IMPROVED PROCEDURE FOR THE MANUFACTURE OF LENSES AND MOUNTS, OF PERSONALIZED DESIGN, AND OF REMOTE BEZELING OF OPHTHALMIC LENSES, AND OPTICAL EQUIPMENT OF MORPHOLOGICAL MEASUREMENT TO CARRY OUT SUCH PROCEDURE (Machine-translation by Google Translate, not legally binding)农业专利-农业专业知识服务系统

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IMPROVED PROCEDURE FOR THE MANUFACTURE OF LENSES AND MOUNTS, OF PERSONALIZED DESIGN, AND OF REMOTE BEZELING OF OPHTHALMIC LENSES, AND OPTICAL EQUIPMENT OF MORPHOLOGICAL MEASUREMENT TO CARRY OUT SUCH PROCEDURE (Machine-translation by Google Translate, not legally binding)

专利权人:: OPTICAS CLARAVISION; S.L.

发明人:: PEREZ ORTEGA, Antonio Javier

申请号：: ES201631703

公开号：: ES2677293A1

申请日:: 2016.12.28

申请国别(地区):: ES

年份:: 2018

代理人:

摘要：: Improvements in the object of the patent n ° 201630086 by procedure for the manufacture of lenses and frames, of personalized design, and of remote beveling of ophthalmic lenses and optical equipment of morphological measurement to carry out said procedure, with fixed structure (5) of profile (51) with anchor to the wall (52) and mobile structure (9) of arm in L (91) attached to the profile with a rotating piece (92) that rotates 360º around its union and the bust of the patient/client, there being, in said arm (91), a longitudinal guide (93) where a 3D scanner (2) and camera (3) have vertical movement movement, so that the mobile structure (9) provides both movements, the of rotation of 360º in the horizontal plane and vertical displacement, to the 3D scanner (2) and to the camera (3) around the bust of the patient/client. (Machine-translation by Google Translate, not legally binding)Perfeccionamientos en el objeto de la patente n° 201630086 por procedimiento para la fabricación de lentes y monturas, de diseño personalizado, y de biselado remoto de lentes oftálmicas y equipo óptico de medición morfológica para llevar a cabo dicho procedimiento, con estructura fija (5) de perfil (51) con anclaje a la pared (52) y estructura móvil (9) de brazo en L (91) unida al perfil con una pieza rotatoria (92) que gira 360° alrededor de su unión y del busto del paciente/cliente, existiendo, en dicho brazo (91), una guía longitudinal (93) donde un escáner 3D (2) y cámara fotográfica (3) presentan movimiento de desplazamiento vertical, de manera que la estructura móvil (9) proporciona ambos movimientos, el de rotación de 360º en el plano horizontal y el de desplazamiento vertical, al escáner 3D (2) y a la cámara fotográfica (3) alrededor del busto del paciente/cliente.