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    • 61. 发明授权
    • Measurement apparatus for optical transmission factor
    • 光传输因子测量装置
    • US4726684A
    • 1988-02-23
    • US946520
    • 1986-12-24
    • Syokichi Tokumaru
    • Syokichi Tokumaru
    • G01J1/16G01N21/21G01N21/53G01N21/59G02B27/10
    • G01N21/534G01J1/1626G01J2001/1668G01N21/21G01N21/59G01N2201/066G01N2201/0696
    • An optical transmission factor is measured by using mutual measuring technology having a pair of identical units (44, 50) located on opposite sides of an object (A). Each of said units (44, 50) comprises a pair of beam splitters (47, 48), a light source means (45, 46) for illuminating an object (A) through a first beam splitter (47) and providing offset beam (56) from said first beam splitter (47), a photo-detector (49) for converting optical power from the other unit (50) and said offset beam (56), wherein each of said beam splitters (47, 48) is substantially in parallelogram shape with two pairs of confronting planes (24, 25; and 22, 23), first pairs of planes (24, 25) are not perpendicular to the second pair of planes (22, 23), one of first pair of planes (24) is mirror coated for reflecting the inside beam, so that split beams (29, 31) from single beam (27) share a common point (200) on the plane ( 23). Thus, a dust/soil free measurement with no mechanically moving means is accomplished.
    • 通过使用具有位于物体(A)的相对侧上的一对相同单元(44,50))的相互测量技术来测量光学透射率。 每个所述单元(44,450)包括一对分束器(47,48),用于通过第一分束器(47)照射物体(A)的光源装置(45,46)并且提供偏移波束 56),用于转换来自另一单元(50)和所述偏移光束(56)的光功率的光检测器(49),其中每个所述分束器(47,48)基本上 在具有两对面对面(24,25;和22,23)的平行四边形中,第一对平面(24,25)不垂直于第二对平面(22,23),第一对平面 (24)被镜面涂覆以反射内侧光束,使得来自单个光束(27)的分束(29,31)在平面(23)上共享公共点(200)。 因此,实现了无机械移动装置的无灰尘/无土壤测量。
    • 62. 发明授权
    • Device for optical turbidity measuring of gases
    • 气体光学浊度测量装置
    • US4713964A
    • 1987-12-22
    • US887022
    • 1986-07-16
    • Gregor Ioannides
    • Gregor Ioannides
    • G01J1/16G01J1/18G01J1/32G01N21/53G01N21/59G05D25/02G01M15/00
    • G01N21/534G01J2001/1636G01N2201/0621G01N2201/08G01N2201/126
    • A device for measuring the optical turbidity, i.e., the soot components in discharge gases of diesel engines, which is relatively simply constructed, operates safely and enables a simple handling even with differently structured measuring devices. This result is achieved in that a controller for controlling the light density of the measuring light beam is optically coupled with a light source. A sample and hold circuit is provided with the values of a measuring detector and the control detector fed to a sample and hold circuit in a time multiplex manner with the measuring values processed in a computer unit. Control values are fed to the light source by means of a control loop. In addition, the computer unit is capable of storing a plurality of measuring values or turbidity values and average value of the stored peak values, whereby the peak values are determined by a dynamic measuring of a defined number of measuring cycles. Moreover, a device is provided which feeds motor related parameter to the computer unit for triggering of measuring value determination and measuring value calculation.
    • 用于测量光学混浊度的装置,即相对简单构造的柴油发动机的排放气体中的烟灰分量,安全地运行,并且即使使用不同结构的测量装置也能够进行简单的处理。 该结果的实现是,用于控制测量光束的光密度的控制器与光源光学耦合。 采样和保持电路具有测量检测器和控制检测器的值,其以与计算机单元中处理的测量值以时间复用方式馈送到采样和保持电路。 通过控制回路将控制值馈送到光源。 此外,计算机单元能够存储多个测量值或浊度值和所存储的峰值的平均值,由此通过定义数量的测量循环的动态测量来确定峰值。 此外,提供了一种将电动机相关参数馈送到计算机单元的装置,用于触发测量值确定和测量值计算。
    • 64. 发明授权
    • Optical and electronically compared absorptiometer
    • 光学和电子比较吸光光度计
    • US4637730A
    • 1987-01-20
    • US651802
    • 1984-09-18
    • Michael J. PonstinglWalter N. TrumpRobert C. Kessler
    • Michael J. PonstinglWalter N. TrumpRobert C. Kessler
    • G01J1/16G01N21/15G01N21/53G01N21/85G01N21/31
    • G01N21/534G01J2001/1636G01N21/15G01N2201/069G01N2201/082
    • This invention relates to an optical absorptiometer which is characterized by a light source unit of a broad wavelength having a source of constant energy which is collimated into two light beams, one of which is transmitted through the liquid to be measured, and another beam which is transmitted through a conductor and acts as a reference beam, and a detector unit which contains two photocells, one photocell for measuring the beam transmitted through the liquid to be measured, and another photocell which measures the reference beam, a position in the absorptiometer for optically placing the liquid to be measured between the source unit and the detector unit, and means for measuring the energy difference between the light beams of the measured liquid and the reference beams in terms of absorbance, and means for converting this result to an electrical signal. In the preferred embodiment, the constant energy in the light source is controlled by feedback circuitry; the reference beam is transported by a fiber optic cable to the reference photocell of the detector unit; water condensation on the optical and viewing windows is prevented by means of dry air flow; the electrical signal is displayed and/or relayed to control an operation; and the reference beam is a segment of the original light beam from the source.
    • 光吸收光谱仪本发明涉及一种光吸收光谱仪,其特征在于具有一个具有恒定能量源的宽波长光源单元,该光源单元被准直成两个光束,其中一个光束透过被测液体,另一个光束是 透射通过导体并用作参考光束;以及检测器单元,其包含两个光电管,一个用于测量透过待测液体的光束的光电池,以及测量参考光束的另一个光电池,用于光学的吸光光度计中的位置 将待测量的液体放置在源单元和检测器单元之间,以及用于测量所测量的液体的光束和参考光束之间的吸光度的能量差的装置,以及用于将该结果转换为电信号的装置。 在优选实施例中,光源中的恒定能量由反馈电路控制; 参考光束通过光纤电缆传输到检测器单元的参考光电管; 通过干燥空气流动防止光学和观察窗口上的水凝结; 显示和/或中继电信号以控制操作; 并且参考光束是来自源的原始光束的一段。
    • 65. 发明授权
    • Spectrophotometer
    • 分光光度计
    • US4601582A
    • 1986-07-22
    • US800903
    • 1985-11-22
    • William T. Casey, Jr.
    • William T. Casey, Jr.
    • F21V19/04G01J1/16G01N21/03G01N21/05G01N21/25G01N21/85G01J3/51G01N21/33
    • G01N21/255F21V19/04G01J1/1626G01J2001/161G01N21/0317G01N21/05G01N21/85
    • A spectrophotometer is shown in which a deuterium lamp emits a plurality of frequencies of interest the beam passes through a filter for selecting the wavelength of the light desired to be incident onto the sample and then onto a beam splitting plate which diverts a relatively small friction of the beam to a first reference photocell. The remaining portion of the beam then is incident directly on a sample tube. The sample tube may be so designed that its transparent walls form a lens focusing the beam on the sample to be tested. The beam then passes through the further wall of the sample tube and is detected by a second testing photocell, the output of which may be compared to the output of the reference photocell to provide a signal indicative of the relative amplitude of the testing beam. The reference photocell may be used to insure that the intensity of the beam incident on the beam splitter remains constant over time so that values output by the testing photocell may be comparable to measurements taken at a later time, without the use of a reference sample for calibration purposes. A sample cell is provided which allows the use of the instrument of the invention in on-line applications in high pressure systems. A particularly preferred method of mounting the deuterium bulb is also shown.
    • 示出了分光光度计,其中氘灯发射多个感兴趣的频率,光束通过滤光器,用于选择期望入射到样品上的光的波长,然后到达分束板,该分束板将相对较小的摩擦转移 光束到第一参考光电管。 然后光束的剩余部分直接入射到样品管上。 样品管可以被设计成使得其透明壁形成将光束聚焦在要测试的样品上的透镜。 然后光束通过样品管的另一壁,并由第二测试光电池检测,其输出可以与参考光电管的输出进行比较,以提供指示测试光束的相对幅度的信号。 参考光电池可以用于确保入射到分束器上的光束的强度随时间保持恒定,使得由测试光电池输出的值可以与以后的测量值相当,而不使用参考样品 校准目的。 提供了一种样品池,其允许在高压系统中使用本发明的仪器在线应用。 还示出了安装氘灯泡的特别优选的方法。
    • 68. 发明授权
    • Analyzer compensation circuit
    • 分析仪补偿电路
    • US4502784A
    • 1985-03-05
    • US401270
    • 1982-07-23
    • Masaru Tanaka
    • Masaru Tanaka
    • G01N21/01G01J1/16G01N21/27G01J1/18G01N21/17
    • G01N21/274G01J1/1626
    • An analyzer compensation circuit for compensating for the fluctuations in the intensity of the light source or for stains on the windows of cells in an analyzer. A pair of D-A converters are respectively connected to compensating and measuring light detectors. An up/down counter is arranged to count either up or down in response to the output of a comparator. The comparator compares the output of the D-A converter connected to the compensating detector with a reference value and the output of the up/down counter is connected to both of the D-A converters such that the output of the converter connected to the compensating detector is adjusted to be equal to the reference value. Since the other D-A converter is also connected to the output of the up/down counter, the output of the other D-A converter has been compensated for fluctuations in the light intensity or stains on the windows on cells used in the analyzer.
    • 一种分析仪补偿电路,用于补偿分析仪中光源强度或细胞窗口上污渍的波动。 一对D-A转换器分别连接到补偿和测量光检测器。 上/下计数器被布置成响应于比较器的输出而向上或向下计数。 比较器将连接到补偿检测器的DA转换器的输出与参考值进行比较,并且向上/向下计数器的输出连接到两个DA转换器,使得连接到补偿检测器的转换器的输出被调整为 等于参考值。 由于另一个D-A转换器也连接到增/减计数器的输出,所以其他D-A转换器的输出已被补偿了分析仪中使用的单元上的光强度或窗口上的污渍的波动。
    • 69. 发明授权
    • Calibration method and apparatus for optical scanners
    • 光学扫描仪的校准方法和设备
    • US4482252A
    • 1984-11-13
    • US342084
    • 1982-01-25
    • Dieter Lorenz
    • Dieter Lorenz
    • G01C25/00G01N21/55G01D18/00G01J1/16
    • G01C25/00
    • In order to avoid the encumbrance of a rotary mirror scanner by large calating radiation sources for intermittently illuminating the detector element of the scanner, a supplementary radiometer responsive to the same scene as is scanned is absolutely calibrated by intermittent illumination from calibrating sources that are conveniently small. The calibrated radiometer signal is compared to portions of the scanner output responding to the same object field, for calibration of the scanner output. The radiometer may be scanned at right angles to the direction of scan of the scanner in order to provide calibration of both the forward cross lines and rear cross lines alternately scanned by a stereoscopic scanner, for stereoscopic observation of cloud formations, land masses, air traffic distribution or the like from a space craft.
    • 为了避免通过大型校准辐射源来间歇地照射扫描仪的检测器元件的旋转镜扫描器的阻碍,响应于扫描的相同场景的补充辐射计通过来自校准源的间歇照明来进行绝对校准,校准源方便地小 。 将校准的辐射计信号与扫描仪输出的部分相对应于相同的对象场进行比较,以校准扫描仪输出。 辐射计可以与扫描仪的扫描方向成直角扫描,以便对由立体扫描仪交替扫描的前向交叉线和后交叉线进行校准,以立体观察云层,陆地,空中交通 分布等来自太空飞船。