Karl Storz Se Co. & Kg

Lukas Buschle

Simon Haag

Jasmin Keuser

Benedikt Köhler

Werner Göbel

Patricia Galuschka

Nicoleta Dahnovici

Alejandro Blumentals

A measuring system for checking a measured-image state and/or a calibration quality for a stereo measured image, comprising: a first image capturing apparatus; a second image capturing apparatus spaced apart from the first image capturing apparatus; an output apparatus; and an evaluation apparatus designed to generate a stereo measured image from the at least first measured image and the at least second measured image by way of stereo reconstruction; wherein the evaluation apparatus is designed to check a measured-image state and/or to check the calibration quality of the stereo measured image and, should the at least one capturing defect overshoot or undershoot a predetermined threshold value, to transmit a first alert to the output device, and/or, should the calibration quality overshoot or undershoot a predetermined quality limit value, to transmit a second alert to the output device.

Measuring device and measuring method for checking a measured-image state

The invention relates to a medical device () and to a method for examining an organic tissue. According to the invention, a reference tissue section () is defined, thereby simultaneously defining a reference tissue type. For this reference tissue section () a characteristic distribution of multispectral intensity profiles is detected. For a tissue region to be examined multispectral intensity profiles are detected. Tissue sections of the tissue region of interest are associated with the reference tissue types on the basis of the intensity profiles and the characteristic distributions, for example on the basis of a similarity.

Medical device and method for examining an organic tissue

An exemplary embodiment relates to a measuring method () and to a measuring device () in order to determine a length or an area within a scene () which are characterized at least partially by a real start point (-) and a real end point (-), wherein the measurement takes place using at least two images () and it is thereby not necessary for the real start point (-) and the real end point (-) to be imaged in one of the images ().

Measuring method and a measuring device for measuring and determining the size and dimension of structures in scene

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Tuttlingen, Germany

Lukas Buschle