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    • 1. 发明授权
    • Method and apparatus for detecting diamonds in a plurality of objects
    • 用于检测多个物体中的钻石的方法和装置
    • US5505313A
    • 1996-04-09
    • US107813
    • 1993-11-05
    • Martin P. SmithRobin W. Smith
    • Martin P. SmithRobin W. Smith
    • B07C5/342G01N21/65G01N21/87B07C5/00
    • B07C5/3427B07C5/366G01N21/65G01N21/87
    • In order to sort ore from associated mineral material, a method and apparatus of classifying an object is provided, the method including feeding the object along a feed path, irradiating the object with infra-red radiation of a first wavelength, the radiation of the first wavelength being focussed onto an irradiation zone intersecting the feed path, the irradiation zone having a length in the vertical plane substantially greater than its width in the vertical plane. The intensity of radiation emitted by the object at at least one second wavelength different from the first wavelength is examined, the second wavelength being characteristic of a first class of object or the ore to be sorted from the mineral, whereby the classification of the object may be derived.
    • PCT No.PCT / GB92 / 00295 Sec。 371日期:1993年11月5日 102(e)日期1993年11月5日PCT提交1992年2月20日PCT公布。 第WO92 / 14556号公报 1992年9月3日,为了对相关矿物材料的矿石进行分类,提供了一种对物体进行分类的方法和装置,该方法包括沿着进给路径进给物体,用第一 第一波长的辐射被聚焦到与馈送路径相交的照射区域上,照射区域在垂直平面中的长度大致大于其在垂直平面中的宽度。 检查由物体在与第一波长不同的至少一个第二波长处发射的辐射的强度,第二波长是第一类物体的特征或从矿物中分选的矿石,由此物体的分类可以 被派生。
    • 2. 发明授权
    • Symmetric chirp communications acquisition method and apparatus
    • 对称啁啾通信采集方法及装置
    • US06396866B1
    • 2002-05-28
    • US09071574
    • 1998-05-01
    • Eric L. UptonKenneth L. BrownMartin P. SmithThomas J. Kolze
    • Eric L. UptonKenneth L. BrownMartin P. SmithThomas J. Kolze
    • H04L2730
    • H04L27/2278H04L2027/0095
    • A method of acquiring a communications signal is provided. The method includes the steps of storing a forward chirp sync segment (106) of an auto-correlating forward chirp sync (102) and storing a reverse chirp sync segment (108) of a symmetric auto-correlating reverse chirp sync (104). A header comprising of either a forward chirp sync FCS (102) or a reverse chirp sync RCS (104), a predetermined number of data blocks comprising a data frame (308), and the symmetric auto-correlating trailer is received. The header, the data blocks, and the symmetric trailer are susceptible to frequency error. The method correlates the FCS segment (106) with the auto-correlating FCS (102) to provide a FCS correlation signal (312) and correlates the RCS segment (104) with the auto-correlating RCS (108) to provide a RCS correlation signal (314). The method determines the frequency error, symbol timing, and frame timing based upon the FCS correlation signal (312) and the RCS correlation signal (314).
    • 提供一种采集通信信号的方法。 该方法包括存储自相关前向线性调频脉冲同步(102)的前向啁啾同步段(106)并存储对称自相关反向啁啾同步(104)的反向啁啾同步段(108)的步骤。 包括前向啁啾同步FCS(102)或反向啁啾同步RCS(104)的标题,接收包括数据帧(308)的预定数量的数据块和对称的自动相关预告。 报头,数据块和对称报尾易受频率误差的影响。 该方法将FCS段(106)与自相关FCS(102)相关联以提供FCS相关信号(312),并将RCS段(104)与自相关RCS(108)相关联以提供RCS相关信号 (314)。 该方法基于FCS相关信号(312)和RCS相关信号(314)确定频率误差,符号定时和帧定时。
    • 10. 发明授权
    • Method and apparatus for examining an object
    • 用于检查物体的方法和装置
    • US5536943A
    • 1996-07-16
    • US341532
    • 1995-02-13
    • Martin P. SmithChristopher M. Welbourn
    • Martin P. SmithChristopher M. Welbourn
    • G01N21/25G01N21/31G01N21/33G01N21/87
    • G01N21/87G01N21/255G01N21/33G01N2021/3133
    • In order to examine an object with radiation and measure the intensity of radiation used to illuminate the object, radiation is directed onto a wavelength selective mirror (31). In a first position, the mirror (31) reflects the illuminating radiation to a beam splitter (30) which passes the radiation to a detector (34). In a second position the mirror (31) directs the radiation to an object (33), radiation of the selected wavelength emanating from the object being reflected by the mirror via beam splitter (30) to the detector (34). The mirror (31) is rotated between the first and second position. In order to classify a diamond as natural or synthetic, a first signal is derived dependent upon the intensity of ultra-violet radiation transmitted by the diamond at 254 nm, and a second signal is derived dependent upon the intensity of radiation transmitted by the diamond at 365 nm and the diamond is classified as being definitely natural if the first signal is substantially greater than the second signal.
    • PCT No.PCT / GB93 / 01024 Sec。 371日期1995年2月13日 102(e)日期1995年2月13日PCT提交1993年5月19日PCT公布。 出版物WO93 / 23742 日期为1993年11月25日。为了用辐射检查物体并测量用于照射物体的辐射强度,辐射被引导到波长选择镜(31)上。 在第一位置,反射镜(31)将照射辐射反射到将辐射传递到检测器(34)的分束器(30)。 在第二位置,反射镜(31)将辐射引导到物体(33),从物体发出的选定波长的辐射被反射镜经由分束器(30)反射到检测器(34)。 反射镜(31)在第一和第二位置之间旋转。 为了将钻石分类为天然或合成的,第一信号取决于金刚石在254nm处发射的紫外线辐射的强度,第二信号取决于钻石发射的辐射强度, 365nm,并且如果第一信号基本上大于第二信号,则将金刚石分类为绝对自然。