Zoli, Filippo

The equipment (1) comprises:- one supporting surface (3) movable along one direction of forward movement (D) and adapted to hold and move at least one slab-shaped artifact (M) comprising at least one pair of side walls (P) positionable transverse to the supporting surface (3) and substantially parallel to said direction of forward movement (D);- at least one machining device (4) arranged laterally to the supporting surface (3) so that its vertical projection does not intercepts the supporting surface (3), where said machining device (4) comprises at least one abrasive tool (5) of substantially cylindrical conformation, which is operable in rotation around an axis of rotation (R) arranged vertical and provided with a lateral surface (6) suitable to contact the side wall (P) during use,wherein the abrasive tool (5) has a thickness greater than a predefined value, said predefined value corresponding to the average height of the side walls (P), and it is movable by shifting along the axis of rotation (R).

The circuit (1) for controlling the braking of a vehicle, comprises: one supply line (2); one drain line (3); one braking line (4); main valve means (5); driving means (6) operating on the main valve means to command the displacement thereof between an unlocking position and a braking position; where the driving means (6) comprise: first elastic means (7) operating on the main valve means; a first driving line (8) operating on the first elastic means; a second driving line (9) communicating with the first driving line and operating on the main valve means from the opposite side of the first driving line itself; second elastic means (11) operating on the main valve means from the opposite side of the first elastic means; a third driving line (12) operating on the main valve means from the opposite side of the first elastic means and connected to the braking line.

The appliance (1) for sorting manufactured articles, comprises:- one base frame (2) for resting on the ground;- one income line (3) associated with the base frame (2) and defining an income direction (A1) of the manufactured articles (M) to be sorted;- at least one receiving assembly (4) of the manufactured articles (M) arranged on one side only of the income line (3);- at least one sorting assembly (5, 15) adapted to selectively grasp the manufactured articles (M) to be sorted and to transfer them from the income line (3) to the receiving assembly (4);- at least one output line (6) arranged inferiorly to the income line (3) and defining a direction of away movement (A2) of the sorted manufactured articles (M);where the receiving assembly (4) is adapted to transfer the manufactured articles (M) to the output line (6);where the income line (3) and the output line (6) are substantially vertically aligned with each other; andit comprises at least one rejection line (16) running on one side only of the income line (3) and is arranged on the opposite side with respect to the receiving assembly (4)and wherein the sorting assembly (5, 15) comprises at least one primary sorting assembly (15) further operable to selectively grasp the manufactured articles (M) and to transfer them from the income line (3) to the rejection line (16).

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The present disclosure relates to a positive electrode sheet and a secondary battery. The positive electrode sheet includes: a current collector; a multifunctional coating disposed on at least one side of the current collector; and a positive electrode active material layer disposed on a surface of the multifunctional coating at the side away from the current collector. The components of the multifunctional coating include a solid electrolyte, a first conductive agent, and a first binder. The resistance of the multifunctional coating, the resistance of the positive electrode sheet, and the thickness satisfy a relational formula: 2 ≤ R₁*R₂*d ≤ 45, where R₁ is the resistance of the multifunctional coating, R₂ is the resistance of the positive electrode sheet, and d is the total thickness of the multifunctional coating.

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