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    • 83. 发明授权
    • 3D shock isolation apparatus with access to one end of a body
    • 三维冲击隔离装置可以进入身体的一端
    • US08234979B1
    • 2012-08-07
    • US12772658
    • 2010-05-03
    • David J. FalabellaGary A. SimpsonJonathan Dwight Wehking
    • David J. FalabellaGary A. SimpsonJonathan Dwight Wehking
    • F42B12/00F42B30/00
    • F42B12/207F42C11/00F42C19/02
    • An apparatus for shock isolating an electronics package includes an outer member including an internal threaded portion and a transition member including an external threaded portion and a hollow inner portion that defines a cavity configured for receiving the electronics package. A layer of mechanically compliant shock isolation material is positioned between the inner thread portion of the outer member and the external thread portion of the transition member. The compliant shock isolation material encloses a front end and sidewalls of the transition member and is absent from its aft end to allow access to one end of the electronics package (e.g. to a connector). The internal threaded portion of the outer member and the external threaded portion of the transition member are compliantly engaged via a gap provided by the layer of compliant shock isolation material. In one embodiment the electronics package is a fuze assembly.
    • 用于冲击隔离电子组件的装置包括外部构件,该外部构件包括内部螺纹部分和包括外部螺纹部分和中空内部部分的过渡构件,所述中空内部部分限定了构造成用于接收电子组件的腔体。 一层机械顺应的冲击隔离材料定位在外部构件的内螺纹部分和过渡构件的外螺纹部分之间。 柔性隔震材料包围过渡构件的前端和侧壁,并且其后端不存在以允许接近电子封装(例如连接器)的一端。 外部构件的内螺纹部分和过渡构件的外螺纹部分经由由顺应性冲击隔离材料层提供的间隙顺从地接合。 在一个实施例中,电子封装是引信组件。
    • 85. 发明授权
    • Method and apparatus for launching solid body and multiple solid bodies using compressed gas
    • 使用压缩气体发射固体和多个固体的方法和装置
    • US07921840B2
    • 2011-04-12
    • US12564782
    • 2009-09-22
    • Vladislav OleynikGennadiy Albul
    • Vladislav OleynikGennadiy Albul
    • F41B11/00F42B12/00F42B14/00F42B10/00
    • F41B11/68F41B11/723F41B11/73F41F7/00F42B12/58
    • An apparatus for launching projectiles may incorporate a hermetically sealed launch tube, projectile or projectiles within the launch tube with their payload inside or connected via meaning of socket to projectile from outside. The space between the outer surface of the projectile inside the launch tube and the inner surface of the launch tube is filled with compressed gas and hermetically sealed with a fast removable lid. If outside payload is used, then it will be attached to inside projectile via a socket where inside projectile is located inside the launch tube and outside payload connected to the protruded via fast acting valve, portion of projectile and connected to it via the socket. Projectile may incorporate another meaning of control via controllable surfaces or propulsion or constant acting engines. The exhaust gas would be in addition to use for projectile stabilization or additional propulsion, by incorporation a exhaust gas organizers.
    • 用于发射弹丸的装置可以在发射管内并入密封的发射管,射弹或射弹,其内部具有有效载荷,或通过插座的意思从外部连接到射弹。 发射管内的射弹的外表面与发射管的内表面之间的空间被填充有压缩气体,并用快速可拆卸的盖密封。 如果使用外部有效载荷,那么它将通过一个插座安装在射弹内部,该插座内部的射弹位于发射管内部,外部有效负载与突出的快速作用阀,弹丸部分和通过插座相连。 抛射体可以通过可控表面或推进或恒定作用发动机引入控制的另一个含义。 通过并入废气组织者,排气将是除了用于弹丸稳定或额外推进之外的。
    • 86. 发明申请
    • Acoustic Shotgun System
    • 声霰弹系统
    • US20110061554A1
    • 2011-03-17
    • US12560528
    • 2009-09-16
    • Robert KuklinskiThomas J. Gieseke
    • Robert KuklinskiThomas J. Gieseke
    • F42B15/22F42B15/20F42B12/00F42B12/36F42B14/06G01S3/80
    • F41H11/12F41G3/06F41G3/142F41G9/008F42B12/387F42B14/06G01S7/539G01S15/88
    • A high velocity acoustic signal producing underwater shotgun system for dispersing a plurality of relatively small supercavitating projectiles over a wide spatial field at long range using the dynamics of cavity collapse for better target localization in underwater mine clearance. A typical supercavitating projectile design is enhanced to produce a two-staged projectile in order to accomplish this innovation. The first stage of the two stage design allows for the long range firing underwater typical of a supercavitating projectile while the second stage permits the coverage of a wide area with a plurality of small supercavitating projectiles just as the first stage projectile reaches its fixed range. A distinctive feature of the radiated noise from a supercavitating projectile contacting a solid object is used in conjunction with the two stage projectile design to provide a system for underwater mine clearance verification. The distinctive noise signal may also be used in conjunction with an underwater targeting system to help identify, localize and track targets as well.
    • 一种产生水下霰弹枪系统的高速声学信号,用于使用空腔塌陷的动力学在多个相对较小的超空间射弹在宽范围的空间场中分散,以在水下排雷中更好地瞄准定位。 为了实现这一创新,增强了典型的超级射弹设计以生产两阶段射弹。 两阶段设计的第一阶段允许在超级射弹的远程射击水下典型,而第二阶段允许与多个小型超高射弹一起覆盖广泛的区域,正如第一阶段射弹达到其固定范围。 与超级射弹接触固体物体的辐射噪声的特征与两级射弹设计结合使用,以提供一种用于水下排雷检查的系统。 独特的噪声信号也可以与水下瞄准系统一起使用,以帮助识别,定位和跟踪目标。
    • 87. 发明授权
    • Multi-mode modular projectile
    • 多模式模块化射弹
    • US07905182B2
    • 2011-03-15
    • US11143336
    • 2005-06-02
    • Richard JanikRichard Dryer
    • Richard JanikRichard Dryer
    • F42B12/00
    • F42B5/067F42B5/00F42B5/02F42B5/38F42B30/08
    • The disclosed system, device and method for providing a multi-mode munition generally includes a modular projectile assembly having an aft module suitably configured for mechanical and electrical engagement with a forward module. The aft module generally provides a common assembly for engagement with a variety of forward modules as well as engagement with cartridge casings of various calibers. Disclosed features and specifications may be suitably controlled, adapted or otherwise optionally modified to improve optimization of artillery projectiles for a specific role. Exemplary embodiments of the present invention generally provide munition cartridges that may be augmented in the field with the utilization of specialized forward modules.
    • 用于提供多模式弹药的所公开的系统,装置和方法通常包括具有适当配置用于与前进模块机械和电接合的后模块的模块化射弹组件。 后模块通常提供用于与各种前进模块接合的公共组件以及与各种口径卡盘壳体的接合。 公开的特征和规格可以被适当地控制,适应或以其他方式任意地修改,以改善对特定作用的炮弹的优化。 本发明的示例性实施例通常提供可以利用专门的前向模块在现场增强的弹药盒。
    • 88. 发明授权
    • Electromagnetic personnel interdiction control method and system
    • 电磁人员拦截控制方法和系统
    • US07841989B2
    • 2010-11-30
    • US11243687
    • 2005-10-04
    • Karl F. KieferKevin ChampaigneGulnara Ajupova
    • Karl F. KieferKevin ChampaigneGulnara Ajupova
    • A61B5/00A61B5/103A61B5/117F42B8/00F42B10/00F42B12/00F42B14/06F42B30/00F41C9/00H04B1/02
    • A61N2/004A61N1/36036F41H13/0075
    • A non-lethal and non-destructive electromagnetic personnel interdiction control stun type weapon system and method utilizes beamed radio frequency energy in a frequency range and modulated to impose a Lorentz force on the vestibular system or sensory cells of a remote human subject sufficient to disrupt the mechanical transduction process and/or the chemical engine by which sound, position and other sensory input are converted to messages by nerve cells and processed by the brain to produce complete disorientation, confusion, and incapacitation sufficient to temporarily render the subject powerless to resist arrest or subjugation. Removal of the electromagnetic energy leaves the nerve cells and surrounding tissues with no damage and second order effects of severe motion sickness and psychological effects of helplessness remains until the subject's body chemistry returns to normal.
    • 非致命和非破坏性的电磁人员拦截控制眩晕型武器系统和方法利用射频射频能量在频率范围内并被调制以将洛伦兹力施加在远程人类受试者的前庭系统或感觉细胞上,足以破坏 机械转导过程和/或化学发动机,其中声音,位置和其他感觉输入被神经细胞转化为消息并被大脑处理以产生完全的定向障碍,混乱和丧失行为能力,足以暂时使受试者无力抵抗停止, 征服。 去除电磁能量不会损伤神经细胞和周围组织,严重晕车的二次效应和无助的心理效应仍然保持,直到受试者的身体化学恢复正常。
    • 90. 发明申请
    • WATER BASED PAINTALL AND METHOD FOR FABRICATING WATER BASED PAINTBALLS
    • US20100083862A1
    • 2010-04-08
    • US12582639
    • 2009-10-20
    • Paul M. CiesiunRonnie E. Bayless
    • Paul M. CiesiunRonnie E. Bayless
    • F42B12/00F42B30/00F42B33/00A63B39/08
    • F42B6/10F42B12/40F42B12/78F42B12/80
    • A Bioluminescent Paintball 10 includes a shell 12 defining an interior cavity 14, a liquefied substance 16 disposed within the interior cavity 14, a phosphorescent material 18 disbursed throughout the shell 12 for providing a visible “tracing” effect when the bioluminescent paintball 10 is ejected from a paintball discharge device, a neutralizing agent 20 disbursed throughout the liquefied substance 16 for neutralizing calcium disbursed throughout the liquefied substance 16 thereby preventing light emission before the paintball 10 impacts a target, and a photoprotein 22 disbursed throughout the liquefied substance 16 for reacting with calcium disposed upon a target after the bioluminescent paintball 10 impacts the target, thereby rupturing the shell 12 and allowing the liquefied substance 16 to engage the calcium to produce visible light.A paintball 100 includes a shell 102 defining an interior cavity 104, an insoluble coating 106 disposed upon an inner surface 108 of the shell 102, and an aqueous material 110 disposed within the cavity 104 such that the aqueous material 110 engages the insoluble coating 106, thereby preventing the aqueous material 110 from dissolving the shell 102, and promoting the marking of a target via the aqueous material 110 when the paintball 100 forcibly engages the target and ruptures the shell 102. A paintball 200 includes first and second half shell portions 202 and 204 with recesses 206 that receive respective first and second liquids 208 and 210 containing dyes or other marking pigments. The second liquid 210 becomes relatively viscous after being disposed in the second shell portion 204, thereby allowing the second shell portion 204 to be inverted with the second liquid 210 maintaining a constant position in the “up-side down” second shell portion 204 to promote the integral joining of the first and second half shell portions 202 and 204 to form a paintball 200.