WO2015102267A1

WO2015102267A1 - Regenerative fireplace boiler

Info

Publication number: WO2015102267A1
Application number: PCT/KR2014/012376
Authority: WO
Inventors: 배윤기
Original assignee: 배윤기
Priority date: 2014-01-06
Filing date: 2014-12-16
Publication date: 2015-07-09
Also published as: KR101372066B1; EP3096084A1; EP3096084B1; EP3096084A4

Abstract

Disclosed is a regenerative fireplace boiler comprising: a combustion body (10) positioned outdoors; an indoor fire hole (20) positioned indoors; a hot water circulation pipe (30) provided at the top of a first combustion chamber (12) of the combustion body (10); a hot wind exit (41) provided at the front top of the indoor fire hole (20); a hot wind entrance (42) provided at the front bottom of the indoor fire hole (20); a hot wind circulating pipe (40) connecting the hot wind exit (41) and the hot wind entrance (42), and positioned along the first combustion chamber (12) and a second combustion chamber (13); a cleaning hole (51) positioned at the rear top of the combustion body (10); an outdoor fire hole (50) positioned at the rear bottom of the combustion body (10); a damper (62) provided, by using a rotation shaft (61), to the inside of a flue of the combustion body (10); supporting parts (63) provided at the sides of the combustion body (10); a connecting rod (64) supported by the supporting parts (63), and connected at one side with one side of the damper (62); a damper adjuster (60) connected to the other side of the connecting rod (64) so as to pull the connecting rod (64), thereby lifting and lowering the damper (62); an air suction part (71) exposed to the exterior of the combustion body (10) and into which outside air is sucked, an air inflow part (72) communicating and connected to the air suction part (71); an air discharge part (73) positioned inside the indoor fire hole (20) and supplying the outdoor air inflowing in through the air inflow part (72) to the first combustion chamber (12); and a dust repelling cover (70) for covering the air discharge part (73) so as to repel dust.

Description

Regenerative fireplace boiler

The present invention relates to a regenerative fireplace boiler, and more particularly, by connecting a hot water pipe to a fireplace installed on a wall to use a fireplace and a boiler in combination, and to obtain an indoor humidification effect by a humidifier. It relates to a regenerative fireplace boiler that can be used for a variety of purposes by allowing them to bake.

In general, the fireplace is buried in the interior wall of a living room, such as a building or a house, is a kind of heating device for heating the winter indoors by allowing the heat of combustion generated by burning solid fuel such as firewood to be emitted and released into the room.

These fireplaces are proposed in a variety of unique designs and are used as an interior aspect to complement the indoor atmosphere while being installed in the living room during the winter seasons.

In addition, the fireplace is made of transparent glass, such as tempered glass, except for the frame portion of the door provided in the front of the combustion chamber to expose the appearance of burning firewood or firewood inside the combustion chamber to the outside to visual effects. It is configured to get.

On the other hand, the boiler is a heating and hot water supply device using oil, electricity, gas, etc. as a heat source, and the water is heated to a constant temperature to be supplied through a supply pipe, heated by radiant heat of the heat, and then circulated by a purifying pump. These boilers provide heating and hot water at home and are closely related to our lives.

Accordingly, a number of technologies combining the fireplace and the boiler have already been proposed for a long time, and the heating circulation system is constructed by installing a heat collecting member constituting the boiler such as a water pipe and a water tank inside the fireplace component. Exists in a variety of configurations with minor structural differences.

For example, a fireplace having a boiler function has been devised, which includes a main body having a combustion chamber and a communication formed at an upper portion of the combustion chamber, and a door in front of the main body for injecting solid fuel into the combustion chamber. And the ash tray installed in the lower part of the main body for burning solid fuel and collecting and discharging the remaining ashes, and the inner pipe connected to the combustion chamber in a spiral direction at intervals from the inner wall. One end of the inner pipe is connected to the inlet pipe fixed to the outside of the main body and the other end is connected to the outflow pipe fixed to the outside of the main body.

The prior art of such a configuration is to provide a hot water required for heating by using the heat source of the fireplace to use the boiler in combination with the fireplace.

However, in the case of the prior art, there is a problem in that the space utilization is inferior in terms of space utilization because no additional means is provided at all except for using the boiler together with the fireplace.

In addition, in winter, a humidifier is necessary to maintain indoor humidity. In the case of a fireplace of the prior art, since a humidifier is not provided, a humidifier is required to be purchased separately and installed in a room. The space utilization is reduced by taking up the humidifier purchased space separately.

The present invention not only to use the fireplace and the boiler together, but also by the humidification means can be humidified indoors and baked sweet potatoes, chestnuts, potatoes, etc., by using the indoor warm air action by the hot air heater and oven The purpose is to provide a regenerative fireplace boiler that can be used for various purposes.

The heat storage fireplace boiler of the present invention as a means for achieving the above object is provided with a first combustion chamber and a second combustion chamber located on the outdoor side and partitioned by a grate therein, the communication is provided in the upper outer side and the air conditioner in the lower lower rear side Combustion body provided with; An indoor crater extending from the combustion body, the interior of the combustion body communicating with the interior of the combustion body, and positioned at the interior and having a door at the front; Combustion pipes which are spaced at equal intervals above the first combustion chamber of the combustion body at equal intervals, and are formed in the periphery of the combustion pipes, and hot water outlets are positioned outside the upper part of the combustion body, and toward the rear side of the combustion body. A hot water circulation pipe in which hot water inlets are respectively located; A warm air circulation pipe connected to the warm air inlet provided in the upper front of the indoor crater and the warm air inlet provided in the lower front of the indoor crater, and the warm air outlet and the warm air inlet, and located along the first combustion chamber and the second combustion chamber; A fire extinguishing tool located at an upper rear side of the combustion body and an outdoor crater located at a lower rear side of the combustion body; Is connected to the other side of the connecting rod and the connecting rod that is supported by the damper provided by the rotating shaft in the communication body of the combustion main body and the support provided on the side of the combustion body and the support and one side is connected to one side of the damper A damper controller for raising and lowering the damper by pulling a connecting rod; An air inlet exposed to the outside of the outdoor estuary and sucked outside air, an air inlet connected in communication with the air intake, and the outdoor air located inside the indoor crater and introduced through the air inlet; It comprises an air discharge portion for supplying air to the combustion chamber side and the fall prevention cover to cover the air discharge portion to prevent fallout.

Further, the inside of the hot air outlet is further provided with a cover having a handle opening and closing the hot air outlet and a mesh-type roaster is connected to the cover is located inside the hot air outlet.

Further, the inside of the warm air inlet is further provided with a suction fan for forcibly suctioning the indoor air.

Furthermore, grill shelves corresponding to each other are further provided on the inner surface of the indoor crater where the door is provided.

Furthermore, a humidifier is further provided on the front surface of the indoor crater, and the humidifier includes: a steam outlet exposed on the front surface of the indoor crater; It is made of a water tank connected to the steam outlet and located inside the indoor crater.

Furthermore, the inside of the combustion body is further provided with a freeze-proof electric heater, the freeze-proof electric heater is a temperature sensor for detecting the temperature of the outdoor side where the combustion body is located and the freezing wave to operate the freeze-proof electric heater by the temperature sensor It is electrically connected to the sensor.

According to the present invention, when the fire is put into the first combustion chamber side, the hot water circulation pipe is heated by the flame, so that it is possible to use the hot water of the tap water as well as the boiler heating, which increases the room temperature, and the air heated by the hot air circulation pipe is indoors. It can be introduced to increase the temperature of the room, and can be used to bake sweet potatoes or potatoes by using a roaster, as well as to enjoy oven cooking using a grill shelf.

1 is a front configuration diagram showing a heat storage type fireplace boiler according to the present invention.

Figure 2 is a rear configuration diagram showing a heat storage fireplace boiler of the present invention.

Figure 3 is a side configuration diagram showing a heat storage fireplace boiler of the present invention.

Figure 4 is a side view showing the configuration of the present inventors regenerative fireplace boiler.

Figure 5 is a side configuration diagram showing another embodiment of the present invention regenerative fireplace boiler.

Figure 6 is a perspective view of the fall prevention cover of the present inventors regenerative fireplace boiler.

7 is a perspective view showing a mesh-type roaster of the present inventors regenerative fireplace boiler.

Figure 8 is a side view showing another embodiment of the present invention regenerative fireplace boiler.

Hereinafter, other objects and features of the present invention in addition to the above object will be apparent through a description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, with reference to the accompanying drawings a heat-generated fireplace boiler according to an embodiment of the present invention will be described in more detail.

As shown in the present invention, the regenerative fireplace boiler, combustion body 10, indoor crater 20, hot water circulation pipe 30, hot air circulation pipe 40, outdoor crater 50, damper controller (60), fallout It consists of a protective cover (70).

The combustion body 10 is provided with a first combustion chamber 12 and a second combustion chamber 13 located at the outdoor side 1 and partitioned by a grate 11 therein, and communicating with the upper portion 14. It is provided and is provided with an air regulator 15 on the lower rear side.

The first combustion chamber 12 is a space in which wood, which is a heat source of a fireplace boiler, is combusted and burned in the first combustion chamber 12, and the remaining ash falls to a lower portion of the first combustion chamber 12 and is separated from the second combustion chamber 13. At this time, it is supported by the grate 11 in the process of burning wood, the ash after burning the wood passes through the grate 11 falls to the second combustion chamber (13) side.

The grate 11 divides the 1st combustion chamber 12 and the 2nd combustion chamber 13, and is comprised normally as a net-shape.

The air regulator 15 is to introduce the outdoor (1) air into the combustion main body 10, the air regulator 15 is provided to communicate with the combustion main body (10).

The indoor crater 20 extends from the combustion body 10 but is provided so as to communicate with the combustion body 10 and is located at the indoor side 2, and the door 21 is provided at the front side.

Accordingly, when the wood is placed in the first combustion chamber 12, the door 21 is opened to open the indoor crater 20, and then the wood is positioned in the first combustion chamber 12, and then the wood is lit. In order to check the inside of the indoor crater 20 and the first combustion chamber 12 from the outside, it is preferable to close the open door 21 again.

The hot water circulation pipe 30, the combustion tube 32 and the combustion tube 32 is spaced at equal intervals above the first combustion chamber 12 of the combustion body 10 is formed between the flame passage 31 and the combustion tube (32) They are installed in the periphery of the hot water outlet 33 is located in the upper outer side of the combustion body 10 and the hot water inlet 34 is formed to the rear side of the combustion body 10, respectively.

Accordingly, the hot water circulating pipe 30 is transmitted to the combustion pipe 32 and the flame passage 31 side of the wood burning in the first combustion chamber 12 and installed around the combustion pipe 32. It can be delivered to supply hot water for the boiler.

The hot water outlet 33 and the hot water inlet 34, which is connected to the pipe of the boiler, which is the same as the hot water outlet pipe and the hot water inlet pipe of the common boiler is connected to the pipe of the boiler will be omitted a detailed description thereof .

As such, the hot water circulated through the hot water circulation pipe 30 may be heated by the heat of the flame combusted in the first combustion chamber 12, so that the heating of the indoor floor is warm as well as without the need for an oil boiler or a gas boiler. It is possible to use hot water.

In addition, in the summer season, by inserting wood into the second combustion chamber 13 and burning it, the heat is prevented from entering the room through the indoor crater 20 connected to the first combustion chamber 12 and only the hot water circulation pipe 30 is provided. By warming up, you can use warm hot water in summer without heating the room.

The hot air circulation pipe 40, the hot air outlet 41 provided in the upper front of the indoor crater 20 and the hot air inlet 42 provided in the lower front of the indoor crater 20 and the hot air outlet 41 ) Is connected to the hot air inlet 42 and is positioned along the first combustion chamber 12 and the second combustion chamber 13.

The warm air circulation pipe 40 provided in this way is to circulate and warm the air of the indoor side 2 where the indoor crater 20 is located, and the indoor air is provided at the front lower portion of the indoor crater 20. After entering the hot air inlet 42, the hot air outlet is circulated through the hot air circulation pipe 40 located in the first combustion chamber 12 and the second combustion chamber 13 and is provided on the front upper portion of the indoor crater 20. It exits to the (41) side and exhausts to the indoor side 2 again.

At this time, the air circulated through the hot air circulation pipe 40 is warmed by the heat source generated in the first combustion chamber 12, so that the warm air escapes to the hot air outlet 41 and is exhausted to the indoor side. The air warms up

In addition, the inside of the warm air inlet 42 may be provided with a suction fan 46 for forcibly sucking the air in the room.

Accordingly, when the suction fan 46 is operated to forcibly suck the indoor air toward the hot air inlet 42, a hot air fan that warms the indoor air is more easily flowed through the hot air circulation pipe 40. There is no difficulty in playing the role.

The outdoor crater 50 is disposed at the lower part of the rear surface of the combustion body 10 and the cleaning tool 51 located at the rear of the combustion body 10, the interior of the second combustion chamber (13) It is used to remove and clean the ash accumulated in the combustion or put the wood into the second combustion chamber (13), so as to open and closed with the outside by the outdoor fire door as shown.

In addition, the cleaning tool 51 is for inspecting or cleaning the combustion pipes 32 and the flame passage 31 provided in the upper portion of the first combustion chamber 12 of the combustion body 10.

The damper controller 60, the damper 62 provided by the rotating shaft 61 in the communication 14 of the combustion body 10 and the support portion 63 provided on the side of the combustion body 10 And the connecting rod 64, which is supported by the support units 63 and connected to one side of the damper 62, and connected to the other side of the connecting rod 64, by pulling the connecting rod 64. ) Up and down.

That is, when the damper controller 60 is pulled out, the connecting rods 64 are pulled out, and thus, the damper 62 connected to one side and one side of the connecting rod 64 is lifted by the rotation shaft 61. Open the communication 14.

In addition, pushing the pulled damper adjuster 60 is pushed back pulled connecting rods 64 to close the lifted damper 62 to block the opening of the communication (14).

The fall prevention cover 70 is exposed to the outside of the combustion body 10, the air intake portion 71 and the air inlet portion 72 connected in communication with the air intake portion 71 is sucked outside air And an air discharge unit 73 and an air discharge unit positioned in the indoor crater 20 to supply air to the first combustion chamber 12 to the outdoor air introduced through the air inlet unit 72. 73) to cover the fallout.

The fall prevention cover 70 prevents the air discharge portion 73 from being blocked by the fallout by covering the air discharge portion 73 connected to the first combustion chamber 12 side.

The air discharge unit 73 discharges and supplies external air to the first combustion chamber 12 side, and external air is supplied through the air suction unit 71 exposed to the outside of the combustion body 10. Inhaled and sucked air is introduced into the combustion body 10 through the air inlet 72, and the introduced air is again in the first combustion chamber 12 of the combustion body 10 through the air outlet 73. It is discharged to the) side to supply the air required in the process of burning wood in the first combustion chamber (12).

In the inside of the hot air outlet 41, opening and closing the hot air outlet 41 and the cover 44 is provided with a handle 43 and connected from the cover 44 is located inside the hot air outlet 41 The mesh-shaped grill 45 is further provided.

Accordingly, sweet potatoes, chestnuts, potatoes, etc. may be put into the mesh roaster 45 and baked, and the mesh-shaped roaster 45 is heated through the handle 43 of the cover 44 to the hot air outlet 41. It can be taken out easily.

In addition, grill shelves 22 corresponding to each other are further provided on an inner surface of the indoor crater 20 in which the door 21 is provided.

Accordingly, when the door 21 of the indoor crater 20 is opened, for example, when grilling fish or cooking an oven using chicken, food ingredients are put in an oven bowl, and then the oven is placed on the grill shelf 22. When the bowl is placed, a heat source for baking food ingredients is supplied through the first combustion chamber 12 to be cooked in an oven.

In addition, a humidifier 23 is further provided on the front surface of the indoor crater 20, and the humidifier 23 includes a steam outlet 23a exposed to the front surface of the indoor crater 20 and the steam outlet 23a. It is made of a bucket body (23b) connected to the inner and the inner crater (20).

At this time, the humidifier 23 is provided in the center of the indoor crater 20 is provided with the hot air outlet 41, and after filling the water in the bucket body 23b, the bucket body inside the indoor crater 20 When the position (23b) is positioned, the water filled in the bucket body (23b) is heated by the heat source, the steam generated at this time is introduced into the room through the steam outlet (23a) exposed to the front of the indoor crater 20 The indoor humidification effect is achieved.

The inside of the combustion body 10 is further provided with a freeze protection electric heater 80, the freeze protection electric heater 80 is a temperature sensor 81 for sensing the outdoor temperature on which the combustion body 10 is located; The temperature sensor 81 is electrically connected to the freeze detection sensor 82 for operating or stopping the freeze protection electric heater 80.

Accordingly, when not used in winter, the temperature sensor 81 senses the outdoor temperature to operate the freeze protection electric heater 80 to prevent the hot water circulation pipe 30 from freezing and freezing.

In addition, the outdoor crater 50 is provided to protrude from the rear of the combustion body 10, the protruding outdoor crater 50 is further provided with a cauldron (90).

As the cauldron 90 is further provided, for example, the cauldron 90 may be used when barking or cooking food. The heat source required for the cauldron 90 may be added to the first combustion chamber 12. The heat source is transferred to the cauldron (90) by the char with embers falling to the second combustion chamber (13) in the process of burning wood in the first combustion chamber (12) as well as the heat generated during the combustion.

In the present invention as described above has been described by the specific embodiments, such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all of the equivalents and equivalents of the claims, as well as the following claims, will fall within the scope of the present invention.

Claims

The first combustion chamber 12 and the second combustion chamber 13 are located at the outdoor side and partitioned by the grate 11 therein, and the communication unit 14 is provided at the upper outer side, and the air regulator 15 is located at the bottom outside of the rear side. Combustion body 10 is provided with;

An indoor crater (20) extending from the combustion body (10), the interior of the combustion body (10) being in communication with the interior, and positioned at the interior and having a door (21) at the front;

Combustion tubes 32 and spaced at equal intervals above the first combustion chamber 12 of the combustion body 10 are disposed between the combustion tubes 32 and the combustion tubes 32 formed between the combustion tubes 32 and the combustion body 32. A hot water circulation pipe 30 in which a hot water outlet 33 is located at an upper outer side of the upper portion 10, and a hot water inlet 34 is respectively located at a rear side of the combustion body 10;

Connecting the hot air outlet 41 provided in the upper front of the indoor crater 20 and the hot air inlet 42 provided in the lower front of the indoor crater 20 and the hot air outlet 41 and the hot air inlet 42 And a warm air circulation pipe (40) positioned along the first combustion chamber (12) and the second combustion chamber (13);

A cleaning tool (51) located at the upper rear of the combustion body (10) and an outdoor shoe (50) located at the lower rear of the combustion body (10);

It is supported by the damper 62 provided by the rotary shaft 61 and the support parts 63 provided on the side of the combustion body 10 and the support parts 63 in the communication body of the combustion body 10. The damper controller 60 for lifting and lowering the damper 62 by pulling the connecting rod 64 is connected to the connecting rod 64 and the other side of the connecting rod 64, one side is connected to one side of the damper 62 and ;

The air inlet part 71 exposed to the outside of the combustion body 10 and the outside air is sucked in and the air inlet part 72 connected in communication with the air intake part 71 and the interior of the indoor crater 20. Falling out to cover the air discharge portion 73 and the air discharge portion 73 to supply air to the first combustion chamber 12 and the outdoor air introduced through the air inlet portion 72 to prevent the fallout Regenerative fireplace boiler characterized in that it comprises a prevention cover (70).
The method of claim 1,

Inside the hot air outlet 41

Opening and closing the hot air outlet 41, the cover 44 is provided with a handle 43 and the mesh type grill 45 is connected to the cover 44 is located inside the hot air outlet 41 is further provided Regenerative fireplace boiler, characterized in that made.
The method of claim 1,

Heat storage type boiler boiler, characterized in that the inside of the hot air inlet 42 is further provided with a suction fan 46 for forced suction of indoor air.
The method of claim 1,

Heat storage type boiler boiler, characterized in that the inner surface of the indoor crater 20 is provided with the door 21 is provided with grill shelves 22 corresponding to each other.
The method of claim 1,

The front of the indoor crater 20 is further provided with a humidifier (23),

The humidifier 23 includes a steam outlet 23a exposed at the front surface of the indoor crater 20;

Regenerative fireplace boiler, characterized in that consisting of a water bottle (23b) is connected to the steam outlet (23a) and located inside the crater (20).
The method of claim 1,

The inside of the combustion body 10 is further provided with an electric heater for preventing the freeze,

The freeze protection electric heater 80 operates or operates the freeze prevention electric heater 80 by a temperature sensor 81 and the temperature sensor 81 which sense an outdoor side temperature at which the combustion body 10 is located. Regenerative fireplace boiler, characterized in that made in electrical connection with the freezing sensor 82 to stop.
The method of claim 1,

The outdoor crater 50,

It is provided to protrude from the back of the combustion body 10,

The protruding outdoor crater (50) is a regenerative fireplace boiler, characterized in that the cauldron (90) is further provided.