JP3235748U - Natural stone electric far-infrared wall fireplace - Google Patents

Abstract

PROBLEM TO BE SOLVED: To heat a fireplace with a wall using natural stone by heating by indirect radiant heat by an electric heating element and a metal reflector instead of direct heat using solid fuel, to emit far infrared rays and to have an appearance. Provides a natural stone electric far-infrared walled fireplace with a natural texture.
SOLUTION: An electric far-infrared wall-mounted fireplace made of natural stone is arranged in a wall-mounted fireplace body 1 sealed on all sides and a central portion inside the wall-mounted fireplace body using natural stone that emits far-infrared light. The electric heating element that generates heat by supplying power is arranged on the left and right sides of the fireplace body with a wall and the inner wall of the upper part, and the direct heat of the electric heating element is reflected to generate hot air by indirect radiant heat. One of the see-through door 4 and the see-through door 4, which is formed in a double door type between the metal reflector and the front part of the fireplace body with a wall and is made of a transparent non-combustible material so that the inside can be seen from the outside. The side and the other side are provided with an accommodating portion 5 formed so as to be baked, sterilized, and heated by heat, respectively.
[Selection diagram] Fig. 3

Description

The present invention relates to an electric far-infrared wall fireplace made of natural stone, and more specifically, by indirect radiant heat by an electric heating element and a metal reflector, instead of direct heat using solid fuel such as fireplace, fireplace and fireplace. It relates to an electric far-infrared wall-mounted fireplace made of natural stone, which is made of natural stone to form a wall-mounted fireplace to emit far-infrared light and give a natural texture to the exterior.

Generally, a wall-mounted fireplace is installed by being embedded in the wall surface of a room such as a living room of a building or a house, and is burned by burning solid fuel such as a fireplace, a fireplace, or a fireplace. It is possible to heat the room in winter by dissipating and releasing heat into the room.

In recent years, in addition to the type that is embedded in the wall of the room (embedded type), the fireplace with a wall is a type in which the housing where solid fuel is burned and the chimney for discharging the combustion gas to the outside are separated from the wall of the room. It is configured as (exposed type) and installed next to the wall surface of the room, or installed in various shapes at various positions such as the corner of the wall surface of the room or the center position of the indoor space away from the wall surface. Has been done.

Conventionally, as an example of a wall-mounted fireplace, a "wall-mounted fireplace" of Republic of Korea Registered Patent No. 10-0852905 (advertised on August 19, 2008) has been proposed. As shown in 2, the conventional wall-mounted fireplace 100 includes a housing 110 to which a door 112 is attached, and a solid fuel 1 such as firewood, firewood, or fireplace is burned inside the housing 110. A combustion chamber 111 having a predetermined volume for the purpose is formed.

A handle 114 is attached to the door 112, and when the handle 114 is gripped and pulled, the door 112 rotates about the hinge portion 113 to open the inside of the housing 110. The solid fuel 1 such as a firewood, a firewood, or a firewood is put into the combustion chamber 111 with the door 112 left open.

Further, a support plate 120 is horizontally arranged on the lower surface of the combustion chamber 111 in the housing 110, and a re-discharge hole 121 is formed in the center of the support plate 120, and the re-discharge hole 121 is provided. The grill 122 is arranged so that the solid fuel 1 such as firewood, firewood, and firewood can be stacked, and the ash left after burning out on the grill 122 is discharged to the lower part through the grill of the re-emission hole 121. You can do it.

Further, the lower part of the grill 122 is provided with an ash receiving cylinder 130 that collects and disposes of the ash discharged to the lower part through the grill, and the firewood burned in the combustion chamber 111. A chimney 140 for discharging smoke, gas, soot, etc. generated from the solid fuel 1 such as firewood or firewood to the outside is arranged in a long shape from the upper part of the housing 110 upward.

The ash receiving cylinder 130 is provided on the front surface of the lower portion of the housing 110 in a pull-out manner so as to hold the handle 131 and be pulled out forward when collecting ash or the like. It serves as an air flow path that allows air to flow into the solid fuel 1 in the combustion chamber 111 through the internal space and the grill 122 of the support plate 120.

However, these conventional wall-mounted fireplaces form the fuselage from a metal material that easily conducts heat, and use the direct heat generated by burning solid fuel such as firewood, firewood, and firewood to form the fuselage of the metal material. Since it is heated by heating, it is always exposed to the risk of fire and safety accidents, which has the disadvantage of lacking safety in use.

In addition, it is used because the user is forced to throw solid fuel such as firewood, firewood, and firewood into the fireplace with a wall and ignite it, and clean the ash remaining after burning out again. Not only is it complicated and inconvenient to use, but it is also harmful to health because the air in the room is polluted by the scattered ash.

Furthermore, because the appearance of the fireplace with a wall is rugged and uniform, it does not fit well with the interior of the living room, and it has only a heating function that uses direct heat from firewood, firewood, and fireplace. Because it does not exist, it is difficult to combine various functions, and as a result, the interior space is occupied by occupying space and purchasing equipment to provide other functions in the living room, such as humidification, sterilization, heating, and baking. There was an inconvenience that the efficiency and economy of utilization would decrease.

Republic of Korea Registered Patent No. 10-0852905 (Public Notice dated August 19, 2008) Republic of Korea Registered Patent No. 10-0787863 (Public Notice dated December 27, 2007) Korea Registered Utility Model No. 20-0428548 (announced on October 16, 2006) Republic of Korea Registered Patent No. 10-0581339 (public notice dated May 22, 2006)

Therefore, the present invention has been devised in order to eliminate the above-mentioned conventional inconveniences, and the purpose is not direct heat using solid fuels such as fireplaces, fireplaces and fireplaces. Heating is performed by indirect radiant heat from an electric heating element and a metal reflector, but a fireplace with a wall is constructed using natural stone to emit far infrared rays and give a natural texture to the exterior. It is located to provide an electric far-infrared walled fireplace.

Further, the object of the present invention is that since it can be used as a TV support stand, it is possible to use the indoor space more efficiently, and it is economical by integrating various functions such as humidification, sterilization, heating, and baking. It is intended to provide an electric far-infrared wall-mounted fireplace made of natural stone, which further enhances sex and living convenience.

Furthermore, the object of the present invention is to improve the efficiency of heating by simultaneously heating the wall of the living room made of natural stone together with the fireplace with a wall, and to remove moisture and mold from the cold air of the concrete wall to make the interior space even more comfortable. It is located to provide an electric far-infrared wall-mounted fireplace made of natural stone.

One aspect of the electric far-infrared wall-mounted fireplace made of natural stone according to the present invention for achieving the object of the present invention is a wall formed so as to be sealed on all sides by using a natural stone that emits far-infrared light. The fireplace body with a wall, an electric heating element that is arranged in the central part of the inside of the fireplace body with a wall and generates heat by supplying power, and the inner wall on the left and right sides and the upper part of the fireplace body with a wall. A metal reflector that reflects the direct heat of the electric heating element so that hot air is generated by indirect radiant heat, and a double door type formed in the middle of the front part of the wall-mounted fireplace body. A see-through door formed in the middle of a double door type and made of a transparent non-combustible material so that the inside can be seen from the outside, and one side and the other side of the see-through door are fired and sterilized by heat, respectively. It is characterized by comprising an accommodating portion formed so that heating is performed.

In addition, the wall-mounted fireplace body is provided with a heat insulating material that blocks heat on the upper end surface so that the wall-mounted fireplace body can be used as a TV support, and is further provided with a wall surface of a living room made of natural stone. Is characterized in that it is heated through a hot air inlet connected to a wall-mounted fireplace body to perform a heating function.

Further, the wall surface of the living room is configured so that a heat radiating material made of foamed styrol is attached to the back surface so as to remove moisture and mold due to cold air on the concrete wall surface, and the accommodating portion is the upper part on one side of the see-through door. A humidifier water tank, a sterilization chamber, and a heating / heating chamber are provided downward from the door, and a dry food baking chamber is provided on the other side of the see-through door.

As described above, in the present invention, heating is performed by indirect radiant heat by an electric heating element and a metal reflector instead of direct heat using solid fuel such as firewood, firewood and firewood, so that a fire and a safety accident occur. This makes it possible to minimize the risk of firewood, which not only ensures safety in use, but also purifies the indoor air with far infrared rays emitted from natural stones, and further, the metabolism of the human body. It has the effect of encouraging people to use it for their health.

In addition, since heating is performed only by supplying power to the electric heating element, the present invention puts existing solid fuels such as firewood, firewood, and firewood into the wall-mounted fireplace and ignites them one by one. It also has the effect of ensuring usability because it does not have the complexity and inconvenience of use that had to be cleaned again after the ash that remained after it was burned out.

Furthermore, since the appearance of the wall-mounted fireplace has a natural texture of natural stone, the present invention can realize not only nature-friendly but also high-class interior (interior decoration). The durability and ease of construction of natural stones not only increase the convenience and efficiency of work, but also insulate the upper end of the wall-mounted fireplace and use it as a TV support, creating an interior space. It has the effect of being able to be used more efficiently.

Furthermore, the present invention integrates various functions such as humidification, sterilization, heating, and baking into a wall-mounted fireplace, eliminating the need to secure a separate space and purchase equipment to provide these functions. Therefore, it has the effect of being excellent in terms of efficient utilization of the indoor space and economic efficiency, and further increasing the convenience of living.

Furthermore, the present invention uses the hot air inside a fireplace with a wall made of natural stone to allow it to flow into the wall of the living room made of natural stone so that the wall of the living room can be heated together, and the back of the wall of the living room. By making it possible for the attached heat radiating material to remove moisture and mold due to the cold air on the concrete wall surface, it is possible to perform more efficient heating and also have an advantage that a comfortable indoor space can be created.

It is an example of a conventional fireplace with a wall, and is the same perspective view. It is an example of a conventional wall-mounted fireplace, and is the same sectional view. A perspective view showing a fireplace with an electric far-infrared wall made of natural stone according to the present invention. FIG. 3 is a normal cross-sectional view. Side sectional view of FIG.

The electric far-infrared wall-mounted fireplace made of natural stone according to the present invention has a wall-mounted fireplace body 1 formed so as to be sealed on all sides using natural stone that emits far-infrared rays, and the inside of the wall-mounted fireplace body 1. The electric heating element 2 is arranged in the central portion of the wall and generates heat by supplying power, and the electric heating element 2 is arranged on the left and right side surfaces of the wall-mounted fireplace body 1 and the inner wall of the upper part to directly heat the electric heating element 2. It reflects and causes hot air to be generated by indirect radiant heat, but the ends on both sides of the upper part are formed in a tapered shape to reflect the direct heat of the electric heating element 2 and aggregate inside the wall fireplace body. A see-through door made of a transparent non-combustible material that is formed in a double-door type between the metal reflector 3 that is designed to be used and the front part of the wall-mounted fireplace body 1 so that the inside can be seen from the outside. 4 and a storage portion 5 formed on one side and the other side of the see-through door 4 so as to be burned, sterilized, and heated by heat, respectively, and the wall-mounted fireplace body 1 is made of natural stone. The wall surface 12 of the living room is further provided, and the wall surface 12 of the living room is configured to perform a heating function by using hot air heated through a hot air flow inlet 13 connected from a wall-mounted fireplace body 1. The accommodating portion 5 is provided with a humidifier water tank 51, a sterilization chamber 52, and a thermal heating chamber 53 from one upper part of the transparent door 4 toward the lower side, and dried food is provided on the other side of the transparent door 4. Although a baking chamber 54 is provided, the humidifier water tank 51 is a pull-out type that can be opened and closed, and is made of a non-combustible material, and has a structure in which all sides are sealed, but water vapor is emitted. A steam discharge port and a water injection port to be discharged are formed, and the sterilization chamber 52 is a pull-out type that can be opened and closed. In the squeezed state, tools such as baby bottles and spoons are inserted through the opening on the upper side, and sterilization is performed by indirect radiant heat generated inside the wall-mounted fireplace body by far infrared rays. The thermal heating chamber 53 is a pull-out type that can be opened and closed, and is made of a non-combustible material. A hot and cold wetcloth can be put in and heated through the wall, and the dried food baking room 54 can be heated by putting dry foods such as sulmeika, sweet potato, peanuts, chestnuts, and eggs. It is characterized by being like this.

The merits and features of the embodiments of the present invention, as well as the methods for achieving them, should be further clarified from the embodiments described in detail in connection with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but is embodied in various different forms, and these embodiments merely complete the disclosure of the present invention, and the present invention belongs to the present invention. It is provided to fully inform those who have ordinary knowledge in the technical field of the scope of the invention, and the present invention is defined only by the scope of the utility model registration claim. Throughout the specification, the same reference numerals point to the same components.

In explaining the embodiments of the present invention, if it is recognized that a specific explanation regarding a known function or its configuration may obscure the gist of the present invention, the specific explanation is omitted. It should be noted that.

Incidentally, the terms described later are terms defined in consideration of the functions in the embodiment of the present invention, and these terms differ depending on the intentions or customs of the user and the operator. Therefore, the definitions of these terms should be made in light of the general content of this specification.

Hereinafter, the configuration of the fireplace with a natural stone wall according to the present invention will be described in detail based on the embodiments based on the attached drawings.

FIG. 3 is a perspective view showing a fireplace with an electric far-infrared wall made of natural stone according to the present invention, FIG. 4 is a normal cross-sectional view of FIG. 3, and FIG. 5 is a side sectional view of FIG.

As shown in the figure, the present invention comprises a wall-mounted fireplace body 1 sealed on all sides using natural stone that emits far infrared rays, and an electric fireplace type inside the wall-mounted fireplace body 1. The electric heating element 2 is built in and is configured to generate heat by supplying power.

Further, a metal reflecting mirror 3 is provided on the inner wall of the fireplace body 1 with a wall, that is, on both the left and right sides and the upper inner wall, and the metal reflecting mirror 3 has the upper end portions on both sides formed in a tapered shape. By reflecting the direct heat of the heating element 2 and changing it into indirect radiant heat, the indirect radiant heat is aggregated inside the sealed fireplace body 1 with a wall and can be dissipated as strong hot air. As the temperature inside the fireplace rises, it becomes possible to create a warm and warm atmosphere visually.

Further, the strong hot air aggregated inside the wall-mounted fireplace body 1 heats the natural stones constituting the wall surface of the wall-mounted fireplace body 1, so that far infrared rays are emitted to the inside and outside of the wall-mounted fireplace body 1. Far-infrared rays emitted to the outside of the wall-mounted fireplace body 1 not only purify the air in the living room, but also promote the metabolism of the human body and contribute to health.

Furthermore, a heat insulating material 11 is provided at the upper end of the inside of the wall-mounted fireplace body 1, and the heat insulating material 11 blocks the hot air inside the wall-mounted fireplace body 1 from reaching the outside of the upper part. It is also possible to use the fireplace body 1 with a wall as a TV support stand, and by using such a TV support stand, not only can the space in the living room be secured, but also the interior of the wall of the living room can be naturally adapted. Become.

At the same time, in the present invention, a hot air flow inlet 13 is provided between the wall-mounted fireplace body 1 and the living room wall surface 12 so that the wall-mounted fireplace and the natural stone living room wall surface 12 are heated at the same time. A heat radiating material 12a such as foamed styrol is attached to the back surface of the wall surface 12, and is configured to prevent moisture and mold from inhabiting the wall surface 12 of the living room due to the cold air of the concrete wall surface 12 as well as to remove them. Is.

On the other hand, the natural stone is not a structure formed by firing such as marble, ocher stone, boulder, and tile, but a structure formed naturally, and has a non-uniform natural texture. Not only is it kind to nature, it has excellent durability, it is easy to install, it is possible to upgrade the materials, and it emits far infrared rays.

Such emission of far-infrared rays from natural stone leads to giving various functions using indirect radiant heat by far-infrared rays to the wall-mounted fireplace body 1 of the present invention, for example, a humidifying function, a hot compress or a cold compress function. It can have a dry food baking function and a sterilizing function.

More specifically, the fireplace body 1 with a wall is arranged so that a transparent noncombustible transparent door 4 can be opened and closed in the middle of the front portion, and one side of the transparent door 4 can be opened and closed. A humidifier water tank 51, a sterilization chamber 52, and a thermal heating chamber 53 are provided from the upper side to the lower side, respectively, to form the accommodating portion 5.

Further, a dried food baking chamber 54 is provided on the other side of the see-through door 4, and dried foods such as Japanese flying squid, sweet potato, peanuts, chestnuts, and eggs are put and aggregated inside the wall-mounted fireplace body 1. By using the indirect radiant heat, it becomes possible to ingest more delicious and health-oriented dried foods without burning.

The humidifier water tank 51 is a drawer type that can be opened and closed, and is made of a non-combustible material having excellent thermal conductivity. It has a structure that is sealed on all sides, and steam is discharged. Needless to say, the steam discharge port and the water injection port are formed.

The sterilization chamber 52 is also a pull-out type that can be opened and closed, and is made of a non-combustible material having excellent thermal conductivity. After inserting a tool requiring sterilization such as a baby bottle or a spoon through the opening on the upper side and closing the fireplace, sterilization is performed by indirect radiant heat from the far infrared rays inside the wall-mounted fireplace body 1.

The thermal heating chamber 53 is also a drawer type that can be opened and closed, and is made of a non-combustible material having excellent thermal conductivity. The upper part is formed in an open shape and is in an open state. It is possible to put a hot compress or a cold compress through the opening on the upper side and heat it, and then take it out again and use it.

As described above, in the present invention, heating is performed not by direct heat using solid fuel such as firewood, firewood, and firewood, but by indirect radiant heat by an electric heating element and a metal reflector, so that a fire and a safety accident can occur. It is possible to minimize the risk, which not only ensures safety in use, but also purifies the indoor air with far infrared rays emitted from natural stones, and further improves the metabolism of the human body. It can be promoted and used for health.

In addition, since heating is performed only by supplying power to the electric heating element, the present invention puts existing solid fuels such as firewood, firewood, and firewood into the wall-mounted fireplace and ignites them one by one. Since there is no complication in use and inconvenience of use, which has been forced to clean the ash remaining after burning out, the ease of use can be ensured.

Furthermore, since the appearance of the wall-mounted fireplace has a natural texture of natural stone, the present invention can realize not only nature-friendly but also high-class interior (interior decoration). The durability and ease of construction of natural stones not only increase the convenience and efficiency of work, but also insulate the upper end of the wall-mounted fireplace and use it as a TV support, creating an interior space. It can be used more efficiently.

Furthermore, the present invention integrates various functions such as humidification, sterilization, heating, and baking into a wall-mounted fireplace, eliminating the need to secure a separate space and purchase equipment to provide these functions. Therefore, it has excellence in terms of efficient utilization and economic efficiency of the indoor space, and moreover, it is possible to further increase the convenience of living.

Furthermore, the present invention uses the hot air inside a fireplace with a wall made of natural stone to allow it to flow into the wall of the living room made of natural stone so that the wall of the living room can be heated together, and the back of the wall of the living room. By allowing the attached heat radiating material to remove moisture and mold due to the cold air on the concrete wall surface, more efficient heating can be performed and a comfortable indoor space can be created.

The fireplace with an electric far-infrared wall made of natural stone according to the present invention has been specifically described above, but this is merely a description of the most preferable embodiment of the present invention, and the present invention is limited thereto. The scope is determined and limited by the scope of the attached utility model registration claim. Any person who has ordinary knowledge in this technical field should be able to make various modifications and imitations according to the contents of the specification of the present invention, but this also covers the scope of the present invention. It can be said that it is clear that it is not a deviation.

The fireplace with an electric far-infrared wall of natural stone according to the present invention as described above is heated by indirect radiant heat by an electric heating element and a metal reflector instead of direct heat using solid fuel such as fireplace, fireplace and fireplace. This makes it possible to minimize the risk of fires and safety accidents, which not only ensures safety in use but also purifies the indoor air with far infrared rays emitted from natural stones. Moreover, it can promote the metabolism of the human body and contribute to health.

In addition, since heating is performed simply by supplying power to the electric heating element, solid fuels such as firewood, firewood, and firewood are put into the wall-mounted fireplace one by one, ignited, and then burned out. Since there is no complication in use and inconvenience of use that had to be cleaned again for the remaining ash, it is possible to ensure the ease of use, and the industrial usability is very high. It can be said that it is a high-level idea.

1 Fireplace body with wall 11 Insulation material 12 Living room wall surface 12a Heat dissipation material 13 Hot air flow inlet 2 Electric heating element 3 Metal reflector 4 Perspective door 5 Storage unit 51 Humidifier water tank 52 Sterilization room 53 Thermal heating room 54 Burning room

Claims (3)

A fireplace body with a wall (1) formed so that all sides are sealed using natural stone that emits far infrared rays,
An electric heating element (2) that is disposed in the center of the inside of the wall-mounted fireplace body (1) and generates heat by supplying power.
It is arranged on the left and right side surfaces of the wall-mounted fireplace body (1) and on the inner wall of the upper part to reflect the direct heat of the electric heating element (2) so that hot air is generated by indirect radiant heat. A metal reflector (3) whose ends on both sides are formed in a tapered shape to reflect the direct heat of the electric heating element (2) and aggregate it inside the wall-mounted fireplace body.
A see-through door (4) formed of a double door type in the middle of the front part of the wall-mounted fireplace body (1) and made of a transparent noncombustible material so that the inside can be seen from the outside.
A storage unit (5) formed on one side and the other side of the see-through door (4) so as to be burned, sterilized, and heated by heat, respectively.
Equipped with
The wall-mounted fireplace body (1) further comprises a wall surface (12) of a living room made of natural stone, and the wall surface (12) of the living room has a hot air flow inlet (13) connected to the wall-mounted fireplace body (1). It is configured to perform a heating function using the hot air heated through it.
The accommodating portion (5) is provided with a humidifier water tank (51), a sterilization chamber (52), and a thermal heating chamber (53) from one upper portion of the fluoroscopic door (4) toward the lower side.
A dried food baking room (54) is provided on the other side of the see-through door (4).
The humidifier water tank (51) is a drawer type that can be opened and closed, and is made of a non-combustible material. A water inlet is formed,
The sterilization chamber (52) is a drawer type that can be opened and closed, and is made of a non-combustible material. By inserting tools such as baby bottles and spoons for babies, sterilization is performed by indirect radiant heat generated inside the wall-mounted fireplace body by far infrared rays.
The hot compress (53) is a drawer type that can be opened and closed, is made of a non-combustible material, is formed in a shape in which the upper portion is opened, and is an open portion on the upper side in an open state. It is possible to put a hot compress or a cold compress through the drawer and heat it.
The dried food baking room (54) is a fireplace with an electric far-infrared wall made of natural stone, which can contain dried foods such as Japanese flying squid, sweet potato, peanuts, chestnuts, and eggs and can be heated. In the wall-mounted fireplace body (1), a heat insulating material (11) that blocks heat is provided on the upper end surface to block the hot air inside the wall-mounted fireplace body from reaching the outside of the upper part, and the wall-mounted fireplace body (1) has a wall-mounted fireplace. The fireplace with an electric far-infrared wall made of natural stone according to claim 1, wherein the main body (1) can be used as a television support. The wall surface (12) of the living room is characterized in that a styrofoam heat dissipation material (12a) is attached to the back surface so as to be able to remove moisture and mold due to cold air from the concrete wall surface (12). Fireplace with electric far-infrared wall of natural stone according to 1.

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