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
    • High energy inductor
    • 高能电感
    • US5912610A
    • 1999-06-15
    • US883073
    • 1997-06-27
    • Charalampos D. MarinosThomas M. Pfenning
    • Charalampos D. MarinosThomas M. Pfenning
    • H01F27/30
    • H01F27/306
    • A high energy inductor and method of manufacture relates to an inductor which is capable of mechanically withstanding the high magnetic forces imposed thereon during transfer of high energy pulses. The inductor is wound with a conductor under tensile stress, wherein the conductor has a fixed inner end and a free outer end. The stress is maintained in the finished inductor by means of a clamp attached to and fixing the free end of the conductor. The fabrication method involves inducing tensile stress in the conductor as it is wound on an inductor core and then maintaining the conductor tensile stress in the finished inductor component.
    • 高能电感器和制造方法涉及一种电感器,其能够在传递高能量脉冲期间机械地承受施加在其上的高磁力。 电感器在拉伸应力下用导体缠绕,其中导体具有固定的内端和自由的外端。 通过附接到固定导体的自由端的夹具在整个电感器中保持应力。 该制造方法包括在导体中缠绕在电感芯上并且然后在最终的电感器部件中保持导体拉伸应力时引起拉伸应力。
    • 3. 发明授权
    • Precision capillary discharge switch
    • 精密毛细管放电开关
    • US5261315A
    • 1993-11-16
    • US52861
    • 1993-04-27
    • Charalampos D. Marinos
    • Charalampos D. Marinos
    • F41B6/00H01T2/02F42B3/14
    • H01T2/02F41B6/00
    • The apparatus and method disclosed herein relates to a precision capillary discharge switch to deliver a predetermined power across a gap at the ends of electrodes enclosed in a containment envelop with a fluid media therein. A method of calibration is used to assign specific operating and arc triggering voltages based on a given gap dimension, ionization properties of the fluid or gas media and pressure within the containment envelope. The ends of the electrodes at the calibrated gap include tip geometry designed to reliably transfer power across the gap when the desired operating voltage range is reached.
    • 本文公开的装置和方法涉及一种精密毛细管放电开关,用于在封闭在容纳封套中的电极的端部处的间隙上传送预定功率,其中具有流体介质。 使用校准方法根据给定的间隙尺寸,流体或气体介质的电离特性以及容纳外壳内的压力来分配特定的操作和电弧触发电压。 在校准的间隙处的电极的端部包括设计成当达到期望的工作电压范围时可靠地传输跨越间隙的功率的尖端几何形状。
    • 5. 发明授权
    • Vectored plasma arc device
    • 导电等离子弧装置
    • US5503058A
    • 1996-04-02
    • US167300
    • 1993-12-16
    • Charalampos D. Marinos
    • Charalampos D. Marinos
    • F41B6/00
    • F41B6/00
    • This disclosure relates to a method and device in which plasma arc is vectorally mobilized to ignite and create a moving burning propellant front such that high muzzle velocities are attained under low pressures. Primarily, electromagnetic forces are used to impart direction and velocity to an ionized conductive plasma arc mass in an electrothermal-chemical cartridge. The plasma arc mass is electromagnetically directed and accelerated through a combustion chamber and a gun tube thus imparting a traveling constant pressure and thrust behind a projectile to thereby yield very high muzzle velocities.
    • 本公开涉及一种方法和装置,其中等离子体电弧被矢量地动员以点燃并产生移动的燃烧推进剂前沿,使得在低压下获得高的枪口速度。 主要地,使用电磁力来给电热化学药筒中的电离导电等离子体电弧质量赋予方向和速度。 等离子体电弧质量通过燃烧室和枪管进行电磁引导和加速,从而赋予行进恒定的压力并推进在抛射体后面,从而产生非常高的枪口速度。
    • 6. 发明授权
    • Plasma actuated ignition and distribution pump
    • 等离子致动点火和分配泵
    • US5355764A
    • 1994-10-18
    • US878350
    • 1992-05-04
    • Charalampos D. MarinosJames P. WarrenAmir ChabokiChris S. SorensenMark E. Schneider
    • Charalampos D. MarinosJames P. WarrenAmir ChabokiChris S. SorensenMark E. Schneider
    • F41B6/00
    • F42C19/0811F41B6/00
    • The method and apparatus disclosed herein relates to harnessing plasma to ignite, pressurize and distribute plasma, plasma-ignited chemical fluid and fuel throughout a propellant mass. Particularly, the present invention enables the creation of a progressive burning surface whereby the propellant reaches maximum pressure controllably and losses pressure much more slowly thus creating high piezometric efficiency. More particularly, in gun-charge-projectile systems, by using radial perforations designed to provide a balanced plasma discharge through a capillary wall and by developing forward accelerating thrust components, induced by the plasma pressure on a plasma-ignited chemical fluid and fuel mixture, the propelling charge travels down the gun tube with the projectile thus exerting substantial uniform pressure throughout the tube length and yielding a high ballistic efficiency which results in the attainment of high muzzle velocities.
    • 本文公开的方法和装置涉及利用等离子体来点燃,加压和分配整个推进剂物质中的等离子体,等离子体点燃的化学流体和燃料。 特别地,本发明能够产生逐步燃烧表面,由此推进剂可控地达到最大压力并且更慢地获得损失压力,从而产生高的压电效率。 更具体地说,在枪装弹射系统中,通过使用设计成通过毛细管壁提供平衡等离子体放电并且通过等离子体点燃的化学流体和燃料混合物等离子体压力引起的向前加速推力分量的径向穿孔, 推进装置用喷射器沿着喷枪管向下移动,从而在整个管道长度上施加相当大的均匀的压力并且产生高的弹道效率,这导致达到高的枪口速度。