Abstract: A minimally-invasive implantable closing device (1) in the superior or inferior vena cava of a human body, with a valve device (6) and an anchoring device (7). The valve device (6) has closing elements and a support structure. The closing elements extend flat over a respective joint surface and in each case can be moved between a closed position, in which the closing elements together close a valve opening, and an open position, in which a flow is released through the valve opening. Further, a minimally-invasive implantable tricuspid valve prosthesis is provided.

Abstract: The disclosure relates to an arrangement of a minimally-invasive implantable closing device (1) in the superior or inferior vena cava of a human body, with a valve device (6), in which closing elements (9), which in each case extend flat over a joint surface, and can be moved between a closing position, in which the closing elements (9) together close a valve opening, and an opening position, in which a flow is released through the valve opening; an anchoring device (7) that has a self-expandable anchor and is set up to anchor the valve device (6) in the area of the superior or inferior vena cava adjacent to the vein opening in the right chamber of the heart; and a flexible packing collar (8). A minimally-invasive implantable tricuspid valve prosthesis is also provided.

Abstract: Provided is a user interface allows a user to select a window, which is to be placed somewhere, on a graphic user surface by means of a first user action, and select, by means of a third user action, a target display unit, e.g. a screen or a large projection screen, on which the window to be placed is then displayed. In one variant, the third user action allows each display unit to be selected in a diagram.

Abstract: Technical installation data are visually preprocessed in a targeted manner in a control room or on a tablet with a touchscreen in mobile use by presenting a priority matrix. For this purpose, the interference messages are sorted, for example, horizontally with descending priority from left to right and vertically according to the installation part and are output. This largely relieves an operator of analysis and prioritization of the interference messages. The operator can therefore identify, locate and eliminate the most important interference messages in a shorter time. The number of priorities and installation parts considered is flexible since the matrix can be scaled to a wide variety of installation types, installation sizes and processes. All technical installation data relevant to assessing the situation are combined in one view. A second display area with a logical view is used to provide an overview of the complete industrial installation.

Abstract: Technical installation data are visually preprocessed in a targeted manner in a control room or on a tablet with a touchscreen in mobile use by presenting a priority matrix. For this purpose, the interference messages are sorted, for example, horizontally with descending priority from left to right and vertically according to the installation part and are output. This largely relieves an operator of analysis and prioritization of the interference messages. The operator can therefore identify, locate and eliminate the most important interference messages in a shorter time. The number of priorities and installation parts considered is flexible since the matrix can be scaled to a wide variety of installation types, installation sizes and processes. All technical installation data relevant to assessing the situation are combined in one view. A second display area with a logical view is used to provide an overview of the complete industrial installation.