KR200191581Y1 - Iron manufactured live charcoal pot - Google Patents

Abstract

The present invention relates to an iron stove used for a stove, a boiler, a hot air fan, and the like, wherein a furnace that can be used for a stove, a boiler, a hot air fan, etc., to burn fuel and obtain heating and hot water, has a diameter larger than briquettes and at least a plurality of briquettes. A plurality of steel communication 22 made of a steel plate having a length that can be arranged in a circumference at the same radius around one point, and each wall surface of the steel communication 22 allows a smooth flow of air required for combustion Several ribs 22a protruded and bent along the longitudinal direction are formed so that heat dissipation is increased, cracking is prevented, and improvement in thermal efficiency can be expected.

Description

Iron iron duck {IRON MANUFACTURED LIVE CHARCOAL POT}

The present invention relates to iron ducts used in stoves, boilers, hot air fans, and the like, and more particularly, to iron ducts that increase heat dissipation, prevent cracking, and improve thermal efficiency.

Until now, in order to burn briquettes, crucibles were formed of soil or cement.

By the way, to form a shape as soil is made by compressing the thickness of about 20㎜ because the briquettes are burned, but heat is present only on the upper side (the crucible wall) was not effective for heat dissipation purpose because the heat is weak.

In addition, the earthen crucible was vulnerable to toughness and was easily damaged during transportation and use.

Therefore, it was unsuitable for combustors, such as stoves and boilers, where more heat must be dissipated to the wall rather than the top of the stove.

In particular, in the case of the stove used for heating in the flower garden or crop cultivation house, most of the heat is passed through the communication as it is, the heating efficiency is lowered and the burden of heating costs increased.

The present invention was devised in view of the above circumstances, and an object thereof is to provide an iron duct to increase heat dissipation, prevent breakage, and improve thermal efficiency.

Specific means of the present invention for achieving the above object,

In ovens that can be used to burn fuel and obtain heating and hot water, which can be used in stoves, boilers, hot air fans, etc.

A plurality of steel communication 22 made of a steel plate having a diameter slightly larger than briquettes and a length at which a plurality of pieces of briquettes can be stacked are arranged in a circumference at the same radius around one point, and the steel communication 22 Each wall of the ()) is characterized in that a plurality of ribs 22a protruding bent along the longitudinal direction to enable a smooth flow of air required for combustion.

1 is a perspective view of the iron duct according to an embodiment of the present invention,

2 is a plan view of the iron duct according to another embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

20: iron duct 22: iron communication

22a: rib

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 is a perspective view of the iron duct 20 according to an embodiment of the present invention.

As shown, the iron duct 20 has a diameter d slightly larger than briquettes F, and three steel communication rods made of an iron plate having a sufficient length L for stacking at least three sheets of briquettes. As the 22 is integrally connected, the steel communication 22 is arranged in a circumference at the same radius about the point P. As shown in FIG.

At this time, a plurality of ribs 22a protruding bent along the longitudinal direction are formed on each wall surface of the steel communication 22 to enable a smooth flow of air required for combustion.

That is, the rib 22a provides a gap between the outer wall of the briquettes inserted into the steel communication 22 and the inner wall of the steel communication 22 to enable the flow of air required for combustion.

Here, the steel communication 22 may be integrally manufactured by pressing a single steel plate and then bending and welding. Alternatively, the steel communication 22 may be separately press-cut and manufactured by joining them by welding. Can be.

At this time, the thickness of the steel communication 22 is approximately 3mm thin.

Therefore, in the iron duct 20 of the first embodiment, a total of nine briquettes are divided into three pieces of three pieces, stacked, and burned.

The present invention configured as described above has a very high thermal conductivity of the steel communication 22, and not only dissipates the heat in which briquettes are burned as it is, but also has the effect of spreading the briquette heat and the iron plate heat twice by receiving the red heat.

In addition, since the iron duct 20 is made of a steel plate, the rigidity and toughness is good, even when heat is transported and burned, it is not easily broken.

Therefore, the service life of the iron duct (20) is long and can be conveniently replaced without any special care during replacement.

In addition, each of the ribs 22a is formed in the steel communication 22, so that an appropriate amount of air flow required for combustion can be achieved and complete combustion is achieved.

The iron duct 20 is used as a combustor, a stove, a boiler, a hot air blower, or the like.

When the iron duct 20 is used in the stove is a large amount of heat dissipation evenly to the circumferential wall surface, not the upper, it is suitable for low-cost heating of horticultural plants or crops.

In addition, when used in a boiler, it is advantageous for heating of hot water due to its excellent thermal efficiency.

It can also be expected to be used as a hot air blower used for drying crops.

FIG. 2 shows another embodiment of the present invention, in which one more steel communication line 22 having ribs 22a is added to a total of four pieces. The length is then determined so that four pieces of briquettes can be stacked.

Therefore, in the second embodiment, a total of 16 briquettes are stacked four by one and burned in four.

Of course, even in this embodiment, the above-described action can be obtained and a larger amount of heat dissipation can be expected.

The present invention configured as described above can be used not only for briquettes required for combustion, but also for burning wood and other combustion in the iron duct 20.

Reference numeral 10 is a combustor outer cylinder body.

As described above, according to the present invention, the amount of heat dissipation to the surroundings is superior to the earthen crucible made of soil, and it is easy to handle because it is not easily broken during transportation and use.

Therefore, when used for heating stoves or boilers can be expected to be effective heating is excellent thermal efficiency.

Claims (3)

In ovens that can be used to burn fuel and obtain heating and hot water, which can be used in stoves, boilers, hot air fans, etc. A plurality of steel communication 22 made of a steel plate having a diameter slightly larger than briquettes and a length at which a plurality of pieces of briquettes can be stacked are arranged in a circumference at the same radius around one point, and the steel communication 22 Iron wall is characterized in that each of the wall surface is formed with a plurality of ribs 22a protruding bent along the longitudinal direction to enable a smooth flow of air required for combustion. The iron duct according to claim 1, wherein three pieces of briquettes are stacked on each of the three pieces of steel communication (22). The iron duct according to claim 1, wherein four pieces of briquettes are stacked on each of the four pieces of steel communication.