KR20140104204A - the for both hot-air blower and wood burn boiler system - Google Patents

Abstract

A firewood boiler device having the function of a hot-air blower according to the present invention outputs radiation heat to the outside from a combustion chamber (101) for the purpose of primary heating and hot-air heated through a combustion chamber heating pipe (121) is output to the outside through a combustion chamber hot-air exhaust hole (111) formed at the rear of the combustion chamber (101). Heat generated in the combustion chamber (101) or heat radiated out of a heat collecting chamber (201), in which smoke is stayed, is output for the purpose of secondary heating of an indoor room. Heat in the heat collecting chamber (201) is transferred through a heat collecting chamber heating pipe (202) and a heat collecting chamber hot-air exhaust hole (202a) and is used for heat insulation in a factory, a stable or a plastic house by installing a separate air line. A flange-bolt fastening unit is provided between a combustion chamber part (100) and a heat collecting chamber part (200) and at a funnel part (300) such that the same can be easily disassembled. Thus, installation work and interior cleaning work are convenient. A hot-water bath (207) is installed at an upper portion of the combustion chamber (101) to induce heat insulation to the bottom of an indoor room. An oven (208) received in an oven chamber (208a) inside the hot-water bath cooks various types of roasted foods. A blower (125) is attached to an upper protruding surface of an air distributor (124) installed out of the combustion chamber (10) so that the life span of a motor system can be extended regardless of the heat transferred from the combustion chamber. The hot-water bath (207) and the oven chamber (208a) having suitable sizes are installed to an upper portion of the combustion chamber.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a hot-

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a harmonious boiler apparatus for use with a hot-air fan, and more particularly, to a harmonious boiler apparatus using both helicopters and indoor heat radiant heaters.

Recently, due to the increase of oil and electricity charges, the heating cost of farmhouses has skyrocketed and there has been a lot of interest in harmony boilers using pellets or harmonics as fuel.

Generally, these firewood boilers have combustion chambers that burn harmonics, and hot water is installed in the vicinity of the fire room or the communication room to use hot water.

In addition, since the combustion room of the above-mentioned fellowship boiler is divided into a combustion chamber and a combustion chamber, and a hot water jacket is provided outside the combustion chamber or outside of the combustion chamber or outside of the combustion chamber and hot water or hot water is used, And the like are attached to the upper part of the combustion chamber or the inner circumferential surface of the combustion chamber to interrupt the flow of the combustion gas to lower the thermal efficiency and flow out to the outside.

Such a harmonious boiler is not suitable for the purpose of heating a crop or an axis house because it is mainly intended to use indoor heating and hot water as radiant heat emitted from a combustion chamber, a combustion chamber, or a communication pipe.

[Document 1] 10-0909847 (B1) 2009.07.22 [Document 2] 10-1006146 (B1) 2010.12.29 [Document 3] 10-1079694 (B1) Oct. 28, 2011 [Document 4] 10-1094472 (B1) 2011.12.08

In view of the above, the present invention provides a general purpose boiler of a harmonized boiler using pellets or harmonics as a fuel, in addition to ambient heating and an indoor hot water boiler, The present invention has been made to solve the above problems.

In addition, an oven for simple cooking is installed to solve the problem of initial ignition of a harmonics boiler, and in particular, problems such as wood vinegar and tar contained in the combustion gas when burning harmonious wood stick to the upper part of the combustion chamber, And it is an object of the present invention to provide a combined warming-up boiler apparatus having a structure which can be cleaned easily.

In view of the above problems, the present invention provides a combustion chamber (101) having a closed one side and an opened side and burning a harmonious material therein, and a ash receiving chamber (104) formed integrally with the combustion chamber in a bottom portion of the combustion chamber A rectangular combustion chamber air conditioner 114 communicating with the combustion chamber at a lower end thereof with a caster 107 attached to a lower portion of the combustion chamber and a caster support 106 attached to a side of the ash receiving chamber, A door hinge 117 is attached to the upper and lower edges of the opening of the combustion chamber provided with the combustion chamber air control door 114a provided to open and close the combustion chamber air control opening outside the combustion chamber air control opening, A combustion chamber part 100 having a combustion chamber door 112 opened and closed by a sphere 108; A heat collection chamber 200 which is hermetically sealed to two combustion chamber stack holes 102 opened above the combustion chamber portion 100 and in which the fire and exhaust gases of the combustion chamber 101 are discharged and stored in the heat collection chamber 201, Wow; And a communicating part (300) bolted to the upper side of the heat collecting chamber part (200), characterized in that in a general purpose boiler for a warm air fan,

An air distributor 124 having an upper round type hollow convex hollow structure and a lower end assembled with a flange bolt is hermetically fixed to both sides of the combustion chamber air supply mechanism 103 of the combustion chamber 101, An air socket 124a is provided on the outer side surface of the air distributor at a position where it is in contact with the ignition control mechanism 113 of the indoor heat exchanger 112 and a heat collecting chamber heat transfer tube 202 introduced into the heat collecting chamber 200 And the air in the opposite position to the air introducing hole 124b of the air chamber 124a of the air distributor 124 and the heat collecting room air supply device 203a provided at the center of the outside of the heat collecting room air distributor, And the exhaust hole 124c is airtightly connected to the outside of the air introduction hole 124b and is hermetically communicated with the air blowing duct 125b of the air blower 125. In this way, (101), the second heat from the heat collecting room (201) The present apparatus, which is used as a hot air fan in which the open outside air is discharged to the room, has a high heat efficiency high efficiency fan unit which is minimized through the vertical communication (301) and horizontal communication (302) of the communication unit (300) The assembling means of the hot water tank bottom stack 123a, the hot water supporter 123b, the upper and lower ends of the air distributor 124, and the connecting portion 300 between the combustion chamber portion 100 and the heat collecting chamber portion 200, The hot water tank 207 and the hot water tank inner side are provided on the upper side coupling surface of the heat collecting chamber 101. The hot water tank 207 and the hot water tank inner side are connected to each other by a bolt, And an oven (208) is provided in an oven room provided in the oven room to provide a function to cook indoor floor heating and simple grilled food.

The present invention is applicable to a boiler with a fan for both fans and humid heaters in which harmful substances are charged into the combustion chamber 101 and the combustion chamber door 112 is closed after the initial ignition and the outside air introduced through the intake grille 125a of the blower 125, The air is blown onto the ash receiving grill 119 inside the combustion chamber through the air distributor 125 through the air distributor 124 and the ignition exhaust nozzle 115 provided under the door inner partition wall 112a in the hollow interior of the combustion chamber door 112, Thus, the oxygen required for combustion of the harmonious wood is forcibly supplied to the ignition chamber so as to be useful for initial ignition, thereby solving the problem that the smoke flows back to the outside of the combustion chamber door.

In the present invention, in the present invention, radiant heat is first radiated to the outside by the combustion chamber 101 to heat the inside of the combustion chamber 101, and heat heated through the heated combustion chamber heat transfer tube 121 is introduced into the combustion chamber warm air exhaust hole 111; The indoor heat is generated by the heat radiated from the inside of the combustion chamber 101 and radiated to the outside of the heat collecting room 201 which is the space where the smoke stays and the heat in the heat collecting room 201 is passed through the heat collecting room heat transfer pipe 202 A warm air blown through the collection room-temperature blow-off pores (202a) allows indoor heating or a separate air line to be installed in a plant or a house or heating in a facility house.

In addition, a hot water tank 207 is provided on the upper connecting surface of the combustion chamber 101 so as to be useful as indoor floor heating. The oven 208 accommodated in the oven chamber 208a provided in the hot water tank includes various types of roast food Cooked.

Since the assembling means of the combustion chamber portion 100, the heat collecting chamber portion 200, and the connecting portion 300 are assembled by bolts, the internal cleaning after disassembly is easy, The vertical communication cleaner cover 301a facilitates the cleaning of the inside of the vertical communication and the lower end of the vertical communication is also separated by the bolt fastening to easily clean the interior of the room 201. The horizontal The communication cleaner cover 302a is also a useful invention characterized in that it is easy to clean, such as wood vinegar or tar, which is accumulated in horizontal communication.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
Fig. 2 is a perspective view of the rear part of the present invention
Fig. 3 is a perspective view of the combustion chamber portion of the present invention,
4 is an exploded perspective view of the heat collecting chamber and the communicating part,
5 is a longitudinal sectional view showing the internal assembly of the present invention
6 is a cross-sectional view of the reference portion of the combustion chamber door according to the present invention

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

FIG. 3 is an exploded perspective view of a combustion chamber, which is a main part of the present invention, and FIG. 3 is a perspective view of a disassembling assembly of a heat collecting chamber and a communicating part which are the main components of the present invention. Referring to FIG. 4, the following will be described.

The present invention relates to a boiler for boilers and a boiler for a fan according to the present invention, which comprises a combustion chamber (101) for charging and combusting a harmful material inside a closed one side and a reheat chamber (104) formed integrally with the combustion chamber in a bottom portion of the combustion chamber A caster 107 attached to a lower portion of the combustion chamber and a caster support 106 attached to the side of the ash receiving chamber, and a rectangular combustion chamber air regulator (not shown) communicating with the combustion chamber at the lower end thereof, 114, and a door hinge 117 is attached to the upper and lower edges of the opening of the combustion chamber provided with the combustion chamber air control door 114a, which is opened and closed laterally to the outside of the combustion chamber air conditioner, A combustion chamber part (100) having a combustion chamber door (112) opened and closed by a door lock (108); A heat collecting chamber 200 which is hermetically assembled to two combustion chamber stack holes 102 opened above the combustion chamber portion 100 and discharges the fire and exhaust gas into the heat collecting chamber 201; A basic configuration and an improved configuration means of the same applicant applicant's dual fan unit for a hot-air balloon including a connecting portion 300 bolted to the upper side of the heat collecting chamber 200 will be described at the same time.

The combustion chamber 101 of the combustion chamber 100 is formed with a combustion chamber warm air exhaust hole 111 at both edges of a longitudinal cylindrical yoke having an upper and a lower recessed sphere, The ash receiving chamber 104 in which the combustion chamber door 112 is opened is received in the receiving tray 120 with the drawer rails 105 installed on the floor, A soft material slope 110 installed so as to induce the slider 20; And the other end of the combustion chamber heat transfer tube 121 which is introduced and fixed to the combustion chamber warm air discharge hole 111 is connected to the combustion chamber inlet port 111. The other end of the combustion chamber heat transfer pipe 121 is connected to the combustion chamber warm air discharge hole 111, Tightly sealed in a hollow body air distribution bend 122 of a '(' and ')' type fixedly attached to the inner wall of the combustion chamber, and the upper portion of the air distribution curve 122 is in contact with the combustion chamber, Air-side mechanism 103 will be described in detail for the sake of explanation of the same constitution as the same basic invention.

The combustion chamber door 112 of the combustion chamber portion 100 is formed in a hollow hollow structure inside the lower side only, as shown in the reference longitudinal section of the combustion chamber door according to the present invention shown in FIGS. 1, 4, An ignition level supply mechanism (113) opened at an upper center of the combustion chamber door interior side in a section separated by upper and lower door inner partition walls (112a) at regular intervals; An air damper (113a) formed in a tube formed so as to be inwardly in contact with the ignition / An air damper adjustment lever 118 for operating an air damper projected outwardly; A structure in which an ignition exhaust nozzle 115 opened horizontally is installed on the installation line of the ash receiving grill 119;

On the other hand, the heat collecting chamber 201 of the heat collecting chamber 200 is opened by introducing the four heat collecting heat pipes 202 into the cylinder in which the upper and lower portions are hollowed out to form the collecting room temperature warming pores 202a And a hollow space heat collecting air distributor 203 hollowed out to the other side of the fixed collecting room temperature warm air bubble hole 202a is hermetically fixed to the inner wall rim of the opened heat collecting room cylinder, The constitution of assembling the collecting funnel 204 with the bolts is the same in the heat collecting chamber.

In the upper half of the combustion chamber air supply mechanism 103 of the combustion chamber 101 according to the present invention, the lower half of the upper half is made into a convex hollow structure and the lower half is made up of a flange bolt And an air socket 124a is provided on the outer side surface of the air distributor at a position where the air distributor 124 assembled is in contact with the ignition control mechanism 113 of the combustion chamber door 112, A heat collecting chamber air distributor 203 having a hollow structure is hermetically assembled integrally with the heat collecting chamber heat transfer tube 202 introduced into the heat collecting chamber 200 and the heat collecting room air distributor 203a provided at the center outside the heat collecting room air distributor, The air vent hole 124c at the position opposite to the air introduction hole 124b of the air vent 124 is airtightly communicated with and airtightly connected to the outside of the air introduction hole 124b, It is assembled.

On the other hand, the upper side of the hot water tank lower stack 123a and the lower side of the hot water supporter 123b, which are hermetically assembled to the combustion chamber stack hole 102 of the combustion chamber upper side coupling surface between the combustion chamber 101 and the heat collecting chamber 201, Heat-resistant glass 207b is covered on the upper side of the combustion chamber between the two hot water tank lower stacks 123a and a rectangular box-shaped hot water 207b in which the oven 208 is housed in an oven chamber 208a formed in a compartment structure below the heat- And the tank 207 is airtightly assembled to the air distributor 124 on the combustion-cavity upper-side coupling surface.

For reference, the inside of the hot water tank 207 has an oven chamber 208a having a compartment structure between the 'concave' shaped spaces in a plan view.

The vertical communication pipe 301 is assembled to the upper side of the condensing surface of the heat collecting chamber 201 adjacent to the air distributor 203 by flange bolts and the hot water supplying coil 205 is arranged on both sides of the outer heat collecting chamber, The housing cover 206 is bolted to the housing cover cover assembling member 206a fixed to the left and right edges and the upper center portion.

As described above, an embodiment of the present invention will be described in detail with reference to the accompanying drawings, focusing on improved configuration means than the basic invention filed on the same occasion.

5 is a longitudinal sectional view showing the internal assembly of the present invention, and the respective accompanying drawings.

The combustion chamber door 112 is closed and the air cover adjustment lever 118 is turned to a horizontal state to ignite the combustion chamber door 10 in the combustion chamber door 10 after the combustible gas 10 is charged into the ash receiving grill 119 in the combustion chamber 101 of the present invention and ignited. The outside air introduced through the intake grille 125a of the blower 125 installed above the air distributor 124 provided outside the combustion chamber in the state in which the air damper 113a in the ignition / Is introduced into the air collecting chamber air distributor 203 of the hollow structure through the air blowing duct 125b and flows into the air damper 113a of the ignition power supply mechanism 113 tapered to the air socket 124a provided at the lower end thereof The gas is blown onto the ash receiving grill 119 inside the combustion chamber through the ignition exhaust nozzle 115 provided below the in-door partition wall 112a in the hollow interior of the combustion chamber door 112 so as to forcibly supply oxygen required for combustion of the harmful gas Even without opening the combustion chamber door, Very effective is the same as the basic invention.

The hot water in the hot water tank 207, which is concentrated on the upper connecting surface of the combustion chamber 101 and the hot water tank lower stack 123a, is piped and connected to the hot water axle for indoor floor heating .

On the other hand, various baked foods are cooked in the oven 208 in the oven chamber 208a provided between the hot water tanks, and the cooked state is visible on the upper side of the oven chamber 208a by the heat resistant glass 207b.

Next, when the initial ignition progresses to some extent, the air cover adjusting lever 118 is turned to a vertical position to close the air damper 113a in the ignition classifying mechanism 113, and the combustion chamber air adjusting door 114a, which is provided outside the combustion chamber door, To control the firepower in the combustion chamber according to the opening size of the combustion chamber.

Meanwhile, the operation of the hot air fan according to the present invention is similar to the basic invention of the present invention, but it will be further described as follows.

As shown in FIG. 4, an air introduction hole (not shown) connected to the air blowing duct 125b is formed by supplying air to the intake grill 125a of the blower 125 installed outside the air distributor 124 having a hollow structure protruded outside the combustion chamber 124b are introduced into the air distribution curve 122 through the combustion chamber air feed mechanism 103 provided at the upper left and right sides of the inlet of the combustion chamber 101 to be introduced into the combustion chamber 101 through the heated combustion chamber heat transfer tube 121 The heated air is exhausted to the room through the combustion chamber hot air exhaust hole 111 provided in the rear of the combustion chamber 101 or the air line is installed in the combustion chamber hot air exhaust hole 111 to perform heating up to the factory, The blower 125 is attached to the upper projecting surface of the air distributor 124 mounted on the outside of the combustion chamber 101 so as to be connected to the combustion chamber 101, Heat transfer Was improve the life of the motor system according to the, now widen the upper envoy surface area ratio of the combustion chamber to increase the size of the hot water tank 207 and the oven chamber (208a) it provides an improved effect.

On the other hand, in the heat collecting chamber 201, which is a space in which the heat or smoke generated in the combustion chamber 101 stays secondarily through the hot water tank bottom stack 123a and the hot water tank bottom stack 123b assembled with the flange bolts, And the outside air discharged to the air blowing duct 125b by the blower 125 is supplied to the indoor heat room air supply mechanism 203a, Room air distributor 203 through the heat collecting chamber heat transfer tube 202 installed in the heat collecting room and discharges hot air through the heat collecting room temperature blowing air hole 202a.

In addition, the hot water supply coil 205 installed on the outer periphery of the heat collecting chamber 201 is used to connect hot water to hot water, and the inside of the heat collecting room is cleaned through the heat collecting funnel 204 provided in the heat collecting chamber rear side of the main body Function.

As described above, the present device, which is used as a hot air fan for discharging warm air that is firstly totally heat-exchanged in the heat collecting chamber 201 in the combustion chamber 101, is connected to the vertical communication 301 ) Is a useful invention as a harmonized boiler device for both heat and heat, which minimizes waste heat and smoke.

Considering the problem that components such as wood vinegar or tar contained in the combustion gas adhere to the upper part of the combustion chamber, the inner wall of the combustion chamber, or the inner wall of the combustion chamber due to the wood used as the redistribution 10, In the present invention, between the hot water tank bottom stack 123b and the hot water tank bottom stack 123a between the combustion chamber part 100 and the heat collecting chamber part 200; Since the respective assembling means of the lower end of the air distributor 124 and the connecting portion 300 are assembled by bolts, the internal disinfection after disassembly is facilitated and the moving installation is simplified.

Particularly, the vertical communication cleaner cover 301a assembled to the vertically communicating upper end portion of the communicating portion 300 facilitates the inside of the vertical communication and the lower end portion of the vertical communication is also separated by the bolt fastening, The horizontal communicating pouch cover 302a provided in the horizontal communicating passage 302 is also a useful invention characterized in that it is easy to clean such as vinegar or tar, which is accumulated in horizontal communication.

10: Harmony 20: soft material
100: Combustion chamber part 101: Combustion chamber
102: Combustion chamber stonewall 103: Combustion chamber air-
104: Receiving chamber 105: Drawer rail
106: castor support zone 107: casters
108: door locking member 109: ash tray rail
110: soft material slope 111: combustion chamber hot air exhaust ball
112: combustion chamber door 112a: partition wall in the door
113: Ignition feeder
113a: Air damper 114: Combustion chamber air conditioner
114a: Combustion chamber air conditioning door 115: Exhaust nozzle for ignition
116: door lock piece 117: door hinge
118: air damper control lever 119: ash receiving grill
120: ash receiving drawer 121: combustion chamber heat transfer pipe
122: air distribution bend 123a: hot water tank bottom stack
123b: Hot water statuary
124: Air distributor 124a: Air socket
124b: air introducing hole 124c: air discharging hole
125: blower
125a: blower intake grill 125b: blowing duct
200: heat collecting chamber part 201:
201a: Lower stacking compartment of the house compartment 202: Heat pipe of the house compartment
202a: Collecting room temperature air-blown porcelain
203: House air room air distributor 203a: House air room air class equipment
204: Collecting and laid waste control unit 205: Hot water supply coil
206: house heat room cover 206a: house heat room cover assembly member
207: hot water tank 207a: lower stacking ball
207b: Heat-resistant glass
208: oven 208a: oven chamber
300: communication part 301: vertical communication
301a: Vertical communication cleansing cover 302: Horizontal communication
302a: Horizontal communication cleansing cover

Claims (4)

A combustion chamber 101 in which one side is clogged and the other side is opened and burns the harmonics therein and a ash receiving drawer 120 is housed in the ash receiving chamber 104 formed integrally with the combustion chamber in the bottom portion of the combustion chamber, And a caster 107 attached to a castor support 106 attached to a lower side of the ash receiving chamber 106. The caster 107 is movably attached to the lower side of the combustion chamber air regulator 114, A door hinge 117 is attached to the upper and lower edges of an opening of a combustion chamber provided with a combustion chamber air conditioning door 114a provided so as to open and close laterally outside the combustion chamber and a door lock opening 108, A combustion chamber 100 having a door 112; A heat collection chamber 200 which is hermetically sealed to two combustion chamber stack holes 102 opened above the combustion chamber portion 100 and in which the fire and exhaust gases of the combustion chamber 101 are discharged and stored in the heat collection chamber 201, Wow; And a communicating part (300) bolted to the upper side of the heat collecting chamber part (200), characterized in that in a general purpose boiler for a warm air fan,
An air distributor 124 having an upper round type hollow convex hollow structure and a lower end assembled with a flange bolt is hermetically fixed to both sides of the combustion chamber air supply mechanism 103 of the combustion chamber 101, An air socket 124a is provided on the outer side surface of the air distributor at a position where it is in contact with the ignition control mechanism 113 of the indoor heat exchanger 112 and a heat collecting chamber heat transfer tube 202 introduced into the heat collecting chamber 200 And the air in the opposite position to the air introducing hole 124b of the air chamber 124a of the air distributor 124 and the heat collecting room air supply device 203a provided at the center of the outside of the heat collecting room air distributor, And the vent hole 124c is airtightly connected to the air inlet 124b and is hermetically communicated with the ventilation duct 125b of the ventilator 125. [ 2. The fuel cell system according to claim 1, wherein between the combustion chamber (101) and the heat collecting chamber (201), a flange of the hot water tank lower stack (123a) hermetically assembled to the combustion chamber stack hole (102) A heat-resistant glass 207b is covered on the upper side of the combustion chamber between the two hot water tank lower stacks 123a, and an oven 208 Shaped warm water tank (207) is airtightly assembled to the air distributor (124) on the upper side of the combustion chamber upper side. The boiler according to claim 2, wherein the inside of the hot water tank (207) has an oven chamber (208a) having a compartment structure between the 'concave' shaped spaces in the plan view. The refrigerator as claimed in claim 2, wherein a hot water supply coil (205) is arranged on both sides of the outer circumference of the heat collecting chamber (201), and the heat collecting coil assembly member (206a) is fixed to the left and right rims And the cover (206) is assembled.

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