Rausa, Mario Alberto Manlio

An elevator (10) is described comprising:- a support frame (15) for support on the ground (S) which extends along a vertical direction (A) and has a lower end (15A) adapted to be arranged resting on the ground and an opposite upper end adapted to be distal from the ground (S); a platform (35) movably associated with the support frame (15) along the vertical direction (A), the platform being adapted to receive and support a load; and a movement unit (80) connected to the platform (35) and adapted to be connected to the support frame (15) configured to allow the platform (35) to move relative to the support frame (15) along said vertical direction (A), wherein the movement unit (80) comprises:a flexible element (85) provided with opposite ends, an end (85A) therein being adapted to be fixed to the upper end (158) of the support frame 15 and the other end (85B) being adapted to be fixed to the lower end (15A) of the support frame (15) or to the ground (S); a pair of pulleys (90) associated with the platform (35) and movable therewith along the vertical direction (A), a section of the flexible element (85) comprised between the opposite ends thereof being wound on the pair of pulleys (90); and a motor (95) associated with the platform 35 and coupled to at least one of the pulleys (90) to drive it in rotation in order to allow alternatively the ascent or descent of the platform (35) along said vertical direction (A).

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The present application relates to a cell sorting method and a cell display method. The cell sorting method includes: acquiring cell image data sent from a cell sorting device (202); locating cells to be sorted in the cell image data through a deep learning model (204); evaluating fluorescence signal intensities of the cells to be sorted based on the cell image data (206); and aspirating a cell meeting a preset sorting condition from the cells to be sorted according to the fluorescence signal intensities of the cells to be sorted (208).

A glass plate (1), comprising a first compressive stress area (31) and a first tensile stress area (32) that are sequentially adjacent to each other from the edge to the inside, wherein the width of the first compressive stress area (31) is K1, and the width of the first tensile stress area (32) is K2; at least one surface of the glass plate (1) is provided with a conductive element (2), the orthographic projection of the conductive element (2) on the surface of the glass plate (1) does not overlap the first tensile stress area (32), the distance T between the side of the conductive element (2) close to the edge of the glass plate (1) and the edge of the glass plate (1) is greater than or equal to K1+K2, and the tensile stress in an orthographic projection area of the conductive element (2) on the surface of the glass plate (1) is less than or equal to 9 MPa. By controlling the position of the conductive element on the glass plate, in the forming process of the glass plate, the stress area formed by the contact between a mold and the glass plate overlaps or offsets the stress area formed by the conductive element, so that new stress distribution is formed at the edge of the glass plate, reducing the risk of glass plate breakage.