Carbon fuel combustion supporting packaging

Abstract

A carbon fuel combustion supporting packaging, which provides a packaging that assists ignition of carbon fuel internally packed therein. The present invention includes a combustible bottom frame, on an upper end opening of which is located a combustible fire grate that separates an upper holding space for loading the carbon fuel and a lower raised space for placement of a kindling therein. After ignition, tiny flames first leap up and burn the combustible fire grate, whereupon combustion of the fire grate converts the tiny flames into a substantially large thermal power and an expansive area of flames which assist in effecting a comprehensive ignition of the upper carbon fuel. After complete combustion, a combustible enclosing body joined to an upper end opening of the bottom frame, and which also packages the carbon fuel, is simultaneously burnt along with the carbon fuel.

Description

BACKGROUND OF THE INVENTION[0001](a) Field of the Invention[0002]The present invention relates to a carbon fuel combustion supporting packaging, and more particularly to a carbon fuel combustion supporting packaging able to provide initial ignition of internal packaged carbon fuel, and assist actuating overall ignition of the loaded carbon fuel. Moreover, the combustion ashes can serve as an organic fertilizer compound, thereby avoiding secondary pollution.[0003](b) Description of the Prior Art[0004]Regarding general application of carbon fuel, such as charcoal or coke, and so on, being used as a fire source, in general, carbon fuel serves to provide required heat source when barbecuing. Normal application uses a large sealed package of carbon fuel, and procedure involves removing a portion of the carbon fuel from the package of carbon fuel according to needs, which is then disposed within a metallic stove body 100, as depicted in FIG. 1.[0005]The metallic stove body 100 is primaril...

AI Technical Summary

Benefits of technology

[0018]A fifth objective of the present invention is to use an interlayer method to distribute upper and lower layers of carbon fuel, and the kindling is disposed in a girth portion, thereby enabling the kindling to first burn the upper layer carbon fuel, and heat waves transmi

Problems solved by technology

However, it is difficult for a user to avoid contaminating his hands or clothes during such a procedure.

Moreover, the metallic fire grate 102 becomes deformed and defiled after prolonged heating, and is difficult to clean after retrieving to reuse.

Hence, the metallic fire grate 102 is often discarded, resulting in environmental pollution.

However, such prior art methods are extremely troublesome, and because the carbon fuel 4 is a carbon compound that easily decomposes or micro particles break away, thereby causing pollution.

Moreover, portability function of this prior art is extremely inconvenient.

Such an ignition method, along with the aforementioned method, is similarly extremely inconvenient.

However, oxygen for combustion is o

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