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
    • 21. 发明授权
    • Weapon mounting and remote position recognition system
    • 武器安装和远程位置识别系统
    • US07185575B1
    • 2007-03-06
    • US11251532
    • 2005-10-04
    • Ronald F. CollierJohn T. Dillon
    • Ronald F. CollierJohn T. Dillon
    • F41F3/04
    • F41F3/04F41A23/24
    • A system for remote tracking of a tactical missile assembly orientation during targeting and leading to launch from a platform, including a weapon station frame rotatably attached to the platform and a command launch unit attached to the weapon station frame. A launch tube assembly is pivotably attached thereon, including a launch tube in which a tactical missile is positioned prior to launch. The launch tube is replaceable with a like-configured launch tube and tactical missile. A launch tube position recognition unit is disposed proximal of the launch tube and adjacent of the weapon station frame. The position recognition unit includes a tracking and encoder device enclosed by a protective encoder member rotatably attachable between the launch tube and weapon station frame. The tracking and encoder device identifies launch tube positions and remotely relays position coordinates to the command launch unit during targeting of the missile leading to missile launch.
    • 一种在瞄准期间远程跟踪战术导弹组件方向并导致从平台发射的系统,包括可旋转地附接到平台的武器站框架和附接到武器站框架的命令发射单元。 发射管组件可枢转地附接在其上,包括发射管,其中在发射之前定位战术导弹。 发射管可以用类似配置的发射管和战术导弹替换。 发射管位置识别单元设置在发射管的近侧并且与武器站框架相邻。 位置识别单元包括跟踪和编码器装置,该跟踪和编码器装置由可旋转地附接在发射管和武器站框架之间的保护编码器构件包围。 跟踪和编码器设备识别发射管位置,并且在瞄准导弹导弹发射的目标期间,将命令发射单元的位置坐标远程中继。
    • 26. 发明授权
    • Modular launch pad system
    • 模块化发射台系统
    • US5845875A
    • 1998-12-08
    • US627565
    • 1996-04-04
    • Gary G. Deel
    • Gary G. Deel
    • B64F1/04B64G5/00F41F3/04B64F1/14
    • F41F3/04B64F1/04B64G5/00F41F3/0413
    • A modular launch pad for a launch vehicle which comprises a frame and a plurality of building units separably connected to the frame by means of connectors. The building unit comprise a concrete slab and a peripheral frame made of U-shaped channel sections connected to one another to form a frame, wherein the legs of the U are directed inwardly to engage the major surfaces of the slab. At least one of the legs of the channel sections is partially embedded in the slab so that the outer surfaces of the legs lie flush with the portion of the major surface extending between the legs. A plurality of longitudinally and transversely extending reinforcement bars are embedded in the concrete slab and a plurality of connecting means are secured to the slab. The pad has a launch vehicle mount for supporting a launch vehicle and defines exhaust gas channels in flow communication with an exhaust gas opening in the mount. Deflectors serve to channel launch exhaust gases of the launch vehicle into the channels away from the vehicle.
    • 一种用于运载火箭的模块化发射台,其包括通过连接器可分离地连接到所述框架的框架和多个建筑物单元。 建筑单元包括混凝土板和由彼此连接以形成框架的U形通道部分制成的周边框架,其中U的脚向内指向以接合板坯的主表面。 通道部分的腿部中的至少一个部分地嵌入板坯中,使得腿部的外表面与在腿部之间延伸的主表面的部分齐平。 多个纵向和横向延伸的加强筋嵌入在混凝土板中,多个连接装置固定在板坯上。 垫具有用于支撑运载火箭的运载火箭架,并且限定与安装件中的废气开口流动连通的排气通道。 导向器用于将运载火箭的废气引导到远离车辆的通道中。
    • 27. 发明授权
    • Offshore launching system
    • 离岸发射系统
    • US4916999A
    • 1990-04-17
    • US263625
    • 1988-10-27
    • C. R. PalmerRobert A. KellerDaniel F. McNease
    • C. R. PalmerRobert A. KellerDaniel F. McNease
    • F41F3/04
    • F41F3/04
    • A jack-up type of offshore oil-drilling platform is adapted for rocket launching, wherein the rocket is assembled on a mobile launch pad in a protected on-shore facility then loaded onto the floating jack-up barge for transport to a launch site miles offshore. The barge is jacked up to create a stable, sea-bottom supported structure; a particular feature is the used of a movable cantilever structure on which the rocket and its supporting pad are loaded while in the on-shore facility, then this structure is moved to a central location on the barge, the barge is floated, and the floating barge is towed to the launch site. At the launch site the structure is moved back to a cantilevered position for launch. In this manner the exhaust gasses from the rocket motors can be directed harmlessly into the sea.
    • 一种自升式海上石油钻井平台适用于火箭发射,其中火箭组装在受保护的岸上设施的移动发射台上,然后装载到浮动自升式驳船上,以运送到发射场数英里 离岸 驳船被打倒,形成一个稳定的海底支撑结构; 特别的特征是在岸上设施中使用了可移动的悬臂结构,火箭及其支撑垫在其上装载,然后将该结构移动到驳船上的中心位置,驳船浮起,浮动 驳船被拖到发射场。 在发射场地,结构被移回悬臂位置进行发射。 以这种方式,来自火箭发动机的废气可以无害地引导到海中。
    • 30. 发明授权
    • Decoy launcher system
    • 诱饵发射系统
    • US4063485A
    • 1977-12-20
    • US603498
    • 1966-12-21
    • William M. CarterRobert W. KlauschieGeorge H. Schillreff
    • William M. CarterRobert W. KlauschieGeorge H. Schillreff
    • F41F3/04F41H11/02F41F3/00
    • F41H11/02F41F3/04
    • The disclosure broadly relates to a launcher system for providing a protective cover against homing devices operating upon infrared, sound navigation and ranging, and/or microwave-reflected energy. The launcher system is illustrated in one embodiment as a nine round portable system wherein the decoy rounds are selectively fired manually by nine pushbuttons located in the control box. The decoy rounds each contain an electric squib which simultaneously ignites both a lift charge and a time fuse. The lift charge propels the round from the launcher in a ballistic trajectory and the time fuse ignites a burst charge which disperses the payload at the optimum altitude for the type of round being used. Other embodiments of the system illustrate a ten round system which may also be utilized in multiples thereof, with the control therefor being located within the control section of a ship or the like and activated through an intervalometer. The rounds for each of the embodiments are connected to receptacles positioned intermediate the launch tubes. The squib plug, wires, and shielding braid all fly with the rounds when fired.
    • 本发明广泛地涉及一种用于提供针对在红外线,声音导航和测距和/或微波反射能量上操作的归巢装置的保护盖的发射器系统。 发射器系统在一个实施例中示出为九轮便携式系统,其中通过位于控制箱中的九个按钮来选择性地发射诱饵轮。 诱饵轮每个都包含一个电子爆管,同时点燃电梯充电和时间保险丝。 提升装置以弹道轨迹推动发射器的一轮,并且时间保险丝点燃突发电荷,将有效载荷分散在所使用的类型的最佳高度。 该系统的其他实施例示出了也可以以其倍数使用的十轮系统,其控制位于船等的控制部分内并通过间隔计激活。 每个实施例的轮连接到位于发射管之间的插座。 点火塞,电线和屏蔽编织物在发射时都与飞轮一起飞行。