Mechanism to Adjust and Restrain Gun Traverse on a Tripod Mount
    1.
    发明申请
    Mechanism to Adjust and Restrain Gun Traverse on a Tripod Mount 有权
    调整和限制三脚架安装上的枪导轨的机制

    公开(公告)号:US20160377366A1

    公开(公告)日:2016-12-29

    申请号:US14752707

    申请日:2015-06-26

    IPC分类号: F41A27/12

    CPC分类号: F41A27/12 F41A23/12

    摘要: A traverse stop clamp is provided for restricting sweep of a machine gun mounted on a tripod. The stop clamp is installable on a traverse bar connecting to rear legs of the tripod, the traverse bar having an inverse U-shape cross-section that form edges at ends of the U-shape. The stop clamp includes an open ring member, a shift member, a handle, a spring pin and a locking nut. The open ring member has a C-shaped ring with an interrupted circumferential outer periphery and an inner periphery with channels for receiving the edges of the traverse bar. The outer periphery has first and second ring ends separated by an adjustable gap. The open ring member further includes first and second tabs disposed to extend radially outward from the first and second ends. These first and second tabs respectively have first and second through-holes. The shift member has a tang and a shaft at respectively first and second shifter ends. The receiver has a third through-hole, and the shaft has a threaded terminus. The tang and shaft pass respectively through the first and second through-holes. The handle has a lever and a clevis head with coaxial fourth through-holes. The head has a cam separating a lock clevis face and a release clevis face. The lock clevis face engages the tang in response to the lever being adjacent the outer periphery. The release clevis face engages the tang in response to pulling the lever away from the outer periphery. The handle pivots at the fourth-through-holes to widen the gap between the tabs. The spring pin passes through the fourth and third through-holes to connect the tang and the clevis head pivotably together. The threaded lock nut attaches to the threaded terminus to engage the second tab.

    摘要翻译: 提供了横动挡块,用于限制安装在三脚架上的机枪的扫描。 止动夹可安装在连接三角架后腿的横杆上,横杆具有在U形端部形成边缘的倒U形横截面。 止动夹具包括开环构件,换档构件,手柄,弹簧销和锁定螺母。 开环构件具有C形环,其具有中断的周向外周边和具有用于接收横动杆的边缘的通道的内周。 外周边具有由可调节的间隙隔开的第一和第二环形端。 开环构件还包括设置成从第一端和第二端径向向外延伸的第一和第二突出部。 这些第一和第二突片分别具有第一和第二通孔。 移位构件在第一和第二移位端处具有柄脚和轴。 接收器具有第三通孔,并且轴具有螺纹端。 脚和轴分别通过第一和第二通孔。 手柄具有杠杆和具有同轴第四通孔的U形夹头。 头部有一个凸轮,分隔锁定钩表面和释放U形夹面。 响应于与外围相邻的杠杆,锁扣座面接合柄脚。 响应于将杠杆从外周拉出来,释放U形夹面接合柄脚。 手柄在第四个通孔处枢轴转动,以加宽突片之间的间隙。 弹簧销通过第四和第三通孔,以将脚和U形夹头可枢转地连接在一起。 螺纹锁定螺母附接到螺纹终端以接合第二突出部。

    Mechanism to adjust and restrain gun traverse on a tripod mount
    2.
    发明授权
    Mechanism to adjust and restrain gun traverse on a tripod mount 有权
    调整和限制枪脚穿过三脚架的机构

    公开(公告)号:US09518795B1

    公开(公告)日:2016-12-13

    申请号:US14752707

    申请日:2015-06-26

    IPC分类号: F41A23/00 F41A27/12

    CPC分类号: F41A27/12 F41A23/12

    摘要: A traverse stop clamp is provided for restricting sweep of a machine gun mounted on a tripod. The stop clamp is installable on a traverse bar connecting to rear legs of the tripod, the traverse bar having an inverse U-shape cross-section that form edges at ends of the U-shape. The stop clamp includes an open ring member, a shift member, a handle, a spring pin and a locking nut. The open ring member has a C-shaped ring with an interrupted circumferential outer periphery and an inner periphery with channels for receiving the edges of the traverse bar. The outer periphery has first and second ring ends separated by an adjustable gap. The open ring member further includes first and second tabs disposed to extend radially outward from the first and second ends. These first and second tabs respectively have first and second through-holes. The shift member has a tang and a shaft at respectively first and second shifter ends. The receiver has a third through-hole, and the shaft has a threaded terminus. The tang and shaft pass respectively through the first and second through-holes. The handle has a lever and a clevis head with coaxial fourth through-holes. The head has a cam separating a lock clevis face and a release clevis face. The lock clevis face engages the tang in response to the lever being adjacent the outer periphery. The release clevis face engages the tang in response to pulling the lever away from the outer periphery. The handle pivots at the fourth-through-holes to widen the gap between the tabs. The spring pin passes through the fourth and third through-holes to connect the tang and the clevis head pivotably together. The threaded lock nut attaches to the threaded terminus to engage the second tab.

    摘要翻译: 提供了横动挡块,用于限制安装在三脚架上的机枪的扫描。 止动夹可安装在连接三角架后腿的横杆上,横杆具有在U形端部形成边缘的倒U形横截面。 止动夹具包括开环构件,换档构件,手柄,弹簧销和锁定螺母。 开环构件具有C形环,其具有中断的周向外周边和具有用于接收横动杆的边缘的通道的内周。 外周边具有由可调节的间隙隔开的第一和第二环形端。 开环构件还包括设置成从第一端和第二端径向向外延伸的第一和第二突出部。 这些第一和第二突片分别具有第一和第二通孔。 移位构件在第一和第二移位端处具有柄脚和轴。 接收器具有第三通孔,并且轴具有螺纹端。 脚和轴分别通过第一和第二通孔。 手柄具有杠杆和具有同轴第四通孔的U形夹头。 头部有一个凸轮,分隔锁定钩表面和释放U形夹面。 响应于与外围相邻的杠杆,锁扣座面接合柄脚。 响应于将杠杆从外周拉出来,释放U形夹面接合柄脚。 手柄在第四个通孔处枢轴转动,以加宽突片之间的间隙。 弹簧销通过第四和第三通孔,以将脚和U形夹头可枢转地连接在一起。 螺纹锁定螺母附接到螺纹终端以接合第二突出部。

    Device to detect and measure the concentration and characterization of airborne conductive or dielectric particles
    3.
    发明授权
    Device to detect and measure the concentration and characterization of airborne conductive or dielectric particles 失效
    用于检测和测量空气传导或介电颗粒的浓度和表征的装置

    公开(公告)号:US07034549B2

    公开(公告)日:2006-04-25

    申请号:US10817415

    申请日:2004-03-31

    IPC分类号: G01R27/04 G01F13/00

    CPC分类号: G01R27/2658

    摘要: A measuring system is disclosed which detects and measures the volume concentration and mass flow of the airborne conductive particles, such as carbon-absorptive chaff particles. The measuring system can be used to estimate the effective conductivity of the detected airborne conductive particles. Further, if particles are not airborne, but are lying on a surface they may be made to become airborne by the vacuum source of the present invention and then detected by the measuring system of the present invention.

    摘要翻译: 公开了一种测量系统,其测量并测量诸如碳吸收性谷壳颗粒的空气传导性颗粒的体积浓度和质量流量。 测量系统可用于估计检测到的空气传导性粒子的有效电导率。 此外,如果颗粒不是空气传播的,而是位于表面上,则可以通过本发明的真空源进行空气传播,然后由本发明的测量系统检测。