摘要:
An automated system (20) for predictive maintenance of a filling machine (1), having a number of filling units (10) designed to engage at least one respective container (2) to carry out filling thereof with a filling product. A control module (25), operatively coupled to the filling machine (1), acquires operating data relating to the performance of the filling units (10) during the filling operations; and process the acquired operating data to predict the occurrence of a fault in one or more of the filling units (10).
摘要:
There is disclosed a manifold (10) for conveying a sterilizing fluid inside empty articles (2) movable about an axis (A), comprising: a stator (25) stationary relative to axis (A) and defining at least one duct (26, 28) for sterilizing agent; a rotor (35) defining a second duct (40, 41) and a third duct (41, 40); supporting means (60, 61) radially interposed between a first element (28) of stator (25) and a second element (37) of rotor (35); and a mask (50) fluidly interposed between first duct (26, 28) and one (40) of second duct (40, 41) and third duct (41, 40) on the basis of the angular position of rotor (35) about axis (A), so as to prevent sterilizing agent from flowing inside one (40) of second duct (40, 41) and third duct (41, 40); mask (50) is configured to allow sterilizing agent to flow from first duct (26, 28) to the other one (41) of second duct (40, 41) and third duct (41, 40) on the basis of the angular position of rotor (35) about axis (A); first element (28) is radially internal to second element (37).
摘要:
There is disclosed a manifold (10) for conveying a sterilizing fluid inside empty articles (2) movable about an axis (A), comprising: a stator (25) stationary relative to axis (A) and defining at least one duct (26, 28) for sterilizing agent; a rotor (35) defining a second duct (40, 41) and a third duct (41, 40); supporting means (60, 61) radially interposed between a first element (28) of stator (25) and a second element (37) of rotor (35); and a mask (50) fluidly interposed between first duct (26, 28) and one (40) of second duct (40, 41) and third duct (41, 40) on the basis of the angular position of rotor (35) about axis (A), so as to prevent sterilizing agent from flowing inside one (40) of second duct (40, 41) and third duct (41, 40); mask (50) is configured to allow sterilizing agent to flow from first duct (26, 28) to the other one (41) of second duct (40, 41) and third duct (41, 40) on the basis of the angular position of rotor (35) about axis (A); first element (28) is radially internal to second element (37) .
摘要:
A filling unit (10) of a filling machine (1) engages at least one container (2) to carry out filling thereof with a product, and has a flow regulator device (14) to regulate flow of the product within the container (2) during filling operations. The filling unit is integrally provided with an electronic control module (30), integrating a computing unit (32), to acquire operating data during the filling operations, relating to the filling operations being performed, and a storage memory (34), coupled to the computing unit (32), to store the operating data, during the filling operations.
摘要:
A synchronization system (20), for a plant (1) having at least a first (2) and a second (4) rotating parts cooperating in the processing of containers (3), the first (2) and second (4) rotating parts being driven in a respective rotating motion around a respective rotation axis (A, B) by independent first (6) and second (8) electric motors; the synchronization system (1) is provided with: a first position sensor (7) coupled to the first rotating part (2) to measure a rotating position thereof around the respective rotation axis and generate a position information signal (P 1 ); and a control processing unit (29) coupled to the second rotating part (4) to control the second electric motor (8) thereof, based on the position information signal (P 1 ) received from the first position sensor (7), thereby tracking the rotating motion of the first rotating part (2). A single digital coupling bus (26) is envisaged to couple the first (2) and second (4) rotating parts and transfer the position information signal (P 1 ) to the control processing unit (29).
摘要:
The invention relates to an apparatus (1) for splicing a new web (3, 2), provided with repeated patterns (4), to a web in use (2, 3), also provided with repeated patterns (4) and fed along a predetermined path (P); the apparatus (1)is provided with handling means (16, 16') to advance the new web (3, 2) at the same speed of the web in use (2, 3) and in a position where it has its own segment (3a, 2a) overlapping a segment (2a, 3a) of the web in use (2, 3) with the corresponding patterns (4) aligned, of cutting means (23) to perform, at the area interposed between two successive patterns (4), an operation of cutting the overlapping segments (2a, 3a) of the webs (2, 3), so as to divide each web (2, 3) in an upstream portion (24) and a downstream portion (25); of folding means (26) for selectively folding one of the upstream portion (24) of the web in use (2, 3) and the downstream portion (25) of the new web (3, 2) outside the overlapping area between the webs (2, 3); and applicator means (27) for applying a splicing buffer (28) on the adjacent ends of the cut portions (24, 25) of the two webs (2, 3) to be joined.
摘要:
Method for assembling a modular support structure (1) of an item-processing machine comprising hubs (2,2') for bearing respective shafts (3,3') of moving members, and a plurality of link elements (4,4') fixable at hubs (2,2'); the method comprising: a) providing a toleranced jig plate (5) with means (50,50') defining the definitive boss position of hubs (2,2'); b) providing fixing portions (20; 26, 27) integral with hubs (2,2') or fixing portions integral with link elements (41, 41'; 42, 42'), fixing portions (20; 26, 27; 41, 41'; 42, 42') defining a volume (22; 49) for receiving in loose engagement a respective fixing portion and tillable with a curable resin; c) arranging hubs (2,2') at their defined boss positions; d) arranging link elements (4,4') in loose engagement with hubs (2,2') to form a temporary skeleton; and e) permanently fixing link elements (4,4') to respective fixing portions of hubs (2,2') via injection and hardening of a curable resin.