-
Patent Agency Ranking
公开(公告)号：WO2017205341A1
公开(公告)日：2017-11-30
申请号：PCT/US2017/033946
申请日：2017-05-23
Applicant: WIPH, LLC
Abstract: A round counter for a firearm is provided that includes a display that provides the user with information regarding the number of rounds remaining in the magazine of the firearm. The magazine includes a round follower and a wiper extending from the follower. The wiper contacts a variable resistance sensor, such as a linear potentiometer, that is attached to a sidewall of the magazine. As the round follower and wiper move up and down within the magazine, the wiper contacts the sensor at different positions. The position of the wiper relative to the sensor corresponds to a specific linear distance indicative of the number of rounds remaining in the magazine. Information regarding this position, and consequently the number of remaining rounds is transmitted to the display.
Abstract translation: 提供了用于枪支的圆形计数器，其包括显示器，该显示器向用户提供关于枪械的弹匣中剩余的回合数量的信息。 该杂志包括一个圆形随从器和从随动器延伸的雨刷器。 雨刮器接触连接到仓匣侧壁的可变电阻传感器，例如线性电位计。 随着圆形从动件和雨刮器在刀库内上下移动，擦拭器会在不同位置与传感器接触。 擦拭器相对于传感器的位置对应于特定的线性距离，该线性距离指示存储盒中剩余的回合数。 关于这个位置的信息以及因此剩余轮次的数量被传送到显示器。
-
公开(公告)号：WO2017096348A1
公开(公告)日：2017-06-08
申请号：PCT/US2016/064910
申请日：2016-12-05
Applicant: WIPH, LLC
Inventor： MARTINEZ, Andrew D., Jr. , LAKE, David A.T. , WALTHER, Michael H.
Abstract: A buffer assembly for a firearm has a tubular receiver extension. A damper assembly is positioned within the receiver extension adjacent the receiver extension rear end, and a spring is positioned within the receiver extension with the rear end of the spring surrounding the damper assembly. A buffer is positioned within the receiver extension at the opposite end of the spring from the damper assembly. The receiver extension has a liner that surrounds the spring creating a layer between the spring and the receiver extension. The liner may be a friction reducing material such as a polymer material.
Abstract translation: 用于枪支的缓冲器组件具有管状的接收器扩展。 阻尼器组件定位在邻近接收器延伸部后端的接收器延伸部内，并且弹簧定位在接收器延伸部内，其中弹簧的后端围绕阻尼器组件。 缓冲器位于弹簧与阻尼器组件相反端的接收器延伸部内。 接收器延伸部分有一个围绕弹簧的衬垫，在弹簧和接收器延伸部分之间形成一层。 衬里可以是减少摩擦的材料，例如聚合物材料。
-
公开(公告)号：WO2017171980A3
公开(公告)日：2017-10-05
申请号：PCT/US2017/013887
申请日：2017-01-18
Applicant: WIPH, LLC
Inventor： LAKE, David, A.T.
Abstract: A muzzle brake for a firearm includes ports bored or otherwise formed into side surfaces of the muzzle brake. The ports may be formed such that a central axis of each port may be present at an angle that is rearward of perpendicular to the through bore. In this manner, the exhaust opening of each port at the muzzle brake side surface is rearward of the intake opening that connects with the through bore. The ports are located in horizontally and symmetrically opposed pairs, one port in each pair extending through a sidewall on opposite sides of a vertical central plane of the muzzle brake. Each port may comprise two parallel bores. A centerline of each boar is tangent to the diameter of the through bore. The bottom of each port bore has a spherical surface 140. This spheroid termination into the through bore and incidental intersection with adjacent ports results acute angles at each edge leading away from the through bore and into the ports.
-
公开(公告)号：WO2017171980A2
公开(公告)日：2017-10-05
申请号：PCT/US2017/013887
申请日：2017-01-18
Applicant: WIPH, LLC
Inventor： LAKE, David, A.T.
IPC: F41A17/42
CPC classification number: F41A21/36 , F41A21/28 , F41A21/325
Abstract: A muzzle brake for a firearm includes ports bored or otherwise formed into side surfaces of the muzzle brake. The ports may be formed such that a central axis of each port may be present at an angle that is rearward of perpendicular to the through bore. In this manner, the exhaust opening of each port at the muzzle brake side surface is rearward of the intake opening that connects with the through bore. The ports are located in horizontally and symmetrically opposed pairs, one port in each pair extending through a sidewall on opposite sides of a vertical central plane of the muzzle brake. Each port may comprise two parallel bores. A centerline of each boar is tangent to the diameter of the through bore. The bottom of each port bore has a spherical surface 140. This spheroid termination into the through bore and incidental intersection with adjacent ports results acute angles at each edge leading away from the through bore and into the ports.
Abstract translation: 用于枪支的枪口制动器包括钻孔或以其他方式形成于枪口制动器的侧表面的端口。 端口可以形成为使得每个端口的中心轴线可以以垂直于通孔后方的角度存在。 以这种方式，枪口制动器侧表面处的每个端口的排气口在与通孔连接的进气口的后方。 端口位于水平和对称相对的对中，每对中的一个端口延伸穿过枪口制动器的垂直中心平面的相对侧上的侧壁。 每个端口可以包括两个平行的孔。 每只公猪的中心线与通孔的直径相切。 每个端口孔的底部具有球形表面140.该球形端接到通孔和与相邻端口的偶然相交导致在每个边缘处从通孔引出并进入端口的锐角。
-
公开(公告)号：WO2017096371A1
公开(公告)日：2017-06-08
申请号：PCT/US2016/064964
申请日：2016-12-05
Applicant: WIPH, LLC
Inventor： WALTHER, Michael, H. , AHEY, Thomas, J., IV.
Abstract: An integrated magazine and bolt release mechanism that is intended to automate the operations of magazine release when empty, and bolt release when a loaded magazine is inserted into the rifle. The release mechanism may include a mechanical switch device. The mechanical switch device may be a lever that is able to identify the presence of ammunition. By way of mechanical linkage, the system is able to control the magazine catch surface to either maintain or expel a magazine. The linkage facilitate the transition of vertical motion, imparted by the magazine body and follower to the lever into horizontal motion of an arm to move the magazine catch in and out of engagement with the magazine's locking surface. Upward vertical motion of the lever may actuate the bolt catch surface by means of a mechanical link that serves to reverse the direction of vertical motion. As the magazine body moves upward, the lever impinges on the arm that forces the bolt catch downward, to release the locked bolt group.
Abstract translation:
集成式杂志和螺栓释放机构，用于在空载时自动执行杂志释放操作，以及在将装载的杂志插入步枪时释放螺栓。 释放机构可以包括机械开关装置。 机械开关装置可以是能够识别弹药的存在的杠杆。 通过机械连接，系统能够控制杂志捕捉表面以维持或排出杂志。 连杆机构有利于竖直运动的转换，由仓体和从动装置给杠杆施加水平运动，以使仓擒拿装置移入和移出与仓库锁定表面的接合。 杠杆的向上垂直运动可以借助用于反转竖直运动方向的机械连杆来致动螺栓捕捉表面。 当弹匣体向上移动时，杠杆撞击臂上，迫使螺栓向下，以释放锁定的螺栓组。
-
-
-
-
Search Results
5
records
(took 0.01 seconds)
