Robotic orientation system and catodic support in electroconformed machine. (Machine-translation by Google Translate, not legally binding)

Robotic orientation and cathodic support system in electroconforming machine. The present invention provides a computerized system useful for the orientation, in a controlled manner, of the model or cathode mandrel to be treated in an electro-forming process that improves the uniformity of thickness...

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Bibliographische Detailangaben
Hauptverfasser: SOCAS SANCHEZ AYOZE, HERNANDEZ CASTELLANO PEDRO MANUEL, ORTEGA GARCIA FERNANDO, MONZON VERONA MARIO DOMINGO, BENITEZ VEGA ANTONIO NIZARDO, MARRERO ALEMAN MARIA DOLORES
Format: Patent
Sprache:eng ; spa
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Zusammenfassung:Robotic orientation and cathodic support system in electroconforming machine. The present invention provides a computerized system useful for the orientation, in a controlled manner, of the model or cathode mandrel to be treated in an electro-forming process that improves the uniformity of thickness of the electrodeposited material or electroformed shell; combining a method and a mechanical device (4), adapted to an electroforming machine (3), which allow to direct the movement, previously obtained by means of a computer application installed in a computer (2), of a mandrel, model or cathode during a electroforming process, while the electrodeposition is in course without it having to be interrupted, in such a way that the directed positions of the mandrel, model or cathode allow to obtain an optimum distribution of thicknesses in the electrodeposited material or electroformed shell. (Machine-translation by Google Translate, not legally binding) Sistema robótico de orientación y soporte catódico en máquina de electroconformado. La presente invención proporciona un sistema computerizado útil para la orientación, de manera controlada, del mandril modelo o cátodo a tratar en un proceso de electroconformado que mejore la uniformidad de espesor del material electrodepositado o cáscara electroconformada; combinando un procedimiento y un dispositivo mecánico (4), adaptado a una máquina de electroconformado (3), que permiten dirigir el movimiento, previamente obtenido mediante una aplicación informática instalada en un ordenador (2), de un mandril, modelo o cátodo durante un proceso de electroconformado, mientras la electrodeposición está en curso sin que ésta deba ser interrumpida, de tal forma que las posiciones dirigidas del mandril, modelo o cátodo permitan obtener una distribución óptima de espesores en el material electrodepositado o cáscara electroconformada.