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    • 32. 发明授权
    • Wave energy dissipater and beach renourishing system
    • 波浪消散器和海滩养殖系统
    • US06568878B2
    • 2003-05-27
    • US09981361
    • 2001-10-15
    • Robert WoodallFelipe Garcia
    • Robert WoodallFelipe Garcia
    • E02B304
    • E02B3/06E02B9/08Y02A10/15Y02A10/21Y02E10/28
    • A system converts energy of waves into rotational energy, friction, heat, hydrodynamic lift, and drag to extract energy from waves to reduce their amplitudes and increase their periods to reduce destructive effects on shorelines. This also allows sand to move toward land while capturing and depositing land-ward sand and particulate matter from eroding away from the beach. A plurality of cylindrical-shaped turbines or hydro-foils are stacked in water to rotate in response to energy from waves to dissipate wave energy and renourish beaches and shorelines with sand and other particulate matter. Rounded bearing surfaces are in contact with one another for frictionally engaging one another, and a pair of elongate anchoring members embedded in the sea floor hold the turbines or hydro-foils above the sea floor in an aligned stacked relationship via end portions to assure their frictional engagement.
    • 系统将波的能量转换为旋转能量,摩擦力,热能,流体动力升力和阻力,以从波浪中提取能量,以减小振幅并增加其周期,以减少对海岸线的破坏作用。 这也允许沙子移动到土地,同时捕获和沉积土地沙子和颗粒物质从海滩侵蚀。 多个圆柱形涡轮或水翼被堆叠在水中以响应于来自波浪的能量而旋转以消散波浪能量,并用沙子和其它颗粒物质来养殖海滩和海岸线。 圆形支承表面彼此接触以彼此摩擦接合,并且嵌入海底的一对细长锚固构件通过端部以对齐的堆叠关系将涡轮机或水翼保持在海底上方以确保其摩擦 订婚。
    • 33. 发明授权
    • Meat tenderization and sterilization using axial planer shockwaves
    • 使用轴向平面冲击波进行肉类软化和灭菌
    • US06264543B1
    • 2001-07-24
    • US09609948
    • 2000-07-03
    • Felipe GarciaRobert Woodall
    • Felipe GarciaRobert Woodall
    • A22C900
    • A22C9/002
    • A system and method to tenderize and sterilize meat provides for uninterrupted processing of batches of meat and avoids delays and possibility of contamination of the meat. A conveyer belt carries batches of meat through liquid in a container. First and second arrays of electro-mechanical transducers are disposed in the liquid. The first array of electro-mechanical transducers is arranged facing one side of the conveyer belt and batch of meat, and the second array of electromechanical transducers is arranged facing the other side of the conveyer belt and meat. The first and second arrays of electro-mechanical transducers are oriented and controlled to simultaneously project converging shock waves of energy to and into the batch of meat. Other batches of meat are placed on and picked up from the conveyer belt by feeder and pick-up conveyers to provide for continuous tenderizing and/or sterilizing without introducing contaminations.
    • 对肉类进行嫩化和灭菌的系统和方法可以不间断地加工一批肉类,并避免肉类的延迟和污染的可能性。 输送带通过容器中的液体携带批次的肉。 机电换能器的第一和第二阵列设置在液体中。 机电换能器的第一阵列布置成面向输送带和一批肉的一侧,并且机电换能器的第二阵列布置成面向输送带和肉的另一侧。 机电换能器的第一和第二阵列被定向和控制以同时将能量的收敛冲击波投射到一批肉中。 其他批次的肉由输送带和拾取输送机放置并从输送带拾取,以提供连续的软化和/或灭菌而不引入污染物。
    • 34. 发明授权
    • Line charge fabrication and procedures
    • 线路充电制作和程序
    • US06253450B1
    • 2001-07-03
    • US09257142
    • 1999-02-23
    • Robert WoodallFelipe GarciaGilberto Irizarry
    • Robert WoodallFelipe GarciaGilberto Irizarry
    • B23P2100
    • F41H11/12B63G7/02F41H11/14F42B3/00Y10T29/53313Y10T29/53978
    • An assembly line and procedure fabricate more reliable explosive line charges by reducing many of the human error factors affecting assembly. The assembly line and procedures maintain proper grenade spacing, eliminate twisting of nylon lines and detonating cord which degrade performance, provide for proper clamping of lines and connector elements, provide for slack management of the explosive detonating cord and the lines, control the tolerances at the detonating cord to connector interfaces, and provide for the end of line packing of the explosive line charge. The assembly line and procedures additionally are configured to allow for the rapid inspection and adjustment of: length of lines, length of detonating cord, spacing of grenades, amount of twist in the lines and detonating cord, pressure feed to the pneumatic clamping apparatus, the clamping forces exerted on the clamped lines/clamps/grenades, the alignment of the clamps and buckles with the grenades, the alignment and gap condition of the detonating cords and boosters with respect to the connector elements, and the spacing and number of grenades in the line charge. The assembly line and procedures also eliminate the hazards of explosive spark and static electricity.
    • 装配线和程序通过减少影响装配的许多人为错误因素来制造更可靠的爆炸线电荷。 组装线和程序保持适当的手榴弹间距,消除尼龙线的扭曲和降低性能的引爆绳,提供线路和连接器元件的适当夹紧,提供爆炸引爆线和线路的松弛管理,控制在 引爆线到连接器接口,并提供爆炸线充电的线路包装的结束。组装线和程序另外配置为允许快速检查和调整:线路长度,引爆线长度,手榴弹间距 线路和引爆线中的扭曲量,气动夹紧装置的压力进给,施加在夹紧线/夹具/手榴弹上的夹紧力,夹具和带扣与手榴弹的对准,对准和间隙条件 相对于连接器元件引爆线和助力器,以及线路充电中的手榴弹的间距和数量。 装配线和程序也消除了火花和静电的危害。
    • 36. 发明授权
    • Magneto-inductive submarine communications system and buoy
    • 磁感应潜艇通信系统和浮标
    • US6058071A
    • 2000-05-02
    • US135316
    • 1998-08-10
    • Robert WoodallFelipe GarciaJohn Sojdehei
    • Robert WoodallFelipe GarciaJohn Sojdehei
    • H04B11/00H04B13/02H04B1/59
    • H04B11/00H04B13/02
    • A magneto-inductive submarine communication system and buoy provide two-way signal communications between a submerged craft, such as a submarine and remote command station that may be airborne, on the surface, or on land. A buoy released from the submarine and floating on the surface of the ocean and a satellite is included to complete the bidirectional communications. Messages and commands between the submerged craft and the buoy are communicated by magneto-inductive message signals and magneto-inductive command signals in the extremely low frequency (ELF) to very low frequency (VLF) range of less than 3000 Hz. Message and command communications between the buoy and the satellite (or aircraft, or helicopter, or surface ship), and the satellite to the station are transferred via radio frequency (RF) signals or laser emissions.
    • 磁感应潜艇通信系统和浮标在潜艇,潜艇和远程指挥站之间提供双向信号通信,这些潜艇可以是机载的,在地面上或在陆地上。 一艘从潜艇上释放出来的浮标和浮在海面上的浮标和一颗卫星,以完成双向通讯。 潜艇与浮标之间的信息和命令通过磁感应信号信号和低于3000Hz的极低频(ELF)至极低频(VLF)范围内的磁感应指令信号传送。 浮标和卫星(或飞机,直升机或水面舰艇)之间的信息和指挥通信以及通过射频(RF)信号或激光发射传送到车站的卫星。
    • 37. 发明授权
    • Reusable gas-powered hand grenade
    • 可重复使用的气动手榴弹
    • US5996503A
    • 1999-12-07
    • US66706
    • 1998-04-27
    • Robert WoodallFelipe Garcia
    • Robert WoodallFelipe Garcia
    • F42B8/26F42B12/60F42B8/12
    • F42B8/26F42B12/60
    • A reusable gas-powered hand grenade is provided. A hand-held housing defi one or more launch tubes. A projectile is loaded in each launch tube with an obturator being positioned therein between the projectile and the launch tube's muzzle end. A sealed reservoir is maintained in the housing for storing a gas under pressure. A rupturing device is mounted in the housing for breaking the reservoir's seal upon impact therewith. A triggering mechanism coupled to the rupturing device maintains separation between the rupturing device and the seal until the triggering mechanism is activated. Once activated, the triggering mechanism moves the rupturing device to impact the seal so that gas pressure propels the projectile and obturator from the launch tube.
    • 提供可重复使用的气动手榴弹。 手持式外壳定义了一个或多个发射管。 在每个发射管中装载弹丸,在射弹和发射管的枪口端之间放置一个闭塞器。 在壳体中保持密封的储存器,用于储存在压力下的气体。 破裂装置安装在壳体中,用于在与其碰撞时破坏储存器的密封。 耦合到破裂装置的触发机构保持破裂装置和密封件之间的间隔,直到触发机构被激活。 一旦被激活,触发机构就使破裂装置移动以冲击密封件,使得气体压力从发射管推动射弹和闭孔器。
    • 40. 发明授权
    • Line charge sympathetic detonation arrestor
    • 线路交感雷管避雷器
    • US06386086B2
    • 2002-05-14
    • US09770794
    • 2001-01-29
    • Felipe GarciaRobert WoodallChristopher DoyleJohn Pipkin
    • Felipe GarciaRobert WoodallChristopher DoyleJohn Pipkin
    • B64D104
    • F41H11/12B63G7/02F41H11/14F42B3/00
    • A detonation arrestor cuts the detonating cord of a dud line charge to prevent the pressure wave from a nearby explosion from sympathetically detonating the dud line charge. A housing of the detonation arrestor has a transverse passageway to receive the detonating cord of the dud line charge and an axial bore intersecting the passageway. A cutter piston having a cutter blade is disposed in the bore and is sized to permit axial displacement by a shallow dish-shaped diaphragm spring. The diaphragm spring has its center adjacent to one end of the cutter piston and laterally extends from the bore to be secured to the housing along its round periphery in a sealed relationship. The diaphragm spring is formed in the configuration of a Belleville spring from a spring material providing strength, rigidity, and spring modulus to snap to an extended position when displaced to a position past an over center position by an impinging pressure wave. When the diaphragm spring is displaced by the impinging pressure wave to snap to the extended position, it axially displaces the cutter piston in the bore to cut the detonating cord with the cutter blade and arrest detonation of interconnected ordnance.
    • 雷管避雷器会将引爆电线切断,以防止附近爆炸的压力波同时引爆电荷。 爆震避雷器的外壳具有一个横向通道,用于容纳引线充电的引爆线和与该通道相交的轴向孔。 具有切割刀片的切割器活塞设置在孔中,并且其尺寸设计成允许由浅盘状隔膜弹簧轴向移位。 隔膜弹簧的中心邻近切割器活塞的一端,并且以密封的关系沿其圆周边缘从孔中横向延伸以固定到壳体。 隔膜弹簧由弹簧材料形成为贝氏弹簧的构型,提供强度,刚度和弹簧模量,当通过冲击压力波移动到超过中心位置的位置时,卡扣到延伸位置。 当隔膜弹簧被撞击压力波移动以卡扣到延伸位置时,其轴向地移动孔中的切割器活塞以用切割刀切割引爆绳并且阻止互连的弹药的爆炸。