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    • 2. 发明授权
    • Gun mechanism for rapidly firing cased telescoped ammunition
    • 快速射击套筒弹药枪的枪机制
    • US5315913A
    • 1994-05-31
    • US993559
    • 1992-12-21
    • Glenn E. RossierSteven R. DukeEdward A. ProulxStephen A. Jarvis
    • Glenn E. RossierSteven R. DukeEdward A. ProulxStephen A. Jarvis
    • F41F1/10
    • F41F1/10
    • A Gatling-type gun mechanism has a stationary housing having a camming channel and at least one loading/unloading port. A rotor is mounted inside the housing and can be rotated about a longitudinal axis; the rotor carries a plurality of gun barrels, each fixed to the rotor with a respective barrel axis substantially parallel to the rotor longitudinal axis; a like number of stud assemblies, each having a respective axis aligned with the axis of an associated gun barrel; and a like number of cartridge chambers, each interacting with the housing camming channel, during each rotation of said rotor, for reciprocal motion between a rearward location substantially coaxial about the associated stud assembly and a forward location substantially in abutment with the associated gun barrel and enclosing a volume into which a round of ammunition can be placed and removed by radial movement through the loading/unloading port. Each of the stud assemblies has a mechanism for firing a round of ammunition within the enclosed volume of the associated chamber, when that chamber is at its forward location, and when the rotor moves the associated barrel, chamber and stud assembly to a firing location.
    • 盖特林型枪机构具有固定的壳体,其具有凸轮通道和至少一个装载/卸载口。 转子安装在壳体内部并且可以围绕纵向轴线旋转; 转子承载多个枪管,每个枪管固定到具有基本上平行于转子纵向轴线的相应筒轴线的转子; 相似数量的螺柱组件,每个螺栓组件具有与相关联的枪管的轴线对准的相应轴; 以及在所述转子的每次旋转期间与壳体凸轮通道相互作用的相似数量的暗盒腔,用于在基本上相对于相关联的螺柱组件同轴的后方位置与基本上与相关联的枪管基本相邻的前方位置之间往复运动; 封闭一个弹药可以通过径向运动通过装载/卸载端口放置和移除的体积。 每个螺柱组件具有用于在该腔室处于其前部位置时以及当转子将相关联的筒体,腔室和螺栓组件移动到击发位置时在相关室的封闭容积内的一圈弹药的发射机构。
    • 3. 发明授权
    • Gun gas control system for multi-barrel weapons
    • 枪炮气体控制系统为多枪武器
    • US5485775A
    • 1996-01-23
    • US357699
    • 1994-12-16
    • Steven R. DukeGlenn E. RossierRichard P. Saganich
    • Steven R. DukeGlenn E. RossierRichard P. Saganich
    • F41A21/32F41A21/36
    • F41A21/32
    • The invention consists of four components: a diverter assembly, a blocking plate assembly, a blast deflector and an exhaust duct. The diverter attaches to the gun barrel clamp and rotates and recoils with the gun; as gases leave the gun barrels and enter the diverter they are redirected by it from axial flow to radial and tangential flow, thereby imparting a forward force and a torque to the barrel cluster. The blocking plate assembly does not rotate within the diverter and acts to limit the egress gas and the gas that flows into the non-firing gun barrels. The blast deflector has a collector that surrounds the diverter and collects the diverted gases. The duct receives the collected gases and conducts them to the desired exhaust ports.
    • 本发明由四个部件组成:分流器组件,阻挡板组件,鼓风导流板和排气管。 分流器连接枪管夹,并用枪旋转和反冲。 当气体离开枪筒并进入分流器时,它们被从轴向流动转向径向和切向流动,从而向筒体组件施加向前的力和扭矩。 阻挡板组件不在分流器内旋转并用于限制流入非发射枪筒的流出气体和气体。 爆炸导流器具有围绕转向器并收集转向气体的收集器。 管道接收收集的气体并将其传导到所需的排气口。
    • 5. 发明授权
    • Automated projectile firing weapon and related method
    • 自动射弹射击武器及相关方法
    • US06343536B1
    • 2002-02-05
    • US09441195
    • 1999-11-16
    • Glenn E. RossierLarry W. HayesDavid L. SteimkeVictor Forrester
    • Glenn E. RossierLarry W. HayesDavid L. SteimkeVictor Forrester
    • F41A1902
    • F41A5/02F41A25/18
    • An automatic projectile firing weapon and a related method for absorbing the recoil force of an automatic projectile firing weapon are disclosed. The weapon includes a barrel assembly that is slidably mounted in a receiver, biased by an operating spring, and engageable with a main sear. A gas operated bolt assembly is slidably mounted within the barrel assembly and is driven by a bolt spring. A trigger is provided to release the main sear and allow the operating spring to move the barrel assembly forwardly in the receiver. There is further provided a buffer connected between the receiver and the barrel assembly to dampen the velocity of the barrel assembly to ensure the barrel assembly is moving at a predetermined maximum velocity when a round is fired at a predetermined firing position. The recoil energy from the fired round is absorbed mainly by the forward motion of the barrel assembly and in part by the operating spring and buffer. In this manner, the peak recoil load to the receiver is minimized and the weapon operates at its actual firing rate from the first shot.
    • 公开了一种自动射弹射击武器和一种吸收自动射弹射击武器反冲力的相关方法。 武器包括可滑动地安装在接收器中的枪管组件,由操作弹簧偏压并可与主焊盘接合。 气动螺栓组件可滑动地安装在筒组件内并由螺栓弹簧驱动。 提供触发器以释放主触头并允许操作弹簧在接收器中向前移动枪管组件。 还有一个连接在接收器和筒组件之间的缓冲器,用于抑制枪管组件的速度,以确保当一个圆圈在预定的击发位置发射时,枪管组件以预定的最大速度移动。 来自发射圆的反冲能量主要由筒组件的向前运动和部分由操作弹簧和缓冲器吸收。 以这种方式,对接收器的峰值反冲负载最小化,并且武器以其第一次射击的实际发射速率运行。