Abstract: A continuous mill, comprising: a casing (1) having a substantially cylindrical shape and rotating about an axis of rotation (X); an inlet opening (2), concentric to the axis of rotation (X); an inlet duct (20), connected to the inlet opening (2); an outlet opening (3), concentric to the axis of rotation (X); an outlet duct (30), connected to the discharge opening (3); a bend (11), arranged along the outlet duct (30), which defines a curve of the outlet duct (30); a regulator (12) associated with the bend (11) and predisposed for varying the position of the bend (11) so as to vary at least the height thereof; a first aeration duct (21), connected to the inlet duct (20), and a second aeration duct (31), connected to the outlet duct (30), wherein the first and second aeration ducts (21, 31) are open to the atmosphere.

Abstract: A discharging device for mills, comprising: a conduit (10), structured so as to be connected to a discharge opening (3) of a mill (1); a bend (11) disposed along the conduit (10), which defines a curve of the conduit (10); a regulating device (12) associated to the bend (11) and predisposed for varying the position of the bend (11) so as to vary at least a height thereof.

Abstract: A discharging device for mills, comprising: a conduit (10), structured so as to be connected to a discharge opening (3) of a mill (1); a bend (11) disposed along the conduit (10), which defines a curve of the conduit (10); a regulating device (12) associated to the bend (11) and predisposed for varying the position of the bend (11) so as to vary at least a height thereof.

Abstract: A compensating device for volumetric pumps, comprising: a storage tank (2) predisposed for being connected to the delivery line (O) of a pump (P) and to a source of pressurized gas (A); a control valve (3) arranged for opening or closing the connection between the tank (2) and the source of pressurized gas (A); a control module (4) connected to the control valve (3). The device comprises a level sensor (5) associated with the tank (2) for detecting a threshold level for a liquid within the tank (2) and connected to the control module (4) for transmitting to the module (4) at least one operating signal indicating a liquid level higher than the threshold level. The control module (4) is configured to determine the opening of the control valve (3) in the presence of said operating signal and to determine the closing of the control valve (3) in the absence of said operating signal.

Abstract: A wear-resistant lining for ball mills comprises a base (3) made of a material that is elastically deformable at the work surface (4) subjected to wear from which it is obtained, a plurality of cavities or hollows (5) suitable for accommodating bodies of hard material inside them. The presence of said bodies of hard material has the function of imparting particular wear resistance to the work surface (4) in that they are suitable for coming into contact with the grinding bodies or balls (6) made of hard material which are used in the mill as the grinding charge. The cavities or hollows (5) of at least part of said plurality are dimensioned and proportioned so that each of them is suitable for accommodating at least one of the grinding bodies or balls (6) inside it.

Abstract: A wear-resistant lining for ball mills comprises a base (3) made of a material that is elastically deformable at the work surface (4) subjected to wear from which it is obtained, a plurality of cavities or hollows (5) suitable for accommodating bodies of hard material inside them. The presence of said bodies of hard material has the function of imparting particular wear resistance to the work surface (4) in that they are suitable for coming into contact with the grinding bodies or balls (6) made of hard material which are used in the mill as the grinding charge. The cavities or hollows (5) of at least part of said plurality are dimensioned and proportioned so that each of them is suitable for accommodating at least one of the grinding bodies or balls (6) inside it.