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    • 8. 发明授权
    • Method of and apparatus for exposing data on X-ray films
    • 用于在X射线胶片上曝光数据的方法和装置
    • US5566222A
    • 1996-10-15
    • US246104
    • 1994-05-19
    • Ernst WidemannHans Schaller
    • Ernst WidemannHans Schaller
    • G03B42/02G03B42/04
    • G03B42/047
    • A cassette containing an x-ray film with a latent image is placed in a camera having a memory which receives data relating to the image. The cassette is provided with a window which is closed by a cover and, once the cassette is in the camera, the window is sealed from external light. A moving mechanism then slides away the cover to open the window. The moving mechanism carries a printed circuit board which supports the memory, two parallel rows of LEDs and a microprocessor connected to the memory and the LEDs. The rows extend perpendicular to the direction of movement of the moving mechanism, and the LEDs of the rows are offset relative to one another. After the window has been opened completely, the moving mechanism begins to close the window. As the window closes, the microprocessor activates the LEDs so that the latter print the data in the memory on the portion of the film in the window. The LEDs emit light which has an intensity maximum in the wavelength range of 400 nm to 510 nm and is thus capable of exposing x-ray film sensitive to green light as well as x-ray film sensitive to blue light.
    • 将含有具有潜像的X射线胶片的盒放置在具有接收与图像相关的数据的存储器的照相机中。 盒子设有一个由盖子关闭的窗户,一旦盒子在照相机中,窗户就被外部光线密封。 移动机构然后滑动盖子打开窗户。 移动机构携带支持存储器的印刷电路板,两个并行的LED和连接到存储器和LED的微处理器。 这些行垂直于移动机构的移动方向延伸,并且行的LED相对于彼此偏移。 窗户完全打开后,移动机构开始关闭窗口。 当窗口关闭时,微处理器激活LED,使得后者将数据打印在窗口中胶片部分上的存储器中。 LED发射光在400nm至510nm的波长范围内具有最大强度,因此能够曝光对绿光敏感的X射线胶片以及对蓝光敏感的X射线胶片。
    • 9. 发明授权
    • Drying arrangement for photosensitive articles
    • 感光制品的干燥布置
    • US4485565A
    • 1984-12-04
    • US387329
    • 1982-06-11
    • Franz ErtlAdolf FleckNikolaus JelinekRudolph LoistlErnst Widemann
    • Franz ErtlAdolf FleckNikolaus JelinekRudolph LoistlErnst Widemann
    • G03D15/02F26B23/04
    • G03D15/022
    • A drying arrangement for strips or sheets of photosensitive material includes a pair of infrared heating rods which are located on opposite sides and extend transversely of the path of travel of the photosensitive material. A parabolic reflector is associated with each of the heating rods and serves to direct radiant energy from the same onto the photosensitive material. The heating rods lie at the focal points of the respective parabolic reflectors. Each of the reflectors has a symmetry plane which is inclined with reference to the path of the photosensitive material in such a manner that the line of intersection of the symmetry plane and the path is situated downstream of the location where a perpendicular from the focal point of the reflector to the path intersects the latter. By virtue of this arrangement, more radiant energy is directed to the upstream portion of the drying arrangement than to the downstream portion thereof. As a result, a thermal gradient exists in the drying arrangement. This gradient corresponds to the degree of dryness of the photosensitive material. Thus, the radiant energy is most intense in that portion of the drying arrangement where the photosensitive material carries the most liquid and least intense in that portion of the drying arrangement where the photosensitive material is virtually dry.
    • 用于感光材料的条或片的干燥装置包括一对红外线加热棒,其位于相对侧并且横向于感光材料的行进路径延伸。 抛物面反射器与每个加热棒相关联并且用于将辐射能量从其发射到感光材料上。 加热棒位于相应抛物面反射器的焦点处。 每个反射器具有相对于感光材料的路径倾斜的对称平面,使得对称平面和路径的交叉线位于距离焦点的焦点的垂直方向的位置的下游 路径的反射器与后者相交。 由于这种布置,更多的辐射能量指向干燥装置的上游部分而不是其下游部分。 结果,在干燥装置中存在热梯度。 该梯度对应于感光材料的干燥程度。 因此,干燥装置的那部分中的辐射能最强烈,其中感光材料在感光材料实际上干燥的干燥装置的那部分中具有最高的液体并且最不强烈。