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    • 13. 发明授权
    • Biological active bullets, systems, and methods
    • 生物活性子弹,系统和方法
    • US09377278B2
    • 2016-06-28
    • US14615671
    • 2015-02-06
    • Darren Rubin
    • Darren Rubin
    • F42B12/54F42B12/72
    • F42B12/54F42B12/34F42B12/40F42B12/46F42B12/72
    • A biological active bullet able to be discharged from a firearm, the ammunition essentially comprising a bullet in a cartridge, the bullet including, and distinguished by the use of, at least one potentially reactive chemical substance delivered to a target and undergoing at least one violent exothermic chemical reaction with a bodily fluid of said target, and having at least one biological effect in the target upon impact and penetration, while causing tissue damage in addition to the bullet wound, and thus, having additional functions and applications than prior art bullets, along with methods of use, that ensure enhanced damage and lethality.
    • 一种能够从枪支排出的生物活性物质,弹药基本上包括药筒中的子弹,子弹包括并且通过使用至少一种传递给目标物并经历至少一种暴力的潜在反应性化学物质来区分 与所述靶体的体液发生放热化学反应,并且在冲击和穿透时在靶中具有至少一种生物效应,同时造成除了子弹伤口之外的组织损伤,因此具有比现有技术子弹更多的功能和应用, 以及使用方法,确保增强的损伤和致死性。
    • 14. 发明授权
    • Lead-free, corrosion-resistant projectiles and methods of manufacture
    • 无铅,耐腐蚀的射弹和制造方法
    • US09188416B1
    • 2015-11-17
    • US14737884
    • 2015-06-12
    • Ervin Industries, Inc.
    • Mark C. HashTrent Pearson
    • F42B12/74F42B12/72F42B33/00F42B8/14
    • F42B12/74B22D25/02B22F1/0085B22F5/00C21D9/0068F42B33/00
    • To produce lead-free projectiles, iron and copper are melted at a predetermined ratio and rapidly quenched to yield a fine-grained microstructure with uniformly distributed copper and iron phases. The iron-copper alloy may be made into a powder through atomization, with the iron-copper molten metal being dispersed using a rapidly moving gas, liquid stream, or via mechanical dispersion. The step of forming the bullet may include solid-state sintering of the atomized powder, including heating at a temperature below 1083° C., the melting point of copper. Alternatively, the step of shaping the mixture into a bullet-shaped form may include casting and/or uniaxially pressing the mixture into a mold. A ceramic powder may be added to the copper-iron mixture prior to forming to produce a frangible projectile. Chromium, including chromium from recycled stainless steel, may be added to increase corrosion resistance and/or reduce manufacturing cost.
    • 为了生产无铅弹丸,铁和铜以预定的比例熔化,并迅速淬火,产生均匀分布的铜和铁相的细晶粒微观结构。 铁 - 铜合金可以通过雾化制成粉末,铁 - 铜熔融金属使用快速移动的气体,液体流或通过机械分散体分散。 形成子弹的步骤可以包括雾化粉末的固态烧结,包括在低于1083℃的温度下加热铜的熔点。 或者,将混合物成形为子弹形状的步骤可以包括将混合物铸造和/或单轴压制到模具中。 在形成铜铁混合物之前可以加入陶瓷粉末以产生易碎的抛射体。 可以加入铬,包括来自再循环不锈钢的铬,以增加耐腐蚀性和/或降低制造成本。
    • 15. 发明申请
    • LEAD-FREE PROJECTILES AND METHODS OF MANUFACTURE
    • 无铅项目及制造方法
    • US20150107480A1
    • 2015-04-23
    • US14056426
    • 2013-10-17
    • Ervin Industries, Inc.
    • Mark C. HashTrent Pearson
    • F42B12/72F42B33/00
    • F42B12/72F42B12/74F42B33/00
    • To produce lead-free projectiles, iron and copper are melted at a predetermined ratio and rapidly quenched to yield a fine-grained microstructure with uniformly distributed copper and iron phases. The iron-copper alloy may be made into a powder through atomization, with the iron-copper molten metal being dispersed using a rapidly moving gas, liquid stream, or via mechanical dispersion. The step of forming the bullet may include uniaxially pressing and solid-state sintering of the atomized powder, including heating at a temperature below 1083° C., the melting point of copper. Alternatively, the step of shaping the mixture into a bullet-shaped form may include casting the molten mixture into a mold. A ceramic powder may be added to the copper-iron mixture prior to forming to produce a frangible projectile. The method may further include the step of adding another elemental powder to enhance strength, toughness, density, or hardness.
    • 为了生产无铅弹丸,铁和铜以预定的比例熔化,并迅速淬火,产生均匀分布的铜和铁相的细晶粒微观结构。 铁 - 铜合金可以通过雾化制成粉末,铁 - 铜熔融金属使用快速移动的气体,液体流或通过机械分散体分散。 形成子弹的步骤可以包括雾化粉末的单轴压制和固态烧结,包括在低于1083℃的温度下加热铜的熔点。 或者,将混合物成型为子弹形状的步骤可以包括将熔融混合物浇铸到模具中。 在形成铜铁混合物之前可以加入陶瓷粉末以产生易碎的抛射体。 该方法还可以包括添加另一种元素粉末以提高强度,韧性,密度或硬度的步骤。