公开(公告)号：WO1996004673A1

公开(公告)日：1996-02-15

申请号：PCT/KR1995000094

申请日：1995-07-29

Applicant: ORION ELECTRIC CO., LTD. ,  PARK, Young, Ho

Inventor： ORION ELECTRIC CO., LTD.

IPC: H01J29/32

CPC classification number: H01J29/327 ,  H01J9/2271 ,  H01J9/2272 ,  H01J9/2273 ,  H01J9/2278 ,  H01J29/32

Abstract: In a color cathode-ray tube, the effective area (P1) of the panel is formed to be smaller than panel projected area (Pp) of the apertured area of the shadow mask (M in Fig. 8). The effective area (P1) of the panel having straight outlines and right-angled corners to form a rectangular shape, and each of apexes thereof coincides with that of the panel projected area (Pp). To obtain the above rectangular effective area (P1), the present invention adopts means (M1 in Fig. 7 or M2 in Fig. 8) for restricting exposing extent between the light source (S in Fig. 7 or 8) and the panel, in the exposure of black matrix (8). The black matrix (B) is exposed through the shadow mask (M) and further restricted by an auxiliary mask. The phosphors (R, G, B) are exposed without this auxilliary during the manufacture.

Abstract translation: 在彩色阴极射线管中，面板的有效面积（P1）形成为小于荫罩的有孔面积（图8中的M）的面板投影面积（Pp）。 面板的有效面积（P1）具有直线轮廓和直角，形成矩形，其顶点与面板投影面积（Pp）的顶点重合。 为了获得上述矩形有效面积（P1），本发明采用了用于限制光源（图7或图8中的S）与面板之间的曝光程度的装置（图7中的M1或图8中的M2） 在黑矩阵（8）的曝光中。 黑矩阵（B）通过荫罩（M）曝光并进一步被辅助掩模限制。 在制造过程中，荧光体（R，G，B）在没有该辅助材料的情况下暴露。

公开(公告)号：WO1989004545A1

公开(公告)日：1989-05-18

申请号：PCT/US1988003885

申请日：1988-11-01

Applicant: ZENITH ELECTRONICS CORPORATION

Inventor： ZENITH ELECTRONICS CORPORATION ,  DOUGHERTY, Lawrence, W. ,  FENDLEY, James, R. ,  KRANER, James, L.

IPC: H01J09/20

CPC classification number: H01J9/2272 ,  Y10T29/4981 ,  Y10T29/49895

Abstract: A process is disclosed for use in the manufacture of a color cathode ray tube having a rectangular flat faceplate. The process comprises positioning the faceplate in a predetermined x-y plane by referencing faceplate a-b-c reference areas on two adjacent edges or sides of the faceplate with complementary a-b-c reference points on a faceplate locating fixture; the fixture also has three spaced six-point precision indexing means. With the faceplate a-b-c reference areas and the faceplate locating fixture a-b-c points mutually referenced, six-point precision indexing means are attached to the faceplate in registration with the precision indexing means on the faceplate locating fixture. Using the precision indexing means attached to the faceplate, a shadow mask is registered with the faceplate through the use of complementary precision indexing means to provide a faceplate shadow mask assembly in mutual precise registry. Using the registered faceplate-shadow mask assembly, a pattern of phosphors is photodeposited on the faceplate by photoexposure means. The registry of the pattern of phosphors and the shadow mask is accomplished according to the invention with a precision made possible by the use of the six-point precision indexing means, and the location of the patterns on the faceplate is made possible by the use of the a-b-c referencing of the faceplate and the faceplate locating fixture.

Abstract translation: 公开了一种用于制造具有矩形平板的彩色阴极射线管的方法。 该过程包括通过在面板定位夹具上具有互补的a-b-c参考点的面板的两个相邻边缘或侧面上的面板a-b-c参考区域来将面板定位在预定的x-y平面中; 该夹具还具有三个间隔六点精度分度装置。 通过面板a-b-c参考区域和面板定位夹具a-b-c指向相互参考，六面精密分度装置附着到面板上，与面板定位夹具上的精密分度装置对齐。 使用连接到面板的精密分度装置，通过使用互补的精密分度装置，在面板上登记一个荫罩，以在相互精确的注册表中提供一个面板荫罩组件。 使用注册的面板 - 阴影掩模组件，通过光曝光装置将荧光体的图案光致地沉积在面板上。 根据本发明，通过使用六点精密分度装置可以实现荧光体和荫罩的图案的注册，并且通过使用六点精度分度装置可以实现图案在面板上的位置， 面板和面板定位夹具的abc参考。

公开(公告)号：WO1988009561A1

公开(公告)日：1988-12-01

申请号：PCT/US1988001678

申请日：1988-05-18

Applicant: ZENITH ELECTRONICS CORPORATION

Inventor： ZENITH ELECTRONICS CORPORATION ,  STRAUSS, Paul ,  JAROSZ, John ,  FENDLEY, James ,  DOUGHERTY, Lawrence, W. ,  KRANER, James, L.

IPC: H01J09/00

CPC classification number: H01J9/2272 ,  H01J9/00 ,  H01J29/073

Abstract: This invention relates to a reusable factory fixture frame (82) and process for using same in the manufacture of a color cathode ray tube (20) having a flat faceplate (24) and a tensed foil shadow mask (50). The frame provides for mounting an in-process shadow mask during photoexposure of an in-process faceplate in a lighthouse (122). The frame (82) comprises generally rectangular frame means and quick-release mechanical mask-retaining means (88) for temporarily and removably supporting an in-process shadow mask in tension. The frame (82) includes a generally rectangular frame structure having grooves (24) thereabout for receiving an edge (26) of the shadow mask. The mask retaining means (88) may comprise spring-loaded mechanical mask-retaining devices (18) which are secured to the side of the factory fixture frame or quick-release mechanical spring clips (34) for temporarily and removably supporting the in-process shadow mask in tension in the grooves. Alternatively at least one elongate rod-like (28) member extending lengthwise of and complementarily mating with the grooves in the frame structure may be employed for temporarily and removably supporting an in-process shadow mask in tension. The shadow mask is heated and allowed to expand prior to being temporarily and removably supported on the frame, and the shadow mask is allowed to cool and shrink in tension while so being supported to effect tensing of the shadow mask in clamped condition on the frame. Preferably, the frame has at least first six-point indexing means (132) on a first side (84) for registration with complementary registration-affording means (134) on an exposure lighthouse (122), and second six-point indexing means (136) on a second, opposed side (118) for registration with complementary registration-affording means (138) on an in-process faceplate (120). As a result, the in-process shadow mask can be precisely registered and re-registered with the lighthouse (122) and the in-process faceplate (120) for the photoexposure of the in-process faceplate while retaining the in-process shadow mask in tension.

Abstract translation: 本发明涉及一种可重复使用的工厂固定框架（82）及其制造具有平板（24）和张紧箔荫罩（50）的彩色阴极射线管（20）的方法。 所述框架提供在灯塔（122）中的过程中面板的曝光期间安装正在进行中的荫罩。 框架（82）包括大致矩形框架装置和快速释放机械掩模保持装置（88），用于临时和可拆卸地支撑处于过程中的张力荫罩。 框架（82）包括大体上矩形的框架结构，在其周围具有用于接收荫罩边缘（26）的凹槽（24）。 掩模保持装置（88）可以包括弹簧加载的机械掩模保持装置（18），其固定到工厂固定框架或快速释放机械弹簧夹（34）的侧面，用于临时和可移除地支撑在进程 阴影面膜在凹槽中张紧。 或者，可以采用沿框架结构中的凹槽纵向并互补地配合的至少一个细长的杆状构件（28），用于临时地和可移除地支撑处于张力的过程中的荫罩。 荫罩被加热并允许在被暂时地和可移除地支撑在框架之前膨胀，并且荫罩被允许在被支撑的同时冷却和收缩张力，以在夹持状态下使荫罩拉紧在框架上。 优选地，框架具有在第一侧（84）上的至少第一六点分度装置（132），用于与曝光灯塔（122）上的互补对准提供装置（134）配准，以及第二六点分度装置 136），用于与在进程中的面板（120）上的互补配准提供装置（138）配准。 因此，可以将过程中的荫罩精确地注册并重新注册到灯塔（122）和进程中的面板（120），以便在过程中的面板进行光照曝光，同时保持处理中的荫罩 在紧张。