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    • 5. 发明授权
    • Coded marking on an interior surfaces of a CRT faceplate panel and
method of making same
    • CRT面板的内表面上的编码标记及其制作方法
    • US5744270A
    • 1998-04-28
    • US620741
    • 1996-03-18
    • Samuel PearlmanRobert Anthony DuschlAnthony Stanley BaranGlenn William BrunnerGeorge Simon GadboisFrank Thomas DiAugustine
    • Samuel PearlmanRobert Anthony DuschlAnthony Stanley BaranGlenn William BrunnerGeorge Simon GadboisFrank Thomas DiAugustine
    • H01J9/24H01J9/00H01J9/20H01J29/86G03B41/00G03C5/00
    • H01J9/00
    • The novel method for producing a coded marking on a CRT faceplate panel having an exterior and an interior surface with a viewing area surrounded by a periphery and having a luminescent screen with a plurality of different light-emitting phosphors separated by light-absorbing material includes the steps of: depositing a suitable photoresist on the interior surface of the panel to form a layer that extends across the viewing area and onto the periphery; illuminating areas of the photoresist on both the viewing area and the periphery with actinic radiation to selectively change the solubility of the photoresist; developing the photoresist to remove the more soluble areas, thereby exposing underlying portions of the interior surface of the panel while leaving retained areas of less soluble photoresist. The retained areas of the photoresist and the exposed portions of the interior surface of the panel are then overcoated with a light-absorbing material which is dried to form a coating. The light-absorbing coating is developed by removing the retained areas of the photoresist having the overlying light-absorbing coating thereon, while leaving the coating of light-absorbing material adhered to the exposed portions of the interior surface of the panel. The developing step forms openings in the light-absorbing coating on the viewing area and a coded marking, including a pattern of light-absorbing material and open areas, on the periphery of the panel.
    • 在具有外周和内表面的CRT面板上制造编码标记的新颖方法,其具有由周围包围的观看区域,并且具有由光吸收材料分离的多个不同的发光荧光体的荧光屏,其包括: 步骤:在所述面板的内表面上沉积合适的光致抗蚀剂,以形成跨所述观察区域延伸到所述外围的层; 用光化辐射照射观察区域和周边上的光致抗蚀剂的区域,以选择性地改变光致抗蚀剂的溶解度; 显影光致抗蚀剂以除去更多的可溶性区域,从而暴露面板内表面的下面部分,同时留下较不溶性光致抗蚀剂的保留区域。 然后将光致抗蚀剂的保留区域和面板的内表面的暴露部分用吸光材料涂覆,该吸光材料被干燥以形成涂层。 通过去除其上具有覆盖的光吸收涂层的光致抗蚀剂的保留区域,同时留下附着在面板的内表面的暴露部分的光吸收材料的涂层来显影光吸收涂层。 显影步骤在观察区域上的光吸收涂层中形成开口,并且在面板的周边上形成包括光吸收材料图案和开放区域的编码标记。
    • 8. 发明授权
    • Apparatus and method for monitoring of cathode ray tube panel manufacturing to reduce CRT cost and improve performance and yield
    • 用于监测阴极射线管面板制造的装置和方法,以降低CRT成本并提高性能和产量
    • US06927378B2
    • 2005-08-09
    • US10429623
    • 2003-05-05
    • Istvan GorogTony Tuan VuAnthony Stanley Baran
    • Istvan GorogTony Tuan VuAnthony Stanley Baran
    • H01J9/24H01J9/42G01N21/00H01J40/14
    • H01J9/42H01J9/244
    • A monitoring apparatus and method for measuring light output gradient of a faceplate panel includes a top plate having a center detector and a plurality of corner detectors mounted along a major surface thereof. Lenses are optically coupled to a respective detector, and radiometers are electrically coupled to a respective detector. A bottom plate spaced apart from the top plate has a plurality of light outputs mounted along a major surface thereof and positioned to be opposite each detector. A light source is optically coupled to each light output through a splitter. A computer is electrically coupled to the light source for receiving feedback therefrom and for controlling the light source. The computer is also electrically coupled to each radiometer for recording data therefrom.During monitoring, a faceplate panel having a matrix applied thereto is accurately positioned between the top and bottom plates such that the center detector is located approximately above the center of the faceplate panel. Light is passed from the light sources through the faceplate panel to the detectors under control of the computer. The light output measurements at each detector are recorded by the computer and calculation is made of a light output gradient based upon a comparison of the light output at the center detector to the light output at the corner detector.
    • 用于测量面板面板的光输出梯度的监视装置和方法包括具有中心检测器和沿其主表面安装的多个拐角检测器的顶板。 透镜被光学耦合到相应的检测器,并且辐射计电耦合到相应的检测器。 与顶板间隔开的底板具有沿其主表面安装的多个光输出,并且被定位成与每个检测器相对。 光源通过分路器光耦合到每个光输出。 计算机电耦合到光源以从其接收反馈并用于控制光源。 计算机还电耦合到每个辐射计用于从其中记录数据。 在监视期间,具有施加到其上的矩阵的面板精确地定位在顶板和底板之间,使得中心检测器位于面板的中心的大致上方。 在计算机的控制下,光从光源通过面板传递到检测器。 在每个检测器处的​​光输出测量值由计算机记录,并且基于中心检测器处的​​光输出与角检测器处的​​光输出的比较来计算光输出梯度。