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    • 71. 发明申请
    • METHOD OF MEASURING TIME OF FLIGHT OF AN ULTRASOUND PULSE
    • 测量超声波脉冲时间的方法
    • WO2016001638A1
    • 2016-01-07
    • PCT/GB2015/051890
    • 2015-06-29
    • PCME LIMITED
    • D'SOUZA-MATTHEW, NeilFRYERS, RobertMILLINGTON, RogerUNITT, David
    • G01F1/66G01F23/296
    • G01F1/667G01F1/662G01F23/2962G01P5/248
    • Method and apparatus relating to ultrasound flow probes Measurement of time of flight of ultrasound pulses comprises: transmitting the pulses across a fluid flow; detecting a waveform (200) of the pulses, generating a cross-correlation between the waveform (200) and a tone (210)and identifying a plurality of peaks (220) in the cross-correlation; fitting a curve template (310) to the waveform at locations (300) corresponding to the peaks (220)and identifying the location (330) of the minimum error; performing a further cross-correlation (420) between the waveform (200) and the tone(210) over only a portion of the waveform(200) containing the minimum error location (330); and determining the temporal location corresponding to the maximum (430) of the further cross-correlation (430).
    • 与超声波探针相关的方法和装置超声脉冲的飞行时间测量包括:跨越流体流传输脉冲; 检测所述脉冲的波形(200),产生所述波形(200)和色调(210)之间的互相关,并且识别所述互相关中的多个峰值(220); 将曲线模板(310)拟合到对应于峰值(220)的位置(300)处的波形并且识别最小误差的位置(330); 在包含最小错误位置(330)的波形(200)的仅一部分上,在波形(200)和色调(210)之间执行进一步的互相关(420); 以及确定对应于进一步互相关的最大值(430)的时间位置(430)。
    • 72. 发明申请
    • IMPROVEMENTS IN AND RELATING TO SECURITY DOCUMENTS
    • 对安全文件的改进和相关
    • WO2014188194A1
    • 2014-11-27
    • PCT/GB2014/051565
    • 2014-05-21
    • D. W. SPINKS (EMBOSSING) LIMITED
    • SPINKS, Gary Donald
    • B42D25/00B41M3/14
    • B42D25/29B42D25/24B42D25/27B42D25/355B42D25/387B42D25/46B42D25/47
    • A security document (10) including a security device, and a method of manufacturing such a document. The document (10) includes a first fluorescent layer (130) which fluoresces in a first visible colour when exposed to ultraviolet light; a UV blocking layer (120) which is opaque to ultraviolet light, but transmits visible light; and a second fluorescent layer (110) which fluoresces in a second, different, visible colour when exposed to ultraviolet light. The second fluorescent layer (110) is part of a security transfer (50) which is affixed to the face of the security document substrate (20). The security transfer (50) has an inner face proximal to the security substrate (20) and an outer face distal to the security substrate. The second fluorescent layer (110) is closer to the outer face of the security transfer than either of the first fluorescent layer (130) or the UV blocking layer (120).
    • 包括安全装置的安全文件(10)和制造这种文件的方法。 文件(10)包括当暴露于紫外线时以第一可见颜色发荧光的第一荧光层(130) 紫外线阻挡层(120),其对紫外线不透明,但透射可见光; 以及当暴露于紫外光时以第二种不同的可见颜色发荧光的第二荧光层(110)。 第二荧光层(110)是固定到安全文件基板(20)的表面上的安全传送(50)的一部分。 安全传送(50)具有靠近安全基板(20)的内表面和远离安全基板的外表面。 第二荧光层(110)比第一荧光层(130)或UV阻挡层(120)中的任一个更靠近安全传递的外表面。
    • 76. 发明申请
    • APPARATUS AND METHOD FOR MEASURING DISTANCE
    • 测量距离的装置和方法
    • WO2012022955A1
    • 2012-02-23
    • PCT/GB2011/051397
    • 2011-07-22
    • ISIS INNOVATION LIMITEDWARDEN, MatthewURNER, David
    • WARDEN, MatthewURNER, David
    • G01B9/02
    • G01B9/02071G01B9/02004G01B2290/60
    • A method of measuring an unknown distance, comprises providing waves simultaneously to: a) a first, reference, interferometer (30'') including first and second arms of lengths differing by a first path difference, b) a second interferometer(30') including first and second arms of lengths differing by an initially unknown second path difference, and c) at least one further interferometer(30), each further interferometer including first and second arms of lengths differing by an initially unknown respective path difference. The waves are scanned by tuning them over a tuning range. During a scan, a plurality of interference measurements are generated from the waves in each interferometer (30, 30', 30'') dependent upon the path difference of that interferometer (30, 30', 30''). The unknown path difference of at least one of the further interferometers (30) is determined from the interference measurements for that scan.
    • 一种测量未知距离的方法,包括同时提供波:a)第一参考干涉仪(30“),其包括长度不同于第一路径差的第一和第二臂,b)第二干涉仪(30'), 包括具有不同于最初未知的第二路径差的长度的第一和第二臂,以及c)至少一个另外的干涉仪(30),每个另外的干涉仪包括具有最初未知的相应路径差异的长度的第一和第二臂。 通过在调谐范围内对它们进行调谐来扫描波。 在扫描期间,根据该干涉仪(30,30',30“)的路径差,从每个干涉仪(30,30',30”)中的波形产生多个干涉测量。 根据该扫描的干涉测量确定至少一个另外的干涉仪(30)的未知路径差。
    • 79. 发明申请
    • MAGNETIC INDUCTION TOMOGRAPHY
    • 磁感应造影
    • WO2009144461A2
    • 2009-12-03
    • PCT/GB2009/001335
    • 2009-05-28
    • UGCS (UNIVERSITY OF GLAMORGAN COMMERCIAL SERVICES) LTD.WATSON, Stuart
    • WATSON, Stuart
    • A61B5/05A61B5/0522G01V3/104
    • A magnetic induction tomography (MIT) apparatus comprises an excitation signal generator (70) for generating an excitation signal; a primary excitation coil (50) arranged to receive the excitation signal from the excitation signal generator (70) and to convert the excitation signal into electromagnetic radiation and to emit said radiation to excite a sample having at least one of an electrical conductivity distribution, an electrical permittivity distribution or a magnetic permeability distribution; a primary receiver coil (60) arranged to receive electromagnetic radiation from the excited sample and to convert the received radiation into a detection signal; and a signal distribution network (115) arranged to receive the detection signal from the primary receiver coil (60). The apparatus further comprises a passive reference detector arranged to detect the excitation signal and to convert the detected signal into a passive reference signal. The apparatus further comprises an active reference signal generator (230) for generating an active reference signal; and an active reference source (175) arranged to receive the active reference signal from the active reference signal generator (230) and to supply the active reference signal to the signal distribution network (115).
    • 磁感应断层摄影(MIT)装置包括用于产生激励信号的激励信号发生器(70) 主激励线圈(50),其布置成从激励信号发生器(70)接收激励信号,并将激励信号转换成电磁辐射并发射所述辐射以激发具有至少一个电导率分布的样品, 电介质分布或磁导率分布; 主接收器线圈(60)被布置成接收来自所激发的采样的电磁辐射并将接收的辐射转换成检测信号; 以及布置成从主接收线圈(60)接收检测信号的信号分配网络(115)。 该装置还包括无源参考检测器,其布置成检测激励信号并将检测到的信号转换成无源参考信号。 该装置还包括用于产生有效参考信号的有源参考信号发生器(230) 以及有源参考源(175),被配置为从所述有源参考信号发生器(230)接收所述有源参考信号,并将所述有源参考信号提供给所述信号分配网络(115)。
    • 80. 发明申请
    • A MONITOR FOR MONITORING PARTICLES FLOWING IN A STACK
    • 用于监测在堆栈中流动的颗粒的监视器
    • WO2006082417A1
    • 2006-08-10
    • PCT/GB2006/000367
    • 2006-02-02
    • PCME LIMITEDROGERS, JohnRIGBY, Michael
    • ROGERS, JohnRIGBY, Michael
    • G01N21/53G01N15/02
    • G01N15/0205G01N1/2258G01N2021/536
    • An instrument (10) for monitoring particles (67) flowing in a stack, comprises: (a) a light source for providing a light beam (60); (b) a sensor/ and (c) a probe housing . The housing comprises : (i) a mount (25) ; (ii) a proximal portion (30) including a first aperture (35) through which in use the light beam (60) exits; (iii) a distal portion (50), comprising a second aperture (55) through which the light beam (60) enters after having been scattered from particles (67) flowing in the stack, and a focusing mirror (70) arranged to reflect and focus the scattered light (90) ; (iv) a medial portion (40) , connecting the distal portion (50) to the proximal portion (30) ; (v) a waveguide (80) , passing from the distal portion (50) through the medial portion (40) and the proximal portion (30) to the sensor and arranged to guide to the sensor the light (90) reflected and focused by the focusing mirror (70) .
    • 一种用于监测在堆叠中流动的颗粒(67)的仪器(10),包括:(a)用于提供光束(60)的光源; (b)传感器和(c)探头外壳。 壳体包括:(i)安装座(25); (ii)包括第一孔(35)的近端部分(30),在使用中所述光束(60)通过所述第一孔径退出; (iii)远端部分(50),包括第二孔(55),所述光束(60)在已经从在所述堆叠中流动的颗粒(67)散射之后进入所述第二孔(55)以及聚焦反射镜(70)被布置成反射 并集中散射光(90); (iv)将所述远端部分(50)连接到所述近端部分(30)的中间部分(40); (v)从所述远端部分(50)穿过所述中间部分(40)和所述近端部分(30)到所述传感器并布置成将所述光(90)引导到所述传感器的波导(80),所述光(90)由 聚焦镜(70)。