CAMERAS DISPLAYS MEDICAL
| Brand | Owner | Address | Description |
|---|---|---|---|
| GEMINI | Dornier MedTech GmbH | Argelsrieder Feld 7 Wessling 82234 Germany | Cameras and displays for medical purposes, namely electrophoretic displays, LCD displays; apparatus for recording, transmission or reproduction of images for controlling and analysing medical data; data processing equipment and computers for medical purposes; computer software used for controlling diagnostic and therapeutic processes in medical technical apparatus; image processing apparatus for medical use, in particular for transforming visual information into electronic signals and vice versa;Urological imaging systems consisting of cameras for medical purposes, medical apparatus for optical recordation, monitors for the control of vital signs and projection monitors for medical and urological diagnostic devices and diagnostic instruments; urological apparatus and instruments, in particular urological work stations consisting of X-ray apparatus, treatment table as well as urological diagnostic and treatment apparatus and instruments; patient monitoring apparatus, medical diagnostic and interventional workstations for urological purposes and for endourology and lithotripsy consisting of X-ray apparatus, examination and treatment tables, urological apparatus and instruments and lithotripters; electro-medical apparatus used for urological diagnosis and therapy; patient examination and patient treatment tables; medical instruments tables; detectors for medical applications; |
Where the owner name is not linked, that owner no longer owns the brand |
Technical Examples
- The invention relates to a system for the combined shadow-free illumination of a pre-definable area and for referencing three-dimensional spatial co-ordinates, and to an active or passive referencing system, each in particular for referencing surgical or medical instruments. The system is characterized in that at least two cameras and the light source (operation lamp) are held together such that the optical signals detected by the cameras, for referencing three-dimensional spatial co-ordinates in the area illuminated by the light source, can be evaluated. Since the field of view of the light source, in its conventional use, is not obscured or only negligibly obscured, this field of view can simultaneously be used for optical navigation by the cameras held together with the light source. In accordance with the invention, the cameras are automatically aligned optimally for optical navigation.