会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Arrangement for sweeping moored lines
    • 清扫系泊线的安排
    • US5771833A
    • 1998-06-30
    • US749116
    • 1996-11-14
    • Werner Hasse
    • Werner Hasse
    • B63G7/06B63G7/04B62D1/26
    • B63G7/04
    • An arrangement for sweeping moored mines (8) with at least one cable cutter (4) that is arranged on a sweeping line (2) and is designed for cutting through the mooring line (9) for a respective mine (8). To achieve a relatively fast and safe destruction of the moored mines (8), in addition to the cable cutters (4), mine destruction devices (3) are also attached to the respective sweeping line (2), which devices are fastened respectively in front of the snap grippers (4) in towing direction. The mine destruction devices (3) each have on clamping device (12) that can attach itself to the mooring line (9), a buoyancy element (14) that is connected to the clamping device (12) with an unreelable line (16) and a mine destroying activator (15) that is attached to the buoyancy element (14). If the mooring line (9) hits the mine destruction device (3), the clamping device (12) detaches itself from the sweeping line and clamps down on the mooring line (9). The activator (15) then detaches itself from the clamping device (12) and rises with the aid of the buoyancy element (14) toward the mine (8). The mooring line (9) at the same time advances along the sweeping line (2) into the gripper mouth of the following cable cutter (4) and is cut by it at a position below the attached clamping device.
    • 一种用于扫掠停泊的矿井(8)的装置,其中至少一个电缆切割器(4)布置在扫掠线(2)上,并被设计成用于切割相应矿井(8)的系泊线(9)。 为了实现停泊地雷(8)的相对快速和安全的破坏,除了电缆切割器(4)之外,矿山毁灭装置(3)也附接到相应的扫掠线(2),这些装置分别固定在 卡扣夹具(4)的前部处于牵引方向。 矿山破坏装置(3)各自具有可以将其自身附接到系泊线(9)的夹紧装置(12);浮动元件(14),其与不可延展的管线(16)连接到夹紧装置(12) 和附着在浮力元件(14)上的破坏矿物的活化剂(15)。 如果系泊线(9)撞击矿山破坏装置(3),夹紧装置(12)将其自身从扫掠线上分离并在系泊线(9)上夹紧。 活化器(15)然后将其自身从夹紧装置(12)分离,并借助于浮力元件(14)朝向矿井(8)上升。 系泊系统(9)同时沿着扫掠线(2)前进到下一个电缆切割器(4)的夹持器口中,并在其附近的夹紧装置下方的一个位置被切割。
    • 2. 发明授权
    • Expendable light-weight minesweeping cutter
    • 消耗式轻量扫雷刀
    • US4074650A
    • 1978-02-21
    • US272810
    • 1963-04-12
    • Richard C. Dyjak
    • Richard C. Dyjak
    • B63G7/04B63B9/00
    • B63G7/04
    • 1. In an underwater mine cable cutter of the cartridge-chisel type adaptedo be pulled forwardly through the water by a sweep line provided with a cutter stopA stabilizing fin having a front edge adapted to lie along a sweep line,An abutment formed on said fin for engaging a cutter stop,A frame member having an axis,Said frame member having a sweep line-receiving recess parallel to said axisMeans for detachably connecting said frame member to said fin with the front edge of said fin closing the entrance to said recess,Said connecting means including shearable means the shearing of which releases said frame from said fin,The abutment on said fin being spaced in said axial direction from a portion of said frame member by a distance sufficient to permit the shearing of said shearable means and thereafter be engaged by said frame member to resist further recoil thereof, andExplosively driven cable cutting means so arranged in said frame member that recoil in the axial direction from a cable cutting explosion causes the shearing of said shearable means to release said frame member from said fin.
    • 1.适用于通过设置有切割器挡块的扫掠线向前向前拉动的笛卡尔型水下矿井电缆切割器。A稳定了具有适应于扫描线的前边缘的边缘,所形成的基座 用于接合切割器停止的框架,具有轴的框架构件,具有振动线接收记录并存的框架构件,用于确定用于将所述框架构件与所述框架组件相连接的装置的连接的边框, 上述的连接方式,包括可剪切的手段,释放从框架上的框架的剪切,在距离相当的框架部分的同一轴向方向上的平坦的边缘的距离远远地允许剪切可剪切的方式 并且其由该框架构件参与,以进一步回收,并且将爆破电缆切割装置安装在在轴向方向FR中恢复的同一个框架构件中 OM电缆切割爆炸引起了可剪切手段的剪切,以便从SAIF FIN释放所述框架部件。
    • 6. 发明授权
    • Recovery hook assembly
    • 回收钩组件
    • US3788262A
    • 1974-01-29
    • US3788262D
    • 1972-12-04
    • US NAVY
    • ROBERTS D
    • B63B21/48B63G7/04B63B21/00
    • B63B21/48B63G7/04
    • A towable hook assembly for acquiring and capturing a line streamed within water with a ball stop mounted thereon is disclosed as having a barrel with a pair of bores therethrough separated by an apertured wall, with the aperture thereof in alignment with said pair of bores. A first slot extends through the entire length of the side wall of said barrel in such manner as to be in communication with said pair of bores and said aperture, and a second slot extends through the side of said barrel, so as to be in communication with the rearward one of said pair of bores at a predetermined distance from the rear face of said wall. A fin having a cam at the forward upper end thereof is hinged for rotation in such manner with respect to said barrel as to allow the cam thereof to protrude through said second slot when rotationally urged by rearward drag thereon as a result of the tension being released from the tow line thereof, as said hook assembly is towed through said water, sea water, or other appropriate ambient fluid mediums.
    • 公开了一种用于捕获和捕获在水中流动的管线的可挂钩组件,其中安装有球止动件的管线具有带有一对孔的筒,所述孔由穿孔分隔开,孔的孔与所述一对孔对准。 第一狭槽以与所述一对孔和所述孔连通的方式延伸穿过所述桶的侧壁的整个长度,并且第二槽延伸穿过所述筒的侧面,以便与所述桶的连通 所述一对孔中的后面一个孔距所述壁的后表面预定距离。 具有在其前上端具有凸轮的翅片被铰接以相对于所述滚筒以这种方式旋转,以便由于张力被释放而使其凸轮通过所述第二狭槽突出地向后推动而被向后推动 当所述钩组件被牵引穿过所述水,海水或其它合适的环境流体介质时,其拖曳线。