Mixture for facilitating lighting of friendly fires

Abstract

The flammable mixture dispensable from a squeeze tube for use in igniting friendly fires comprises grated paraffin wax impregnated with cotton fibers and blended with a quantity of diethyl ether sufficient to yield a material of a soft, gel-like consistency. Petroleum jelly and cooking oil may also be included in the mixture to tailor the consistency of the combination.

Claims

1. In combination, a flammable material for facilitating the lighting of fires comprising: a) paraffin wax impregnated with cotton fibers and softened with diethyl ether to form a gelatinous mixture; and b) said mixture being contained in a squeeze tube package sealed by a removable cap and dispensable therefrom onto a material to be burned by manual compression of the package upon removal of the cap.

2. The flammable material as in claim 1 and further comprising an amount of petroleum jelly included in said mixture.

3. The flammable material as in claim 2 and further including an amount of a cooking oil included in said mixture.

4. The flammable material as in claim 1 wherein the quantity of paraffin wax impregnated with cotton fibers and the quantity of diethyl ether are in a ratio of 1:1.25 by weight.

5. The flammable material as in claim 4 and further including a quantity of petroleum jelly in a ratio of 25 parts by weight of petroleum jelly to 100 parts by weight of the paraffin wax impregnated with cotton fibers and diethyl ether mixture.

6. The flammable material as in claim 5 and further including cooking oil in combination with the paraffin wax impregnated with cotton fibers, diethyl ether and petroleum jelly mixture.

7. A method for producing and packaging a fire accelerant comprising the steps of: a) melting a volume of paraffin wax; b) mixing in an equal volume of cotton fibers to the melted paraffin wax and allowing the mixture to resolidfy; c) grating the solidified mixtures of paraffin and cotton fibers; d) blending the grated material of step c) with a predetermined volume of diethyl ether sufficient to produce a gel-like consistency; and e) filling one or more squeeze tube containers with the mixture of step d).

8. The method of claim 7 and before step e) adding a quantity of petroleum jelly to the mixture of step d).

9. The method of claim 8 wherein the petroleum jelly is added to the mixture in a ratio of 15 parts by weight of petroleum jelly to 100 parts by weight of the mixture of step d).

10. The method of claim 9 and further including before step e) the further step of adding cooking oil to the mixture of claim 9.

Description

DESCRIPTION OF THE PREFERRED EMBODIMENT

(1) To assist in starting a campfire or a hearth fire, there is provided a thick gel-like substance that is squeezable from a collapsible tube and that when ignited, burns for an extended period of time, that is readily portable, inexpensive and safe to use.

(2) By itself, the gel-like substance is clean burning, odorless when burning and when once ignited, it produces a steady flame approximately 4 to 5 inches in height.

(3) To use my product, one simply makes a standard setup for a campfire or hearth fire. This would typically include a layer of suitable kindling placed below the wood logs intended to be burned. A desired amount of the starter gel will be squeezed out or otherwise applied to the kindling and then ignited with a match or lighter. The product, when formulated as indicated below, will ignite easily, but not explosively. The gel will steadily burn for a time sufficient to allow the kindling to ignite and subsequently the burning kindling will also ignite the logs or other wood used in establishing the campfire.

(4) In formulating a batch of the gel, I take a block of paraffin wax of a given volume and an equal volume of cotton fibers and add the cotton fibers to the paraffin wax after the wax has been melted. Once the paraffin/cotton mixture has again solidified, I finely grate the cotton/paraffin block. Next, a quantity of the grated material is blended with diethyl ether in a ratio of about 100 grams of paraffin/cotton to 125 grams of diethyl ether, resulting in a mixture of a gel-like consistency. This mixture is then loaded into a squeezable dispensing tube and sealed therein by closing off the bottom end of the tube and capping the tube's outlet end.

(5) Even though diethyl ether alone is very volatile and readily evaporates, when mixed with the paraffin/cotton particulate resulting from the grating operation, its volatility is greatly decreased allowing it to be stored in a sealed tube or other container for prolonged periods of time.

(6) In an alternative embodiment, I have added to the paraffin/cotton/diethyl ether mixture petroleum jelly which is thoroughly blended with the cotton/paraffin/diethyl ether gel. I have found that about 2.5 grams of petroleum jelly can be added to a batch comprising 200 grams of the paraffin/cotton/diethyl ether mixture. To modify the consistency, a small percent by volume, typically 5%, of cooking oil may be added in creating a batch.

(7) Tests have shown that a small dollop, about the size of a quarter dollar, will burn for more than 5 minutes, which is generally sufficiently long enough to ensure that kindling will ignite and, if in sufficient quantity, will cause dry logs to also take flame.

(8) My product, when packaged in a standard, large-size toothpaste-type squeeze tube can readily be carried on a camping trip in one's pocket and, because of the consistency of the material, it can be easily squeezed by hand onto kindling and subsequently ignited to reliably start a campfire or other friendly fire.

(9) This invention has been described herein in considerable detail in order to comply with the patent statutes and to provide those skilled in the art with the information needed to apply the novel principles and to construct and use such specialized components as are required. However, it is to be understood that the invention can be carried out by specifically different equipment and devices. Also, various modifications, both as to the equipment and operating procedures, can be accomplished without departing from the scope of the invention itself.