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    • 1. 发明申请
    • POWER CONTROL SYSTEM
    • 电源控制系统
    • WO2008145985A2
    • 2008-12-04
    • PCT/GB2008/001802
    • 2008-05-28
    • ULTRA ELECTRONICS LIMITEDSTOTHERS, Ian, McGregorSCHNEIDER, Daniel
    • STOTHERS, Ian, McGregorSCHNEIDER, Daniel
    • H02J3/14B60L1/00
    • H02J3/14B64D15/14B64D15/22Y10T307/414
    • A method is disclosed for controlling the distribution of power to a plurality of devices, the method being carried out during a plurality of time periods, and the method during each time period after the first comprising: determining (S700) an energy or power deficit for each device based on the difference between a target amount of energy or power and a measured amount of energy or power supplied to the device prior to the current time period; selecting (S702) at least one device in decreasing order of energy or power deficit, whereby priority is given to devices having the largest energy or power deficit or the smallest energy or power surplus, until the selection of any further devices will cause a total estimated power consumption of the selected devices during the time period to exceed a predetermined maximum power consumption; and supplying (S704) power to the or each selected device during the time period.
    • 公开了一种用于控制对多个设备的功率分配的方法,该方法在多个时间段期间执行,并且该方法在第一个之后的每个时间段期间包括:确定(S700)用于 每个设备基于目标能量或功率的量与在当前时间段之前提供给设备的测量的能量或功率的差异; 以能量或功率缺失的降序来选择(S702)至少一个设备,由此优先考虑具有最大能量或功率缺失或最小能量或功率剩余的设备,直到任何其它设备的选择将导致总估计 在所述时间段期间所选择的设备的功率消耗超过预定的最大功耗; 并在该时间段期间向所选择的设备供应(S704)电力。
    • 3. 发明申请
    • ICE PROTECTION SYSTEM
    • 冰保护系统
    • WO2007107732A1
    • 2007-09-27
    • PCT/GB2007/000966
    • 2007-03-19
    • ULTRA ELECTRONICS LIMITEDSTOTHERS, Ian, McGregor
    • STOTHERS, Ian, McGregor
    • B64D15/12
    • B64D15/12Y10T29/53
    • An ice protection system is disclosed for a structure having at least one surface to be protected from a range of icing conditions, the ice protection system comprising: at least one heater device (108, 110, 112), arranged in thermal contact with said at least one surface,- at least one temperature sensor (314) for outputting at least one temperature signal, said at least one sensor being in thermal contact with at least one said heater device; and a control system (600) for controlling the heat output of said at least one heater device using said at least one temperature signal, wherein the control system is operable to control the heat output of said at least one heater device in order to maintain the temperature of the or each heater device at a substantially constant temperature.
    • 公开了一种用于具有至少一个待保护的表面以防止一定范围的结冰条件的结冰的防冰系统,所述防冰系统包括:至少一个加热器装置(108,110,112),其布置成与所述的 至少一个表面, - 用于输出至少一个温度信号的至少一个温度传感器(314),所述至少一个传感器与至少一个所述加热器装置热接触; 以及用于使用所述至少一个温度信号来控制所述至少一个加热器装置的热输出的控制系统(600),其中所述控制系统可操作以控制所述至少一个加热器装置的热输出,以便保持 该加热器或每个加热器的温度基本恒定。
    • 7. 发明申请
    • A VIBRATION ISOLATION MOUNT AND METHOD
    • 振动隔离装置和方法
    • WO2005017386A2
    • 2005-02-24
    • PCT/GB2004/003220
    • 2004-06-26
    • ULTRA ELECTRONICS LIMITEDQINETIQ LIMITEDSTOTHERS, Ian, McGregorHINCHLIFFE, RichardSTEVENS, RobertHERON, Kenneth, HarryNASH, MalcolmPAYNE, Andrew, Philip
    • STOTHERS, Ian, McGregorHINCHLIFFE, RichardSTEVENS, RobertHERON, Kenneth, HarryNASH, MalcolmPAYNE, Andrew, Philip
    • F16F15/02
    • B64C1/066B64C1/40F16F13/00F16F15/02F16F15/04F16F2230/08
    • An active vibration isolation mount is provided for mounting a first member to a second member and for reducing the transmission of vibrations from the first member to the second member. A spring arrangement is arranged between the first and second members. A sensor senses vibrations in the first member. A force actuator applies a controlling force to the second member in response to vibrations sensed by the sensor. The spring arrangement is adapted to provide a delay between the first and second members equal to or greater than a delay in the application of the controlling force by the force actuator in response to the vibrations in the first member. Also a passive mount is provided for mounting a first member to a second member and for reducing the transmission of vibrations from the first member to the second member. The passive vibration isolation mount comprises a first mounting arrangement for mounting to the first member; a second mounting arrangement for mounting to the second member; a spring arrangement arranged between the first and second mounting arrangements; and a mass arrangement coupled to the spring arrangement so as to lie in or adjacent to a region between the spring arrangement and the second mounting arrangement. The spring arrangement is coupled to the first mounting arrangement and provides a spring force between the first and second mounting arrangements.
    • 提供主动隔振安装件,用于将第一构件安装到第二构件并用于减小振动从第一构件向第二构件的传递。 弹簧布置在第一和第二构件之间。 传感器感测第一部件的振动。 力致动器响应于由传感器感测的振动而向第二构件施加控制力。 弹簧布置适于在第一和第二构件之间提供等于或大于响应于第一构件中的振动的力致动器施加控制力的延迟。 还提供了一种用于将第一构件安装到第二构件并用于减少振动从第一构件传递到第二构件的被动安装件。 被动隔振安装件包括用于安装到第一构件的第一安装装置; 用于安装到第二构件的第二安装布置; 布置在第一和第二安装装置之间的弹簧装置; 以及联接到弹簧装置的质量布置,以便位于或邻近弹簧装置和第二安装装置之间的区域。 弹簧装置联接到第一安装装置并且在第一和第二安装装置之间提供弹簧力。
    • 8. 发明申请
    • ADAPTIVE CONTROL SYSTEM FOR CONTROLLING REPETITIVE PHENOMENA
    • 自适应控制系统
    • WO1996010780A1
    • 1996-04-11
    • PCT/GB1995002242
    • 1995-09-20
    • LOTUS CARS LIMITEDSTOTHERS, Ian, MacGregor
    • LOTUS CARS LIMITED
    • G05B13/04
    • G10K11/178G05B5/01G05B19/02G10K2210/3012G10K2210/3032G10K2210/3042G10K2210/3218G10K2210/511
    • An adaptive control system is provided for controlling a plant subject to repetitive phenomena having at least one frequency component. The system comprises a complex reference generator for generating a complex reference signal having in-phase and quadrature components substantially at a frequency of one of the frequency components. A first heterodyning arrangement is provided to heterodyne the complex reference signal with the complex control coefficients to generate at least one control signal having an in-phase component for use in the control of the plant to generate at least one desired output signal. The frequency components in the output signal are correlated with the complex reference signal to generate complex update coefficients and a second heterodyning arrangement heterodynes the output signal with a signal derived from the complex reference signal to generate the complex update coefficients which comprise sum and difference components. An integrator integrates the complex update coefficients comprising the sum and difference components to generate the complex control coefficients.
    • 提供了一种自适应控制系统,用于控制具有至少一个频率分量的重复现象的植物。 该系统包括用于产生具有基本上以频率分量之一的频率的同相和正交分量的复参考信号的复参考发生器。 提供第一外差装置以使该复参考信号与复控制系数外差以产生具有同相分量的至少一个控制信号,以用于控制装置以产生至少一个期望的输出信号。 输出信号中的频率分量与复参考信号相关,以产生复数更新系数,并且使用从复参考信号导出的信号来区分输出信号的第二外差排列,以产生包括和和差分量的复数更新系数。 积分器集成了包括和和差分量的复数更新系数,以产生复数控制系数。
    • 9. 发明申请
    • TIME DOMAIN ADAPTIVE CONTROL SYSTEM
    • 时域自适应控制系统
    • WO1995026521A1
    • 1995-10-05
    • PCT/GB1995000666
    • 1995-03-24
    • LOTUS CARS LIMITEDSTOTHERS, IanELLIOTT, Stephen, John
    • LOTUS CARS LIMITED
    • G05B13/04
    • G10K11/178G10K2210/3018G10K2210/3035G10K2210/3053
    • An adaptive control system for controlling a plant (C) generates an input signal for control of the plant. An adaptive response filter (W) which has a plurality of time domain filter coefficients which are operative to filter the input signal to provide a control signal for the plant (C) so that the plant generates the required output signal. A model filter ( C ) which also has a plurality of time domain filter coefficients models the response of the plant and filters the output signal using the filter coefficients in relative time reverse order to provide at least one filtered output signal. A delay (Z) delays the input signal for a predetermined time period. The adaptive response filter receives the delayed input signal and collates this with a respective filtered output signal and adjusts its filter coefficients using the outcome of the collation to adjust the control signal for the plant such that the output signal of the plant converges towards a required level.
    • 用于控制设备(C)的自适应控制系统产生用于控制设备的输入信号。 一种自适应响应滤波器(W),其具有多个时域滤波器系数,其可操作用于对输入信号进行滤波以提供用于该设备(C)的控制信号,使得该工厂生成所需的输出信号。 还具有多个时域滤波器系数的模型滤波器( C)模拟工厂的响应并使用相对时间相反顺序的滤波器系数对输出信号进行滤波以提供至少一个滤波输出 信号。 延迟(Z)将输入信号延迟预定时间段。 自适应响应滤波器接收延迟的输入信号并将其与相应的滤波输出信号进行比较,并使用对比结果调整其滤波器系数,以调整设备的控制信号,使得设备的输出信号收敛到所需电平 。
    • 10. 发明申请
    • ADAPTIVE CONTROL SYSTEM
    • 自适应控制系统
    • WO1994009481A1
    • 1994-04-28
    • PCT/GB1993002170
    • 1993-10-21
    • LOTUS CARS LIMITEDSTOTHERS, Ian
    • LOTUS CARS LIMITED
    • G10K11/16
    • G10K11/178G10K2210/3025G10K2210/3045G10K2210/3046G10K2210/3057G10K2210/503
    • An adaptive control system for reducing undesired signals comprises sensors (31) to provide signals indicative of the undesired signals, and a processor (36) which processes the first signal to provide a secondary signal for output to sources (37) to interfere with the undesired signals. Sensors (42) are provided to detect the residual signals which are indicative of the interference between the undesired and secondary signals. Within the processor the signals indicative of the undesired signals and the residual signals are transformed into the frequency domain and collated. The outcome of the collation is inverse transformed and the processor adjusts the secondary signal using this inverse transform to reduce the residual signal from the sensors (42).
    • 一种用于减少不想要的信号的自适应控制系统包括提供表示不需要的信号的信号的传感器(31)和处理器(36),其处理第一信号以提供辅助信号以输出到源(37)以干扰不期望的信号 信号。 提供传感器(42)以检测指示不期望信号和辅助信号之间的干扰的残余信号。 在处理器内,指示不需要的信号和残余信号的信号被变换到频域并整理。 对照的结果被逆变换,并且处理器使用该逆变换来调整辅助信号以减少来自传感器(42)的残留信号。