KR860001335Y1 - Stove - Google Patents

Abstract

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Description

Sawdust Stove for Hot Water Piping

1 is an overall perspective view of this invention.

2 is a cross-sectional view of this design.

3 is a perspective view of main parts of the present invention.

4 is a perspective view of a conventional product.

* Explanation of symbols for main parts of the drawings

1: sawdust bin 2: mortar

3: combustion plate 4: round endothermic tube

5: square heat absorption pipe 6: hot water pipe

7: double tube 8: communication

9: hot tub 10: hot tub

The present invention relates to a sawdust stove that enables the use of hot air and hot water as well as hot water piping using waste heat of sawdust stove.

The conventional sawdust stove has a drawback that wastes a large amount of heat that can be usefully used as a result of the direct discharge of heat generated by the combustion of the sawdust into the communication without any device, resulting in the waste of fuel.

This design uses multi-purpose waste heat by combining hot water pipes and hot water tanks that can use hot air around the pipes by using down-burning of sawdust in order to correct the conventional draw points. The purpose is to provide a stove that can be used as.

The invention will be described in detail with reference to the accompanying drawings.

In this design, in the ordinary stove formed by the sawdust bucket (1) and the settable (2), the circular heat absorbing tube (4) and the rectangular heat absorbing tube (5) are piped to the inner and outer circumferences of the combustion plate (3), respectively. The hot water pipe 6 connected to the circular heat absorbing tube 4 becomes a double tube 7 in the arthropod 2 and is piped along the communication 8 and centers the communication 8 at the top of the installation 2. Thus, the hot tub 9 and the hot tub 10 are provided.

Reference numeral 11 is an air inlet, 12 is an air outlet hose to discharge hot air from the hot tub from the hot tub (9), 13 is an air regulator, 14 is a cooling water inlet pipe, 15 is a connecting pipe.

In this design, when the sawdust is burned on the combustion plate (3), the circular endothermic tube (4) and the square endothermic tube (5) are heated, and the water introduced into the cooling water inlet pipe (14) is discharged from the rectangular endothermic tube (5). It is heated to high temperature while being heated primarily and again through the circular heat absorbing tube 4 and the hot water pipe 6 through the connecting pipe 15, as well as the double pipe 7 in the arthropod 2, Since the pipe 6 is installed along the communication 8 to absorb a large amount of heat, the utilization of waste heat is increased.

In this way, by using the waste heat by the hot water pipe as well as by combining the hot air barrel (9) and the hot water tank (10) around the communication (8) to use the heat discharged to the communication (8) again.

This design avoids the simple combustion method of sawdust as shown in FIG. 4 and installs a hot water pipe at the sawdust combustion area and forms a double pipe (7) in the arthropod (2) which is the hottest part of the waste heat. Of course, it can also be used for home ondol, and forcibly withdrawing air from the air outlet hose 12, the air flows into the air inlet 11 and then becomes hot air in the hot tub 9, thereby continuously heating the air for the heater. There is an effect that can supply.

Claims (1)

In the ordinary stove formed by the sawdust bin (1) and the settable (2), the circular endothermic tube (4) and the rectangular endothermic tube (5) are piped to the inner and outer edges of the combustion plate (3), respectively. The hot water pipe (6) connected to (4) is a double pipe (7) in the set up (2) to be piped along the communication (8) and the hot air tub around the communication (8) at the top of the set up (2) (9) and sawdust stove for hot water piping with a hot water tank (10) installed.