KR200482766Y1 - Briquet boiler - Google Patents

Abstract

The present invention relates to a wood briquetting boiler, in which heating water such as hot water or heating water is heated in a lid portion of a briquetting boiler, the leakage of the exhaust gas is prevented, and the lid is opened and closed.
That is, the present invention relates to a wooden briquette boiler having a lid portion formed with a heating water heating portion and a lid closed closing structure.
Accordingly, in the present invention, a heating water heating part is formed in a lid part for covering the burning part, and a lid sealing and supporting structure is provided, thereby preventing heat loss through the lid part and heating the heating water to improve thermal efficiency.

Description

Briquet boiler {Briquet boiler}

The present invention relates to a wood briquette boiler, and more particularly, to a briquetting wood briquette in which a lid portion is provided with a heating water heating portion and has a lid closing closure structure so that the lid portion can be heated Thereby preventing leakage of the exhaust gas and opening and closing the lid.

Generally, a briquetting boiler uses briquettes to heat hot water so that hot water can be heated.

The briquetting boiler as described above is constituted by an oven which houses briquettes therein, a heating water heating unit surrounded by the oven, and a lid which seals the upper part of the oven.

In the briquetting boiler constructed as described above, the heating water of the heating water heating unit is heated by the thermal power of the burned briquettes in the furnace, and the heating water circulated in the heating unit is heated.

However, the conventional briquetting boiler as described above has a problem that the lid covering the furnace portion has a function of preventing the discharge of the combustion gas, thereby causing heat loss through the lid portion.

Utility Model Disclosure 2010-0013033

Accordingly, the present invention can solve the problem that the briquetting boiler generates heat loss through the lid part as described above.

That is, in the present invention, the briquetting boiler is provided with a heating water heating part in the lid part and a lid closed closing structure.

Accordingly, in the present invention, a heating water heating part is formed in a lid part for covering the burning part, and a lid sealing and supporting structure is provided, thereby preventing heat loss through the lid part and heating the heating water to improve thermal efficiency.

1 is a perspective view showing an embodiment of the present invention.
2 is a side cross-sectional view of one embodiment in accordance with the present invention;
FIG. 3 is a side view of an opened state showing an embodiment of a lid-closing closed structure according to the present invention; FIG.
FIG. 4 is a closed state side view showing an embodiment of the lid closed closure structure according to the present invention; FIG.
5 is an exploded view showing another embodiment of the lid closed closure structure according to the present invention.
6 is a closed state side view of another embodiment of a lid-closed closure structure according to the present invention;
Fig. 7 is a process diagram of the closing and closing operation of the closing and closing structure according to Fig.
Fig. 8 is an exemplary view showing a furnace pipe and an air supply regulating structure in the practice of the present invention; Fig.
FIG. 9 is a view showing an example of an operation process showing another embodiment of the present invention; FIG.
Fig. 10 is an exemplary view showing an embodiment of the ash tray according to the present invention

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

The present invention is directed to heating blanket boilers in which the heating water is heated to minimize heat loss and the terms and words used in the specification and claims are to be construed in an ordinary or preliminary sense And the inventor should be construed as a meaning and concept consistent with the technical idea of the invention, on the basis that the concept of a term can be properly defined to describe its own design in the best way possible.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, It should be understood that various equivalents and modifications may be present.

1 and 2, the furnace body includes a furnace portion in which fuel is combusted, a heating water heating portion 120 formed by enclosing the furnace portion, an upper portion of the furnace body above the furnace body, The briquetting boiler comprises a lid part (130) for sealing the ladle part (110) and an exhaust port (80) for exhausting the combustion gas of the ladder part at the rear of the hearth body. And a lid 130 is provided with a heating water heating unit 10 and has a lid closed closing structure.

As shown in FIGS. 3 and 4, the lid-closing closed structure includes a hinge pin 21 on the rear end side of the lid part 130, and a hinge pin 21 is provided on both sides of the heating water heating part 120, A hinge pin 21 is formed in the upper end of the hinge pin 21 so that the hinge pin 21 is free to open and the hinge hole 22 is formed in an arc shape and the opening portion 130 is elastically opened, (23).

A closing handle 31 is provided on the front surface of the lid part 130 and a closing claw 32 having a closed curved surface is formed on both sides of the closing handle 31 in accordance with the closing rotation of the closing handle 31 And the closing pin 33 corresponding to the closing claw 32 is formed on both sides of the heating water heating unit 120. [

As shown in FIG. 5, the lid 130 may be slid upward to be slid upward and slid down to be slidably closed so as to face the front side of the heating water heating unit 120 And a lid guide rail 42 which is coupled to both sides of the lid part 130 via the rail bracket 43 and is slidably engaged with the lid guide rail 41. [

6 and 7, the lid part 130 and the heating water heating part 120 are provided in two openings 130 and 130 so that the lid part 130 can be opened and closed by a link, And a link spring 52 that binds the lid portion 130 to the heating water heating portion 120 and binds the lid portion 130 to the heating water heating portion 120 to maintain the closed state and the open state.

The heating water heated in the heating water heating unit 10 of the lid unit 130 may be supplied to a separate hot water tank and used as hot water or may be supplied to the heating water heating unit to be used as heating water .

In addition, as shown in FIG. 8, the furnace pipe 60 in which the heating water is circulated to the furnace 110 to increase the heating efficiency of the heating water can be implemented in the present invention.

An air supply control valve 72 is provided to open and close the air supply unit 140 according to the water temperature of the heating water according to the user's setting and a heating water temperature sensor 73 is provided in the heating water discharge pipe 121 And an air supply regulator 71 for controlling the opening and closing of the air supply regulating valve 72 according to the temperature sensed by the heating water temperature sensor 73 and the set temperature of the user.

In addition, in carrying out the present invention, the lid portion 130 is opened at the upper end of the stove body so as to prevent the user from poisoning by forcibly discharging the briquetting gas when the lid portion 130 is opened A forced exhaust inflow pipe 81 branched from the exhaust port 80 and supplied with exhaust gas for forced exhaust of the exhaust gas, and a forced exhaust inflow pipe 81 branched from the exhaust port 80, A forced exhaust exhaust pipe 82 connected to the exhaust port 80 for exhausting the gas through the communication pipe and a lid sensor 85 for detecting opening of the lid sensor 85 between the forced exhaust inflow pipe 81 and the forced exhaust pipe 82 A forced exhaust fan 83 for forcedly exhausting the combustion gas generated in the furnace through the exhaust port 80 and a combustion gas introduced into the exhaust port 80 by the wind pressure by the forced exhaust fan 83, (Not shown) of the forced exhaust vent pipe 82 And an exhaust restriction valve (84) in which the end of the forced exhaust pipe (82) is closed by its own weight so as to shut off the exhaust port (80) from the connection site to the furnace side.

In addition, a sight window 102 is formed at the front center of the stove body 100 to confirm that the wood is burned in the wood burner 112, A portion 90 is formed.

The wood burning furnace 112 in which the sight window 102 is formed can be partially opened so as to confirm the harmonious burning.

The felling part 90 includes an inlet 91 opened from the front side to the wood burning deck 112, a guide part 92 provided below the inlet, a wood burning deck 112 mounted on the upper surface of the guide part 92, And a harmonics injector 93 fastened to the hinge pin so as to be transferred back and forth inside.

The harmonics injector 93 is formed by an input end 93a which is hingedly folded and inserted into the upper side of the wood burner 112 and an open end 93b which opens and closes the input port 91. The open end 93b, And a handle is formed on one side.

And is hingedly pin-connected through a slot formed in the input end 93a so that forward and backward movement is possible.

A magnetically adhered portion is formed on one side surface of the opening closing end 93b so that the opening closing end is adsorbed on the entire surface of the stove body 100 to seal the inlet 91. [

The ash container 150 is provided at a central lower portion of the furnace portion 110 so as to collect the ashes generated after combustion in the furnace portion 110. The ash receiving container 150 is disposed in front of the hearth body 100 It is configured to be removed.

The briquetting furnace 111 formed on both sides of the furnace portion 110 is provided with a re-discharge slope 101 (see FIG. 1) so that the re-receiving vessel 150 provided at the lower portion of the furnace 111 is re- The re-discharge ramp 101 is formed with a vibrating portion 160 and vibrates the re-discharge ramp 101 so as to be easily discharged into the re-receiving container 150. [

The operation of the vibration unit 160 is stopped when the cassette receiver 150 is provided with the open detection sensor 151 in the cassette receiver 150 so that the cassette receiver 150 is moved to the insertion position So that it is prevented from accumulating.

The vibration unit 160 includes a motor 161 and an eccentric cam 162 and a connection bar 163 connecting the eccentric cam 162 and the ash discharge ramp 101 so as to transmit vibrations You can do it.

Hereinafter, an operation process of the present invention will be described.

As described above, in the briquette boiler, if the heating water heating unit 10 is formed in the lid unit 130 and the present invention having the lid closed closing structure is applied, The heating water used as the hot water is heated, thereby improving the thermal efficiency of the briquetting boiler.

When the cover 130 is closed with the lid closed structure, the lid 130 is tightly closed to prevent gas poisoning due to leakage of the combustion gas.

In addition, if the furnace pipe (60) in which the heating water is circulated to the furnace part (110) is provided, the heat of the furnace part (110) in which heat is concentrated in the combustion process can be used.

If the air supply control valve 72, the heating water temperature sensor 73 and the air supply controller 71 are provided to open and close the air supply unit 140 according to the water temperature of the heating water according to the user's setting , The air supply is automatically performed according to the temperature of the heating water, and the heating is uniformly and efficiently performed due to the supply of the heating water at a uniform temperature.

In addition, in the implementation of the present invention, a lid sensor 85 for sensing the opening of the lid part 130 at the upper end of the stove body, and a lid sensor 85 for detecting the opening of the lid part 130, A forced exhaust pipe 82 connected to the exhaust port 80 for exhausting the combustion gas introduced through the forced exhaust inflow pipe 81 and the forced exhaust inflow pipe 81 through the communication, A forced exhaust fan 83 that operates in response to detection of the lid opening of the lid sensor 85 between the forced exhaust ventilation pipe 81 and the forced exhaust ventilation pipe 82 to forcibly exhaust the combustion gas generated in the furnace through the exhaust port 80, An exhaust restriction valve (not shown) for shutting off the exhaust port 80 from the connection site of the forced exhaust exhaust pipe 82 to the furnace side so that the combustion gas introduced into the exhaust port 80 by the wind pressure by the fan 83 does not flow into the furnace 84, the briquette replacement The lid sensor 85 senses this when the lid part 130 for loading and unloading is opened and the forced exhaust fan 83 operates according to the detection of the lid sensor 85, The exhaust valve 80 is closed to close the furnace side of the exhaust port 80 so that the combustion gas is discharged through the exhaust port 80 through the communication port.

As described above, since the forced exhaust fan 83 is spaced apart from the exhaust port 80, the exhaust heat is not always applied and the forced exhaust fan 83 is prevented from being damaged.

Particularly, the exhaust restriction valve 84 normally blocks the conduit to the forced exhaust fan 83 by its own weight, and the inflow of the combustion gas into the forced forced exhaust fan 83 is normally blocked.

Meanwhile, a sight window 102 is formed at the front center of the stove body 100, so that the firewood being burned in the wood burner 112 can be identified.

The harmonics insertion unit 90 is formed on the upper side of the viewing window 102 so that the fellows can be inserted without opening the lid unit 130.

The harmonics injecting unit 90 includes a guide unit 92 and a harmonics injector 92 that is reciprocated forward and backward and left and right on the upper surface thereof so as to be able to change the position where the harmonics are injected, Can be efficiently performed.

In addition, the harmonics injector 93 enters the wood furnace 112 and is hinged to the input end 93a for changing the insertion position of the helical knob and the open end 93b for opening and closing the input port 91, Thereby opening and closing the opening 91.

In addition, the ashtray 150 is provided at the lower center of the furnace part 110, so as to collect the ashes generated after the combustion in the furnace part 110, thereby discharging the ash.

Particularly, when a small amount of material generated in the both-end briquetting furnace 111 is discharged to the ash receiving vessel 150 provided at the lower central portion along the ash discharge slope 101, the dust is smoothly discharged by the vibrating unit 160 When the aspiration receptacle 150 is opened by the lid opening sensor 151, the vibration of the vibrating part 160 is stopped and the movement of the ashes discharged from the briquetting furnace 111 is stopped.

10: Heating water heating section
21: hinge pin 22: long hole hinge hole 23: open spring
31: Closing knob 32: Closing hook 33: Closing pin
41: heating part guide rail 42: lid guide rail 43: rail bracket
51: opening / closing link 52: link spring
60: Furnace piping
71: air supply regulator 72: air supply regulating valve 73: heating water temperature sensor
80: Exhaust
81: forced exhaust inlet pipe 82: forced exhaust outlet pipe
83: forced exhaust fan 84: exhaust restriction valve
85: Lid sensor
100: stove body 101: re-discharge ramp
110:
111: Briquetting Furnace 112: Wood Furnace
120: heating water heating section 121: heating water discharge pipe
130: lid part
140: Air supply
150: Receptacle 151: Opening sensor
160:
161: motor 162: eccentric cam 163: connecting bar

Claims (1)

(130) for sealing the upper part of the hearth part (130) on the upper side of the hearth body and a lid part (130) for sealing the upper part of the hearth part, 1. A briquet boiler comprising an exhaust port (80) through which a combustion gas is discharged;
Two briquetting furnaces 111 provided at both sides of the furnace portion and a wooden furnace 112 provided at the center;
Forming a heating water heating part (10) on the lid part (130);
A lid closing closure structure for closing the lid part 130 to the stove body;
And an oven pipe (60) for circulating heating water to the oven (110) so as to increase heating efficiency of the heating water;
And an air supply control valve (72) for opening and closing the air supply part (140) according to the water temperature of the heating water according to the user's setting;
A heating water temperature sensor 73 is provided in the heating water discharge pipe 121;
And an air supply regulator (71) for regulating the opening and closing of the air supply regulating valve (72) according to the temperature sensed by the heating water temperature sensor (73) and the user set temperature;
A lid sensor 85 for sensing the opening of the lid 130 so as to prevent the user from intoxication by forcibly discharging the briquet gas when the lid 130 is opened for opening or closing the briquette replacement or mounting on the upper end of the hearth body For discharging the combustion gas introduced through the forced exhaust inflow pipe (81) branched from the exhaust port (80) to which the exhaust gas flows for forced exhaust of the exhaust gas and the forced exhaust inflow pipe (81) A forced exhaust pipe 82 connected to the exhaust port 80 is operated in accordance with the detection of the lid opening of the lid sensor 85 between the forced exhaust inflow pipe 81 and the forced exhaust pipe 82, A forced exhaust fan 83 for forcibly exhausting the combustion gas generated in the furnace portion, a forced exhaust pipe 82 for preventing the combustion gas introduced into the exhaust port 80 from flowing into the furnace portion due to wind pressure by the forced exhaust fan 83, From the previous connection, And an exhaust restriction valve (84) in which the end of the forced exhaust exhaust pipe (82) is closed by its own weight so as to shut off the exhaust port (80) to the exhaust port
A sight window 102 is formed at a front center of the stove body 100 so as to confirm that the wood is burned in the wood burner 112 and a harmony input part 90,
The felling part 90 includes an inlet 91 opened from the front side to the wood burning deck 112, a guide part 92 provided below the inlet, a wood burning deck 112 mounted on the upper surface of the guide part 92, And a harmonics injector 93 coupled to the hinge pin so as to be reciprocated right and left within a predetermined angle,
The feeder 93 includes a feed end 93a for feeding the upper side of the wood burner 112 and an open end 93b for opening and closing the feed opening 91. The open end 93b And a sealing portion made of a magnet is formed on a surface of one side of the opening closing end 93b to seal the inlet 91;
A bottom of the hearth 110 is provided with a hearth receptacle 150 which is gathered after burning in the furnace 110 and is removed from the front of the stove body 100;
A material discharge ramp 101 is provided in the briquetting furnace 111 formed on both sides so that the material can be collected by the material receiving container 150 provided at the lower part of the wooden furnace 111;
The re-discharge ramp 101 is constituted with a motor 161 and an eccentric cam 162 and a vibrating part 160 composed of a connecting bar 163 connecting the eccentric cam 162 and the ash discharge ramp 101 ,
And an open detection sensor 151 for stopping the operation of the vibration unit 160 when the ash receiving container 150 is taken out from the ash receiving container 150;

The lid closed closure structure may include:
The hinge pin 21 is provided on the rear end side of the lid part 130 and the hinge pin 21 is opened and closed at both sides of the heating water heating part 120 by being vertically elongated, And an opening spring 23 for forming a long hole hinge hole 22 and elastically supporting the rear end of the lid part 130 so that the lid part 130 is elastically opened. The front end of the lid part 130 is provided with a closing handle (31) are formed on both sides of the closing handle (31), and a closing claw (32) having a closed curved surface is formed so as to be closed and closed in accordance with the closing rotation of the closing handle (31) The closing pin 33 is formed on both sides of the heating water heating section 120,
A heating part guide rail 41 provided on both sides of the heating water heating part 120 such that the lid part 130 slides upwards and opens and slides downward and slopes downward and is inclined upwards, And a lid guide rail (42) slidably coupled to the heating section guide rail (41) via a rail bracket (43)
The lid part 130 and the heating water heating part 120 are coupled to each other by two or more opening and closing links 51 so that the lid part 130 is rotated and closed by the link, and the lid part 130 is connected to the heating water heating part 120 , And a link spring (52) that elastically binds the open end of the bellows to maintain the closed state and the open state.

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