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    • 1. 发明授权
    • Method and device for destroying drifting sea mines
    • 破坏漂流海底的方法和装置
    • US06612244B1
    • 2003-09-02
    • US09482628
    • 2000-01-14
    • Hermann GroschWerner HasseUwe Eisenkolb
    • Hermann GroschWerner HasseUwe Eisenkolb
    • B63G900
    • B63G7/02B63H2025/028F42B19/00
    • A method and a device for destroying drifting sea mines (5). According to the invention, a capture-and-destroy device (11) is brought into the vicinity of the drifting sea mine (5) with the aid of a buoyant body (12, 22) having a coupled-on drive system (13) or a drive device (24), and the mine is captured in that the sea mine (5) is surrounded by deployment of a capture net (16) normally located in a capture unit (11.1) of the capture-and-destroy device (11). A motorized element (17) disposed in the capture unit (11.1) draws the capture net (16) together automatically until the captured sea mine (5) rests directly against a destroyer unit (11.2) with a destructive charge (15). The destructive charge (15) is then automatically detonated to destroy the mine.
    • 一种破坏漂流海水的方法和装置(5)。 根据本发明,借助于具有耦合驱动系统(13)的浮力体(12,22)将捕获 - 破坏装置(11)带入漂流海矿(5)附近, 或驱动装置(24),并且所述矿被捕获,因为所述海矿(5)被通常位于所述捕获和破坏装置的捕获单元(11.1)中的捕获网(16) 11)。 设置在捕获单元(11.1)中的电动元件(17)将捕获网(16)自动地拉到一起,直到捕获的海矿(5)直接靠在具有破坏性装料(15)的驱逐机单元(11.2)上。 然后,破坏性收费(15)自动引爆,以摧毁矿场。
    • 2. 发明授权
    • Method and device for destroying drifting sea mines
    • 破坏漂流海底的方法和装置
    • US06308633B1
    • 2001-10-30
    • US09482628
    • 2000-01-14
    • Hermann GroschWerner HasseUwe Eisenkolb
    • Hermann GroschWerner HasseUwe Eisenkolb
    • B63G900
    • B63G7/02B63H2025/028F42B19/00
    • A method and a device for destroying drifting sea mines (5). According to the invention, a capture-and-destroy device (11) is brought into the vicinity of the drifting sea mine (5) with the aid of a buoyant body (12, 22) having a coupled-on drive system (13) or a drive device (24), and the mine is captured in that the sea mine (5) is surrounded by deployment of a capture net (16) normally located in a capture unit (11.1) of the capture-and-destroy device (11). A motorized element (17) disposed in the capture unit (11.1) draws the capture net (16) together automatically until the captured sea mine (5) rests directly against a destroyer unit (11.2) with a destructive charge (15). The destructive charge (15) is then automatically detonated to destroy the mine.
    • 一种破坏漂流海水的方法和装置(5)。 根据本发明,借助于具有耦合驱动系统(13)的浮力体(12,22)将捕获 - 破坏装置(11)带入漂流海矿(5)附近, 或驱动装置(24),并且所述矿被捕获,因为所述海矿(5)被通常位于所述捕获和破坏装置的捕获单元(11.1)中的捕获网(16) 11)。 设置在捕获单元(11.1)中的电动元件(17)将捕获网(16)自动地拉到一起,直到捕获的海矿(5)直接靠在具有破坏性装料(15)的驱逐机单元(11.2)上。 然后,破坏性收费(15)自动引爆,以摧毁矿场。
    • 5. 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。
    • 6. 发明授权
    • Simulated portable rocket launcher
    • 模拟便携式火箭发射器
    • US4447211A
    • 1984-05-08
    • US397502
    • 1982-07-12
    • Bernd M. KernWerner Hasse
    • Bernd M. KernWerner Hasse
    • F41A33/00G09B9/00F41F27/00
    • F41A33/00
    • A portable apparatus having the shape, and intended to simulate the firing,f an actual rocket launcher. The simulated portable rocket launcher, used in conjunction with a laser device, comprises a tubular casing having mounted thereon an aiming device. A unit of similar shape designed to be inserted in said casing, has front and rear end plates between which extends a bar surrounded by a spiral spring, an annular shaped mass representing a rocket being movably mounted through its annulus on said bar. Locking and triggering means are provided to secure the mass to the rear end plate in a ready-to-fire position, while a resilient stop member for the movable mass is provided at the front end plate. Activation of the triggering means releases the mass from the rear end plate and activates the laser device which directs a beam on the target. Movement of the mass along the bar is terminated at the front end plate by the resilient stop means. To effect another firing, the insertable unit is removed from the casing, the mass placed in the ready-to-fire position against the rear end plate, and the unit re-inserted in the casing. The simulated portable rocket launcher permits a marksman to experience the recoil of a rocket while practicing control of aim throughout the flight of the rocket from launch to target strike.
    • 具有实际火箭发射器的形状并且用于模拟燃烧的便携式装置。 与激光装置结合使用的模拟便携式火箭发射器包括其上安装有瞄准装置的管状壳体。 设计成插入所述壳体中的类似形状的单元具有前端板和后端板,在其之间延伸有由螺旋弹簧围绕的杆,表示火箭的环形质量块可移动地安装在所述杆上的环形空间中。 提供锁定和触发装置,用于将物料固定在后端板处于准备就绪位置,同时在前端板处设置用于可移动质量块的弹性止动构件。 激活触发装置从后端板释放质量并激活将射束引导到靶上的激光装置。 沿着杆的质量的移动通过弹性止动装置在前端板处终止。 为了进行另一个击发,将可插入单元从壳体中取出,将该物质放置在靠近后端板的准备就绪位置,并且该单元重新插入到壳体中。 模拟的便携式火箭发射器允许射手在火箭从发射到目标罢工的整个飞行中实行目标的控制,经历火箭的反冲。