US20110174185A1

US20110174185A1 - Premeasured powder charge encased within consumable container

Info

Publication number: US20110174185A1
Application number: US13/008,395
Authority: US
Inventors: Brett N. Epstein; Mark A. Griesbach
Original assignee: AMERICAN PIONEER POWDER Inc
Current assignee: AMERICAN PIONEER POWDER Inc
Priority date: 2010-01-19
Filing date: 2011-01-18
Publication date: 2011-07-21

Abstract

A consumable premeasured charge for use with an intended black powder firearm having barrel with a desired caliber, the consumable premeasured charge comprising a closed container defining an interior chamber and loose granular gunpowder filling a volume of the interior chamber to between 50 and approximately 100%. The closed container being sized to be loaded within a gun barrel of the intended firearm. A method of forming consumable premeasured charge is also disclosed.

Description

FIELD OF THE INVENTION

The present invention relates to improvement(s) concerning a premeasured charge, for use in a muzzleloading or black powder firearm(s), in which the premeasured charge is contained within a generally flammable container or the container is otherwise coated with a flammable coating so that the premeasured charge is substantially consumed upon discharge of the firearm(s).

BACKGROUND OF THE INVENTION

An important aspect when using a traditional muzzleloading or black powder firearm is to facilitate quick, reliable and consistent reloading of the firearm following discharge. As is conventionally known in the art, a desired volume of gunpowder propellent is loaded in either the muzzle end or the breech end of the barrel of a gun, depending on the design of the firearm. During loading of the muzzleloading firearm, the charge, the sabot and/or the patch (wad), if necessary, and the projectile, in that order, are all loaded through the discharging end of the barrel—sometimes the sabot and/or patch (wad) may be omitted. The muzzle loaded contents are all then typically packed toward the breech end of the firearm using a ramrod to ensure a consistent loading and seating pressure of the propellant and the projectile and the seating reduces the chances of a potential over pressure situation in the barrel of the firearm because of an air gap forming between the propellant and the projectile.
As is well known in the art, the propellent was typically a loose granular gunpowder, e.g., a mixture of charcoal, potassium nitrate and sulfur. Early powders were dangerous to handle and tended to foul the barrel bore of the firearm. That is, after one or more firings of the firearm, the user would typically have to clean the bore of the barrel using a device which scrapes or wipes the inner bore surface of the barrel to remove debris therefrom. If such cleaning was not periodically performed or performed improperly, the interior bore of the barrel build-ups a layer of residue of unconsumed propellent and such residue can lead to corrosion, malfunctioning of the firearm and clogging of the ignition or flash channel.
For a number of years, black powder was the only propellent used in muzzleloading firearms, and eventually black powder substitutes, such as those sold under the trade names PYRODEX, BLACK CANYON, CLEAN SHOT and AMERICAN PIONEER, are now commonly utilized. For more than the past 30 years, black powder and black powder substitutes have been compressed into pellets of various shapes and sizes, e.g., pelletized, to facilitate ease of loading of firearms. However, such pelletized premeasured charges are often quite brittle and have a tendency to break apart when being handled and/or loaded and may not burn completely or correctly if compressed too much.

SUMMARY OF THE INVENTION

Wherefore, it is an object of the present invention to overcome the above mentioned shortcomings and drawbacks associated with the prior art propellent charges used with muzzleloading firearms.
Another object of the present invention is to design a premeasured charge which facilitates both handling and loading of the same while minimizing the possibility that any of the premeasured charge will be lost during such handling and/or loading.
A further object of the invention is to provide a combustible pre-measured charge which avoids spillage of the gun powder which typically can occur when measuring loose granular powder into the muzzle end of a barrel.
Yet another object of the invention is to provide a combustible pre-measured charge in which an internal chamber of the combustible container is generally only partially filled, e.g., is only filled between about 50% to about 100%, and more preferably 70% to about 85% with a desired charge of granular powder, depending upon the type of container so as to minimize the possibility of tearing, ripping, perforating or otherwise damaging the container forming the consumable premeasured charge.
A still further object of the invention is to provide a combustible pre-measured charge which has a sufficiently thin and flammable exterior surface which ensures that the combustible pre-measured charge in substantially instantaneously ignited and consumed upon discharge for the firearm.
A further object of the present invention is to design a completely self contained premeasured charge which assists with trapping a small quantity of ambient air, within the breech end of the barrel and between the loose granular gun powder, following loading of the barrel with the premeasured consumable charge and a slug or a bullet (and possibly a sabot and/or the patch (wad)) to be discharged by the firearm, to facilitate substantially complete combustion of the consumable charge.
Another object of the invention is to provide a premeasured consumable charge which facilitates propagation of the flame, generated by the percussion cap or other ignition device, and assists with distributing the propagated flame over the entire exterior surface of the consumable premeasured charge and thereby facilitates ignition of the consumable premeasured charge upon discharge of the firearm.
A still further object of the present invention is to ensure burning of the exterior surface of the consumable exterior container as well as the propellent charge, following ignition, so as to facilitate a shorter time span that the end user must wait before safely reloading the firearm with another consumable premeasured charge for a subsequent firing. The elimination or minimization of unburnt particles also tends to lead to better accuracy and consistency when using the firearm.
Yet another object of the present invention is to ensure a quicker and more complete ignition of the propellent charge to facilitate use of the consumable premeasured charge in “short barrel” rifles and pistols.
Yet another object of the present invention is to provide a method of forming a generally completely consumable premeasured charge, from granular gunpowder, which following conventional loading of the consumable premeasured charge within a firearm, generally has a uniform density along the entire axial length of the consumable premeasured charge and this, in turn, promotes faster and more complete ignition of the premeasured consumable charge upon discharge of the firearm.
A still further object of the invention is to provide a consumable pre-measured charge of loose granular powder which has improved ballistic characteristics in comparison to other types of compressed charges.
A still further object of the present invention is to coat an exterior surface of the container or other packaging for the consumable charge with a waterproof and/or water resistant material, which is also relatively flammable, so as to render the consumable premeasured charge water resistant and/or waterproof while, at the same time, not inhibiting combustion of the pre-measured charge.
A still further object of the present invention is to provide a consumable container, which is typically manufactured from a flammable material such as paper, cellulose, etc., which is relatively thin, flexible and flammable so as to readily ignite and burn upon detonation of a suitable percussion cap, e.g., a 209 primer or a number 11 percussion cap, for example. As a result of such ignition by the percussion cap, the exterior surface of the combustible container rapidly ignites and facilitates spontaneous combustion of the remainder of the container as well as the loose granular gun powder encased therein.
A still further object of the present invention is to utilize a loose granular powder so as to provide better ballistic characteristics and also improve flame propagation and combustion of all of the gun powder contained within the muzzle end of the barrel.
In the following description and the appended claims, the term “ignition device” is used to generally refer to one of a percussion cap, a musket cap, a flint, etc., or some other discharging or igniting device for a muzzleloader or a black powder firearm. It should be further noted that this invention can be used with a black powder firearm utilizing modern cartridges that have a percussion cap integrated therein. The term “grain”, as used herein, is intended to mean velocity equivalent and not weight.

BRIEF DESCRIPTION OF THE DRAWINGS

The invention will now be described, by way of example, with reference to the accompanying drawings in which:

FIG. 1A is a diagrammatic view of a first embodiment of the premeasured completely consumable charge, according to the present invention, which is packaged within a so-called “sugar stick packet”;

FIG. 1B is a diagrammatic cross sectional view of the premeasured consumable charge of FIG. 1A showing two loading levels for the gun powder;

FIG. 1C is a diagrammatic perspective view of the first embodiment of FIG. 1A showing the open position of the so-called “sugar stick packet” only sealed at one end prior to filling, in some applications the “sugar stick packet” may be opened at both opposed ends thereof during the loading process;

FIG. 2A is a diagrammatic perspective view of a second embodiment of the premeasured consumable charge, according to the present invention, which is manufactured for a cigarette rolling paper;

FIG. 2B is a diagrammatic plan view of the cigarette rolling paper for use in forming the premeasured consumable charge of FIG. 2A, in some applications the cigarette paper may be supplied in tube form which are open at both opposed ends thereof;

FIG. 2C is a diagrammatic perspective view showing twisting of the opposed ends of this embodiment so as to close both ends;

FIG. 3A is a diagrammatic view of a third embodiment of the premeasured completely consumable charge according to the present invention being packaged in a conventional capsule;

FIG. 3B is a diagrammatic view of base portion of the capsule of FIG. 3A shown loaded with gun powder; and

FIG. 3C is a diagrammatic view of the cap portion of the capsule, shown in of FIG. 3A, for mating with the base portion and forming the capsule.

DETAILED DESCRIPTION OF THE INVENTION

Turning now to FIG. 1, a detailed description concerning the improved completely consumable premeasured charge 2 will now be provided. As can be seen in FIG. 1, the completely consumable premeasured charge 2 generally comprises a so-called “sugar stick packet” 4 (see FIG. 1C) which is generally an elongate container or packet that is shaped and designed so as to carry a loose granular substance therein, such as sugar, flavoring, artificial sweeten, etc. It is to be appreciated that the packet 4 can have virtually any desired shape or size provided that average diameter of the packet 4 is small enough to be received within the gunbarrel of the firearm and facilitate loading thereof. Such packets 4 are typically manufactured from paper or some other conventional material. It is to be appreciated that the exterior wall 6, forming the packet 4, must be sufficiently thin in thickness so as to readily ignite and combust when exposed to the flame generated by a percussion cap on detonation of a muzzle loader while, at the same time, not be too thin so that the integrity of the packet 4 is compromised. That is, the packet 4 must have sufficient integrity so that it is not easily broken, torn, ripped, perforated, etc., during handling and/or loading of the consumable premeasured charge 2 formed from the packet 4 by the end user.
The packet 4 has an outer surface, shell or wall 6 and is normally sealed at a first end thereof 8, e.g, crimped, glued, etc., while the opposite end 10 is normally open (see FIG. 1C) to facilitate filling of an interior chamber 12 thereof with a desired quantity of gun powder 14. Following filling of the interior chamber 12 with the desired quantity of gun powder 14, the opposite open end 10 is then sealed in a conventional manner so as to seal and permanently retain the gun powder 14 therein. If desired, the sealed first and second ends 8, 10 of the consumable premeasured charge 2 may be cut or trimmed to shorten the axial length of the sealed area of the consumable premeasured charge 2 and thereby minimize the amount of the packaging material which must be ignited upon discharge of the firearm.
As shown in FIG. 1 for example, the packet 4 typically has an axial length of about 4¼ inches or so and a width or a diameter of about ⅝ of an inch or so, e.g., for a 50 caliber firearm the average diameter of the package 4 will be less than about 0.500 inches. A packet 4 having the above dimensions is generally sized to accommodate and contain approximately 100 grains of gun powder 12 by volume (e.g., approximately 80-90 grains by weight and more preferably about 85 grains by weight). As a result of such dimensions, a minimum amount of paper is generally utilized to form the outer surface, shell or wall 6 of the packet 4 for containing a desired charge of gun powder 14 therein. In addition, the resulting consumable premeasured charge 2 is also adequately sized to be easily loaded within the muzzle end of a 50 caliber firearm, for example, during a conventional loading process with minimal effort.
In order to improve the integrity of the packet 4 forming the completely premeasured charge 2, preferable the interior chamber 12 of the packet 4 is only filled with gun powder 14 with amount which fills approximately 50 to 95-100% of the volume of the interior chamber 12 (see FIG. 1B), more preferably the interior chamber of the packet 4 is filled with gun powder 14 to occupy approximately 70 to 85% of the volume of the interior chamber 12. It is to be appreciated that if the gun powder 14 fills approximately 100% of the volume of the interior chamber 12, then the packet 4 may have a tendency to be ripped, torn, perforated or otherwise damaged during normal handling and/or loading of the consumable premeasured charge 2 and this tends to lead to an inadvertent loss of at least some of the contents of the packet 4. By only partially filling the volume of the interior chamber 12 with the gun powder 14, each filled packet 4 is generally able to bend more easily and freely without breaking, ripping or otherwise compromising the integrity of the packet. 4 and this, in turn, improves handling and/or loading of the consumable premeasured charge 2.
It is to be appreciated that the packets 4 can be filled either by hand or by either an automated or a semi-automated apparatus, machine or equipment. If either an automated or a semi-automated filling procedure is utilized, then the equipment must be properly modified to facilitate packaging of an explosive product. The inventors have determined that if the packets 4 are filled by hand during either a manual or a semi-manual filling process, this generally has the advantage of better control over the filling process.
With reference now to FIG. 2, an alternative to the present invention will now be discussed. According to this embodiment, the exterior wall, shell or outer wall 6 of the generally completely consumable premeasured charge 2 comprises a cigarette rolling paper 16. As noted above, the cigarette rolling paper 16 must have a sufficiently thin wall thickness so as to readily ignite and combust when exposed to the flame generated by a percussion cap, upon detonation of a muzzle loader, while, at the same time, not being too thin so that the integrity of the cigarette rolling paper 16 is compromised. As with all cigarette rolling paper 16, such paper is flammable and readily ignites.
The completely consumable premeasured charge 2, manufactured from the cigarette rolling paper 16, is typically either rolled or filled, in a manner similar to the conventional way that cigarettes are manufactured. However, due to the granular nature of gun powder, both opposed ends of the rolled or filed completely consumable premeasured charge 2 must be sealed to prevent the loose gun powder 14 from falling out from either opposed open end. For example, immediately following rolling or filling of the completely consumable premeasured charge 2, both opposed ends of the completely consumable premeasured charge 2 are one of twisted close (see FIG. 2C), dipped, sprayed, coated, covered, etc., with a suitable binder or some other sealing agent 18 so as to prevent the loose granular gun powder 14 from falling out of either opposed open 8, 10 end of the completely consumable premeasured charge 2. The binder or sealing agent 18 has a sufficient thickness and integrity to seal the open ends 8, 10 and prevent the loose granular gun powder 14 from falling out while, at the same time, is sufficiently flammable so as to facilitate combustion of the pre-measured charge upon discharge of the firearm. A suitable binder or sealing agent 18 is, for example, nitrocellulose or nitrocellulose blended with one of acetone, caphfur and/or IPA (isopropyl alcohol).
As shown in FIG. 2, the completely consumable premeasured charge 2 typically has an axial length of about 4¼ inches or so and a width or a diameter of about ⅝ of an inch or so, e.g., for a 50 caliber firearm the average diameter of the package 4 will be less than about 0.500 inches. According to this embodiment, the interior chamber 12 is sized so as to accommodate and contain approximately 100 grains of gun powder 12 by volume (e.g., approximately 80-90 grains by weight and more preferably about 85 grains by weight). Preferable the interior chamber 12 is filled with gun powder 14 so that approximately 95 to approaching 100% of the volume of the interior chamber 12 is filled with gun powder 14.
With reference now to FIG. 3, a still further embodiment of the present invention will now be discussed. According to this embodiment, the combustible container generally comprises a capsule 20, e.g., a capsule which typically accommodates medication and/or vitamins, which is filled with the loose granular powder 14 so as to form the consumable premeasured charge 2. The capsule 20 generally comprises two separate components, e.g., generally a larger volume base portion 22 which matingly and closely engages with a smaller volume cap portion 24 to form the capsule 20. Typically the larger volume base portion 22 is filled with the gun powder 14 so that an internal chamber 12 of the larger volume base portion 22 is completely full of gun powder 14. Thereafter the smaller volume cap portion 24 matingly engages or “snaps together” with the larger volume base portion 22 to from the capsule 20. The base portion 22 and the cap portion 24 are typically “snapped” together, in a conventional manner, or may possibly be glued or otherwise adhesively secured to one another to permanently retain the engagement of the base and cap portions 22 and 24 with one another and retain the gun powder therein.
As shown in FIG. 3, the consumable premeasured charge 2 typically has an axial length of about 2.4 inches or so and a width or a diameter of about 0.5 of an inch or so. Because the wall thickness of the capsule and the fact that the base portion 22 of the capsule 20 has a slightly smaller width dimension then the cap portion 24 so that it may be received by and snapped fitted with the cap portion 24, the diameter the base portion 22 is slightly less than 0.5 inches. According to this embodiment, the interior chamber 12 of the capsule 20 is sized so as to accommodate and contain approximately 100 grains of gun powder 12 by volume (e.g., approximately 80-90 grains by weight and more preferably about 85 grains by weight). Preferable the interior chamber 12 of the base portion 22 is filled 100% with gun powder 14 so that when the cap portion 24 engages therewith, the gun powder 14 contained within the capsule 20 occupies approximately 70 to about 85% of the total volume of the interior chamber 12 of the capsule 20.
The capsule 20 generally has a wall thickness of between 0.001 and 0.1 inches, preferably approximately about 0.015 inches or so and is preferably made from a semi-flammable or a flammable combustible material such as nitrocellulose or nitrocellulose blended with one of acetone, caphfur and/or IPA (isopropyl alcohol). It is to be appreciate the overall length and type of material from which the capsule 20 is manufactured must be sufficiently flammable such as to promote combustion of the loose granular gun powder 14 contained therein.
It is to be appreciated that the container 4, forming the consumable premeasured charge 2, can be manufactured from a variety of other materials and may have a variety of other shapes and/or sizes. The important aspects for the container 4, for forming the consumable premeasured charge 2, is that the container be: (1) a generally closed container which has sufficient integrity to retain the granular gun powder therein, (2) sufficiently combustible or be able to be coated with a combustible substance, and (3) shaped and sized to contain a sufficient amount of gun powder while still being loadable within a gun barrel. For example, the container 4 may also possibly be a plastic bag, a thin wall tubing or liner which is coated with a nitrocellulose coating.
The generally completely consumable charge 2 contains a loose granular chemical mixture of a propellant, possibly black powder or a black powder substitute which are all collectively referred to herein as gun powder 14. If a black powder substitute is utilized, it typically comprises a mixture of potassium perchlorate, potassium nitrate, a fuel component such as an amino acid or a carbohydrate, e.g., ascorbic acid, sugar, starch, etc., and charcoal (carbon). It is to be appreciated that any other black powder substitute, particularly those containing a fuel component from the carbohydrate family (e.g., sugar, starch, etc.) as a partial or complete substitute for the ascorbic acid fuel component, will also function well. The term sugar is intended to cover, for example, glucose, fructose, dextrose, lactose, simple sugars, etc. The term starch is intended to cover, for example, rice starch, potato starch, dextrin, etc.
A suitable formula for the premeasured completely consumable charge, according to the present invention, comprises a mixture of: about 10-35% by weight of potassium perchlorate; about 25-60% by weight of potassium nitrate; about 25-50% by weight of a fuel component (such as ascorbic acid or some other carbohydrate family composition(s)); and about 0-5% by weight of hardwood charcoal and/or carbon (lamp) black. To improve the power of the consumable premeasured charge 2 and facilitate rapid burning of the consumable premeasured charge 2, the percent by weight of potassium perchlorate is increased toward and approaching about 35% by weight. The inventors have discovered that by slightly increasing the amount of charcoal and/or carbon (lamp) black in the formula, the consumable premeasured charge 2 is slightly easier to ignite, more moisture resistant and more dependable from an ignition perspective. Although the above range is preferred for manufacturing the premeasured consumable charge 2, it is to be appreciated that other currently available types and/or brands of black powder and/or black powder substitutes may also be used to manufacture the consumable premeasured charge 2, as disclosed herein, without departing from the spirit and scope of the present invention.
It is to be appreciated that the barrel of a 50-caliber firearm typically has a nominal bore diameter or dimension of about 0.500 of an inch. As such, when an end user places the consumable premeasured charge 2, according to the present invention, which is sized for a 50-caliber firearm within the muzzle end of the barrel, the leading end portion of the consumable premeasured charge 2 is readily received therein.
Once the completely consumable premeasured charge 2 is sufficiently loaded into the muzzle end of the muzzleloader barrel, the end user will then insert the desired bullet or projectile, and possibly a sabot or patch (wad), within the muzzle end of the barrel and “ram” the bullet or projectile, along with the previously loaded propellent charge(s) 2 and, if present, the sabot or patch (wad) toward the breech end of the barrel such that the leading end wall of the charge 2 is positioned directly opposite but closely adjacent the outlet of a flash channel. While the above description only discusses loading of a single propellent charge 2, it is to be appreciated that possibly two or more propellent charges 2 may be sequentially loaded within the muzzle end of the barrel prior to insertion of the desired bullet or projectile and possibly a sabot or patch (wad), to achieve a desired gun powder charge within the barrel as long as the loaded charge does not exceed the rifle manufacturer's prescribed gunpowder load recommendation.
To facilitate shipping and/or handling of the consumable premeasured charges 2, a desired number of the consumable premeasured charges 2 can be packaged together in a desired packaging or a larger storage container for shipment and sale. The desired packaging or the larger storage container, containing the plurality of the consumable premeasured charges 2 therein, is normally packaged with one or more portable transport containers to facilitate safe and dry transport of a completely consumable premeasured charge 2. When discharge of the firearm is desired, a user will typically remove one or more of the consumable premeasured charges 2 from the large storage container and load the same within the firearm.
It is to be appreciated that the packets could be sized to accommodate any desired weight of gunpowder, e.g., a 20 grain charge to 150 grain charge or more. The packets or consumable charges could also be of any desired size so as to be used with any desired black powder firearm or percussion revolver.
It is to be appreciated that the packet could be sized so as to have a slight interference fit with the desired black powder firearm or, if so desired, the packet may have a desired clearance with respect to the desired black powder firearm so as to fall freely toward the breach end of the barrel.
Since certain changes may be made in the above described improved completely consumable premeasured charge and method of manufacturing the same, without departing from the spirit and scope of the invention herein involved, it is intended that all of the subject matter of the above description or shown in the accompanying drawings shall be interpreted merely as examples illustrating the inventive concept herein and shall not be construed as limiting the invention.

Claims

1. A consumable premeasured charge for use with an intended black powder firearm having barrel with a desired caliber, the consumable premeasured charge comprising:

a closed container defining an interior chamber,

loose granular gunpowder filling between 50 and approximately 100% of a volume of the interior chamber; and

the closed container being sized to be loaded within the intended firearm.

2. The consumable premeasured charge according to claim 1, wherein the container has a length of approximately 4 inches and a diameter of approximately ⅝ of an inch.

3. The consumable premeasured charge according to claim 1, wherein the container is formed from one of a cigarette paper, a capsule and a packet.

4. The consumable premeasured charge according to claim 1, wherein gunpowder comprises:

10-35% by weight of potassium perchlorate;

25-60% by weight of potassium nitrate;

25-50% by weight of a fuel component; and

0-5% by weight of one of charcoal and carbon (lamp) black.

5. The consumable premeasured charge according to claim 4, wherein the fuel component is selected from the carbohydrate family.

6. The consumable premeasured charge according to claim 4, wherein the fuel component is selected from a group comprising at least one of amino acid, ascorbic acid, sugar, starch, and carbon.

7. The consumable premeasured charge according to claim 1, wherein the loose granular gunpowder contains a fuel component selected from a group comprising at least one of amino acid, ascorbic acid, sugar, starch, and carbon.

8. The consumable premeasured charge according to claim 7, wherein gunpowder comprises:

10-35% by weight of potassium perchlorate;

25-60% by weight of potassium nitrate;

25-50% by weight of a fuel component; and

0-5% by weight of one of charcoal and carbon (lamp) black.

9. The consumable premeasured charge according to claim 1, wherein the gunpowder comprises:

50-75% by weight of potassium nitrate;

25-50% by weight of a fuel component; and

0-5% by weight of charcoal and carbon (lamp) black.

10. The consumable premeasured charge according to claim 1, wherein moisture content of the gunpowder of the consumable premeasured charge is between about 0.1% to about 20% by weight.

11. The consumable premeasured charge according to claim 1, wherein the container has a length of between about 1 inch and about 6 inches and a diameter of between about 0.25 of an inch to about 0.65 of an inch.

12. The consumable premeasured charge according to claim 1, wherein the package has a diameter which is equal to or smaller than a diameter of the intended firearm.

13. The consumable premeasured charge according to claim 12, wherein gunpowder comprises:

10-35% by weight of potassium perchlorate;

25-60% by weight of potassium nitrate;

25-50% by weight of a fuel component; and

0-5% by weight of one of charcoal and carbon (lamp) black.

14. The consumable premeasured charge according to claim 13, wherein the container is manufactured from a flammable material which comprises one of paper, cellulose, nitrocellulose and a cigarette paper.

15. The consumable premeasured charge according to claim 1, wherein the package has a diameter which is large than a diameter of the intended firearm.

16. The consumable premeasured charge according to claim 15, wherein gunpowder comprises:

10-35% by weight of potassium perchlorate;

25-60% by weight of potassium nitrate;

25-50% by weight of a fuel component; and

0-5% by weight of one of charcoal and carbon (lamp) black.

17. The consumable premeasured charge according to claim 16, wherein the container is manufactured from a flammable material which comprises one of paper, cellulose, nitrocellulose and a cigarette paper.

18. The consumable premeasured charge according to claim 16, wherein the container is designed to be ignited by one of a primer and a percussion cap.

19. The consumable premeasured charge according to claim 18, wherein the container, upon being ignited by one of the primer and the percussion, ignites and facilitates spontaneous combustion of the container as well as the granular gun powder contained therein.

20. A method of forming consumable premeasured charge for use with an intended black powder firearm having barrel with a desired caliber, the method comprising the steps of:

forming a partially closed container having an interior chamber and at least one open end;

sizing the closed container to be loaded within the intended firearm;

filling between 50 and approximately 100% of a volume of the interior chamber with loose granular gunpowder via the at least one open end; and

closing the at least one open end of the container to form a completely closed container.