside of the wall frame 1310.

The wall heat insulating material 1330 is preferably made of a material having the same thickness as the floor thermal insulating material 1130, which is the same as the above-mentioned heat insulating material for floor 1130, and thus a detailed description thereof will be omitted. Further, due to the heat generated by the heating furnace 1160, the wall base frame 1310, which is an iron plate, can not be maintained in the form of ductility due to ductility. In the wall of the cerak wall material, The heat insulating material 1330 is installed to cover the entire outer side of the wall frame 1310 to maintain the shape of the wall frame 1310.

The step of installing the wall finishing material 1350 includes the steps of installing a finishing material for a lower wall surrounding the entire lower portion of the heat insulating material 1330 for the wall 1330 and installing a finishing material for the upper wall covering the entire upper surface of the heat insulating material 1330 for the wall Step S1353.

In the step S1351 of installing the lower wall finishing material, a step (S13511) of installing a first lower wall finishing material having the same shape as the lower outer periphery of the heat insulating material 1330 for the wall (S13511) A step S13513 of installing a second bottom wall finish material having the same size as that of the third bottom wall wall 13513 and a step of installing a third bottom wall finishing material having the same size as that of the third bottom wall finishing material 13515 And installing a fourth bottom wall finish material having the same size as the finish material for the third bottom wall 13515 (S 13517).

The step of installing the first lower wall finishing material (S13511) may include a first lower wall finishing material 13511 formed by dividing the lower outer periphery of the heat insulating material 1330 for wall into four equal parts to the outside of the lower side of the heat insulating material for wall 1330 Can be installed. This is because the weight of the lower wall finishing material 1351 is heavy, so that it can be easily transported, and the size can be easily set. In this case, the first lower wall finishing material 13511 is vertically formed so as to have a height of 300 mm from the bottom surface in the same manner as the lower wall base frame 1311. In this case, The bottom base plate 1110 may have a rectangular shape or a shape having a polygon divided into four equal parts. In the furnace manufacturing method 1000 of the present invention, as described above, the bottom base plate 1110 is formed in a rectangular shape It is possible to form a rectangular shape of 'b' shaped quadrangle.

Here, the first lower wall finish material 13511 is preferably a castable material having a thickness of 150 mm. This is to prevent the heat generated by the heating furnace 1160 from staying in the inner space S2 and escaping to the outside of the structure to further maintain the thermal insulation of the structure 130. In this case, Is the same as that of using a blank, so a detailed description will be omitted.

Meanwhile, the first lower wall finishing material 13511 is preferably prepared by applying a castable solution mixed with water to a finishing material mold (not shown) for a lower wall previously prepared separately, and curing the coating for 48 hours This is because the finishing material for the first lower wall is formed beforehand in order to manufacture the furnace device 100 of the present invention, thereby shortening the manufacturing time and facilitating the manufacture of a large amount of the furnace device 100 It is because.

In the step S13513 of installing the second bottom wall finish material, a second bottom wall finishing material 13513 formed by dividing the lower outer periphery of the heat insulating material 1330 for wall into four portions is disposed outside the lower portion of the wall heat insulating material 1330 Can be installed. At this time, the second bottom wall finishing material 13513 is positioned at one side of the first bottom wall finishing material 13511 and can be coupled to each other by various coupling means such as a bolt, an anchor, etc., which are general contents.

The second lower wall finishing material 13513 is formed by using the same method, material, or the like as that for forming the first lower wall finishing material 13511 by using the lower wall finishing material mold (not shown) It can be molded with the same size as that of the finishing material 13511. This is the same as the above-described first lower wall finishing material 13511, and thus a detailed description thereof will be omitted.

In the step S13515 of installing the finishing material for the third lower wall, a third lower wall finishing material 13515 formed to have a size equal to the lower outer circumference of the wall heat insulating material 1330 is divided into four parts by the outer side of the lower part of the heat insulating material 1330 for the wall Can be installed. At this time, the third bottom wall finishing material 13515 is located at one side of the second bottom wall finishing material 13513 and can be coupled to each other by various coupling means such as bolts, anchors, etc., and these are general contents and will not be described in detail.

The third lower wall finishing material 13515 is formed by using the same method, material, or the like as that for forming the first lower wall finishing material 13511 as described above by using the lower wall finishing material mold (not shown) It can be molded with the same size as that of the finishing material 13511. This is the same as the above-described first lower wall finishing material 13511, and thus a detailed description thereof will be omitted.

The step of installing the fourth lower wall finishing material (S13517) includes a fourth lower wall finishing material 13517 which is formed by dividing the lower outer periphery of the heat insulating material 1330 for the wall into four equal parts, to the outside of the lower side of the heat insulating material 1330 for the wall Can be installed. At this time, the fourth bottom wall finishing material 13517 is located at one side of the first bottom wall finishing material 13511 and can be coupled to each other by various coupling means such as bolts and anchors.

The fourth lower wall finishing material 13517 is formed by the same method, material, or the like as that for forming the first lower wall finishing material 13511 by using the lower wall finishing material mold (not shown) It can be molded with the same size as that of the finishing material 13511. This is the same as the above-described first lower wall finishing material 13511, and thus a detailed description thereof will be omitted.

The step of installing the upper wall finishing material S1353 may include a step S13531 of installing a first top wall finishing material having a shape in which the entire upper portion of the heat insulating material 1330 for the wall is divided by half, And a step (S13533) of installing a second top wall finishing material having a shape of the same size.

The step of installing the first upper wall finishing material (S13531) may include a step of forming a first upper portion formed by dividing the entire upper outer periphery of the dome-shaped heat insulating material 1330 for the wall by the upper half of the wall heat insulating material 1330 A wall finishing material 13531 can be installed. This is because the weight of the upper wall finishing material 1353 is heavy, so that it can be easily carried and can be easily installed. In this case, the first upper wall finishing material 13531 may be formed as an empty dome in the same manner as the upper wall base frame 1313.

The first upper wall finishing material 13531 is located on the lower wall finishing material 1351 and can be coupled to each other by various coupling means such as bolts and anchors.

Here, the first upper wall finishing material 13531 is preferably a castable material having a thickness of 150 mm. This is to prevent the heat generated by the heating furnace 1160 from staying in the inner cavity and escaping to the outside of the structure, thereby further maintaining the thermal insulation of the structure body 130. The above- The detailed description will be omitted.

Meanwhile, it is preferable that the first upper wall finishing material 13531 is prepared by applying a castable solution mixed with water to a finishing material mold (not shown) for the upper wall previously prepared separately and curing for 48 hours This is because the finishing material for the first upper wall is formed beforehand in order to manufacture the furnace device 100 of the present invention, thereby shortening the manufacturing time and facilitating the manufacture of a large amount of the furnace device 100 It is because.

The step of installing the second upper wall finishing material (S13533) may include a step of forming a second upper portion formed by dividing the entire upper outer circumference of the dome-shaped heat insulating material 1330 for the wall by the half of the upper portion of the heat insulating material for wall 1330 A wall finishing material 13533 can be installed. At this time, the second upper wall finishing material 13533 is located at one side of the first upper wall finishing material 13531 and can be coupled to each other by various coupling means such as bolts and anchors.

The second upper wall finishing material 13533 is formed by the same method, material, or the like as the above-described first upper wall finishing material 13531 using the upper wall finishing material mold (not shown) It can be molded with the same size as that of the finishing material 13531. This is the same as the above-described first upper wall finishing material 13531, and thus a detailed description thereof will be omitted.

Meanwhile, as described above, it has been described that the upper wall finishing material 1353 and the lower wall finishing material 1351, which are previously prepared, are used to install the wall finishing material 1350. However, in another embodiment, The step of installing the finishing material 1350 may include a step (not shown) of installing a wall mold having an inner void space outside the heat insulating material for a wall 1330 after the step of installing the heat insulating material for walls (S1330) (Not shown), curing the castable solution to harden (not shown), and removing the wall mold (not shown).

A step (not shown) for installing the wall mold may include a wall mold (not shown) having an inner hollow space spaced apart from the heat insulating material 1330 for the wall by covering the entire wall heat insulating material 1330 . This is because it is difficult to carry the upper wall finishing material 1353 and the lower wall finishing material 1351, or the worker can manufacture a wall finishing material 1350 having a desired thickness.

The castable solution coating step (not shown) may be performed by applying a castable solution mixed with water to an inner hollow space of a wall mold (not shown) so that the operator has a desired thickness. Preferably, the castable solution has a thickness of 150 mm As shown in Fig. Since the castable mold (not shown) has an inner void space, when the castable solution is applied to the upper part of the heat insulating material 1330 for the wall, the castable solution is formed in the upper part of the heat insulating material for walls 1330 .

The curing step (not shown) preferably cures for 48 hours so that the castable solution applied to the upper portion of the heat insulating material for walls 1330 can harden. This is the same as the curing process of the floor finish material 1150 of the above-described embodiment, and therefore, detailed description thereof will be omitted.

Therefore, the wall finishing material 1350 can be easily manufactured by the operator and can be conveniently formed to have a desired thickness. Since the wall finishing material 1350 is formed of a castable material having both the fire resistance and the heat insulating effect as described above, it is possible to prevent the heat generated by the heating furnace 1160 from escaping to the outside of the structural body 130 So that the thermal insulation of the structure unit 130 can be further maintained.

In step S140 of applying the finishing fluid, the finishing fluid may be applied to the entire top of the finishing material 1350 for the wall after the finishing material 1350 for the wall of the structure unit 130 is installed. At this time, it is preferable to apply water paint or the like after applying butter or gypsum to the upper portion of the wall finishing material 1350. This is to ensure that the structural part 130 can be maintained more firmly for a long time, as well as to obtain aesthetics.

In the method 1000 of manufacturing an oven according to the present invention, a step S150 is provided to connect the inner space S2 with the inner space S2 so that food can be introduced into one side of the structure 130, (S170) of installing a ventilation part communicating with the ventilation part.

9, the step of installing the entrance and exit part S150 includes the steps of installing a door frame for the entrance and exit communicating with the internal space S2 at step S1510, (S1530) of installing a heat insulating material for the entrance part to cover the entire body, installing a door finishing material (1550) for covering the entire outer side of the heat insulating material (1530) for the entrance part, And installing the opening / closing door 1570 (S1570).

In step S1510, the base frame 1510 for a door unit having an inlet / outlet space S3 formed therein so as to communicate with the inner space S2 is installed on one side of the structure unit 130 . At this time, in the furnace manufacturing method 1000 according to the present invention, the accessory base frame 1510 may be formed in an arcuate shape.

The base frame 1510 for the access portion is preferably an iron plate having a thickness of 3T because it is easy to form the base frame 1510 for the entrance portion 150 and is easy to install to be.

The step of installing the heat insulating material for the entrance part (S1530) may be installed so as to surround the entire outside of the entrance and exit part basic frame 1510 to the outside of the entrance door basic frame 1510.

The heat insulating material for the entrance portion 1530 is preferably made of the same material as the wall heat insulating material 1330, which is the same as the heat insulating material for the wall 1330 described above.

The step of installing the door finishing material 1550 may include a door finishing material 1550 formed to have the same shape as the door frame base 1510 on the outside of the door insulating material 1530.

Here, it is preferable that the door finishing material 1550 is a castable material having a thickness of 150 mm. This prevents the heat generated by the heating furnace 1160 from staying in the inner space S2 and then escaping to the outside of the structure unit 130 and the entrance and exit unit 150, And is the same as that of using the castable material described above, so that detailed explanation is omitted.

Meanwhile, it is preferable that the finishing material for the entrance part 1550 is prepared by applying a castable solution mixed with water to a finishing material mold (not shown) for a door part manufactured separately in advance and curing it for 48 hours, Since the finishing material 1550 for the entrance and exit part is formed beforehand in order to manufacture the furnace device 100 of the present invention, the manufacturing time can be shortened, and a large amount of the furnace device 100 can be easily manufactured to be.

In the meantime, as described above, it is described that the finishing material for the entrance portion 1550 is installed in the step of installing the door finishing material 1550. However, as in the above-described another embodiment, (Not shown) may be used to apply the castable solution to form a finishing material 1550 for the entrance portion through a curing process.

The opening and closing door 1570 for the entrance and exit part is installed inside the door frame 1510 so as to open and close the entrance and exit space S3 communicating with the internal space S2 . The opening and closing door 1570 for the entrance part is opened to allow food and drink to enter and exit the internal space S2 of the structure part 130. The opening and closing door 1570 for the entrance part is closed, So that the heat generated by the heater 130 can not escape from the inner space S2 of the structure unit 130. [

11, the step of installing the ventilation portion S170 includes a step of installing a ventilation pipe communicating with the access space S3 (S1710), a duct capable of opening and closing the inside of the ventilation pipe 1710 (Step S1730).

In the step of installing the ventilation pipe (S1710), a ventilation pipe 1710 having a ventilation space S4 formed in the upper portion of the access portion 150 so as to communicate with the access space S3 may be installed. Accordingly, smoke or odor generated in the foodstuff installed in the structure unit 130 through the ventilation space S4 can be discharged.

The step of installing the duct S1730 may include a duct opening and closing door 1731 for opening and closing a ventilation space S4 communicating with the inlet and outlet space S3 between the inlet and outlet 150 and the ventilation part 170 It is possible to provide a duct 1730 provided inside. At this time, if the duct opening / closing door 1731 is opened, the air can flow smoothly to reach higher heat quickly. When the duct opening / closing door 1731 is closed, heat of the internal space S2 is transferred to the structure 130 So that the heat generated by the heating furnace 1160 can be maintained. Since the duct 1730 is generally used, a detailed description thereof will be omitted.

As described above, in the furnace manufacturing method 1000 according to the present invention, the bottom body portion 110, the structural body portion 130, the entrance portion 150, and the permeable portion 170 of the furnace device 100 are disposed on the bottom surface The lower body portion 190 may be formed as shown in FIG. 13, further including a step (S190) of installing the lower body portion, as shown in FIG. 12, as another embodiment. You may.

In the step of installing the lower body part (S190), the lower body part 190 may be provided with a plurality of vertical frames 1910 formed thereon and interposed between the respective vertical frames 1910 to provide a storage space S5 therein. At this time, the overall size of the upper surface of the lower body part 190 is preferably as large as the size of the bottom body part 110, the structure part 130, the entrance part 150, and the ventilation part 170 . This is to allow the bottom body 110, the structural body 130, the access portion 150, and the permeable portion 170 to be installed on the upper surface of the lower body portion 190.

On the other hand, a separate moving means such as a wheel may be provided on the lower surface of the lower body portion 190 to be movable. Accordingly, the operator can easily and conveniently move the desired part to the desired place, and the storage space S5 provided inside the lower body part 190 can be used.

Hereinafter, the furnace apparatus 100 described below may be provided using the furnace manufacturing method 1000 described above, and a preferred embodiment of the present invention will be described in detail.

2 to 3, the furnace apparatus 100 of the present invention includes a bottom body 110, a structure unit 130, an access unit 150, and a barrel unit 170.

The bottom body 110 includes a floor base plate 1110 installed on the floor surface, a floor insulation material 1130 installed on the upper surface of the floor base plate 1110, And a heating furnace 1160 installed at one side of the bottom body 110. The heating floor 1160 is installed on the upper floor of the additional floor heat insulating material 1140, .

It is preferable that the bottom base plate 1110 is provided on the bottom surface. Here, the bottom base plate 1110 is the same as that described in the above-described furnace fabrication method 1000 of the present invention, and a detailed description thereof will be omitted.

Meanwhile, the bottom base plate 1110 is provided on the bottom surface. However, the bottom base plate 1110 may be provided on the upper surface of the lower body portion 190 as described above.

The bottom insulating material 1130 is preferably installed on the bottom base plate 1110. Here, since the bottom insulating material 1130 is the same as that described in the method 1000 for manufacturing a furnace of the present invention, detailed description is omitted.

It is preferable that the additional floor heat insulating material 1140 is installed on the floor base plate 1110. Here, the additional floor heat insulating material 1140 is the same as that described in the above-described method 1000 for manufacturing a furnace of the present invention, and thus a detailed description thereof will be omitted.

The floor finishing material 1150 is preferably provided on the upper portion of the additional floor heat insulating material 1140. At this time, the floor finishing material 1150 may be composed of a first floor finishing material 1151 and a second floor finishing material 1153 which are preformed so as to be easily and conveniently installed.

Here, the first floor finish material 1151 and the second floor finish material 1153 forming the floor finishing material 1150 are the same as those described in the method 1000 of the present invention, .

The structural body 130 includes a wall frame 1310 for covering the entire outer side of the bottom body 110, a wall heat insulating material 1330 for covering the entire outer side of the wall frame 1310, And a wall covering material 1350 surrounding the entire wall.

The wall frame 1310 is preferably installed to surround the entire outer surface of the bottom body 110 to the outside of the bottom body 110. At this time, the wall frame 1310 includes a lower frame wall frame 1311 and an upper wall frame 1311. The lower frame wall frame 1311 covers the entire outer surface of the bottom body 110, Shaped upper frame base frame 1313 as shown in Fig. This is to provide an internal space S2 in which food can enter and exit.

Here, the lower frame wall frame 1311 and the upper wall frame 1313 forming the wall frame 1310 are the same as those described above with reference to the furnace manufacturing method 1000 of the present invention, and a detailed description thereof will be omitted.

The wall heat insulating material 1330 is preferably installed to surround the entire outer side of the wall frame 1310 outside the wall frame 1310. Here, the heat insulating material for wall 1330 is the same as that described in the above-described furnace manufacturing method 1000 of the present invention, and a detailed description thereof will be omitted.

The wall finishing material 1350 is preferably installed to surround the entire outer side of the wall heat insulating material 1330 outside the wall finishing material 1350. At this time, the wall finishing material 1350 may include a bottom wall finishing material 1351 for covering the entire lower portion of the heat insulating material 1330 for walls, and a top wall finishing material 1353 for covering the entire upper wall.

The lower wall finishing material 1351 is provided with a first lower wall finishing material 13511, a second lower wall finishing material 13513, a third lower wall finishing material 13515, and a fourth lower wall finishing material 13515 that are preformed so as to be easily and conveniently installed. (13517). The first lower wall finishing material 13511, the second lower wall finishing material 13513, the third lower wall finishing material 13515 and the fourth lower wall finishing material 13517 are formed by the method 1000 of the present invention, And therefore a detailed description thereof will be omitted.

The upper wall finishing material 1353 may be formed of a finishing material 13531 for a first upper wall and a finishing material 13533 for a second upper wall so as to be easily and conveniently installed. Here, the first upper wall finishing material 13531 and the second upper wall finishing material 13533 are the same as those described in the furnace manufacturing method 1000 of the present invention, and a detailed description thereof will be omitted.

The access portion 150 includes a base frame 1510 for the access portion having an access space S3 communicating with the inner space S2, a heat insulating material 1530 for the access portion installed outside the base frame 1510 for the access portion, A finishing material 1550 for the entrance portion provided outside the heat insulating material 1530 for the entrance portion, and an opening and closing door 1570 for the entrance portion installed inside the entrance frame 1510.

The base frame 1510 for the entrance and exit part is preferably installed on one side of the structure unit 130 so as to communicate with the internal space S2. Here, the basic frame 1510 for the access portion is the same as that described in the above-described method for manufacturing the furnace 1000 of the present invention, and thus a detailed description thereof will be omitted.

Preferably, the heat insulating material 1530 for the entrance portion is installed to surround the entire outer side of the door frame 1510 to the outside of the entrance door basic frame 1510. Here, the heat insulating material 1530 for the entrance portion is the same as that described in the above-described furnace manufacturing method 1000 of the present invention, and a detailed description thereof will be omitted.

The finishing material for the entrance part 1550 is preferably installed to surround the entire outer side of the heat insulating material for entrance and exit 1530 to the outside of the entrance heat insulating material 1530. Here, the finishing material for the entrance portion 1550 is the same as that described in the above-described method for manufacturing a furnace 1000 of the present invention, and therefore, a detailed description thereof will be omitted.

It is preferable that the opening and closing door 1570 for the entrance part is installed inside the door frame 1510. Here, the opening and closing door 1570 for the entrance portion is the same as that described in the above-described method for manufacturing the firewood 1000 of the present invention, and thus a detailed description thereof will be omitted.

On the other hand, a small opening / closing door 1571 slidable on one side of the opening and closing door 1570 for the entrance part can be formed.

The small opening and closing door 1571 can check the state of the internal space S2 by opening a part of the entry and exit space S3 by pushing the small opening and closing door 1571 without opening the door for opening and closing the door 1570 . At this time, the small opening / closing door 1571 may serve as an inflow path through which air can flow into the internal space S2.

The ventilation part 170 includes a ventilation pipe 1710 having a ventilation space S4 communicating with the access space S3 and a duct 1730 provided between the accessing part 150 and the ventilation part 170 .

The ventilation pipe 1710 is preferably installed at an upper portion of the access portion 150 to communicate with the access space S3. Here, the ventilation pipe 1710 is the same as that described in the above-described furnace manufacturing method 1000 of the present invention, and thus a detailed description thereof will be omitted.

It is preferable that the duct 1730 is installed between the entry and exit part 150 and the ventilation part 170 and that a ventilation opening and closing door 1731 for opening and closing the ventilation space S4 is installed therein. Here, the duct 1730 is the same as that described in the above-described furnace fabrication method 1000 of the present invention, and thus a detailed description thereof will be omitted.

As described above, the furnace apparatus 100 is manufactured through the following manufacturing process, and a preferred embodiment of the present invention will be described in detail with reference to the drawings.

Hereinafter, preferred embodiments of the furnace apparatus 100 according to the present invention will be described in detail.

First, the process of installing the bottom body 110 of the present invention on the floor surface is as follows.

First, the floor base plate 1110 is installed on the floor surface. At this time, the bottom base plate 1110 may be provided on the upper surface of the lower body portion 190 by providing the lower body portion 190 having the storage space S5 therein as described above.

Next, a mold (not shown) is installed on the top of the bottom base plate 1110.

Next, the floor heat insulating material 1130 is installed in the empty space excluding the heating furnace installation space S1 provided in the mold (not shown). At this time, the bottom insulating material 1130 may be adhesively attached to the bottom base plate 1110 by a bond or the like, or may be installed by another bonding means.

Next, an additional bottom insulating material 1140 is installed on the top of the bottom insulating material 1130. At this time, the additional floor heat insulating material 1140 is made of sand as described above, but it can be held in a form by molding (not shown).

Next, the floor finishing material 1150 is installed on the upper part of the additional floor heat insulating material 1140. At this time, the floor finishing material 1150 is provided with a first floor finishing material 1151 and a second floor finishing material 1153 which are preformed using a floor mold form (not shown). As a result, the operator can finish the work easily and conveniently in a short time.

Meanwhile, as described above, the floor finish material 1150 is applied to the upper portion of the additional floor heat insulator 1140 installed inside the formwork (not shown) by an operator, 1150) may be installed.

Next, the heating furnace 1160 is installed in the heating furnace installation space S1.

Next, the mold (not shown) is removed to complete the bottom body 110.

Next, a structure unit 130 is installed to cover the entire body 110. The process of installing the structure unit 130 is as follows.

First, a base frame 1311 for the lower wall is installed to cover the entire outer surface of the bottom body 110.

Next, a dome-like upper frame base frame 1313 is installed on the upper portion of the lower frame base frame 1311.

Here, the wall frame 1310 composed of the lower wall frame 1311 and the upper wall frame 1313 is installed so as to have an internal space S2 therebetween by means of welding or the like, The frame 1310 is preferably an iron plate. This is to allow foods to be introduced into and out of the inner space S2 so that the food can be seated on the bottom portion 110. In this case, So that it can not get in or out.

Here, the grease generated from the above-mentioned foods is that the grease contained in the food is discharged to the outside by the heat generated by the heating furnace 1160.

In the internal space S2 of the furnace apparatus 100 according to the present invention, heat is generated by the heating furnace 1160 installed at one side of the bottom body 110. Due to the temperature difference of the heat generated in the heating furnace 1160, A convection phenomenon occurs. At this time, the grease generated from the food may be moved together by the above-mentioned convection phenomenon and eventually be located above the heating furnace 1160. Therefore, the grease can be burned and removed by the heat generated in the heating furnace 1160. Therefore, the convection phenomenon generated in the inner space S2 allows the oil to be located at the upper portion of the heating furnace 1160, and can be burned and removed by heat. In addition, So that the user can receive the food with the oil removed.

Herein, the food can be explained in various fields such as fried foods accompanied by oil, fish, bread, etc. However, it is preferable that the burner apparatus 100 according to the present invention is used for hokok.

Next, a wall heat insulating material 1330 is installed on the entire outer side of the wall frame 1310. At this time, the wall heat insulating material 1330 is a ceramic material and can prevent the wall frame 1310 from being coupled due to the heat generated by the heating furnace 1160, and at the same time, The heat generated by the heating furnace 1160 can be maintained.

Next, a bottom wall finishing material 1351 is installed outside the wall heat insulating material 1330. The lower wall finishing material 1351 is formed of a first lower wall finishing material 13511, a second lower wall finishing material 13513, and a third lower wall finishing material 13513, which are previously formed using a lower wall finishing material mold (not shown) 13515 and the fourth lower wall finishing material 13517 are installed. As a result, the operator can finish the work easily and conveniently in a short time.

Next, the upper wall finishing material 1353 is installed on the upper portion of the lower wall finishing material 1351. At this time, the upper wall finishing material 1353 is provided with a first upper wall finishing material 13531 and a second upper wall finishing material which are preformed by using a finishing material mold (not shown) for the upper wall. As a result, the operator can finish the work easily and conveniently in a short time.

As described above, the wall finishing material 1350 composed of the lower wall finishing material 1351 and the upper wall finishing material 1353 can be formed by a wall mold 1350 having an internal void space inside the inside of the heat insulating material 1330 for the wall A castable solution may be applied to an inner hollow space provided inside a wall mold (not shown) to provide a wall finishing material 1350 through a curing process.

Next, butter or gypsum is applied to the upper portion of the wall finishing material 1350 so as to firmly fix the structure portion 130, and then water paint is applied to complete the structure.

Next, an access unit 150 for inserting / receiving food is installed. The process for installing the access unit 150 is as follows.

First, a door frame base frame 1510 having an access space S3 communicating with the internal space S2 is installed on one side of the structure unit 130. [ Thus, the food enters the inner space S2 through the entry / exit space S3 or exits through the entry / exit space S3 at the inner space S2.

Next, a heat insulating material 1530 for the entrance portion is installed to cover the entire outer side of the door frame 1510 to the outside of the door frame 1510. This is the same as installing the above-described heat insulating material 1330 for the wall, and thus a detailed description thereof will be omitted.

Next, a finishing material 1550 for the entrance portion is provided on the upper portion of the heat insulating material 1530 for the entrance portion. At this time, the door finishing material 1550 is provided with a finishing material 1550 for the entrance portion formed beforehand by using a formwork (not shown) for the entrance and exit part. As a result, the operator can finish the work easily and conveniently in a short time.

Meanwhile, as described above, the door finishing material 1550 is applied to the upper portion of the heat insulating material for entrance portion 1530 by a worker using a separate formwork (not shown) (1550).

Next, a communicating portion 170 communicating with the access space S3 is installed. The process of installing the communicating portion 170 is as follows.

First, a ventilation pipe 1710 having a ventilation space S4 formed therein so as to communicate with the access space S3 is installed on an upper portion of the access portion 150. [ This allows the outlet space S3 and the ventilation space S4 to communicate with each other so that smoke or odor generated by the food in the interior space S2 can be discharged to the outside through the ventilation space S4 .

Next, a duct 1730 is installed between the entrance portion 150 and the ventilation portion 170. At this time, the duct 1730 is provided with a duct opening / closing door 1731 for opening / closing a ventilation space S4 inside the ventilation pipe 1710, and by opening the ventilation space S4, So that the air can flow smoothly, or the ventilation space S4 can be closed to shut off. Also, the heat of the inner space S2 may be maintained in the inner space S2.

As described above, since the furnace apparatus 100 can be used for a long time without contamination by the furnace furnace manufacturing method 1000 and the furnace apparatus 100 according to the present invention, maintenance can be easily and conveniently performed.

In addition, the oil contained in food and beverages placed in the furnace device 100 can be easily removed, and the oil removed can be easily and easily removed.

Also, since the furnace apparatus 100 of the present invention is installed by using the preformed bottom finishing material 1150, the wall finishing material 1350, and the finishing material for the entrance portion 1550, it can be produced in a large amount in a short time.

The present invention may be embodied in various forms without departing from the scope of the invention. Accordingly, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

1000: Furnace Manufacturing Method
S110: Installing the bottom body part S130: Installing the structure part
S140: Applying the finishing liquid S150: Step of installing the access portion
S170: Installing the ventilation part S190: Installing the lower body part
100: furnace device 110: bottom body
130: Structure section 150:
170: barrel portion 190: lower body portion

Claims (32)

Installing a bottom body of the furnace;
Providing a dome-shaped structural body having an inner space to surround the entire body;
And applying a finishing fluid to solidify the structure portion,
Wherein the step of installing the structural body comprises:
Providing a wall frame for enclosing the entire outer side of the bottom body in a dome shape so as to block the oil generated from foods placed on the bottom of the bottom body from being mixed with the inner side of the hearth;
Providing a thermal insulation for the wall surrounding the entire outer side of the wall frame to prevent the wall frame from being ducted;
And installing a wall finishing material covering the entire outer side of the heat insulating material for the wall so as to maintain the thermal insulation of the structure portion. The method according to claim 1,
Installing an access portion communicating with the internal space on one side of the structure portion;
And installing a ventilation part in the upper part of the entrance part to communicate with the inside of the entrance part. The method of claim 1, wherein the step of installing the bottom body comprises:
A step of installing a plate-shaped base plate material on the floor surface;
Installing a mold provided with a heating furnace installation space so that a heating furnace can be installed on an upper portion of the floor base plate;
Installing a floor thermal insulator on the top of the floor base plate to maintain the thermal insulation of the bottom body;
Installing a floor finishing material on the upper surface of the floor thermal insulating material and placing food on the upper surface;
Installing a heating furnace in the heating furnace installation space;
Further comprising: removing the mold. 4. The method of claim 3, wherein the step of installing the bottom body comprises:
Further comprising the step of installing an additional bottom insulating material between the bottom insulating material and the floor finishing material to maintain the thermal insulation of the bottom body portion. 4. The method of claim 3, wherein the step of installing the floor finish comprises:
Installing a plate-like first floor finish material molded on a side of an upper portion of the additional floor finishing material at a half size around the bottom body portion;
Further comprising the step of installing a plate-like second floor finish material fitted to one side of the first floor finish material and having a half size around the bottom body portion. 6. The method of claim 5, wherein the step of installing the floor finish comprises:
And forming a heating furnace hole having a size such that the heating furnace can be introduced into the heating furnace installation space at one side of the first floor finishing material or the second floor finishing material, Way. 7. The method according to claim 6,
Wherein the bottom base plate material is an iron plate material, the bottom heat insulation material is cerak wool material, and the bottom finishing material is a castable material formed by mixing with water. 5. The method of claim 4, wherein the step of installing the floor finish comprises:
Applying a castable solution mixed with water to the top of the additional floor insulation;
And curing the castable solution so as to harden it. 9. The method according to claim 8,
Wherein the bottom base plate material is an iron plate material, the bottom heat insulation material is cerak wool material, and the additional floor insulation material is sand material. The method of claim 1, wherein the step of installing the wall frame comprises:
Providing a lower frame base frame having the same shape as the outer periphery of the bottom body portion so as to surround the entire outer circumference of the bottom body portion and having an upper portion opened and formed perpendicularly from the floor;
And installing a base plate for an upper wall formed in a dome shape to cover the entire upper portion of the lower frame base frame. The method of claim 1, wherein the step of installing the wall-
Providing a bottom wall finishing material having the same shape as the outer circumference of the heat insulating material for the wall to cover the entire lower portion of the heat insulating material for the wall,
Further comprising the step of installing a top wall finishing material formed in a dome shape so as to surround the entire upper portion of the thermal insulation material for the wall. [12] The method of claim 11,
Providing a first lower wall finishing material having a shape of a size divided into four equal parts of an outer periphery of the lower portion of the heat insulating material for a wall on one side outer side of the heat insulating material for the wall;
Providing a second bottom wall finish material having a shape the same size as that of the first bottom wall finish material on one side of the heat insulating material for the wall, the first bottom wall finish material being coupled to one side of the first bottom wall finish material;
Providing a third bottom wall finish material having a shape the same size as that of the second bottom wall finish material at one side of the thermal insulation material for the wall, to be coupled to one side of the second bottom wall finish material;
And a fourth lower wall finish material having the same size as that of the third wall finish material on one side of the heat insulating material for the wall, to be attached to one side of the third bottom wall finish material. . 12. The method of claim 11, wherein the step of installing the top wall finishing material comprises:
Installing a first top wall finish material having a shape that is divided into half by dividing the entirety of the top of the heat insulating material for a wall, the first top wall finish material being installed to one side of an upper portion of the bottom wall finish material;
Further comprising the step of installing a second top wall finish material having a shape the same size as the first top wall finish material so as to be coupled to one side of the first top wall finishing material. 14. The method according to claim 13,
Wherein the wall base frame is an iron plate material, the heat insulating material for the wall is a ceramic material, and the wall finishing material is a castable material mixed with water to form a castable material. The method of claim 1, wherein the step of installing the wall-
Installing a wall finishing frame having an inner hollow space spaced apart from the heat insulating material for the wall so as to surround the entire heat insulating material for the wall;
Applying a castable solution mixed with water to the inner hollow space;
Curing the castable solution to harden;
And removing the finishing frame for the wall. 16. The method according to claim 15,
Wherein the wall base plate material is an iron plate material, and the wall heat insulation material is a ceramic material. [3] The method of claim 2,
Providing a base frame for an access portion having an access space formed at one side of the structure portion so as to communicate with the inner space;
Installing a heat insulating material for the entrance portion to cover the entire outer side of the base plate for the entrance and exit to prevent the base frame for the entrance and exit from being ducted;
Further comprising the step of installing a finishing material for the entrance portion to cover the entire outer side of the heat insulating material for the entrance portion so as to maintain the heat insulation of the entrance and exit portion. [18] The method of claim 17,
Further comprising the step of installing an access door opening / closing door for opening / closing the entrance / exit space inside the entrance / exit part. 18. The method according to claim 17,
Wherein the base frame for the entrance and exit part is made of iron plate material, the heat insulating material for the entrance and exit parts is cerak wool material, and the finishing material for the entrance and exit part is castable material mixed with water. The method as claimed in claim 2,
Providing a ventilation pipe having a ventilation space formed in an upper portion of the entrance portion so as to communicate with the inside of the entrance portion;
Further comprising the step of installing a duct provided between the inlet and outlet and the ventilation part, the duct opening and closing door being capable of opening and closing the ventilation space. 21. The method according to any one of claims 1 to 20,
The method as claimed in claim 1, further comprising the step of installing a lower body portion, which is formed on the bottom body portion, the structural body portion, the entrance portion, and the ventilating portion, and has a plurality of vertical frames, Way. The bottom body of the furnace;
And a structural body formed in a dome shape so as to have an inner space and installed to surround the entirety of the bottom body,
The structure portion includes:
A wall base frame installed to surround the entire outer side of the bottom body so as to prevent the oil generated from food stuck on the top surface of the bottom body from being mixed into the inner side of the hearth;
A wall heat insulation member installed to surround the entire outer side of the wall base frame to prevent the wall base frame from being softened;
And a wall finishing material installed to surround the entire outer side of the heat insulating material for the wall to maintain the thermal insulation of the structure part. 23. The apparatus according to claim 22,
An access portion installed at one side of the structure portion to communicate with the internal space;
And a barrel installed at an upper portion of the door to communicate with the inside of the door. 23. The apparatus according to claim 22,
A base plate for a bottom plate provided on the floor;
A bottom insulating material installed on the top of the bottom base plate to maintain thermal insulation of the bottom body;
A floor finishing material on which food is placed on an upper surface, and which is installed on an upper portion of the floor heat insulating material;
And a heating furnace installed at one side of the bottom body portion. 25. The apparatus according to claim 24,
Further comprising a bottom insulating material installed between the bottom insulating material and the floor finishing material so as to maintain the thermal insulation of the bottom body. 26. The furnace apparatus according to claim 25,
Wherein the floor base plate material is an iron plate material, the floor insulation material is cerak wool material, the additional floor insulation material is sand material, and the floor finishing material is a castable material. 23. The apparatus according to claim 22,
Wherein the wall frame is an iron plate, the heat insulating material for the wall is a ceramic material, and the wall finishing material is a castable material. 24. The apparatus according to claim 23,
A base frame for a door unit having an entrance space formed through the inside of the door to allow the food to enter and exit and a door space communicating with the interior space;
A heat insulating material for the access portion installed to surround the entire outer side of the base frame for the access portion to prevent the base frame for the access portion from being ducted;
Further comprising: a finishing material for the entrance and exit part to surround the entire outside of the heat insulating material for the entrance part to maintain the temperature of the entrance and exit part. 29. The system of claim 28,
And an access door opening / closing door installed inside and outside the access space so as to open / close the access space. The method as claimed in claim 28,
Wherein the base frame for the entrance and exit part is an iron plate material, the heat insulating material for the entrance and exit parts is cerak wool material, and the finishing material for the entrance and exit part is a castable material mixed with water. 24. The air conditioner according to claim 23,
A ventilating tube having a ventilating space formed internally through the ventilating space, the ventilating tube being installed at one side of the ventilating space so as to communicate with the interior of the ventilating chamber;
Further comprising: a duct installed between the inlet and outlet and the ventilation unit and having a duct opening / closing door for opening / closing the ventilation space. 32. The furnace device according to any one of claims 22 to 31,
Further comprising a lower body portion formed on the bottom body portion, the structure body portion, the entrance portion, and the ventilation portion, the lower body portion including a plurality of vertical frames and having a storage space therein.

Images