KR20050080096A - A home briquit boiler - Google Patents

Abstract

The present invention relates to a domestic briquette boiler, and improves the conventional inefficient boiler structure to form a structure that can use a sufficient hot water at the same time with a sufficient heating based on the best efficiency, the briquettes inside the integrated furnace placed in the combustion chamber In order to make the most of the heat generated during combustion, a water chamber is formed on the lid, and it has a plurality of heat dissipation pipes that penetrate the upper and lower heat sinks, and a hot water supply coil is connected to an external water supply line around the heat dissipation pipe in the kitchen and bathroom. The present invention relates to a domestic briquette boiler having a 3PASS structure, which can use sufficient hot water supply.

Description

Briquette boiler for home {A home briquit boiler}

The present invention improves the flow structure of the combustion heat in order to ensure a sufficient amount of heating water flowing into the boiler water compartment and the lid water chamber to increase the efficiency and supply of sufficient hot water and efficient heating, the combustion heat passes through the heat radiating pipe The present invention relates to a domestic briquette boiler that can easily remove the scale inside the tube generated in the process of being discharged to the outside and maintain a more efficient and long life span.

In general, the heat exchange structure of the conventional domestic briquette boiler is a method in which a pipe is spirally wound outside the earthenware or refractory-fired oven to warm one's heating by using one or more internally to heat the heating water. Its area is narrow, it is composed of 2 PASS structure, so its heat exchange capacity is low, and it is impossible to supply sufficient hot water supply because it installs a water heater on the briquette boiler lid. In addition, the home briquette boiler of the heat exchange type by indirect heat transmitted to the side of the furnace by providing a sedimentary pit inside the reservoir is also provided with a combustion chamber that is vertically strong at the center of the briquette because the boiler has no water chamber. Because it does not deliver energy and is discharged to the outside at a high speed, it wastes energy and inevitably decreases the hot water supply capacity.

The present invention has been made in order to solve the above problems, first, by forming a boiling room and a water chamber on the lid of the boiler body to ensure the maximum amount of heating water, second, to improve the circulation structure of the heating water and the hot water supply coil effectively The inside of the pipe can be supplied with smooth heating and sufficient hot water supply. Third, it improves the flow structure of combustion heat, improves efficiency, and creates an associative structure that allows the inside of the heat dissipation pipe to be opened while the lid is opened. It is an object of the present invention to provide a domestic briquette boiler having a structure capable of removing corrosion to prevent corrosion and maintaining a more efficient and long service life.

In order to achieve the above object, the present invention is equipped with a lid is formed in the upper chamber of the combustion chamber, the bottom of the combustion chamber is provided with a briquette formed with a vent and an integral furnace is placed thereon. In addition, a plurality of primary heat dissipation tubes for inducing combustion heat downward and secondary heat dissipation tubes for elevating and discharging exhaust gas to the outside are provided, and a hot water supply coil is formed around the heat dissipation tube.

Through this configuration, not only efficient heating but also sufficient hot water can be used.

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

      Figure 1 is an exemplary view showing a front state of the lid open of the present invention, Figure 2 is a side cross-sectional view showing the internal structure of the present invention, Figure 3 is a cross-sectional plan view of the present invention, Figure 4 is a combustion chamber of the main part of the present invention And it is an exploded view of the heat dissipation tube, it will be described with reference to the following.

      As shown in FIG. 1, a communication fastening hole 2 for connecting communication is formed at the center rear of the upper plate 7 outside the boiler body, and the hot water supply pipe 4 and the temperature limit are formed on the left side of the communication fastening hole 2. The fastening pipe 5 is provided with a hot water intake pipe 3 and an air valve fastening pipe 6 on the right side of the communication fastening hole. A heating outlet pipe 16a is formed at the upper left side of the main body, a heating inlet pipe 17a is formed at the lower right side of the main body, and an air vent 9 is formed at the front lower end.

The hinge 26 is attached to one side of the lid 8 having the water chamber 30 on the upper surface of the combustion chamber of the boiler so as to be smoothly opened and closed at the upper side of the main body 1.

A lid outlet tube 16b is formed on the upper surface of the lid 8, and a lid receiver tube 17b is formed on the right side of the lid 8. The lid outlet pipe 16b and the heating outlet pipe 16a of the main body are connected by a soft hose 16c, and the lid inlet pipe 17b and the heating inlet pipe 17a of the main body are connected by a soft hose 17c. .

      On the other hand, to look at the internal structure of the present invention in more detail, as shown in Figure 2, the coal briquette support 20 is formed on the lower end of the combustion chamber 31, the integrated oven (top and bottom open) ( 19) to be enshrined.

In addition, as a structure for easily removing the scale inside the pipe while increasing the efficiency of the boiler, a plurality of primary heat dissipation pipes 23 are disposed to be inclined through the water storage chamber 22 so that the lid is open and the inside of the pipe can be checked at the same time. One end of the clearance welding on the upper side of the kitchen parchment 28, the other end of the clearance welding on the lower plate 29. One or more secondary heat dissipating pipes 27 are vertically penetrated through the tangyi, one end of which is welded to the lower part of the dispensing chamber 29, and the other end is welded to the upper plate of the main body 7 to communicate with the outside fastening hole (2) To form.

 A hot water supply coil 24 is disposed around the primary heat dissipation pipe 23 passing through the water dispensing chamber 22 at regular intervals, and one end thereof is fastened to the hot water supply pipe 3 and the other end is a hot water supply pipe 4. To be fastened to.

     As an embodiment of the present invention configured as described above, by using the lid handle 21 to open the storage cap 8, and to align the briquettes ignited in the oven stack and then close the storage cap 8, the air supply ( 9. The briquettes are burned while the air introduced through 9 passes through the air vent 12 formed in the briquette pedestal 20.

The oven blocks combustion-inhibiting elements to increase combustion efficiency, transfers heat to the combustion chamber water wall 11 to heat the heating water introduced into the boiling chamber 22 first, and induces smooth vertical rise of heat. Ascending heat is directly heated to the boiler lid lower plate 18, and is dispersed by a plurality of primary heat pipes 23 which penetrate the inside of the kitchen compartment up and down obliquely and pass downward to heat the heating water. , Are gathered in the cleaning hole 25 installed in the bottom of the kitchen. The heat collected in the cleaning device rises through the secondary heat pipe 27 and heats the heating water for the third time and then discharges to the outside of the boiler, so that the heat of combustion is more efficiently exchanged while passing through the heat transfer portion of the boiler. It is configured to lose. On the other hand, when looking at the heating water circulation structure of the present invention, while the circulation pump is operated by the temperature limit mounted on the boiler, the heating water in the pipe is divided into two stems in the heating inlet pipe (17a), one line is in the cold storage room (22) The other one flows in through the soft hose 17c and flows into the lid water chamber 30, respectively, and at the same time, the water flows out through the soft hose 16c from the heating chamber 22 and the lid water chamber 30 in a large amount and flows in. It can be seen that the confluence again with the outlet pipe 16a is circulated with the external pipe line. On the other hand, the soft soft hose (16c, 17c) enables the opening and closing of the lid as well as the circulation of the heating water in the lid water chamber 30, the hot water supply coil 24 installed near the heat dissipation pipe can supply a quick and sufficient hot water Since the lid 30 is opened and the inside of the primary heat dissipation tube can be viewed from the front of the boiler, it is possible to easily remove foreign substances gathered at the cleaning opening 25 while removing scales attached to the heat transfer parts inside the tubes. It has a configuration that can be done.

As described above, the 3PASS structure of the present invention, by ensuring the maximum amount of the heating water flowing into the boiling water compartment and the lid chamber to achieve a smooth heating and sufficient hot water supply, improved heat pipe structure and the flow structure of combustion heat Through this, as well as the efficient use of energy, it is possible to easily remove the scale inside the tube generated during the discharge process of heat, maintaining a constant efficiency and long life.

1 is an overall perspective view of the present invention.

2 is a top cross-sectional view of the present invention.

Figure 3 is a longitudinal sectional view showing the internal structure of the present invention.

Figure 4 is the main part of the present invention combustion chamber water walls and heat radiation tube bone irradiation attempt.

※ Explanation of symbols for main parts of drawing

1: main body 2: communication fastening

3: hot water supply pipe 4: hot water supply pipe

5; Temperature limit fastening 6: Air valve fastening

7: body top 8: lid

9: air supply 10: air conditioner

11: combustion chamber wall 12: vent

16c, 17c: soft hose 16b: cap outlet pipe

17b: lid inlet pipe 16a: heating outlet pipe

17a: heating water inlet 18: lower lid

19: oven 20: briquette

21: lid holder 22: the kitchen

23: primary heat pipe 24: hot water supply coil

25: cleaning hole 26: hinge

27: 2nd heat dissipation pipe 28: Tangbi room top

29: lower room 30: lid chamber

31: combustion chamber

Claims (3)

A lid formed with a water chamber is seated on the upper surface of the combustion chamber, and a coal briquette support formed with a vent is installed at the bottom of the combustion chamber, and an integral furnace is placed thereon, and a plurality of primary heat pipes for inducing combustion heat downward and exhaust gas are externally provided. Secondary heat dissipation tube to raise and discharge the furnace, and briquette boiler for home to be connected to the outside with a hot water coil built around the heat dissipation tube. The domestic briquette boiler of claim 1, wherein the lid in which the water chamber is formed is connected to the heating inlet pipe and the heating outlet pipe of the boiler body by a soft hose to open and close the lid, and to allow the heating water of the lid compartment to circulate. The briquette boiler of claim 1, wherein the primary heat dissipation tube is inclined and the secondary heat dissipation tube is vertically formed, and a cleaning hole is formed under the water storage chamber.