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    • 2. 发明申请
    • AN ENERGY STORAGE AND CONVERSION APPARATUS
    • 能源储存和转换装置
    • WO1996024980A1
    • 1996-08-15
    • PCT/GB1996000281
    • 1996-02-08
    • BRITISH NUCLEAR FUELS PLCCROMBIE, Ian
    • BRITISH NUCLEAR FUELS PLC
    • H02K07/02
    • H02K1/2786H02K7/025H02K11/00Y02E60/16
    • An energy storage and conversion apparatus (1) comprising a containment (6) defining a vacuum chamber (9), a stator (2) within the chamber (9) and a rotor (3) around the stator (2) which, in use, is driven by the stator (2) to store energy as kinetic energy of the rotor (3) and acts with the stator (2) as a generator to release energy, wherein a rotor includes a flux shield (20) to reduce energy losses occurring due to flux (10) in the rotor (3) interacting with the containment (6) during use. By reducing the amount of flux passing from the rotor (3) to the containment (6), interactive forces are reduced thereby reducing energy losses and increasing the efficiency of the energy storage and conversion apparatus (1).
    • 一种能量储存和转换装置(1),包括限定真空室(9)的容纳物(6),所述腔室(9)内的定子(2)和围绕所述定子(2)的转子(3),其在使用中 由所述定子(2)驱动以将能量作为所述转子(3)的动能存储并作为发电机作用于所述定子(2)以释放能量,其中转子包括通量屏蔽(20)以减少能量损失 由于转子(3)中的通量(10)在使用期间与容纳物(6)相互作用而发生。 通过减少从转子(3)到容纳物(6)的通量的减少,相互作用力减小,从而减少了能量损失并提高了储能转换装置(1)的效率。
    • 5. 发明申请
    • IMPROVEMENTS IN AND RELATING TO COILS
    • 线圈的改进和相关
    • WO1998024098A1
    • 1998-06-04
    • PCT/GB1997003168
    • 1997-11-26
    • BRITISH NUCLEAR FUELS PLCJEWELL, Geraint, WynHOWE, David
    • BRITISH NUCLEAR FUELS PLC
    • H01F41/04
    • H01F27/2823H01F41/04
    • The invention aims to provide coils for inductance applications or magnetic field generation suitable for use in high temperature coils. The invention provides the coil by a non-winding process, in which the conductor path is formed by depositing or removing material served to form a conductor path in its configuration of use relative to other parts of that conductor path. The coil may be formed of one or more elements formed in this way. The conductor paths in individual elements are connected to one another such that the current flows in a consistent sense between layers. A core provided in this way is less susceptible to damage to its insulating or anti-corrosion coatings than a coil produced by coiling a conductor into the coil configuration following insulation and/or anti-corrosion coating. Far higher levels of coil packing are also possible using this construction.
    • 本发明旨在提供适用于高温线圈的电感应用或磁场发生的线圈。 本发明通过非卷绕工艺提供线圈,其中导体路径通过沉积或移除用于形成导体路径的材料而形成,该导体路径在使用相对于该导体路径的其它部分使用的构造中。 线圈可以由以这种方式形成的一个或多个元件形成。 各个元件中的导体路径彼此连接,使得电流在层之间以一致的意义流动。 以绝缘和/或防腐蚀涂层的方式将导体卷绕到线圈构造中产生的线圈不太容易损坏其绝缘或防腐蚀涂层。 使用这种结构也可以实现更高水平的盘管包装。
    • 8. 发明申请
    • CONTROL SYSTEMS FOR ELECTRIC MOTOR-GENERATORS
    • 电动发电机控制系统
    • WO1997050171A1
    • 1997-12-31
    • PCT/GB1997001675
    • 1997-06-23
    • BRITISH NUCLEAR FUELS PLCPROUD, Neil, JamesKELSALL, David, RobertALEXANDER, Thomas, MichaelJENKINS, Marcus, Kennedy
    • BRITISH NUCLEAR FUELS PLC
    • H02P06/14
    • H02P6/181H02P6/08H02P6/15
    • A control system for an ac-powered electric motor-generator is arranged to control the voltage applied to stator coils in the motor-generator such that, during a low-speed regime, the power input is controlled by varying the time-averaged voltage applied to the motor within each half electrical cycle, while keeping substantially constant the phase of the applied voltage in relation to the rotational position of the motor-generator. In a high-speed regime, the power input is controlled by varying the phase of the voltage in relation to the rotational position of the motor-generator. In a first embodiment, control is effected, in the high-speed regime, purely by varying the phase of the voltage, and, in a second embodiment, control is effected at high-speed by varying both the phase of the voltage and also the time-averaged voltage applied within each half electrical cycle. In the low-speed regime, power input is controlled using asynchronous pulse width modulation, and, in the high-speed regime, when the time-averaged voltage is varied, control is effected using synchronized pulse width modulation and/or commutation width control.
    • 用于交流供电电动发电机的控制系统被布置成控制施加到电动发电机中的定子线圈的电压,使得在低速状态期间,通过改变所施加的时间平均电压来控制功率输入 在每个半电循环内的电动机上,同时保持相对于电动发电机的旋转位置的施加电压的相位基本上恒定。 在高速状态下,通过改变相对于电动发电机的旋转位置的电压的相位来控制功率输入。 在第一实施例中,在高速状态下,仅通过改变电压的相位来实现控制,并且在第二实施例中,通过改变电压的相位来实现高速的控制, 在每个半电循环中施加的时间平均电压。 在低速状态下,通过异步脉宽调制来控制功率输入,而在高速状态下,当时间平均电压变化时,通过同步脉宽调制和/或换向宽度控制进行控制。
    • 9. 发明申请
    • GROUT OR MORTAR REMOVAL BY LASER
    • 通过激光去除GROUT或MORTAR
    • WO1997048536A1
    • 1997-12-24
    • PCT/GB1997001638
    • 1997-06-18
    • BRITISH NUCLEAR FUELS PLCSPENCER, Julian, TimothyLI, LinLAWRENCE, Jonathan
    • BRITISH NUCLEAR FUELS PLC
    • B28D01/22
    • B23K26/1476B23K26/142B28D1/221
    • The method comprises the steps of directing the beam of a portable laser device (40) onto grout (14) at a power level to cause removal of the grout; causing mutual relative movement between said laser beam and said grout; and, providing removal means (30, 32) for debris resulting from said grout removal. The laser beam (16) is transmitted to the grout (14) via optical fibre. The laser is selected from the group comprising: Nd-YAG laser; semi-conductor laser; and, diode pumped fibre laser, and may also include a low-power visible aiming laser. An area of grout being treated is surrounded by an enclosure (22) to prevent escape of laser light. The enclosure is transparent to optical light and opaque to laser light of the wavelength, e.g. 0.4 to 10.6 mu m, in use. The laser beam spot (18) size being commensurate with the grout width. Debris removal means, possibly assisted with a gas jet (42), comprises suction removal (44) at a position adjacent the grout laser treatment area. The method may include the step of applying additional water to the grout.
    • 该方法包括以下功能级别将便携式激光装置(40)的光束引导到水泥浆(14)上以使水泥浆移除的步骤; 引起所述激光束和所述灌浆之间的相互相对运动; 并且提供用于从所述浆料去除产生的碎屑的去除装置(30,32)。 激光束(16)通过光纤传输到灌浆(14)。 激光选自:Nd-YAG激光器; 半导体激光器 和二极管泵浦光纤激光器,并且还可以包括低功率可见瞄准激光器。 被处理的水泥浆的区域被围绕着外壳(22)包围,以防止激光的逸出。 外壳对于光学透明并且对波长的激光不透明,例如, 使用量为0.4〜10.6亩。 激光束斑(18)的尺寸与灌浆宽度相称。 可能辅助气体喷射(42)的碎屑去除装置包括在与灌浆激光治疗区域相邻的位置处的抽吸移除(44)。 该方法可以包括向浆料施加额外的水的步骤。
    • 10. 发明申请
    • FLUORINATION
    • 氟化
    • WO1997027595A1
    • 1997-07-31
    • PCT/GB1997000198
    • 1997-01-23
    • BRITISH NUCLEAR FUELS PLCFIELDS, Mark
    • BRITISH NUCLEAR FUELS PLC
    • G21C19/48
    • C22B60/0213C01G43/066G21C19/48Y02W30/884
    • In the reprocessing of irradiated nuclear fuel, fluorination of the fuel is carried out by feeding the fuel to an ionised gas plasma and then contacting the resultant excited species with a fluorinating agent, for example, fluorine, so as to effect fluorination. The ionised gas plasma is an inductively-coupled plasma or a microwave plasma, and the fuel is fed to the plasma in the form of a slurry or a powder fluidised by a gas. Where the slurry is formed from LWR fuel, a variety of volatile and involatile fission product fluorides and actinide fluorides is produced, so enabling the separation of UF6 from the involatile fission product fluorides.
    • 在辐射核燃料的后处理中,通过将燃料供给电离气体等离子体,然后使得到的激发物质与氟化剂例如氟接触,进行氟化,从而实现氟化。 电离气体等离子体是电感耦合等离子体或微波等离子体,燃料以浆料或由气体流动的粉末的形式供给至等离子体。 在由LWR燃料形成浆料的情况下,产生各种挥发性和非挥发性裂变产物氟化物和锕系氟化物,从而能够将UF6与非挥发性裂变产物氟化物分离。