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    • 33. 发明授权
    • Method for upstream priority lookup at physical interface within a wireless device
    • 无线设备内物理接口上游优先级查找的方法
    • US07990952B2
    • 2011-08-02
    • US11889937
    • 2007-08-17
    • Lisa V. DenneyGale ShallowNiki PanteliasJohn Horton
    • Lisa V. DenneyGale ShallowNiki PanteliasJohn Horton
    • H04L12/28H04L12/56H04J3/02H04N7/173
    • H04L12/2801
    • A traffic prioritization system and method performs a coarse classification of upstream bursts at the physical interface of a wireless communications device. The wireless device monitors and controls communications with a plurality of remote wireless communications devices throughout a widely distributed network, including the Internet. The traffic prioritization system includes a burst receiver that receives and sends the upstream bursts to a classifier. At an appropriate time, the classifier receives the upstream bursts and queries a priority lookup table (LUT) to determine a priority classification. The priority classification is used to separate the bursts into two or more priority levels. The higher priority level is used to designate services having a low tolerance for delay, such as telephony. Upon classification, the upstream bursts are forwarded to one of several priority queues. Each priority queue corresponds to at least one priority level. The headend device services each priority queue such that the higher priority queues are serviced before the lower priority queues.
    • 流量优先化系统和方法在无线通信设备的物理接口处执行上游脉冲串的粗略分类。 无线设备在包括因特网的广泛分布的网络中监视和控制与多个远程无线通信设备的通信。 流量优先系统包括一个突发接收器,它接收和发送上行脉冲串到分类器。 在适当的时间,分类器接收上游脉冲串并查询优先级查找表(LUT)以确定优先级分类。 优先级分类用于将突发分为两个或更多个优先级。 较高优先级用于指定具有较低延迟容限的服务,例如电话。 在分类时,上行突发被转发到几个优先级队列之一。 每个优先级队列对应于至少一个优先级。 前端设备为每个优先级队列提供服务,使得较低优先级队列在较低优先级队列之前被服务。
    • 36. 发明申请
    • Front interfacing detachable scope mount
    • 前置接口可拆卸式安装座
    • US20070186459A1
    • 2007-08-16
    • US11353668
    • 2006-02-14
    • John Horton
    • John Horton
    • F41G1/38
    • F41G11/007
    • A detachable mount for a telescopic sight which can be operated using only one latching mechanism. The mount uses a front base attached to the ring of a rifle receiver and a rear base attached to the bridge of a rifle receiver. The upper surfaces of both the front and rear bases preferably open into a pair of slots. A separate scope mount is attached to a scope sight by conventional means. One or more sets of lugs descend from the lower surfaces of this scope mount. These sets of descending lugs are configured to fit securely within the slots in the front and rear bases when the scope mount is placed over the bases. The forward facing surfaces of the rear set of descending lugs mate with a corresponding set of rearward facing surfaces in the slots within the rear base. The rearward facing surfaces of the front set of descending lugs open into tapered notches. The front base incorporates a transverse slider having a tapered surface which fits within the tapered notches in the front descending lugs. The interaction of this slider with the front lugs pushes the front of the scope mount forward while simultaneously pulling it down. The forward motion also serves to pull the rear of the scope mount down as described previously.
    • 用于可伸缩瞄准器的可拆卸安装座,其可仅使用一个闩锁机构操作。 安装座使用附接到步枪接收器的环的前基座和附接到步枪接收器的桥的后座。 前底座和后底座的上表面优选地开放成一对狭槽。 通过常规方式将单独的镜架安装在瞄准镜上。 一组或多组凸耳从本示波器底座的下表面下降。 这些下降的凸耳组被配置成当镜座安置在基座上时可靠地配合在前底座和后座中的槽内。 后组的下降凸耳的面向前的表面与后底座中的槽中的相应的一组向后的表面配合。 前一组下降凸耳的朝后表面开口成锥形凹口。 前部底座包括具有锥形表面的横向滑块,该锥形表面装配在前下降凸耳中的锥形凹口内。 该滑块与前凸耳的相互作用将向前推动镜架的前部,同时将其向下拉。 前进运动还用于如前所述将镜架的后部向下拉。
    • 37. 发明申请
    • Downstream synchronous multichannels for a communications management system
    • 用于通信管理系统的下行同步多通道
    • US20050135419A1
    • 2005-06-23
    • US10936711
    • 2004-09-09
    • David PullenJohn HortonThomas QuigleyRichard Prodan
    • David PullenJohn HortonThomas QuigleyRichard Prodan
    • H04J1/00H04L12/56
    • H04L49/3072
    • Downstream synchronous multichannel (DSSM) communications are provided among a plurality of carriers, each being a completely DOCSIS™ 2.0-compliant downstream. The synchronous multichannels support communications with both DSSM-capable communications nodes and non-DSSM-capable communications nodes (e.g., legacy cable modems). Non-DSSM packets are transmitted on a single channel. DSSM packets are split into multiple pieces, which are transmitted simultaneously on all available channels. Since the physical delay variation (e.g., group delay change) across the adjacent carriers is small (on the order of a symbol time), the multiple pieces arrive at the receiving communications nodes at nearly the same time and can be reassembled with minimal buffering and no packet ordering problems. To avoid causing trouble for the non-DSSM-capable communications nodes, the packet pieces are encapsulated with a header that causes the non-DSSM-capable communications nodes to silently discard them.
    • 在多个载波之间提供下行同步多信道(DSSM)通信,每个载波是完全符合DOCSIS(TM)2.0兼容的下行链路。 同步多通道支持与具有DSSM能力的通信节点和不支持DSSM的通信节点(例如,传统电缆调制解调器)的通信。 非DSSM分组在单个信道上传输。 DSSM数据包被分成多个部分,它们在所有可用信道上同时传输。 由于跨越相邻载波的物理延迟变化(例如,组延迟变化)较小(符号时间的顺序),多个片段几乎同时到达接收通信节点,并且可以以最小的缓冲重新组合, 没有数据包排序问题。 为了避免对具有非DSSM功能的通信节点造成麻烦,这些分组被封装成一个报头,该报头使非DSSM能力的通信节点静默地丢弃它们。
    • 38. 发明授权
    • Rapid ignition infrared decoy for anti-ship missile
    • 反舰导弹快速点火红外诱饵
    • US06230629B1
    • 2001-05-15
    • US09246209
    • 1999-01-21
    • Michael DoctorJohn HortonRobert Woodall
    • Michael DoctorJohn HortonRobert Woodall
    • F42B428
    • F42B12/70F42B4/28
    • An IR radiating decoy for an IR seeking anti-ship missile (ASM) includes a propulsion section, safe and arming section, gas generator section, fuel tank section, and flight stabilization section to ignite and continuously maintain an IR plume for decoying the ASM away from the targeted ship. The IR radiating decoy ignites the IR plume immediately when the decoy reaches a safe separation distance from the targeted ship. The IR plume continues to be emitted as the decoy flies away, as it lands on the water, and while it floats upon the water until all the fuel is used from the fuel tank. The fuel can be changed to change the signature of the IR plume so that different ASM missiles can be drawn away from the ship.
    • 用于IR寻求反舰导弹(ASM)的红外辐射诱饵包括推进部分,安全和布防部分,气体发生器部分,燃料箱部分和飞行稳定部分,以点燃和连续地维持IR羽流以使ASM离开 从目标船。 当诱饵与目标船舶达到安全距离时,红外辐射诱饵立即点燃红外羽毛。 当红色羽毛落在水面上时,它会漂浮在水面上,直到所有的燃料从燃料箱中使用为止,红外羽毛继续被排出。 可以改变燃料以改变IR羽毛的签名,使得可以将不同的ASM导弹从船上拉出。
    • 39. 发明授权
    • Ocean surface-delivered ordnance explosive mine and obstacle clearance
method
    • 海洋表面交付弹药矿和障碍物清除方法
    • US5708230A
    • 1998-01-13
    • US673890
    • 1996-07-01
    • Robert C. Woodall, Jr.Felipe A. GarciaJohn HortonWilliam Jones
    • Robert C. Woodall, Jr.Felipe A. GarciaJohn HortonWilliam Jones
    • B60V1/00B60V1/04B63G6/00B63G7/02
    • B60V1/043B63G6/00B63G7/02
    • A method for ocean surface delivery of ordnance and clearing of explosive mines and obstacles from a navigable sea channel includes the step of providing quantities of ordnance adapted to survive impact and prolonged immersion in sea water and to arm in response to release from a mobile ocean surface vehicle and to pressure actuation upon submersion to a desired depth in sea water and then to detonate in response to receiving a preselected signal transmitted to the ordnance from a standoff location. The method also includes the step of delivering the quantities of ordnance from a mobile ocean surface vehicle toward multiple sites in a navigable sea channel containing obstacles and explosive mines therein so as to cause arming of the ordnance followed by impact thereof with the navigable sea channel and submersion and emplacement thereof at the multiple sites in the navigable sea channel. The ocean surface delivery method further includes the step of transmitting the preselected signal to and receiving the preselected signal by the emplaced armed ordnance so as to cause detonation thereof and the simultaneous synergistic destruction of the obstacles and explosive mines contained in the navigable sea channel. The method also includes the step of marking an amphibious path through the cleared navigable sea channel.
    • 一种用于海洋地面运送军火和清理爆炸性地雷和通航海峡的障碍物的方法包括提供大量适用于生存冲击和长期浸入海水中的弹药和响应从移动海洋表面释放而采取的措施 并且在淹没到海水中期望的深度时进行压力致动,然后响应于接收从间隔位置传送到军械的预选信号而引爆。 该方法还包括以下步骤:将可移动海洋地面车辆的弹药数量运送到在其中包含障碍物和爆炸性矿井的可通航海路中的多个地点,以便使该弹药武装,然后与可通航的海道相撞, 在可航海通道的多个地点淹没和安置。 海洋表面传送方法还包括将预选信号传送到被放置的武装弹药并接收预选信号的步骤,以引起其引爆,同时协同破坏包含在可通航海道中的障碍物和爆炸地雷。 该方法还包括通过清除的通航海道标记水陆两用通路的步骤。