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    • 2. 发明申请
    • MEANS FOR INCREASING THE DRAG ON A MUNITION
    • 增加行动拖延的手段
    • WO1998001719A1
    • 1998-01-15
    • PCT/GB1997001732
    • 1997-06-30
    • THE SECRETARY OF STATE FOR DEFENCESIDFORD, Rufus, William
    • THE SECRETARY OF STATE FOR DEFENCE
    • F42B10/50
    • F42B10/50
    • A means for increasing the drag of a munition to effect a course correction having coplanar interlocking pairs of drag plates (24, 26) being laterally extendable from an undeployed configuration, substantially contained within the munition, to a deployed configuration. The drag plates (101, 103) are provided with projections (34, 38) and slots (36, 40), the projections (34, 38) of one of a pair of drag plates being adapted to locate in the slots (34, 40) of the other drag plate in the undeployed configuration and being adapted such that they extend beyond halfway into the munition. A deployment means (60, 62, 70, 72) retains the drag plates in the undeployed configuration until receipt of a control signal and then effects deployment of the drag plates, the distance travelled between the deployed and undeployed configurations being determined by the extent of the projections (34, 38).
    • 一种用于增加弹药的阻力以实现路线校正的装置,其具有从基本上包含在弹药内的未部署构造横向延伸到展开构型的牵引板(24,26)的共面互锁对。 拖板(101,103)设置有突起(34,38)和槽(36,40),一对拖板之一的突起(34,38)适于定位在槽(34,38) 40),并且适于使得它们延伸超过中途进入弹药。 展开装置(60,62,70,72)将拖板保持在未部署的构型中,直到接收到控制信号,然后实现拖板的展开,展开和未部署构造之间的距离由 突起(34,38)。
    • 3. 发明申请
    • TRIBOLUMINESCENT DAMAGE SENSORS
    • 光致发光损伤传感器
    • WO1997018451A1
    • 1997-05-22
    • PCT/GB1996002778
    • 1996-11-11
    • THE SECRETARY OF STATE FOR DEFENCESAGE, Ian, CharlesGEDDES, Norman, James
    • THE SECRETARY OF STATE FOR DEFENCE
    • G01L01/25
    • G01M11/085G01L1/24G01M11/086
    • A damage sensor for detecting damage within a structure such as aircraft wings or fuselage, or a bridge. The sensor comprises a small piece of a triboluminescent material connected via light guiding fibres or layers to one or more detectors. The sensor may be embedded within the structure or mounted on its surface. Impact of objects on the structure causes a physical damage to the triboluminescent material. Such damage causes light emission which is detected and recorded for later observation. The intensity of emission may be measured to give an indication of amount of damage received by the structure. Several different triboluminescent materials may be arranged in different locations within the structure so that location of damage may be detected by a single detector sensitive to the different wavelengths of light emitted by the several materials. Light from the triboluminescent material may be detected directly by the detectors. Alternatively, material doped with suitable photo excitable dyes may be caused to photo excite, and the resultant light output detected.
    • 用于检测诸如飞机机翼或机身或桥梁之类的结构中的损坏的损伤传感器。 传感器包括通过导光纤维或层连接到一个或多个检测器的三块发光材料的小块。 传感器可以嵌入结构内或安装在其表面上。 物体对结构的影响会导致对三元发光材料的物理损伤。 这种损坏会导致发光并被记录以便稍后观察。 可以测量发射强度以给出由结构接收的损伤量的指示。 可以在结构内的不同位置布置几种不同的三色发光材料,从而可以通过对由多种材料发射的不同波长的光敏感的单个检测器来检测损伤位置。 可以通过检测器直接检测来自三溴发光材料的光。 或者,可以使掺杂有合适的光可激发染料的材料进行光激发,并检测所得光输出。
    • 5. 发明申请
    • LIQUID CRYSTAL POLYMERS
    • 液晶聚合物
    • WO1997016471A1
    • 1997-05-09
    • PCT/GB1996002650
    • 1996-10-31
    • THE SECRETARY OF STATE FOR DEFENCEHALL, Alan, WilliamLACEY, DavidSAGE, Ian, CharlesBLACKWOOD, Keith, MorayJONES, Michelle
    • THE SECRETARY OF STATE FOR DEFENCE
    • C08G61/00
    • C09K19/3833C08G61/00C09K19/3895
    • Compounds of formula (I) are provided which may be used in a variety of devices including liquid crystal devices, piezoelectric devices, pyroelectric devices and in optical recording media, wherein X1 and X2 are independently selected from H, CN, COCH3, CO2CH3, m = at least 5; X3 and X4 are independently selected from formula (IA), wherein Y is selected from COO, OCO, O, S, CHOH, CHF, CH2; Q = (CH2)n wherein one or more non-adjacent methylenes may be replaced by O and n = 1-20; Z is selected from O, S, single covalent bond, COO, OCO; when Y is CH2 then n may also be 0; formula (A) represents any mesogenic group; X3 and X4 are also independently selected from H, OH, OCOR , COOH, CO2R , (CH2)pOH, (CH2)pCO2H, -(CH2)pOR or -(CH2)pCO2R and p = 1-20, R = H or C1-16alkyl, when R = C2-16alkyl the terminal CH3 group may be replaced by Br or Cl; provided that at least one of X3 and X4 is selected from formula (IA).
    • 提供式(I)化合物,其可用于包括液晶装置,压电装置,热电装置和光学记录介质的各种装置中,其中X 1和X 2独立地选自H,CN,COCH 3,CO 2 CH 3,m =至少5; X 3和X 4独立地选自式(IA),其中Y选自COO,OCO,O,S,CHOH,CHF,CH 2; Q =(CH 2)n,其中一个或多个不相邻亚甲基可被O代替,n = 1-20; Z选自O,S,单共价键,COO,OCO; 当Y是CH2时,n也可以是0; 式(A)表示任何介晶组; X和X 4还独立地选自H,OH,OCOR 1,COOH,CO 2 R 1,(CH 2)p OH,(CH 2)p CO 2 H, - (CH 2)pOR 1或 - (CH 2)p CO 2 R 1 >和p = 1-20,R 1 = H或C 1-6烷基,当R 1 = C 2-6-16烷基时,末端CH 3基团可被Br或Cl取代; 条件是X3和X4中的至少一个选自式(IA)。
    • 6. 发明申请
    • BIOMATERIAL
    • 生物材料
    • WO1997006101A1
    • 1997-02-20
    • PCT/GB1996001863
    • 1996-08-01
    • THE SECRETARY OF STATE FOR DEFENCECANHAM, Trevor, Leigh
    • THE SECRETARY OF STATE FOR DEFENCE
    • C01B33/02
    • A61L27/306A61F2310/0061A61F2310/00796A61L27/025A61L27/32A61L27/56
    • Biomaterial, for example bioactive silicon, may be fabricated by anodising a silicon wafer to produce a wafer (10) having a porous silicon region (20). In vitro experiments have shown that certain types of porous silicon cause the deposition of apatite deposits both on the porous silicon (20) and neighbouring areas of bulk silicon (22) when immersed in a simulated body fluid solution. This deposition of apatite provides an indication that porous silicon of appropriate form is bioactive, and therefore also biocompatible. A form of porous silicon is dissolved in the simulated body fluid solution and this is an indication of a resorbable biomaterial characteristic. In addition to porous silicon, certain types of polycrystalline silicon exhibit bioactive characteristics. Bioactive silicon may be used in the fabrication of biosensors for in vitro or in vivo applications. The bioactivity of the bioactive silicon may be controlled by the application of an electrical potential thereto.
    • 生物材料,例如生物活性硅,可以通过阳极氧化硅晶片来制造具有多孔硅区域(20)的晶片(10)来制造。 体外实验已经表明,当浸入模拟的体液溶液中时,某些类型的多孔硅导致磷灰石沉积物沉积在多孔硅(20)和体硅(22)的相邻区域上。 这种磷灰石的沉积提供了适当形式的多孔硅是生物活性的,因此也是生物相容性的指示。 一种形式的多孔硅溶解在模拟的体液溶液中,这是可再吸收的生物材料特性的指示。 除了多孔硅之外,某些类型的多晶硅还具有生物活性。 生物活性硅可用于制造用于体外或体内应用的生物传感器。 可以通过向其施加电位来控制生物活性硅的生物活性。
    • 7. 发明申请
    • PREPARATION OF CYCLIC OLIGOMERS OF SUBSTITUTED CYCLIC ETHERS
    • 替代循环的循环低聚物的制备
    • WO1997003105A1
    • 1997-01-30
    • PCT/GB1996001599
    • 1996-07-05
    • THE SECRETARY OF STATE FOR DEFENCEDESAI, Hemant, Jashbhai
    • THE SECRETARY OF STATE FOR DEFENCE
    • C08G65/22
    • C07D323/00C07D305/06C08K5/0016C08K5/159
    • A method of producing cyclic oligomers of substituted oxiranes and oxetanes involves the slow addition to a solution of the ether in a relatively polar organic solvent such as dichloromethane or dichloroethane, of a stable protonic acid such as HBF4 or a cationogenic species for example triethyloxonium tetrafluoroborate or an alcohol in conjunction with a stable Lewis acid such as boron trifluoride etherate. The cyclic oligomer product is isolated from other reaction products, in particular the straight chain oligomers, by extraction with a non-polar solvent, hexane being preferred. The cyclic products are effective plasticisers for polyether polymers, particularly where the cyclic ether is related to or even the same as the ether in the polymer since compatability of the materials is then very likely and separation out of plasticiser unlikely to occur.
    • 制备取代的环氧乙烷和氧杂环丁烷的环状低聚物的方法涉及在诸如二氯甲烷或二氯乙烷的相对极性的有机溶剂如二氯乙烷或二氯乙烷中缓慢加入稳定的质子酸例如HBF 4或阳离子性物质,例如三乙氧基四氟硼酸盐或 与稳定的路易斯酸结合的醇,例如三氟化硼醚合物。 通过用非极性溶剂萃取,优选己烷,从其它反应产物,特别是直链低聚物中分离出环状低聚物产物。 环状产物是用于聚醚聚合物的有效的增塑剂,特别是当环醚与聚合物中的醚相关或甚至与聚合物中的醚相同时,因为材料的相容性非常可能,并且不可能从增塑剂中分离出来。
    • 9. 发明申请
    • ANTICOUNTERFEITING METHOD
    • 预防方法
    • WO1997001156A1
    • 1997-01-09
    • PCT/GB1996001469
    • 1996-06-19
    • THE SECRETARY OF STATE FOR DEFENCELEWIS, Keith, Loder
    • THE SECRETARY OF STATE FOR DEFENCE
    • G07D07/00
    • G07D7/00
    • A covert method of distinguishing between genuine and counterfeit articles by means of applying an optical filter to genuine articles as a mark of authenticity. The filter for use in the method may comprise a multi layer stack having at least one maximum and at least one minimum in the spectral characteristic and a selective absorber over a range of visible wavelengths. The spectral characteristic is such that the filter has a neutral appearance when viewed by an unaided eye under normal lighting conditions, but gives rise to characteristic optical effects when illuminated with selected wavelengths. The characteristic effects provide an authenticating signature for the filter. In the absence of the filter, the illumination would not give rise to the characteristic effects. The intensity of radiation reflected or transmitted by the filter at two or more wavelengths may be used to provide the authenticating characteristic. In an alternative embodiment, the filter may be illuminated with radiation at two or more angles of incidence. The resulting intensity or spatial distribution of radiation reflected or transmitted by the filter may be used to verify the authenticity of the article by comparing the observed properties with known properties for the filter.
    • 通过将真空物品作为真实标记的光学滤光片应用于真伪伪造品的区分方法。 用于该方法的滤波器可以包括在光谱特性中具有至少一个最大值和至少一个最小值的多层堆叠以及在可见波长范围内的选择性吸收器。 光谱特性使得当在正常照明条件下由肉眼观察时,过滤器具有中性外观,但是当被选择的波长照亮时,会产生特征性光学效应。 特征效果为过滤器提供了认证签名。 在没有滤光片的情况下,照明不会产生特征效应。 可以使用在两个或更多个波长处由滤光器反射或透射的辐射的强度来提供认证特性。 在替代实施例中,可以以两个或更多个入射角的辐射照射滤光器。 由过滤器反射或传播的辐射所产生的强度或空间分布可用于通过将观察到的性质与过滤器的已知性质进行比较来验证物品的真实性。
    • 10. 发明申请
    • PASSIVE ACOUSTO-OPTIC MODULATOR
    • 无源光电调制器
    • WO1996028001A1
    • 1996-09-12
    • PCT/GB1996000450
    • 1996-02-29
    • THE SECRETARY OF STATE FOR DEFENCETHOMAS, Andrew, James
    • THE SECRETARY OF STATE FOR DEFENCE
    • H04R23/00
    • G01H9/006H04R17/00H04R23/008H04R23/02
    • A passive acousto-optic modulator for the modulation of a light beam as a function of a variation in air pressure comprising a beam splitter arranged relative to the beam so as to produce a signal beam and reference beam, the beam splitter ideally comprising a flat interface located between two optically transparent mediums such as the end of an optic fibre located within air, the interface being arranged relative to the light modulator such that when the light beam travels through the interface, some of the light beam is able to pass through the interface to form the signal beam, the rest of the light beam being reflected back off the interface to form the reflected reference beam; a light modulator which modulates the signal beam, the light modulator comprising an approximately flat optically reflective surface capable of movement, the reflective surface being located in a position which, at rest is a predetermined distance from the beam splitter and is approximately parallel to and facing the beam splitter and a piezoelectric element, the piezoelectric element being connected to the reflective surface in such a way that when an electric potential is applied across the piezoelectric element, it causes the reflective surface to move; and conversion means to convert variations in air pressure into corresponding variations in a signal for driving the light modulator; the arrangement being such that the modulated signal beam is combined with the reference beam to produce constructive or destructive interference.
    • 一种用于调制光束的无源声光调制器,其作为空气压力变化的函数,包括相对于光束布置的分束器,以产生信号光束和参考光束,所述分束器理想地包括平坦界面 位于两个光学透明介质之间,例如位于空气中的光纤的端部,该接口相对于光调制器布置,使得当光束穿过界面时,一些光束能够穿过界面 为了形成信号光束,其余的光束被反射回界面以形成反射参考光束; 光调制器,其调制信号光束,所述光调制器包括能够移动的近似平坦的光学反射表面,所述反射表面位于所述位置,所述位置与所述分束器相隔预定距离并且大致平行于并面对 分束器和压电元件,压电元件以这样的方式连接到反射表面,使得当电压跨越压电元件施加时,其使反射表面移动; 以及转换装置,用于将空气压力的变化转换成用于驱动光调制器的信号的相应变化; 这种布置使得调制的信号光束与参考光束组合以产生建设性或相消干涉。