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    • 21. 发明授权
    • Apparatus for the measurement of the stress birefringence of an optical
sensor
    • 用于测量光学传感器的应力双折射的装置
    • US4749854A
    • 1988-06-07
    • US22165
    • 1987-03-05
    • Gerhard Martens
    • Gerhard Martens
    • G01L1/24G01D5/34G02F1/01H01J40/14
    • G01D5/344
    • Apparatus for measurement of the stress birefringence of an optical sensor that is influenced by a quantity to be measured. An optical emitting device sends light of two adjacent wavelengths .lambda..sub.1 and .lambda..sub.2 through an emitting light guide and via a polariser and a retarder plate to the sensor. An analyser conducts mutually parallel polarization components of the light emerging from the sensor on a common path to a receiving and evaluating device which derives from the measured-value-dependent intensities of such polarization components information concerning the magnitude of the quantity to be measured. The thickness of the retarder plate is dimensioned to provide a path length w of the light through the retarder plate such that the two light components .lambda..sub.1 and .lambda..sub.2 that leave the analyzer are influenced in mutually opposite senses by the measured quantity via the sensor, so that they do not need to be separated by optical filters and combined again by a coupler.
    • 用于测量受测量量影响的光学传感器的应力双折射的装置。 光发射装置通过发射光导将两个相邻波长λ1和λ2的光发射到传感器,并通过偏振器和延迟板。 分析仪将从传感器出射的光的相互平行的偏振分量导向到接收和评估装置的共同路径上,该接收和评估装置从这种偏振分量的测量值依赖强度导出关于待测量量的信息的信息。 减速板的厚度的尺寸设定为提供通过延迟板的光的路径长度w,使得离开分析器的两个光分量λ1和λ2在相互相反的感觉下受到经由传感器的测量量的影响, 使得它们不需要被滤光器分离并再次由耦合器组合。
    • 23. 发明授权
    • Inductively heated godet
    • 电感加热导丝辊
    • US4208560A
    • 1980-06-17
    • US891015
    • 1978-03-28
    • Herbert TurkGunter HonigmannGerhard MartensLothar Schewe
    • Herbert TurkGunter HonigmannGerhard MartensLothar Schewe
    • D02J13/00H05B6/14H05B5/08
    • H05B6/145D02J13/005
    • An inductively heated godet is mounted on a supporting frame which carries a rotatable drive shaft. A stationary primary winding is mounted about a magnetic core carried by a body which is fastened to the frame. A rotatable hollow shell which concentrically surrounds the primary winding is removably secured to the rotatable drive shaft.The magnetic core and rotatable hollow shell have in their longitudinal section essentially opposing L-shaped profiles with the flank portions thereof being concentric to the godet turning axis and the foot portion of each L-shaped profile extending substantially radially with respect to the godet turning axis toward the opposing flank portion of the other L-shaped profile such that the flank and foot portions of the shell and magnetic core form radially spaced annular gaps therebetween which are concentric to the godet turning axis. In addition, the axially directed gaps necessarily formed between the magnetic core and rotatable hollow shell are relatively large with respect to the annular gaps so that magnetic flux created by the primary winding will flow almost entirely over the smaller annular gaps. In one embodiment, the foot portion of the L-shaped profile of the shell has a recess formed therein which may be filled with an electrically conductive material which helps direct the magnetic flux and increase the heating effect in that zone of the shell. In another embodiment, the primary winding is formed of multiple electrically interconnected partial coils which are slidable on to the magnetic core.
    • 感应加热的导丝辊安装在承载有可旋转驱动轴的支撑框架上。 固定的初级绕组围绕由紧固到框架的主体承载的磁芯安装。 同心地围绕初级绕组的可旋转中空壳体可拆卸地固定到可旋转的驱动轴上。 磁芯和可旋转中空壳体的纵向截面基本上相对的L形轮廓,其侧面部分与导丝辊转动轴线同心,并且每个L形轮廓的脚部相对于导丝辊转动轴线基本径向延伸 朝向另一个L形轮廓的相对侧面部分,使得壳体和磁芯的侧面和底部部分形成与导丝辊转动轴线同心的径向隔开的环形间隙。 此外,必须形成在磁芯和可旋转中空壳体之间的轴向定向的间隙相对于环形间隙相对较大,使得由初级绕组产生的磁通将几乎完全流过较小的环形间隙。 在一个实施例中,壳体的L形轮廓的脚部具有形成在其中的凹部,其可以填充有导电材料,其有助于引导磁通量并增加在该壳体的该区域中的加热效果。 在另一个实施例中,初级绕组由可滑动到磁芯上的多个电互连部分线圈形成。
    • 25. 发明申请
    • DETECTION VALUES PROCESSING APPARATUS
    • 检测值加工设备
    • US20130308848A1
    • 2013-11-21
    • US13981610
    • 2012-01-25
    • Roland ProksaGerhard Martens
    • Roland ProksaGerhard Martens
    • G01N23/04G06T11/00
    • G01N23/04A61B6/032A61B6/06A61B6/4042A61B6/4241A61B6/5205A61B6/5258G01N23/046G01N2223/419G06T11/003
    • The invention relates to a detection values processing apparatus. Energy-dependent detection values are provided, which are indicative of polychromatic radiation (4) after having traversed an examination zone (5). The radiation is filtered by a filter (15) which comprises K-edge filter material. A component decomposition technique is applied to the detection values for determining K-edge attenuation values being first component attenuation values, which are indicative of an attenuation caused by the K-edge filter material, and additional component attenuation values, which are indicative of an attenuation caused by additional components of the examination zone, wherein an image of the examination zone is reconstructed from the additional component attenuation values. An image can therefore be reconstructed, which is not adversely affected by the filter, because the K-edge attenuation values are not used for reconstructing the image. This can improve the quality of the reconstructed image.
    • 本发明涉及一种检测值处理装置。 提供依赖于能量的检测值,这些检测值指示经过检查区域(5)之后的多色辐射(4)。 辐射由包括K边缘过滤材料的过滤器(15)过滤。 分量分解技术被应用于用于确定作为表示由K边缘滤波器材料引起的衰减的第一分量衰减值的K边缘衰减值的检测值以及指示衰减的附加分量衰减值 由检查区域的附加组件引起,其中从附加分量衰减值重建检查区域的图像。 因此,由于K边缘衰减值不用于重建图像,因此可以重构图像,其不受滤波器的不利影响。 这可以提高重建图像的质量。
    • 26. 发明授权
    • Device and method for mapping the distribution of an X-ray fluorescence marker
    • 用于映射X射线荧光标记分布的装置和方法
    • US07656996B2
    • 2010-02-02
    • US10598003
    • 2005-02-11
    • Geoffrey HardingGerhard MartensHans BarschdorfBernd Schweizer
    • Geoffrey HardingGerhard MartensHans BarschdorfBernd Schweizer
    • G01T1/36
    • G01N23/223G01N2223/076G01N2223/0766
    • The invention relates to a method and a device for determining the distribution of an X-ray fluorescence (XRF) marker (16) in a body volume (14). The body volume (14) is irradiated with a beam of rays (12) from an X-ray source (10) with a first ray component with a quantum energy just above and a second ray component with a quantum energy just below the K-edge of the XRF marker (16). Secondary radiation emitted from the body volume (14) is detected in a location-resolved way by a detector (30). To separate the X-ray fluorescence components in the secondary radiation from background radiation, the body volume is irradiated for a second time with a beam of rays from which the first ray component has been substantially removed by a filter (22) made from the material of the XRF marker.
    • 本发明涉及一种用于确定身体体积(14)中的X射线荧光(XRF)标记物(16)的分布的方法和装置。 用来自X射线源(10)的射线束(12)照射具有刚好在上面的量子能的第一射线分量的体积(14),并且具有刚好低于K值的量子能量的第二射线分量, 边缘的XRF标记(16)。 通过检测器(30)以位置分辨的方式检测从体积(14)发射的次级辐射。 为了将二次辐射中的X射线荧光成分从背景辐射中分离出来,用第一射线成分基本上被该材料制成的过滤器(22)除去的射线束照射体积第二次 的XRF标记。
    • 27. 发明授权
    • X-ray apparatus
    • X光装置
    • US5265144A
    • 1993-11-23
    • US821511
    • 1992-01-15
    • Geoffrey HardingGerhard Martens
    • Geoffrey HardingGerhard Martens
    • A61B6/00A61B6/02A61B6/03A61B6/06G01N23/201G21K1/02G01T1/36
    • A61B6/483A61B6/032A61B6/4241G01N23/201G21K1/025
    • An X-ray apparatus comprises a polychromatic X-ray source for generating a primary beam of small cross-section, an energy-sensitive detector arrangement for detecting the scattered radiation produced by elastic scattering processes in the primary beam, which detector arrangement comprises a plurality of detector elements which are arranged on rings concentric with the primary beam, and a collimator arrangement which is arranged between the X-ray source and the detector arrangement and which encloses the primary beam. In order to enable accurate determination of the pulse transfer spectrum while using a low dose, the collimator arrangement is constructed so that the scattered radiation from the same section of the primary beam is incident on a plurality of detector elements.
    • X射线装置包括用于产生小截面的主光束的多色X射线源,用于检测由主光束中的弹性散射处理产生的散射辐射的能量敏感检测器装置,该检测器装置包括多个 被布置在与主光束同心的环上的检测器元件以及布置在X射线源和检测器装置之间并且包围主光束的准直器装置。 为了在使用低剂量时能够准确地确定脉冲传输光谱,准直器装置被构造成使得来自主光束的相同部分的散射辐射入射到多个检测器元件上。
    • 28. 发明授权
    • Optical measuring apparatus
    • 光学测量仪器
    • US4740081A
    • 1988-04-26
    • US841127
    • 1986-03-18
    • Gerhard MartensThomas Helzel
    • Gerhard MartensThomas Helzel
    • G01J1/02G01D5/26G01D5/34G01D5/353G01K11/00G01L11/00G02B6/00G01B9/02
    • G01K11/00G01D5/268G01D5/344
    • An optical sensor (1) is connected to an electro-optical transducer unit (35) and a measuring circuit (36) via an optical delay line (14) and an optical path (15). Error-free measurement values which are independent of the attenuation characteristics of the optical delay line (14) are obtained if the optical sensor (1) comprises a polarization splitter (3) which receives light pulses from the optical path (15) and from the optical delay line (14) and which is followed by a sensor body (2) which is traversed by the light pulses. A mirror (4) arranged on the side of the sensor body (2) on which the light is not incident reflects the light pulses back into the polarization splitter (3), which couples the light pulses back into the optical path (15) and the optical delay line (14).
    • 光传感器(1)通过光延迟线(14)和光路(15)连接到电光换能器单元(35)和测量电路(36)。 如果光学传感器(1)包括从光路(15)接收光脉冲的偏振分离器(3)和从光路(15)接收光脉冲的偏振分离器(3),则获得与光学延迟线(14)的衰减特性无关的无差错测量值 光延迟线(14),其后面是由光脉冲穿过的传感器体(2)。 布置在其上没有入射的传感器主体(2)侧的反射镜(4)将光脉冲反射回偏振分离器(3),将光脉冲耦合回光路(15)和 光延迟线(14)。
    • 29. 发明授权
    • Method and apparaus for centrally collecting measured values
    • 集中收集测量值的方法和附件
    • US4720806A
    • 1988-01-19
    • US717667
    • 1985-03-29
    • Heinz SchippersGerhard MartensKarl-Werner Frolich
    • Heinz SchippersGerhard MartensKarl-Werner Frolich
    • B65H63/00G06F17/40G06G7/48
    • B65H63/00B65H2701/31
    • A method and apparatus to centrally collect measured values of a variable parameter from each of a plurality of work stations, and so as to facilitate quality control. Each work stations includes a sensor for generating an output signal which is a function of the variable parameter, and the output signal is converted to digital signals, which represent discrete increments within the measuring range of the variable parameter. The digital signals are stored during a predetermined period of time in a memory unit so as to be available for periodic scanning by the central computer, after which the stored signals are cleared so that the memory unit is free to record the values during the next period of time. Also, circuitry is provided whereby only the extreme values of the output signalsd ar stored, together with the mean value, which are adequate to provide a complete statement of the quality of the process and product being monitored.
    • 一种用于从多个工作站中的每个工作站集中收集可变参数的测量值并且便于质量控制的方法和装置。 每个工作站包括用于产生作为可变参数的函数的输出信号的传感器,并且输出信号被转换成数字信号,其表示可变参数的测量范围内的离散增量。 数字信号在预定的时间段内存储在存储器单元中,以便可用于中央计算机的周期性扫描,此后存储的信号被清除,使得存储器单元可以在下一个周期内自由地记录值 的时间。 此外,提供了电路,其中仅存储输出信号的极值连同平均值,其足以提供被监视的过程和产品的质量的完整陈述。