Caldon, Giuliano

Provided is a press-type rim-cutting can opener, including a main body, a drive unit, and a cutting unit. The drive unit is disposed to extend through the main body, a mounting slot is formed on the main body, and the cutting unit is disposed in the mounting slot and cooperates with the drive unit; the cutting unit includes a cutting wheel, a rubber sleeve, an elastic support tab that are respectively arranged in the mounting slot, and a cutting wheel shaft is disposed to extend through the mounting slot and is configured to retain the cutting wheel and the rubber sleeve inside the mounting slot; and the elastic support tab is deformed under the action of external force, and then slides from a side of a can rim to an underside of the can rim, thereby supporting a bottom of the can rim.

Clamping system (1) comprising a tie-rod element (2), fixed to a semifinished product that must be held in position with respect to an abutment base, and a base body (3), removably fixed to the abutment base. The base body (3) is provided with a first seat (5), which extends along an axis (X) and is susceptible of removably receiving the tie-rod element (2), with a second seat (6) and with at least one guide channel (7), which communicates with the first and second seats (5, 6) and extends along a corresponding direction (Y) transverse to the axis (X). The clamping system (1) comprises at least one retaining element (8), which is slidably inserted into the guide channel (7) between a retaining position, in which it protrudes into the first seat (5) to place itself in abutment against the tie-rod element (2), locking it, and a release position, in which it is spaced from the tie-rod element (2), freeing it. This clamping system (1) comprises a slider (9), which is slidably inserted into the second seat (6) along a movement direction (Z) transverse to the direction (Y), is mechanically connected to the retaining element (8) by means of motion transmission means (10) and is movable between a lock position and an unlock position, in which it holds the retaining element (8) in the retaining and release positions, respectively. The motion transmission means (10) comprise at least one transmission arm (11), which is mechanically connected, at a first end (11') thereof, to the slider (9) and, at a second end (11") thereof, to the retaining element (8).

Roller blind which comprises a take-up roller (3) around which a sheet (9) is windable, two lateral guides (10) between which a front bar (11) is slidable, fixed to an edge of the sheet (9), actuation means (13) in order to rotate the take-up roller (3) in order to wind and unwind the sheet (9), at least one winding reel (17) around which at least one traction cable (18) is windable, mechanically connected to the front bar (11), and elastic compensation means (21) arranged in order to maintain the sheet (9) under tension. The roller blind also comprises at least one transmission mechanism (22) mechanically connected to the winding reel (17) and provided at least with two alternately settable operative configurations, including a first operative configuration for preloading the elastic compensation means (21) and a second operative configuration for enabling the normal winding and unwinding of the sheet (9).

Brazing process, which comprises a step of arranging a first component (21), metallic, with tubular form with first axis (X), provided with a brazing zone (200) around the first axis (X) and provided with a diameter (D), and a step of positioning an operative head (5) of a plant (1) for attaining brazing operations defining a work axis (Z) aligned with the first axis (X) of the first component (21). The process also comprises an irradiation step, in which a laser source (3) of the plant (1) is turned on and the operative head (5) generates two working laser beams (70) which intercept the first component (21) in the brazing zone (200), being projected in diametrically opposite positions with respect to the first axis (X), each with a width (L) defined along a direction orthogonal to the work axis (Z), in which the ratio between the width (L) of the working laser beam (70) and the diameter (D) of the first component (21) is greater than or equal to 0.5.

A machine learning based (ML-based) method and system for forecasting cash flow, is disclosed. Initially, the data associated with business units are obtained from data sources. The data are pre-processed to generate pre-processed data. Features associated with financial information are determined for horizons based on the pre-processed data using a plurality of input AI models. Feature combinations are generated by integrating the features associated with the financial information, for each horizon of the horizons. Forecasts are generated for each horizon for a pre-determined time interval, using a stacked AI model including forecasting models. The generated forecasts for the cash flow of the business units, are provided as an output, to the users on user interfaces associated with electronic devices associated with the users.

A machine-learning based (ML-based) system and method for automatically extracting one or more data fields from one or more documents, are disclosed. The ML-based system includes a document obtaining subsystem to obtain documents, a document pre-processing subsystem to generate pre-processed data, a field identifying subsystem to identify data fields using a trained ML model, and a field extracting subsystem to extract financial information. The ML-based system also comprises an output subsystem to deliver the extracted data to end users via user interfaces. The ML model is trained using historical documents, labelled data fields, and features such as distance-based features, direction-based features, dimension-based features, positional features, and value-based features. The M-based system employs hyperparameter optimization, noise removal, and accuracy assessment mechanisms to enhance performance. This ML-based system provides a scalable, accurate, and automated solution for financial information extraction, ensuring efficiency, adaptability, and seamless integration with enterprise systems.

A machine learning based (ML-based) method and system for redistributing data, is disclosed. Initially, an input data associated actual bank cash is obtained from data sources. The input data is pre-processed to generate pre-processed data. A month level data associated with the actual bank cash is predicted for a pre-determined horizon based on at least one of: historical cash flow data and seasonality, using machine learning (ML) models on the pre-processed data. At least one of: the month level data to week of month (WOM) level data and the WOM level data to day level data, is redistributed based on a pro-rata configuration using hyperparameters. At least one of: the WOM level data and the day level data, redistributed from the month level data, is provided as an output, to the users on user interfaces associated with electronic devices associated with the users.

Filling machine (1) comprising multiple valve groups (2), each comprising a supply channel (31) connected to a containment tank (12), a first shutter (21) actuatable by a first actuation body (41) in order to open and close the supply duct (31), a return tube (22) placed in the supply channel (31), and an evacuation chamber (24) connected to the return tube (22) and traversed by the first actuation body (41). In addition, each valve group (2) comprises a first flexible membrane (5), placed as an upper hermetic closure of the supply channel (31) to separate the latter from the evacuation chamber (24), and a second flexible membrane (6), placed as an upper closure of the evacuation chamber (24). The membranes (5, 6) are arranged for being deformed by the moving first actuation body (41).

Hydraulic binder composition, which comprises steel slag or a mixture consisting of steel slag and calcium carbonate, and at least one modifier additive, modifying the setting reaction of said steel slag, in a quantity between 0.1 and 20% by weight with respect to the weight of the steel slag.

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