Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A METHOD AND APPARATUS FOR MANUFACTURING INFORMATION STORAGE DEVICES. THE APPARATUS INCLUDES A BEARING INSERTION DEVICE, A LENS INSERTION DEVICE, A COARSE COIL GLUING TOOL, A SPRING GLUING TOOL, A DEVICE FOR GLUING POLE PIECES, A PENTAPRISM INSERTION AND INSPECTION TOOL, A CONSTANTS AND TRANSFERS TEST, AN OPTICS MODULE ALIGNMENT DEVICE, WEDGE, MICROPRISM AND BEAMSPLITTER INSERTION DEVICES, A READ CHANNEL ALIGNMENT TEST, A MASS BALANCE ATTACHMENT DEVISE, A POSITION SENSOR ALIGNMENT TOOL, A DEVICE FOR THE ATTACHMENT OF FOCUS AND RADIAL COILS, A QUALITY CONTROL TEST FOR TESTING AN OPTICAL STORAGE DEVICE PRIOR TO INSERTION OF THE OBJECTIVE LENS, AND A SERVO SYSTEM TEST. THE METHOD INCLUDES STEPS FOR MANUFACTURING INFORMATION STORAGE DEVICES WITH INCREASED QUALITY AND EFFICIENCY.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
Se describe un método y aparato para fabricar dispositivos para almacenamiento de informacion. El aparato incluye un dispositivo de insercion de cojinete, un dispositivo de insercion de una lente, una herramienta para pegar una bobina rápida, una herramienta para pegar resortes, un dispositivo para pegar piezas de polo, una herramienta para insercion e inspeccion de pentaprisma y pruebas constantes y de transferencia, y un dispositivo de alineamiento de modulo optico, dispositivos de insercion de cuña, microprisma y dispersor de haz, una prueba de alineamiento de canal de lectura, un dispositivo de union de equilibrio de masa, una herramienta de alineamiento de sensor de posicion, un dispositivo para la union de las bobinas de enfoque y radial, una prueba de control de calidad para probar el dispositivo para almacenamiento optico antes de la insercion de la lente objetivo, y una prueba para el servosistema. El método incluye las etapas para fabricar dispositivos para almacenamiento de informacion con calidad y eficiencia mejoradas.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.
Abstract:
A method and apparatus for manufacturing information storage devices. The apparatus includes a bearing insertion device, a lens insertion device, a coarse coil gluing tool, a spring gluing tool, a device for gluing pole pieces, a pentaprism insertion and inspection tool, a constants and transfers test, an optics module alignment device, wedge, microprism and beamsplitter insertion devices, a read channel alignment test, a mass balance attachment devise, a position sensor alignment tool, a device for the attachment of focus and radial coils, a quality control test for testing an optical storage device prior to insertion of the objective lens, and a servo system test. The method includes steps for manufacturing information storage devices with increased quality and efficiency.