JP2011509831A5

JP2011509831A5 - Dual process ammunition belt with two sides

Info

Publication number: JP2011509831A5
Application number: JP2010543216A
Authority: JP
Filing date: 2009-01-15
Publication date: 2013-10-17
Anticipated expiration: 2029-01-15

Description

この構成に於いて、各ワークピースは２つの部分を生成する。このようにして、方法は常にツーアウトワークステーション(two-out work station)として作用する最終的なワークステーションを略要求し、特に、順送型の出力速度を２倍にする。限定された例に於いて、ステムの両端部のワークピースは別々の時にステムから分離され、それによってワンアウトワークステーション(one-out work station)が可能になるが、これは好ましい実施例ではない。 In this configuration, each workpiece produces two parts. In this way, the method generally requires a final workstation that always acts as a two-out work station , and in particular doubles the progressive output rate. In a limited example, the workpieces at both ends of the stem are separated from the stem at different times, thereby allowing a one-out work station , which is not the preferred embodiment. .

Claims

A workpiece having two sides configured to be conveyed by an ammunition strip along a progressive mold,
Progressive type has multiple workstations deployed on both sides of the ammunition belt,
Workpiece, comprising a first end, an intermediate portion, the body having a second end,
A first end of each of the second end, a configured blank to be acted upon by a plurality of workstations, the intermediate portion is Ri stem der configured to support the blanks ,
Each blank is a workpiece with two sides , configured to be remade into a bullet .

An ammunition belt-shaped workpiece having two sides,
Has a base, said base comprises a bandolier for supporting a plurality of retaining members spaced along the base,
Each retaining member is configured to removably support the workpiece having two sides,
Each of the workpiece having two sides, a first end, an intermediate portion, comprising a body having a second end, the first end of each of the second end, a blank is adapted to be acted upon by a plurality of workstations, the intermediate portion is configured stem to support the blank,
By processing the blank by a plurality of workstations, resulting two finished product for each body,
Each blank is a workpiece constructed to be remade into a bullet .

A progressive mold configured to use a workpiece having two sides,
Accept metal strip material,
Accept metal wire,
A metal strip material is formed into an ammunition strip having a base , the base supports a plurality of retaining members spaced apart along the base;
Forming a metal wire into a workpiece having two sides;
Workpiece having two sides, comprising a first end, an intermediate portion, the body having a second end,
A first end of each of the second end, a configured blank to be acted upon by a plurality of workstations, the intermediate portion is configured stem to support the blank,
By processing the blank by a plurality of workstations, resulting two finished product for each body,
Each blank is a progressive type, configured to be remade into a bullet .

In a method of making a bullet using a progressive die that has a plurality of workstations and a long extended carrier moves through,
a) forming an ammunition strip having a plurality of holding members from the strip material;
b) a step of inserting a workpiece having two sides in the support members, the workpiece having two sides, a first end, an intermediate portion, a second end comprising a body having a first end and each of the second end, a configured blank to be acted upon by a plurality of workstations, the intermediate portion is configured to support the blanks A process that is a stem,
c) forming a blank into a bullet;
d) separating the bullet from the stem;
Having a method.

Substantially the same workstation is deployed laterally opposite sides of the bandolier,
The process of forming a blank into a bullet
Activating substantially similar workstations at about the same time so that both the first end blank and the second end blank of the workpiece are acted on at about the same time;
5. A method according to claim 4 , whereby the workpiece is less likely to be distorted with respect to the major axis of the ammunition belt.

Inserting a workpiece having two sides into each holding member,
Sending the length of the wire on the ammunition belt;
5. The method of claim 4 , comprising the step of cutting the wire to an appropriate length.

The progressive type includes at least one coining station,
5. The method of claim 4 , wherein forming the blank into a bullet includes coining the blank into a bullet shape.

The progressive mold includes at least one cutting station,
8. The method of claim 7 , wherein forming the blank into a bullet includes removing material from the blank to produce a final bullet.

The progressive mold includes at least one trim station,
The method of claim 8 , wherein forming the blank into a bullet includes removing flashing from the blank.

The progressive mold includes at least one cutting station,
The method of claim 4 , wherein forming the blank into a bullet includes removing material from the blank to produce a final bullet.

The method of claim 4 , wherein the ammunition band is further fed into a further apparatus configured to perform other steps selected from a group including but not limited to cleaning, coating and heat treatment.

An ammunition belt-shaped workpiece having two sides,
An ammunition belt having a base, wherein the base supports a plurality of retaining members spaced apart along the base;
A plurality of workpieces having two sides, each workpiece having two sides is an ammunition belt-like workpiece that is detachably held by a holding member.

A workpiece with two sides each
Includes a first end portion, an intermediate portion, the body having a second end,
A first end of each of the second end, a configured blank to be acting, intermediate portion is configured stem to support the blank, according to claim 12 A workpiece with two sides of an ammunition belt.

13. A workpiece with two ammunition belt-shaped sides according to claim 12 , wherein the stem is configured to be detachably coupled to one holding member.