1. The medical system (10) imaging, X-ray imaging soderzhaschayaustroystvo with a source (12) emission and the module (16) detecting the X-ray image, unit (18) processing data and a device (19) output, wherein the control unit (18) processing is configured to obtaining a set of three-dimensional image data, generating a first set of two-dimensional projection of the three-dimensional image data corresponding to the first viewing direction, and the overlay of X-ray images in real time on the first vuhmernuyu projection component of the first type, wherein the control unit (18) processing is configured to generate a second two-dimensional projection of a set of three-dimensional image data corresponding to the second viewing direction, part of the second type, the vector of the first viewing direction and a vector of the second viewing direction form an angle of displacement α wherein the device (19) is arranged to output the output combination of the first type and second type to the same scale next to each drugom.2. The medical system (10) imaging of claim 1, wherein the offset angle α is measured as the angle of rotation about the axis (26) head-feet patsienta.3. The medical system (10) imaging of claim 2, wherein the offset angle α is between 30 ° and 150 ° .4. The medical system (10) imaging of claim 2, wherein the offset angle α is 90 ° .5. The medical system (10) imaging of claim. 1-4, wherein the control unit (18) processing is configured to generate at least one reference line extending in the first form and second form and the corresponding edge of intravascular Arrange1. Медицинская система (10) визуализации, содержащаяустройство получения рентгеновского изображения с источником (12) излучения и модулем (16) детектирования рентгеновского изображенияблок (18) обработки данных иустройство (19) выводапричем блок (18) обработки данных выполнен с возможностью получения набора данных трехмерного изображения, формирования первой двухмерной проекции набора данных т
