Abstract: A computer-implemented method for modelling blood vessels to support assessment of probability of rupture or damage to the plaque. The method includes steps of: obtaining medical imaging data of the blood vessels; generating a three-dimensional model of the blood vessels, based on the medical imaging data including identifying one or more pathological plaques; performing pre-simulation of the three-dimensional model, establishing boundary conditions and initial conditions for both models for a steady flow of blood and a transient flow of blood; performing a numerical simulation of the transient flow of blood; performing a numerical simulation of the steady flow of blood; and for a selected plaque, identifying geometrical parameters of a surface of the plaque, including shape, curvature, curvature of the major surface, and/or Gauss curvature of the plaque surface. The method may include calculation of Reference Dynamic Pressure (RDP) and Degree of Stenosis (DS).

Abstract: A display device includes a panel that is mountable to a vertical wall, and a leaf assembly comprised of a stack of like shaped leaves that are bundled together and connected to the panel, and a plurality of magnets that enable the leaves to be magnetically held in one or the other side of the panel but be manipulated by a user with one hand, in a flipping manner, thereby freeing the user's other hand to perform tasks related to use of the display device. The panel includes a slot through which rearward end portions of the leaves are passed and bundled by compression plates, thus leaving the connection arrangement hidden from view and aesthetically pleasing. In an arrangement, a frame is provided about the panel to guide and support, at least in part, the lower edges of the leaf assembly.

Abstract: A display device includes a panel that is mountable to a vertical wall, and a leaf assembly comprised of a stack of like shaped leaves that are bundled together and connected to the panel, and a plurality of magnets that enable the leaves to be magnetically held in one or the other side of the panel but be manipulated by a user with one hand, in a flipping manner, thereby freeing the user's other hand to perform tasks related to use of the display device. The panel includes a slot through which rearward end portions of the leaves are passed and bundled by compression plates, thus leaving the connection arrangement hidden from view and aesthetically pleasing. In an arrangement, a frame is provided about the panel to guide and support, at least in part, the lower edges of the leaf assembly.

Abstract: A notebook-like display device includes a mounting panel, or pair of conjoined panels, mountable to a wall, a pair of guide brackets, and a set of display leaves, the leaves being mounted to the support brackets and manipulated by a demonstrator and like personnel with one hand, in a flipping manner, freeing the user's other hand to perform tasks related to use of the display device. The panels and leaves are generally planar, rectangular, and substantially rigid, such as of a high density polymer, composite, or fiberboard. The leaves are constrained by retention elements, received in the support brackets, for movement between first and second positions, respectively, wherein the leaf is revered but in superposed generally parallel relation with one and the other side of the panel and other of the leaves. Magnets or other holding devices operate between the leaves and panel(s) to retain the leaves in each position.

Abstract: A notebook-like display device includes a mounting panel, or pair of conjoined panels, mountable to a wall, a pair of guide brackets, and a set of display leaves, the leaves being mounted to the support brackets and manipulated by a demonstrator and like personnel with one hand, in a flipping manner, freeing the user's other hand to perform tasks related to use of the display device. The panels and leaves are generally planar, rectangular, and substantially rigid, such as of a high density polymer, composite, or fiberboard. The leaves are constrained by retention elements, received in the support brackets, for movement between first and second positions, respectively, wherein the leaf is revered but in superposed generally parallel relation with one and the other side of the panel and other of the leaves. Magnets or other holding devices operate between the leaves and panel(s) to retain the leaves in each position.