Paustian & Partner Patentanwälte mbB

A first aspect of the present disclosure is related to a device for generating post-operational data of an imaging device, configured to: - obtain operational data of an imaging device; - determine instruction data based on: -- the operational data; and - determine a post-operational data set based on: -- the instruction data; and -- the operational data.

Die Erfindung betrifft ein Rahmensystem für eine Fahrzeugklappe umfassend zumindest ein Profilstück und zumindest eine Positionierhilfe. Dabei ist die Positionierhilfe mit dem Profilstück verbindbar. Die Erfindung betrifft ebenfalls ein Herstellungsverfahren für Fahrzeugbauplatten aufweisend ein solches Rahmentsystem.

A first aspect of the present disclosure is related to a device for generating an image for a polarized stereo display, configured to: - obtain of a sample a plurality of stereo images from an image acquisition device, wherein a stereo image comprises a left image and a right image as stereo information; and - determine a signal, L-signal, for a left image channel, L-channel, of a stereo display; - determine a signal, R-signal, for a right image channel, R-channel, of the stereo display; - determine a compensation signal, L-compensation, for the L-channel of the stereo display based on the R-signal; - determine a compensation signal, R-compensation, for the R-channel of the stereo display based on the L-signal; - provide the L-signal, the L-compensation, the R-signal, and the R-compensation for display on the stereo display.

A first aspect of the present disclosure is related to a device for generating an autostereoscopic display input for a medical image acquisition device, configured to:- obtain image information from a medical image acquisition device;- obtain user position information ;- determine a selected user position information based on the obtained user position information;- determine a display input for an autostereoscopic display based on the image information and on the selected user position information ;- provide the display input for an autostereoscopic display.

A first aspect of the present disclosure is related to a device for providing an image stream, configured to: - obtain of a sample a plurality of stereo images from a stereo imaging system, wherein a stereo image comprises a left image and a right image as stereo information; and - obtain a user position information; - for each image, determine a single-view image based on the left image, the right image, and on the user position information; - provide the single-view image for display.

Die Erfindung betrifft ein Rahmensystem für eine Fahrzeugklappe. Das Rahmensystem umfasst gerade Profilstücke und Eckprofilstücke. Dabei weisen die geraden Profilstücke und Eckprofilstücke einen Überlappungsbereich auf und der Überlappungsbereich der Eckprofilstücke verläuft zumindest teilweise in einem Radius. Durch den Überlappungsbereich wird ein zumindest teilweises komplementäres Überlappen ermöglicht. Die geraden Profilstücke und Eckprofilstücke sind miteinander verbindbar.

A first aspect of the present disclosure is related to a device for displaying surgical images,configured to:- determine, via a content function, a first camera image and a second camera image based on a camera image of a surgical device ;- determine, via a control function, one or more graphical user interfaces, GUIs, to control the surgical device and/or the content function;- assign to a first display , in particular a touch screen display, the first camera image and a GUI concurrently;- assign to a second display the second camera image and/or a GUI.

A first aspect of the present disclosure is related to a device for providing an image with information in a pre-defined spectrum, in particular with fluorescence information, and in particular of a biperspective medical and/or diagnostic imaging device, configured to: - obtain a first stereo image, S1-image, from a first perspective on a sample, wherein the S1-image captures light of a first spectrum and comprises a left and a right image as stereo information; - obtain a second stereo image, S2-image, from the first perspective on the sample, wherein the S2-image captures light in a second spectrum which is different from the first spectrum, in particular fluorescence light, of the sample and comprises a left and a right image as stereo information; - obtain a third stereo image, A1-image from a second perspective on the sample, wherein the A1-image captures light in a third spectrum that is the same or overlapping with the first spectrum, of the sample and comprises a left and a right image as stereo information; - determine a fourth image, A2-image, based on one or both of the S1-image and the S2-image and based on the A1-image, wherein the A2-image represents light emitted from the sample and is based on the stereo information of the used images; - provide an image based on the A2-image, in particular the A2-image, for display.

A computer-implemented method includes obtaining a model representing a physical object, accessing a discretized yield surface having a plurality of data points representing a yield surface of one or more materials of the physical object, each data point corresponding to a point in a stress space and associated with a yield surface normal vector precomputed for the discretized yield surface, and calculating a stress at an integration point of the model to simulate the physical object under a load. The method further includes identifying one of the plurality of data points of the discretized yield surface that corresponds to the stress calculated in the stress space, determining plastic deformation is occurring based on the stress calculated and the one data point identified, and adjusting the stress according to a normal vector associated with the one data point identified to simulate plastic deformation of the physical object under the load

A first aspect of the present disclosure is related to a device for providing an enhanced view of an image, configured to: - obtain a first stereo image, S-image, from a first perspective on a sample, wherein the S-image comprises a left and a right image as stereo information; - obtain a second image, A-image, from a second perspective on the sample; - determine an auxiliary image, AUX1-image , based on the S-image, wherein the AUX1-image is determined for the second perspective; - determine an integrated image, INT1-image, based on the A-image and on the AUX1-image; - provide an image based on the INT1-image, in particular the INT1-image, for display.