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    • 11. 发明申请
    • RADAR REFLECTORS
    • 雷达反射器
    • WO1993004510A1
    • 1993-03-04
    • PCT/GB1992001383
    • 1992-07-27
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...RIX, CliffordGILBERT, Mark, Timothy
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • H01Q15/23
    • H01Q15/23H01Q15/18
    • A radar reflector comprises a pair of opposed colinear solid dielectric lens reflectors (10) and two corner reflectors (11) between to provide substantially uniform and high reflectivity in the plane of the reflector elements. Radar energy strikes the outer convex surface of a first converging lens element (12) of relatively high dielectric constant and is then transmitted through a second lens element (17) of material having a relatively lower dielectric constant to a reflecting metallic coating (18) on the outer convex surface of the second lens element (17). The surfaces of the two lens elements (13, 14, 18) are formed such that their respective radii of curvature decrease with distance from the axis of symmetry (15). The first lens (12) is preferably silica flour in a polyester resin with a dielectric constant substantially equal to 3.4 while the second lens element (17) is an expanded foam polystyrene with a dielectric constant substantially equal to 2. Preferably the corner reflectors (11) are trihedral reflectors.
    • 雷达反射器包括一对相对的共线固体介质透镜反射器(10)和两个角反射器(11)之间,以在反射器元件的平面中提供基本均匀和高反射率。 雷达能量撞击相对高介电常数的第一会聚透镜元件(12)的外凸表面,然后通过具有相对较低介电常数的材料的第二透镜元件(17)透射到反射金属涂层(18)上 第二透镜元件(17)的外凸表面。 两个透镜元件(13,14,18)的表面形成为使得它们各自的曲率半径随着对称轴(15)的距离而减小。 第一透镜(12)优选是介电常数基本上等于3.4的聚酯树脂中的二氧化硅粉,而第二透镜元件(17)是介电常数基本上等于2的膨胀泡沫聚苯乙烯。优选地,角反射器 )是三面体反射器。
    • 13. 发明申请
    • DYNAMICAL SYSTEM ANALYSER
    • 动态系统分析仪
    • WO1992016897A1
    • 1992-10-01
    • PCT/GB1992000374
    • 1992-03-03
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...BROOMHEAD, David, SidneyJONES, RobinJOHNSON, Martin
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • G06F15/18
    • A61B5/0476G05B23/0221G06N99/005Y10S706/902Y10S706/903
    • A dynamical system analyser (10) incorporates a computer (22) to perform a singular value decomposition of a time series of signals from a nonlinear (possibly chaotic) dynamical system (14). Relatively low-noise singular vectors from the decomposition are loaded into a finite impulse response filter (34). The time series is formed into Takens' vectors each of which is projected onto each of the singular vectors by the filter (34). Each Takens' vector thereby provides the co-ordinates of a respective point on a trajectory of the system (14) in a phase space. A heuristic processor (44) is used to transform delayed co-ordinates by QR decomposition and least squares fitting so that they are fitted to non-delayed co-ordinates. The heuristic processor (44) generates a mathematical model to implement this transformation, which predicts future system states on the basis of respective current states. A trial system is employed to generate like co-ordinates for transformation in the heuristic processor (44). This produces estimates of the trial system's future states predicted from the comparison system's model. Alternatively, divergences between such estimates and actual behaviour may be obtained. As a further alternative, mathematical models derived by the analyser (10) from different dynamical systems may be compared.
    • 动态系统分析器(10)包括计算机(22),以执行来自非线性(可能是混沌)动力系统(14)的时间序列信号的奇异值分解。 来自分解的相对低噪声奇异矢量被加载到有限脉冲响应滤波器(34)中。 时间序列被形成为通过滤波器(34)投影到每个奇异矢量上的Takens向量。 因此,每个Takens向量从而在相位空间中提供系统(14)的轨迹上的相应点的坐标。 启发式处理器(44)用于通过QR分解和最小二乘拟合来转换延迟坐标,使得它们适合于非延迟坐标。 启发式处理器(44)产生一个数学模型以实现该变换,其基于相应的当前状态来预测未来的系统状态。 在启发式处理器(44)中,采用一种试验系统来产生类似坐标变换的坐标。 这产生了从比较系统模型预测的试验系统未来状态的估计。 或者,可以获得这种估计与实际行为之间的分歧。 作为另一替代方案,可以比较来自不同动力系统的分析器(10)导出的数学模型。
    • 16. 发明申请
    • DIGITAL PROCESSOR FOR SIMULATING OPERATION OF A PARALLEL PROCESSING ARRAY
    • 用于模拟并行处理阵列操作的数字处理器
    • WO1992003802A1
    • 1992-03-05
    • PCT/GB1991001390
    • 1991-08-15
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...JOHNSON, MartinJONES, RobinBROOMHEAD, David, Sidney
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • G06F15/80
    • G06F15/8046
    • A digital processor for simulating operation of a parallel processing array incorporates digital processing units (P1 to P8) communicating data to one another via addresses in memories (M0 to M8) and registers (R11 to R41). Each processing unit (e.g. P1) is programmed to input data and execute a computation involving updating of a stored coefficient followed by data output. Each computation involves use of a respective set of data addresses for data input and output, and each processing unit (e.g. P1) is programmed with a list of such sets employed in succession by that unit. On reaching the end of its list, the processing unit (e.g. P1) repeats it. Each address set is associated with a conceptual internal cell location in the simulated array (10), and each list is associated with a respective sub-array of the simulated array (10). Data is input cyclically to the processor (40) via input/output ports (I/O5 to I/O8) of some of the processing units (P5 to P8). Each processing unit (e.g. P1) executes its list of address sets within a cycle at a rate of one address set per subcycle. At the end of its list, each of the processing units (P1 to P8) has executed the functions associated with a conceptual respective sub-array of simulated cells (12), and the processor (40) as a whole has simulated operation of one cycle of a systolic array (10). Repeating the address set lists with further processor input provides successive simulated array cycles.
    • 用于模拟并行处理阵列的操作的数字处理器包括通过存储器(M0至M8)和寄存器(R11至R41)中的地址将数据传送到彼此的数字处理单元(P1至P8)。 每个处理单元(例如P1)被编程为输入数据并且执行涉及随后数据输出的存储系数的更新的计算。 每个计算涉及使用用于数据输入和输出的相应数据地址集合,并且每个处理单元(例如,P1)用该单元连续采用的这种集合的列表进行编程。 在到达其列表的末尾时,处理单元(例如P1)重复它。 每个地址集与模拟阵列(10)中的概念内部小区位置相关联,并且每个列表与模拟阵列(10)的相应子阵列相关联。 数据通过一些处理单元(P5至P8)的输入/输出端口(I / O5至I / O8)循环输入到处理器(40)。 每个处理单元(例如P1)以每个子周期的一个地址集合的速率在一个周期内执行其地址集列表。 在其列表的末尾,每个处理单元(P1至P8)执行与仿真单元(12)的概念相应子阵列相关联的功能,并且处理器(40)作为整体具有模拟操作 收缩阵列周期(10)。 使用进一步的处理器输入重复地址集列表可提供连续的模拟阵列周期。
    • 17. 发明申请
    • PRODUCTION OF CERAMIC FILAMENTS
    • 生产陶瓷薄膜
    • WO1992001649A1
    • 1992-02-06
    • PCT/GB1991001202
    • 1991-07-18
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...HOCKING, Michael, GwynSIDKY, Paulette, Shafik
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • C04B35/56
    • C04B35/573D01F11/12D01F11/126D01F11/16Y10S118/05Y10S118/19
    • Apparatus for producing refractory material filaments comprises an enclosure (11), means for heating the constituents of the refractory material, non-contacting means to support a drop (17) of molten material such as silicon, being one of the constituents of the refractory material within the enclosure and means to transport a filament (10) such as carbon, being a second constituent of the refractory material, through the drop of molten material in use. A levitation coil and/or an inert gas jet is used to support the drop of molten material and a silica glass or other refractory tube (13) is used to direct the gas jet. The enclosure has opposed side arms (15, 16) respectively for entry and exit of the filament (10) or the filament may be passed vertically through the molten silicon drop. An inclined side tube may be provided through which grains of silicon may be introduced into the enclosure for addition to the molten drop. In one form, initial heating of the silicon prior to levitation is achieved by providing a resistively heated silicon nitride platform on which the silicon is melted, the platform then being moved from the field of the levitation coil to leave a levitated silicon drop.
    • 用于生产耐火材料细丝的装置包括外壳(11),用于加热耐火材料成分的装置,用于支撑诸如硅的熔融材料的液滴(17)的非接触装置,作为耐火材料的成分之一 并且在使用中通过一滴熔融材料输送作为耐火材料的第二组分的诸如碳的细丝(10)的装置。 使用悬浮线圈和/或惰性气体射流来支撑熔融材料的液滴,并且使用石英玻璃或其它耐火管(13)来引导气体射流。 外壳具有分别用于灯丝(10)的进入和退出的相对的侧臂(15,16),或者灯丝可以垂直地穿过熔融硅滴。 可以提供倾斜侧管,硅颗粒可以通过该侧管引入外壳中以添加到熔滴中。 在一种形式中,通过提供电阻加热的氮化硅平台来实现悬浮之前的硅的初始加热,硅在其上熔化,然后该平台从悬浮线圈的场移动以留下悬浮的硅滴。
    • 18. 发明申请
    • INTELLIGENT SIGNAL PROCESSING
    • 智能信号处理
    • WO1991020066A1
    • 1991-12-26
    • PCT/GB1991000962
    • 1991-06-14
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...SINERNS, Thomas, MichaelSHARP, John
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • G08C15/12
    • G08C15/12
    • Intelligent signal processing circuits typically involve complex circuitry with large numbers of wire interconnections and tend to have high power requirements. An intelligent digital signal processing circuit is proposed which comprises: a) a digital signal processor (DSP); b) the interfacing of a plurality of serial data channels to the DSP with each channel being capable of converting a received analogue signal to a digital signal; c) a power supply for each channel where the power supply is modulated by a common clock signal and each channel possesses means to separate the clock signal from the power supply. For the purposes of data transmission wiring can be limited to 3 wires per channel, one for serial data, one for power and a timed pulse to synchronise data transmission and one as an earth return. Circuits produced according to the invention can handle multiple signals, real-time signal processing of incoming signals and the output of filtered signals in digitally multiplexed format.
    • 智能信号处理电路通常涉及具有大量电线互连的复杂电路,并且倾向于具有高功率要求。 提出了一种智能数字信号处理电路,包括:a)数字信号处理器(DSP); b)多个串行数据信道与DSP的接口,每个信道能够将接收的模拟信号转换成数字信号; c)用于通过公共时钟信号调制电源的每个通道的电源,并且每个通道具有将时钟信号与电源分离的装置。 为了数据传输的目的,每个通道的布线可以限制为3根,一个用于串行数据,一个用于电源,定时脉冲同步数据传输,另一个用作接地回路。 根据本发明制造的电路可以处理多个信号,输入信号的实时信号处理和数字多路复用格式的滤波信号的输出。
    • 20. 发明申请
    • AN OPTICAL MULTIPLEXER
    • 光学多路复用器
    • WO1991014321A1
    • 1991-09-19
    • PCT/GB1991000382
    • 1991-03-11
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...SUTTON, PhilipSHAW, Andrew, PeterDAWBER, WilliamHIRST, Peter, FrankCONDON, Brian
    • THE SECRETARY OF STATE FOR DEFENCE IN HER ...
    • H04J14/02
    • H04B10/11H04J14/02
    • Light from a laser (10) is divided by a beam splitter (12) to provide signal (15) and reference (14) channels. The signal channel light is expanded (11) to illuminate an acousto-optic (AO) device (13). This leads to a spatial distribution of Doppler shifted frequencies. This spatial distribution then illuminates a spatial light modulator (SLM) (19) such that a number of parallel and discrete optical channels (112) emerge. In a local area network (LAN) the optical signal channels are coupled into a single mode optical fibre (22) and then heterodyned to the reference laser light from a further optical fibre (23) in an optical coupler (25). In a receiver the modulated light is detected (32) and the detected signal connected to the transducer of an AO device (35). The AO device (35) is illuminated by a receiver laser light (36) and the emerging modulated light is incident on a focal plane detector array (39) where each detector (310) then receives light corresponding to each of the transmitted channels (311). A secure free space communications system is possible by separate transmission of a delayed (43) unmodulated reference signal. The receiver is then arranged to include an identical delay (55) in the signal channels before coupling together the signal and reference channels (56) for modulating the AO cell (35). By this means the transmission delay lines (43) and the reference delay lines (55) must have delays which are equal within the coherence length of the source laser.
    • 来自激光器(10)的光由分束器(12)分开,以提供信号(15)和参考(14)通道。 信号通道光被扩展(11)以照亮声光(AO)装置(13)。 这导致多普勒频移的空间分布。 该空间分布然后照亮空间光调制器(SLM)(19),使得出现多个平行和离散的光通道(112)。 在局域网(LAN)中,光信号通道耦合到单模光纤(22)中,然后从光耦合器(25)中的另一光纤(23)外参考到参考激光。 在接收机中,检测调制的光(32),并且检测到的信号连接到AO设备(35)的换能器。 AO器件(35)被接收器激光(36)照射,并且出现的调制光入射到焦平面检测器阵列(39)上,其中每个检测器(310)然后接收与每个发送的通道(311)相对应的光 )。 可以通过单独传输延迟(43)未调制的参考信号来实现安全的自由空间通信系统。 然后,接收器被布置为在将信号和参考通道(56)耦合在一起以用于调制AO单元(35)之前在信号通道中包括相同的延迟(55)。 通过这种方式,传输延迟线(43)和参考延迟线(55)必须具有在源激光器的相干长度内相等的延迟。