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    • 34. 发明授权
    • Storage phosphor screen having binderless colored layers
    • 存储荧光屏具有无粘合剂着色层
    • US06977385B2
    • 2005-12-20
    • US10369404
    • 2003-02-19
    • Luc StruyePaul Leblans
    • Luc StruyePaul Leblans
    • C09K11/02C09K11/77G21K4/00H05B33/00A61B6/00G01N23/04G03C1/06G03C1/815
    • C09K11/025C09K11/7733G21K4/00G21K2004/06G21K2004/10G21K2004/12
    • A layer arrangement comprising, at least in a binderless layer thereof, one or more vapor deposited pigments like the preferred nanocrystalline β-Cu-phthalocyanine nanocrystalline dye compound has been disclosed, wherein said layer arrangement is, in a preferred embodiment a photostimulable phosphor plate or panel having a binderless needle-shaped photostimulable alkali metal phosphor, and, more preferably, a CsBr:Eu2+ phosphor, showing besides a high image definition, an excellent preservation of color stability; and wherein the thus produced binderless photostimulable phosphor screen is overcoated with a strong protective layer in order to provide ability for easy transport through a scanning module, without jamming, in a diagnostic radiographic image reading system.
    • 已经公开了一种层布置,其至少在其无粘合剂层中包含一种或多种气相沉积颜料,如优选的纳米晶体β-Cu-酞菁纳米晶体染料化合物,其中所述层布置在优选实施方案中是可光激发的荧光体板或 具有无粘合剂针状可光激发的碱金属荧光体的面板,更优选为除了高图像定义外还显示出良好的色稳定性的CsBr:Eu 2+荧光体; 并且其中由此产生的无粘合剂的可光激励荧光屏用强保护层进行涂覆,以便提供在诊断放射线图像读取系统中容易地通过扫描模块传输而不会卡住的能力。
    • 40. 发明授权
    • Method for obtaining an electrical representation of a radiation image
using CCD sensors
    • 使用CCD传感器获得辐射图像的电气表示的方法
    • US5998802A
    • 1999-12-07
    • US15116
    • 1998-01-29
    • Luc StruyePaul LeblansPeter Willems
    • Luc StruyePaul LeblansPeter Willems
    • G01T1/29G03B42/02
    • G01T1/2014H04N5/32H04N5/3415
    • A method of obtaining an electrical representation of a radiation image by means of at least one CCD sensor. A stimulable phosphor plate, the area of which is divided into at least two different portions, is exposed to a radiation image. Each of the portions is stimulated by light guided from a light source, the light having a wavelength within the stimulating wavelength range of the phosphor on the plate and causing the phosphor plate to emit stimulated light. The stimulated light from each phosphor plate portion is guided to at least one two-dimensional CCD sensor kept in a static position relative to the phosphor plate portion, such that the CCD detects the stimulated light. The detected stimulated light is converted into an electrical representation of the plate portion, and the electrical representation of each of the different plate portions is combined to form an electrical representation of the radiation image. When using fiber optics a high readout efficiency can be obtained using a broad range of light sources in continuous or pulsed mode.
    • 一种通过至少一个CCD传感器获得辐射图像的电表示的方法。 可激发的荧光体板,其区域被分成至少两个不同部分,暴露于辐射图像。 每个部分由光源引导的光刺激,该光在该板上的荧光体的刺激波长范围内具有波长并使荧光板发射受激光。 来自每个荧光板部分的​​受激光被引导到保持在相对于荧光板部分的​​静止位置的至少一个二维CCD传感器,使得CCD检测到被激发的光。 检测到的受激光被转换成板部分的电气表示,并且将每个不同板部分的电气表示组合以形成辐射图像的电表示。 当使用光纤时,可以使用广泛的连续或脉冲模式的光源获得高的读出效率。