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    • 52. 发明授权
    • Incrementally adjustable sight
    • 视力增量可调
    • US08375619B2
    • 2013-02-19
    • US13030524
    • 2011-02-18
    • David A. Hewes
    • David A. Hewes
    • F41G1/033F41G1/16
    • F41G1/033F41G1/16F41G1/28
    • An incrementally adjustable sight for a firearm is taught. The sight includes a base attachable to a firearm and a housing carried by the base. The housing includes a central cavity having an opening and carrying a sight post assembly. The sight post assembly includes a sight post having a first end extending outwardly from the central cavity through the opening and a second end. A cam follower and a cam member are carried by the sight post with the cam member, cammingly engaging the cam follower between a plurality of positions. A biasing member biases the first end of the sight post away from one of the cam follower and the cam member a distance. The distance is adjusted by relative movement of the cam member and the cam follower between the plurality of positions.
    • 教授了一个可扩展调节的枪支瞄准器。 视线包括可附接到枪支的基座和由基座承载的壳体。 壳体包括具有开口并承载视线组件的中心腔。 瞄准器组件包括具有从中心空腔穿过开口向外延伸的第一端和第二端的瞄准镜。 凸轮从动件和凸轮构件由具有凸轮构件的瞄准镜承载,在多个位置之间凸轮接合凸轮从动件。 偏置构件将视线柱的第一端偏离凸轮从动件和凸轮构件中的一个一定距离。 通过凸轮构件和凸轮从动件在多个位置之间的相对运动来调节距离。
    • 53. 发明申请
    • Gun sight configured for providing range estimation and/or bullet drop compensation
    • 枪瞄准器配置用于提供距离估计和/或子弹降落补偿
    • US20100299987A1
    • 2010-12-02
    • US12584333
    • 2009-09-03
    • Marlin Daniel Ballard
    • Marlin Daniel Ballard
    • F41G1/033
    • F41G1/033
    • A front sight has a main body, a sight post body carrier, and a sight post body. The main body has an engagement structure for having a sight post body carrier movably engaged therewith and has a mounting structure for being attached to a weapon. The sight post body carrier is moveably engaged with the engagement structure of the main body in a manner allowing the sight post body carrier to be selectively translated at least partially along a length of the engagement structure and limiting unrestricted movement of the sight post body carrier in other directions. The sight post body includes a plurality of different length sight posts. The sight post body is moveably mounted on the sight post body carrier in a manner allowing each one of the sight posts to be selectively moved to a sight post use position with respect to the main body.
    • 前视镜有一个主体,一个视像柱体和一个视杆体。 主体具有用于具有与其可移动地接合的视线柱体托架的接合结构,并具有用于附接到武器的安装结构。 瞄准镜主体托架以能够使瞄准器主体托架至少部分地沿着接合结构的长度选择性地平移的方式与主体的接合结构可移动地接合,并且将瞄准器主体托架的无限制的运动限制在 其他方向 视线柱体包括多个不同长度的视线柱。 瞄准镜主体以允许每个瞄准镜相对于主体选择性地移动到瞄准位置的方式可移动地安装在视架体托架上。
    • 54. 发明授权
    • Dual-zero sight for a firearm
    • 枪支双零瞄准
    • US06968643B2
    • 2005-11-29
    • US10772154
    • 2004-02-03
    • Martin Woodbury
    • Martin Woodbury
    • F41G1/033F41G1/10F41G1/42F42G1/06F42G1/10
    • F41G1/42F41G1/033F41G1/10
    • A sighting system for a firearm includes a rear sight unit having a plurality of separate sight elements adaptable for “zeroing” the same gun with different ammunition. The multiple-zero sight unit comprises windage and elevation adjustments for each sight element, so that multiple ammunition types having different trajectories may be fired accurately from a single firearm after zeroing-in one of the plurality of sight elements for each of the different ammunition types. Preferably, the separate sight elements may be connected to each other or to a common pivot arm or movable bracket so that moving one sight element into the sight path automatically removes the other from the line of vision. Elevation adjustments may be done in various ways, for example, by sliding sight elements out along an arm or bracket, or by changing an angle of the arm or bracket relative to the firearm. The preferred sighting system also includes an adjustable front sight unit, which can be raised or lowered in elevation, by sliding a fin or blade up or down or by adding or removing an extension member. Adding the extension member may provide a gross adjustment of the front end of the firearm by significantly lowering the barrel position for a given line of sight between the user's eye, the selected rear sight, and the front sight.
    • 用于枪支的瞄准系统包括具有多个独立的瞄准器的后视单元,所述多个独立的瞄准器适用于使用不同弹药“同样”同一枪。 多零瞄准单元包括每个瞄准元件的风向和仰角调节,使得具有不同轨迹的多个弹药类型可以在对于每个不同弹药类型的多个瞄准元件中的一个瞄准元件中的一个之后从单个火器准确地发射 。 优选地,分开的视觉元件可以彼此连接或者连接到共同的枢转臂或可移动支架,使得将一个视线元件移动到视线路径中自动地将视线元件从视线中移除。 升降调整可以以各种方式进行,例如通过沿着手臂或支架滑动视线元件,或通过改变臂或支架相对于枪支的角度来进行。 优选的瞄准系统还包括可调节的前视镜单元,其可以通过向上或向下滑动翅片或叶片或通过添加或移除延伸构件而升高或降低。 添加延伸构件可以通过显着降低用户的眼睛,所选择的后视野和前视线之间的给定视线来显着降低枪管位置来提供枪支前端的粗略调整。
    • 55. 发明授权
    • Variable velocity weapons having selective lethality and methods related
thereto
    • 具有选择性杀伤力的变速武器及其相关方法
    • US5992291A
    • 1999-11-30
    • US189469
    • 1998-11-10
    • Jeffrey Michael WidderRoger Allen ShermanSteven Vance Medlin
    • Jeffrey Michael WidderRoger Allen ShermanSteven Vance Medlin
    • F41A21/28F41A21/46F41G1/033F42B12/78F42B14/06F42B30/02F41A21/00F42B14/00
    • F42B30/02F41A21/28F41A21/46F41G1/033F42B12/78F42B14/064
    • The present invention relates to weapon systems that accelerate projectiles using gases generated by the rapid combustion of a solid propellant, in particular, such a weapon system is able to vary the barrel exiting velocity of the projectile through a barrel venting means. In one embodiment, a front venting means exhausts gas generated by combusting propellant from behind the accelerating projectile and redirects a portion of the exhausted gas either to at least one fixed volume, to the front of the projectile, or to a combination of at least one fixed volume and to the front of the projectile. Redirecting some of the exhausted gas to the front of the projectile restrains the projectile, thereby slowing the projectile, and thus further decreasing the muzzle velocity of the projectile. In another embodiment, gas from behind the projectile is exhausted into a fixed volume, thereby decreasing projectile acceleration, and thus, the muzzle velocity of the projectile. One can use a combination of fixed volume venting and front venting. A saboted projectile can be used for ammunition. By coupling the energy requirements needed to release the sabot to the barrel exiting velocity of the projectile, one can achieve a selectively lethal projectile. The venting means can be variable as to the velocity and mass of propellant gases exhausted or redirected and can be coupled to an operator selection switch, as well as to an automatic range finding scope.
    • 本发明涉及使用由固体推进剂的快速燃烧产生的气体来加速弹丸的武器系统,特别地,这样的武器系统能够通过枪管排气装置来改变弹丸的出射速度。 在一个实施例中,前排气装置排出通过从加速弹丸后方燃烧推进剂而产生的气体,并将排出的气体的一部分重新定向到至少一个固定体积,到达射弹的前部,或将至少一个 固定体积和射弹前面。 将一些耗尽的气体重新定向到射弹的前部,限制了射弹,从而减少了射弹,从而进一步降低了射弹的枪口速度。 在另一个实施例中,来自弹丸后面的气体被排放到固定的体积中,从而降低了射弹加速度,从而降低了射弹的枪口速度。 可以使用固定容积排气和前排气的组合。 弹丸弹可用于弹药。 通过将所需的能量需求耦合到炮弹出射速度的炮弹,可以实现选择性致命的射弹。 排气装置对于排出或重定向的推进剂气体的速度和质量可以变化,并且可以耦合到操作者选择开关以及自动测距范围。