KR20140025872A - Fireplace with hot-water supply system - Google Patents

Abstract

The present invention relates to a fireplace including a hot water supply unit. The present invention comprises a case; an air discharge unit having a pressure control valve installed in an outlet of the case; a hot water supply unit connected to an inner ceiling of the case; and a temperature control unit installed in the inner lower end of the case. The case comprises an insulation wall formed outside in all directions; the outlet formed on the upper part of the insulation wall to discharge the pressure; a through hole formed on the upper part and the side of the insulation wall; a guiding hole installed on the lower side of the insulation wall to treat combusted wooden materials; and a hole formed on the upper part of the guiding hole. The present invention allows a user to use hot water and heat the inside of a building by having the hot water supply unit in the upper part of the insulation wall. a flat-plate unit is formed on the bottom of a body forming the hot water supply unit so that the present invention can rapidly heat the water by collecting heat of high temperature in the upper part.

Description

Fireplace with hot water supply {Fireplace with hot-water supply system}

The present invention relates to a fireplace having a hot water supply unit, and more particularly, by using a heat generated by the device constituting the fireplace rapidly heating the body in which the water supply is stored to provide hot water to the space requiring heating It relates to a fireplace with a hot water supply.

Fireplace is a stove installed in the wall of the house, a stove made by burning a fire in the wall and a chimney through the wall.It is a heating method that raises indoor air by installing it in the living room. Since most of the heat is leaked to the outside through the smoke passage to achieve the purpose, despite the low heat efficiency heating method can create a warm and atmospheric indoor environment is widely used in suburban houses or villas.

By installing a hot water circulator in addition to the above-described fireplace, it became a fireplace equipped with a hot water supply unit to see the effect of the two-season (一 石 二 하여) by using hot water as well as indoor heating.

Briefly describing the configuration of the fireplace provided with the hot water supply unit, the supply pipe into which the feed water is introduced, is installed in communication with the supply pipe, the supply water body in which the supply water is stored, is installed in communication with the supply water body, It consists of an air outlet for discharging heated feed water (heating water).

The fireplace equipped with the conventional hot water supply unit as described above has a problem in that heat generated by the ignition unit is transferred to the supply water body in which the supply water is stored, and it takes a long time to heat the supply water rapidly.

An object of the present invention for solving the conventional problems is provided with a body having a supply water storage space, respectively, connected to a plurality of water jackets and bottoms formed in communication with the supply water storage space on the outer and inner sides of the body By providing the heat collecting plate, high heat generated by wood fuel or the like is collected by the heat collecting plate to transmit high heat to the storage tank, and high heat is hit by the bottom of the water jacket to guide the supply water stored in the water jacket rapidly. By heating, it is to provide a fireplace with a hot water supply that can maximize the heating effect.

In order to accomplish the above object of the present invention,

A heat insulation wall formed in all directions on the outside, an outlet formed to discharge pressure on the heat insulation wall, a through hole formed on the top and side of the heat insulation wall, and a guide provided to process the burned wood on the lower side of the heat insulation wall. A case comprising a ball and a hole formed in an upper portion of the guide hole; An air outlet having a pressure control valve installed at an outlet of the case; A hot water supply unit connected to the ceiling inside the case; And a temperature adjusting means provided at a lower end of the case,

The hot water supply unit is provided with a supply water storage space and a body having an exhaust port in all directions, a supply pipe which is provided in the upper portion of the body, and is installed through a through hole formed in an upper portion of the heat insulation wall, and is provided at one side of the lower body of the heat insulation wall. The discharge pipe is installed to communicate with the through-hole formed in the communication, and is formed in communication with the outer surface of the body, it generates convection by colliding with high heat generated from wood fuel, etc. to guide the heat evenly to the upper portion or to store a small amount of supply water It is characterized in that it comprises a plurality of water jacket provided for rapid heating and the heat collecting plate portion is connected to the bottom of the body, to collect heat to the top.

According to the present invention as described above, by providing a hot water supply unit in the upper portion of the heat insulating wall, as well as the heating of the room, it is possible to see the effect of two stone (一 石 二 鳥) using hot water.

In addition, by forming a heat collecting plate portion on the bottom surface of the body constituting the hot water supply, there is an effect that can heat the supply water rapidly by collecting the high heat generated by the wood raw material and the like to the top.

In addition, the first water jacket and the second water jacket are formed on the outer surface of the body in communication with the supply water storage space, and the third water jacket is formed on the inner surface of the water jacket in communication with the supply water storage space. It can circulate rapidly by heating a small amount of supply water stored at the same time, and convection occurs by continuous collision with high heat generated from wood fuel, etc., and heat is delivered evenly to the storage tank to maximize the heating effect. have.

1 is a longitudinal sectional view showing a fireplace configuration provided with a hot water supply unit according to the present invention.
2 is a perspective view showing a hot water supply unit of the fireplace configuration provided with a hot water supply unit according to the present invention.
Figure 3 is a reference diagram showing an embodiment of the fireplace provided with a hot water supply according to the present invention.
Figure 4 is a reference diagram showing an embodiment of the fireplace provided with a hot water supply according to the present invention.

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

The present invention is a heat insulating wall 110 formed in all directions on the outside, a discharge port 120 formed to discharge the pressure on the heat insulating wall 110, and the through hole 130 formed on the top and side of the heat insulating wall 110. And a case 100 formed at a lower side of the heat insulation wall 110 to include a guide hole 150 provided to process the burned wood and a through hole 160 on the guide hole 150. An air outlet 200 having a pressure control valve 210 installed at the outlet 120 of the case 100; The hot water supply unit 300 is connected to the ceiling installed inside the case 100, and the temperature control means 500 is installed on the inner bottom of the case 100,

The hot water supply unit 300

The supply water storage space 311 and the body 310, the exhaust port 312 is formed on all sides, and is provided on the body 310, the through-hole 130 formed on the heat insulating wall 110 is installed through The discharge pipe 320 and the discharge pipe 320 is provided on one side of the lower portion of the body 310, and is installed to communicate through the through-hole 130 formed in the heat insulating wall 110 side, the outer surface of the body 310 It is formed in communication with, a plurality of water jackets 340 and the body provided for rapid heating by guiding the heat evenly to the upper or even a small amount of supply water by generating convection by hitting high heat generated from wood fuel, etc., the body It is connected to the bottom surface 310, consisting of a heat collecting plate portion 350 for collecting heat to the top.

The construction and installation process according to the present invention will be described in more detail as follows.

As shown in Figs. 1 and 2,

Insulated walls 110 are provided in all directions for roasting meat, and the insulating walls 110 may be used by mixing ocher, mud, germanium, and the like, and are not limited to any materials.

The outlet 120 is formed in the upper portion of the insulating wall 110 to prevent an accident caused by the high pressure in advance, the outlet 120 is provided with a pressure control valve 210 for adjusting the pressure outlet 200 ) Is installed.

The hot water supply unit 300, which is the core of the present invention, is installed on the ceiling inside the heat insulation wall 110,

The hot water supply unit 300 is provided with a supply water storage space 311 and the body 310 is formed with an exhaust port 312 on all sides, the supply pipe 320 is provided to supply the supply water to the upper body 310 On the lower side of the body 310, a discharge pipe 330 is provided to discharge the supply water.

In addition, a plurality of water jacket 340 is formed in communication with the outer surface of the body 310,

The plurality of water jackets 340 generate convection by colliding with high heat generated from wood fuel or the like to guide heat evenly to the upper portion or to rapidly heat a small amount of supply water stored in the water jacket 340. do.

On the other hand, the heat collecting plate 350 is installed on the bottom of the body 310,

The heat collecting plate part 350 is installed on a pair of connecting members 351 connected in parallel with the bottom of the body 310 and installed on the bottom of the pair of connecting members 351 to guide the heat in all directions. It is composed of a plurality of heat guide member 352.

The plurality of heat induction members 352 are respectively installed to be spaced apart from one end to the other end, and the induction part 352 to guide and guide heat to the top or bottom of each of the plurality of heat induction members 352. -1) is formed.

On the other hand, a plurality of water jacket 340 is formed in communication with the outer surface of the body 310,

A pair of water jackets 340 are formed in communication with the outer surface of the body 310, and another pair of water jackets 340 'are in communication with the outer surface of the body 310 to be symmetrical with the pair of water jackets 340. Is formed.

In addition, a second water jacket positioned between the pair of water jackets 340 and 340 ′, the second water jacket communicating with an outer surface orthogonal to the outer surface of the body 310 in which the pair of water jackets 340 and 340 ′ are installed. A second water jacket 340a 'is formed on the outer surface of the body 310 so as to be symmetrical with the second water jacket 340a.

As described above, the provision of a plurality of water jackets 340, 340 ', 340a, and 340a' allows heating of a small amount of supply water stored in each water jacket and rapidly circulating the wood fuel. This is to generate the convection phenomenon due to the high temperature and constant bump generated from the back to have the advantage that the heat is circulated evenly to the body 310.

On the other hand, by improving the plurality of heat guide member 352 is installed on the bottom surface of the connection member 351 of the heat collecting plate 350, has the same shape as the plurality of heat guide member 352, the heat guide member ( The second heat guide member 352 'is coupled to each other in a vertical crossover to 352, and by combining the second heat guide member 352' as described above, it is possible to collect high heat more effectively. Have

Meanwhile, as shown in FIGS. 3 to 4,

A plurality of pipe tubes 410 are arranged on the inner surface of the body 310 to communicate with the supply water storage space 311, and are disposed on the plurality of pipe tubes 410 and supplied to the inner surface of the body 310. By installing a plurality of third water jackets 440 in communication with the water storage space 311, the high heat generated by the wood raw material heats the pipe pipes 410, and at the same time, the pipe pipes 410. By heating to the upper part by hitting the third water jacket 440, the heating water supplied to the pipe pipe 410 and the third water jacket 440, respectively, as well as convection phenomenon It has the advantage of generating and evenly purifying the heat.

On the other hand, the lower portion in the heat insulating wall 110, the temperature control means 500 is installed in order to provide the optimum temperature in the roasting process,

The temperature control means 500 is a vertical plate up and down by interacting with the upper plate 510, the guide 520 formed at both ends of the upper plate 510, the guide 520 provided for placing the fuel, such as wood Guide rod 530 provided for guiding, and is connected to the lower portion of the upper plate 510 by a connecting member 540, the operation member to perform the function of adjusting the temperature by raising or lowering the upper plate 510 by the link action The link unit 550 is provided with a 560, and the lower plate 570 connected to the lower portion of the link unit 550.

Briefly describing the operation of the temperature control means 500,

After ignition by placing a fuel such as wood on the upper plate 510 and rotating the operation member 560 to the left or right, the connection member (link) by the linking action of the link unit 550 connected to the operation member 560 ( The upper plate 510 connected to the 540 is raised or lowered to adjust the temperature.

In raising or lowering the upper plate 510 as described above, in order to guide more safely and smoothly, guides 520 are installed at both ends of the upper plate 510, and guided vertically up and down by interacting with the guide 520. The guide rod 530 is installed.

In addition, a lower plate 570 having a through space 571 is formed at a lower end of the link unit 550, and both ends thereof are installed to correspond to the guide rod 530, and have a predetermined distance from the bottom of the inner wall 110. By installing and installing, it provides a space for collecting the burned wood and the like on the inner bottom of the heat insulating wall (110).

An embodiment of the present invention having the above-described structure will now be described.

As shown in Fig. 4,

First, the raw material is put into the top plate 510 constituting the temperature control means 500 to ignite.

When ignited as described above, the wood burns over time to generate high heat, and the high heat is collected by the induction part 352-1 formed at the lower end of the heat induction member 352. After being guided and collected on the bottom surface, a part of the high heat collected as described above is guided to the inner wall heat collecting space 313 of the body 310, and the other high heat except for the part moves to the upper side of the heat insulation wall 110. On the bottom surface of the water jacket 340, 340 'formed at the bottom of each of the pair of water jacket 340 and another pair of water jacket 340' formed in communication with the outer surface of the body 310 during the movement At the same time, the high heat is transferred to each of the guide spaces 345 formed in the water jackets 340 and 340 ′ to move upwards, and a portion of the high heat moving upwards is a pair of water jackets ( 340 and another pair of water jackets 340 'respectively formed on top At the same time high heat is transferred to the bottom of the jacket 340, 340 ', some of the high heat moving as described above is guided to the guide space 345 formed in the water jacket 340, 340', respectively, and moved upward. Will be

At the same time as described above, the high heat generated by burning wood is in communication with the outer surface orthogonal to the outer surface of the body 310 in which the pair of water jackets 340 and 340 'are installed and the second water jacket 340a. The high heat is transferred to the bottom surface of the second water jacket 340a 'on the outer surface of the body 310 so as to be symmetrical with the second water jacket 340a. 340a) are guided to the guide space formed in the 340a 'and move upwards.

Meanwhile, the high heat collected by the induction part 352-1 formed at the lower end of the heat induction member 352 is guided to the body inner wall heat collecting space 313 and moves upward.

At the same time heating the plurality of pipe pipes 410, the pipe pipe 410 is guided upward to hit the plurality of third water jacket 440, thereby heating, respectively, the pipe pipe 410 and the third water jacket ( 440) has the advantage of heating the feed water more effectively by heating the feed water supplied therein as well as generating a convection phenomenon to purify the heat evenly.

On the other hand, by forming the seating grooves 140 on both inner walls of the heat insulating wall 110, and by installing the shelf 600 in the seating grooves 140, while roasting meat, such as ducks, the indoor heating as well as hot water It has the advantage of being able to send to the required space.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of illustration, It will be understood by those of ordinary skill in the art that various changes and modifications may be made without departing from the scope of the present invention.

100: case 410: pipe tube
110: insulation wall 420: third water jacket
200: air outlet 500: temperature control means
210: pressure control valve 600: shelf
300: hot water supply unit
340,340 ': water jacket
340a, 340a ': second water jacket
345: guide space
350: heat collecting part
352: heat induction member

Claims (8)

A heat insulation wall 110 formed in all directions on the outside, a discharge port 120 formed to discharge pressure on the heat insulation wall 110, a through hole 130 formed on an upper side and a side of the heat insulation wall 110, The lower side of the heat insulation wall 110, the case 100 is composed of a guide hole 150 for processing the burned wood and a through hole 160 on the guide hole 150;
An air outlet 200 having a pressure control valve 210 installed at the outlet 120 of the case 100;
And the hot water supply unit 300 is connected to the ceiling inside the case 100,
Consists of the temperature control means 500 is installed on the inner bottom of the case 100,
The hot water supply unit 300
The supply water storage space 311 and the body 310, the exhaust port 312 is formed on all sides, and is provided on the body 310, the through-hole 130 formed on the heat insulating wall 110 is installed through The discharge pipe 320 and the discharge pipe 320 is provided on one side of the lower portion of the body 310, and is installed to communicate through the through-hole 130 formed in the heat insulating wall 110 side, the outer surface of the body 310 It is formed in communication with, a plurality of water jackets 340 and the body provided for rapid heating by guiding the heat evenly to the upper or even a small amount of supply water by generating convection by hitting high heat generated from wood fuel, etc., the body Fired with a hot water supply unit is connected to the bottom surface, characterized in that consisting of a heat collecting plate portion 350 for collecting heat to the top.
The method of claim 1,
The heat collecting plate part 350 is provided on a pair of connecting members 351 connected to the bottom of the body 310, and a plurality of rows installed on the bottom of the pair of connecting members 351 to guide the heat in all directions. Fireplace provided with hot water supply, characterized in that consisting of induction member (352).
3. The method of claim 2,
The plurality of heat guide members 352 are installed on the bottom surface of the connection member 351, and are connected to each other while maintaining a gap from one side end to the other side. Fireplace provided with a hot water supply, characterized in that the induction part 352-1 is formed to guide. The method of claim 1,
In forming the water jacket 340 in communication with the outer surface of the body 310,
A pair of water jackets 340 are formed in communication with the outer surface of the body 310, and another pair of water jackets 340 'are formed on the outer surface of the body 310 to be symmetrical with the pair of water jackets 340. Fireplace provided with hot water supply, characterized in that formed in communication. 5. The method of claim 4,
Located between the pair of water jackets (340, 340 '), the second water jacket (340a) is formed in communication with the outer surface orthogonal to the outer surface of the body is installed a pair of water jacket, the second water Fireplace with a hot water supply, characterized in that the second water jacket (340a ') is formed in communication with the outer surface of the body 310 symmetrically with the jacket (340a). 5. The method according to claim 4 or 5,
The pair of water jackets 340, 340 ′ and the second water jackets 340 a, 340 a ′ further include a guide space 345 formed to guide high heat upward. Additional fireplace. The method of claim 1,
A plurality of pipe tubes 410 are arranged on the inner surface of the body 310 to communicate with the supply water storage space 311, and are disposed on the plurality of pipe tubes 410 and supplied to the inner surface of the body 310. Fireplace with a hot water supply, characterized in that a plurality of third water jacket 440 is installed in communication with the water storage space (311). The method of claim 1,
The temperature regulating means 500 is a vertical plate vertically by interacting with the upper plate 510, the guide 520 formed at both ends of the upper plate 510, and the guide 520 provided to place the fuel, such as wood Guide rod 530 provided for guiding, and is connected to the lower portion of the upper plate 510 by a connecting member 540, the operation member to perform the function of adjusting the temperature by raising or lowering the upper plate 510 by the link action Fireplace with a hot water supply, characterized in that consisting of a link portion 550 is installed 560, and the lower plate 570 connected to the lower link portion 550.

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