Mushroom Bullet

Abstract

A device that is an addition to a propelled object, a bullet for example, allowing it to further utilize energy capture to increase power and or rotational speeds of an object. This application for a mushroom bullet known to the pro se's awareness to be an invention and disclosed its purposes.

Description

FIELD

The present application refers to mushroom bullet having the ability to increase projectile velocity. This document will cover the basis of mushroom bullets in the following scriptures with diagrams provided that can form the basis of a new modern ammunation that can be used in a wide variety of purposes for weapons, tools, or other practices.

BACKGROUND

Bullets for example over the coarse of history became combined with a casing for faster reload and firing rates of fire. Traditionally today in 2019, ammunation is formed and so is the casing which is then the casing is pressed around the body of the bullet. Combustion in the casing causes the pressed fitting to expand and release the ammunation. Their is a loss of power as the gases pass around the bullet losing inertia. This application will cover mushroom stem bullets. Which a stem is found on the base of a bullet for example that can be used in a wide variety of calibers and types with multiple stems and varying dimensions can be used.

SUMMARY

By introducing a stem to a type of ammunation a higher conservation of interia is achieved. After combustion in the casing which begins to propel convert energy into momentum on the bullet as well as releasing the casing via outward pressure. There is a second stage after casing has released the ammo. This second stage further captures more energy into momentum of the bullet that has already begun movement. A double back capture of energy on the ammunation increases overall power conversion. With a first stage that is traditionally found that is now the second stage in this application. A more modern sophiscated bullet that can be produced with current, known or methods yet to be done.

BRIEF DESCRIPTION OF DRAWINGS

In the following detailed portion of the present description, the present application will be explained in more detail with sample figures for this purpose, in which:

FIG. 1 An isometric view of the device according to the first embodiment. A stem is included to the main body of the bullet.

FIG. 2 An isometric view of the device according to a second embodiment. A bottom towards top view to show positioning of the stem.

FIG. 3 An isometric view of the device according to a third embodiment. A view including traditional casing that is to be press around the stem.

FIG. 4 An isometric view of the device according to a fourth embodiment also known as the blender round. A view that shows multiple stems that are finned to increase the spin of a round.

DETAILED DESCRIPTION

In the following detailed description, the device according to the concept for this application in the form of a mushroom bullet will be described by this application. It should be noted that only a mushroom bullet is described in the concept of this application it can also be used for any other item to increase its velocity, power, or rotational speeds. Note illustrations are general shape of a mushroom bullet and are not scaled as bullets are designed in wide range of possible proportions and varying dimensions.

Unnecessary details to the mushroom round bullet and casing are ignored to lower complexities in understanding the general purpose of this application and invention. Note drawings are to show examples and possible embodiments and combinations that may be used. Note a secondary explosive can be placed within the round with a timed detonation or other substances or bodies of elements. A design that in which stems can bloom outward to further increase rotation.

A first embodiment of the mushroom bullet is illustrated in FIG. 1. Note all figures share similar numerals for common objects of a mushroom bullet. Comprising of the bullet portion 100, and 101 refers to the stem addition which can be or not be one with 100. The concept in FIG. 1 includes a bullet that has a stem portion, 101 where the casing is to be formed around the stem at the final stage of overall round manufacturing.

A second embodiment of the mushroom bullet is illustrated in FIG. 2. Embodiment 2 is to show the positioning of stem 101, relative to main body 100 of the bullet, center of main body. Note this can be done in several positions with multiple stems.

Detailed Description

Continued

A third embodiment of the mushroom bullet is illustrated in FIG. 3. Embodiment 3 is to show placement of ammunation clasping point around 101 of 100. Depicted is a traditional shaped casing, 102 of a rifle round.

A fourth embodiment of the mushroom bullet is illustrated in FIG. 4. Embodiment 4 is to denote, multiple stems that are finned angled to further increase rotational speeds. To allow blooming and storage capabilities.

During bullet manufacturing a stem is also included, in whole or into addition of the main body of a traditional bullet. A practice of welding a stem, growing one, or shaping weld. Most likely during the formation of a mushroom bullet, be made as one whole. A process of further detail can be done if necessary for higher outcomes of the mushroom bullet or more elaborate designs to the base of a bullet. Similar to rifling inside a barrel can be formed around the stem and outward from the stem on the face of a bullet.

The stem of a mushroom bullet, can be hollow to act as a further capture of propellant or to house a desired substance. A pain killer can be included or any desired medication. These would need a slight seal to prevent loss or alterations. Also an explosive substance can be included to explode on contact of an object after the bullet is fired from a rifle. The various aspects of what is described above can be used in one embodiment or in various combinations of other embodiments. It should be noted drawings are to help visualize the concepts and teachings of this application.

Detailed Description

Continued

The present application has numerous advantages. Different embodiments or implementations may yield one or more of the following advantages. It should be noted that this is not an exhaustive list and there may be other advantages which are not herein of this application.

This invention covers a unique practice that is highly efficient and to the inventors knowledge, no man made object thus far. Features described within the present application may be used in combinations other than the figures illustrated in depicting mushroom bullets. Variations upon conditions are to be made within exceptional standards to obtain proper movement of a mushroom bullet. The stem portion(s) of a mushroom bullet can be less or more in dimension than shown.

Whilst endeavoring in the foregoing specification to draw attention to those features of the invention believed to be of particular importance. It should be understood that the Inventor claims protection in respect to any patentable feature or combination of features herein referred to and or shown within this application whether or not particular emphasis has be placed within this application.

Claims

1. A device to which a stem portion is included to a projectile's rear relative to its desired movement path.

2. A device according to claim 1 can be slotted, grooved, carved to further increase rotational speeds of a bullet.

3. A device according to claim 1 that has multiple stems that are shaped to increase rotational speeds.

4. A device according to claim 3 that multiple stems bloom outward when forces are applied.