Cathode-ray mounting apparatus
本发明提供一种将阴极射线管(22)安装在仪表前板(11)内的改进方法。该阴极射线管包括一个具有一体化安装凸耳(32，42，52，62，82，132)的整体的壳体接合框架(30，40，50，60)，安装凸耳安置在角部或非角部。安装凸耳沿深度方向形成锥形区段(37，38，86，137)，使具有外加的壳体接合框架的阴极射线管能够简单地降低而进入具有互补形状的凸耳容放凹槽(13)的仪表前板中。在阴极射线管被紧固到仪表前板中之前，该锥形的凸耳和互补的凸耳容放凹槽提供阴极射线管的自动对准。 The present invention provides an improvement in the mount...
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| Format: | Patent |
| Sprache: | chi ; eng |
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| Zusammenfassung: | 本发明提供一种将阴极射线管(22)安装在仪表前板(11)内的改进方法。该阴极射线管包括一个具有一体化安装凸耳(32，42，52，62，82，132)的整体的壳体接合框架(30，40，50，60)，安装凸耳安置在角部或非角部。安装凸耳沿深度方向形成锥形区段(37，38，86，137)，使具有外加的壳体接合框架的阴极射线管能够简单地降低而进入具有互补形状的凸耳容放凹槽(13)的仪表前板中。在阴极射线管被紧固到仪表前板中之前，该锥形的凸耳和互补的凸耳容放凹槽提供阴极射线管的自动对准。
The present invention provides an improvement in the mounting of a cathode-ray tube within a bezel. The cathode-ray tube includes a unitary shellbond frame having integral mounting lugs which are positioned at locations either in the corners or off of the corners. The mounting lugs are formed with tapered sections along a depth dimension to allow a tube having the shellbond frame applied to be simply lowered into a bezel having lug receiving recesses of a complimentary shape. The tapered lug and complimentary lug receiving recess provides self-alignment of the tube before it is secured to the bezel. |
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