Abstract: The present invention relates to a video system for viewing an object on a body, including an endoscopic lens for capturing an image, an endoscopic camera head attached to the endoscopic lens for transmitting the image, and a camera control unit attached to the endoscopic camera head for receiving the transmitted image. The endoscopic lens has a field of view, where the object is within the field of view. The endoscopic camera lens has a depth of field between approximately 10 mm and approximately 15 mm. The system also has an arm attached to the endoscopic lens for holding the endoscopic lens between approximately 180 mm and approximately 220 mm away from the surgical field. The magnified image is conveniently seen on large high definition screen.

Abstract: The present invention relates to a video system for viewing an object on a body, including an endoscopic lens for capturing an image, an endoscopic camera head attached to the endoscopic lens for transmitting the image, and a camera control unit attached to the endoscopic camera head for receiving the transmitted image. The endoscopic lens has a field of view, where the object is within the field of view. The endoscopic camera lens has a depth of field between approximately 10 mm and approximately 15 mm. The system also has an arm attached to the endoscopic lens for holding the endoscopic lens between approximately 180 mm and approximately 220 mm away from the surgical field. The magnified image is conveniently seen on large high definition screen.

Abstract: The present invention relates to a video system for viewing an object on a body, including an endoscopic lens for capturing an image, an endoscopic camera head attached to the endoscopic lens for transmitting the image, and a camera control unit attached to the endoscopic camera head for receiving the transmitted image. The endoscopic lens has a field of view, where the object is within the field of view. The endoscopic camera lens has a depth of field between approximately 10 mm and approximately 15 mm. The system also has an arm attached to the endoscopic lens for holding the endoscopic lens between approximately 180 mm and approximately 220 mm away from the surgical field. The magnified image is conveniently seen on large high definition screen.

Abstract: An exoscope serves for observing and illuminating an object field on a patient from a position set apart from the patient's body. A lens system serves to observe the object field and an illumination serves to illuminate the object field. A distance between the lens system and the object field can be modified by a bracket. A shaft comprises on its distal end a head member that is widened in comparison to it, so that the illumination reaches into the distal-side head member. Positioned in the head member is at least one radiating illumination unit whose radiant characteristic can be adjusted in such a way that the object field can be illuminated homogeneously at all possible distances from the lens system. Supply lines for the at least one illuminating unit are positioned in the shaft.

Abstract: A video intubation system that provides for multiple image streams to be simultaneously presented to a user, the first image stream generated by a video laryngoscope and the second image stream generated by a video stylet. The video stylet is provided with a deflection section for ease of introducing an ETT into the trachea of a patient, the video stylet having a pistol-type grip and a control interface in the form of a trigger-type lever to facilitate comfortable griping and manipulation by the user.

Abstract: A video intubation system that provides for multiple image streams to be simultaneously presented to a user on a touch screen display, the first image stream generated by a video laryngoscope and the second image stream generated by a video stylet. The video stylet is provided with a deflection section for ease of introducing an ETT into the trachea of a patient, the video stylet having a pistol-type grip and a control interface in the form of a trigger-type lever to facilitate comfortable griping and manipulation by the user. The first and second image streams may be saved and annotated by a user as desired.

Abstract: An exoscope serves for observing and illuminating an object field on a patient from a position set apart from the patient's body. A lens system serves to observe the object field and an illumination serves to illuminate the object field. A distance between the lens system and the object field can be modified by a bracket. A shaft comprises on its distal end a head member that is widened in comparison to it, so that the illumination reaches into the distal-side head member. Positioned in the head member is at least one radiating illumination unit whose radiant characteristic can be adjusted in such a way that the object field can be illuminated homogeneously at all possible distances from the lens system. Supply lines for the at least one illuminating unit are positioned in the shaft.

Abstract: A video intubation system that provides for multiple image streams to be simultaneously presented to a user, the first image stream generated by a video laryngoscope and the second image stream generated by a video stylet. The video stylet is provided with a deflection section for ease of introducing an ETT into the trachea of a patient, the video stylet having a pistol-type grip and a control interface in the form of a trigger-type lever to facilitate comfortable griping and manipulation by the user.

Abstract: The present invention relates to a video system for viewing an object on a body, including an endoscopic lens for capturing an image, an endoscopic camera head attached to the endoscopic lens for transmitting the image, and a camera control unit attached to the endoscopic camera head for receiving the transmitted image. The endoscopic lens has a field of view, where the object is within the field of view. The endoscopic camera lens has a depth of field between approximately 10 mm and approximately 15 mm. The system also has an arm attached to the endoscopic lens for holding the endoscopic lens between approximately 180 mm and approximately 220 mm away from the surgical field. The magnified image is conveniently seen on large high definition screen.

Abstract: A combination laryngoscope and video display for providing images of the area ahead of the laryngoscope to facilitate insertion without damaging the surrounding tissue; the laryngoscope having a detachable blade and a rigid, detachable light and image guide attachment device for providing illuminating light ahead of the blade and for detecting the reflected light.