Porta & Consulenti Associati S.p.A

A computer-implemented method for processing a natural language question related to maritime vessel tracking is described. The method includes receiving, from a user device, a user query, the user query comprising the natural language question related to maritime vessel tracking, selecting, at a processor in communication with the network device, using a decision-making agent configured to use a large language model, a data retrieval function from a plurality of data retrieval functions based on the maritime question type, generating, at the processor, using the decision-making agent, the data retrieval function, and the one or more maritime identifiers, one or more relevant output data related to the maritime question type and the one or more maritime attributes, and sending, at the network device, to the user device, a user response based on the one or more relevant output data, wherein the user response comprises an answer to the natural language question.

An electronic device including a printed circuit board (PCB) on which electronics are disposed. The electronic device includes an electronic display (303) on which visual content is displayed for a user to view. The electronic display (303) includes a back plate (301) and an antenna (300) defined by the back plate (301). At least one contact (312) is electrically connected to a portion of the back plate (301) defining the antenna (300). A screen is disposed on an opposite side relative to the back plate (301) such that an antenna pattern radiated by the antenna (300)extends through the screen.

A dust removal laser cutting apparatus is provided, which includes a cutting chamber, a first air blowing component, an air extraction component, and a laser cutting component. The cutting chamber includes a top wall, a bottom wall, and a front wall, where the top wall is provided with a material inlet, and the bottom wall is provided with a material outlet; one end of the front wall is connected with the top wall, another end of the front wall is connected with the bottom wall, the front wall is provided with a cutting window for laser to pass through, the laser cutting component is arranged adjacent to the cutting chamber, and the laser cutting component is capable of emitting laser through the cutting window and cutting a material belt in the cutting chamber.

Disclosed is an easy-to-manipulate stent delivery system which facilitates the movement or fixation of an electrocautery tip in adjacent tissue layers, specifically between two adjacent inner cavities in the body, and enables simple deployment of a stent to connect holes of the two adjacent inner cavities created by the electrocautery tip. A first handle, which moves an electrocautery tip, is moved or fixed in a fixed tube by a first locking member which operates semi-automatically. A second handle, which moves an outer tube for deployment of a stent, is moved or fixed on a guide rod of the first handle by a second locking member which is operated by an external pulling force.

An apparatus (27) for identifying the position of electrochemical cell elements in a stacking plane comprises a measurement device (34) configured to take measurement data representative of the distance between a first vertex (V1) and a second vertex (F1) of an electrochemical cell element (100) to be deposited on a stacking plane (25); a detection device (28) placed in a display relationship with control areas (29) defined at a stacking plane (25), wherein the detection device (28) is configured to detect a plurality of display data of said electrochemical cell element (100) in said control areas (29); a processing unit (33) operatively associated with said measurement device (34) and said detection device (28). The control unit (33) is configured to: obtain said measurement data; on the basis of the measurement data obtained, calculate a first distance (D1) between the first vertex (V1) of the electrochemical cell element (100) and the second vertex (F1) of the electrochemical cell element (100); obtain the plurality of display data; on the basis of the plurality of display data obtained, determine a first position identifying a position of the first vertex (V1) of the electrochemical cell element (100); on the basis of the calculation of the first distance (D1) and on the basis of the determination of the first position, determine a second position identifying a position of the second vertex (F1) of the electrochemical cell element (100).

A Hipot test station (10) for electrochemical cell assemblies comprises a press (11) comprising a first plate (14) and a second plate (15) switchable between a test condition in which the first plate (14) is moved towards the second plate (15) to exert a compressive force on an electrochemical cell assembly (100) and an idle condition in which the first plate (14) is moved away from the second plate (15); a contacting assembly (13) switchable between a contacting condition in which it is configured to electrically contact an electrochemical cell assembly (100) and an idle condition in which it does not electrically contact said electrochemical cell assembly (100); a movement system (12) configured to insert and to remove an electrochemical cell assembly (100) between the first plate (14) and the second plate (15); wherein the first plate (14) is can be moved towards and away from the second plate (15) along a working direction contained in a horizontal plane.

An apparatus (27) for identifying the position of vertices of electrochemical cell elements on a surface, comprising a detection device (28) placed in a display relationship with a first control area (29a) and a second control area (29b) both defined at a stacking surface (25) and configured to detect a first plurality of display data in the first control area (29a) and a second plurality of display data in the second control area (29b) which are represented by respective plurality of contrast transition zones in an image; wherein the first control area (29a) and the second control area (29b) are placed at a stacking surface (25) at respective expected positions of receiving a first edge (101) and a second edge (102) of an electrochemical cell element (100) not parallel to each other; a processing unit (33) operatively associated with the detection device (28) and configured to: obtain the first plurality of display data; obtain the second plurality of display data; on the basis of the first plurality of display data obtained determine a first line (A1) representative of the first edge (101) of the electrochemical cell element (100) and on the basis of the second plurality of display data obtained determine a second line (A2) representative of the second edge (102) of the electrochemical cell element (100) on the basis of statistical models applied to the plurality of contrast transition zones of the image; on the basis of the determination of the first line (A1) and the second line (A2), calculate the point of intersection of the first line (A1) with the second line (A2).

A power supply includes an AC-DC converter, a feedback circuit, an under voltage protection circuit, a control signal generating circuit, a voltage abnormal protection circuit and an auxiliary under voltage detection circuit. The AC-DC converter converts an AC voltage to a DC voltage. The feedback circuit generates a feedback signal according to the DC voltage. The control signal generating circuit sets the AC-DC converter to convert the AC voltage to the DC voltage. When the auxiliary under voltage detection circuit detects that a duration of the AC voltage being less than a predetermined voltage is longer than a predetermined period, the auxiliary under voltage detection circuit changes a signal value of the feedback signal, to enable the control signal generating circuit by the voltage abnormal detection circuit to set the AC-DC converter to perform a soft start procedure.

An apparatus for changing reels in electrochemical cell production, comprising: a frame (11); at least one mandrel (12) supported by the frame (11) and rotatable about an axis of rotation, the at least one mandrel (12) comprising a shaft (16) configured to accommodate a hollow core (105) of a reel, the shaft (16) comprising a loading end (17) configured to thread the hollow core (105) of the reel; an extraction system (21) configured to translate at least the shaft (16) in a longitudinal direction with respect to the axis of rotation, the shaft (16) being movable between a working position and a loading/unloading position, the loading end (17) being at a greater distance from the frame (11) in the loading/unloading position than in the working position.A method for changing reels in electrochemical cell production.

Dispensing assembly (10) for dispensing a medicament, comprising a cartridge (20) and a needle supporting member (42). The cartridge (20) comprises a perforable septum (24) and a first aseptic chamber (25) defined between the perforable septum (24) and a first perforable membrane (27) arranged at an end of the cartridge (20) proximal to the needle supporting member (42). The latter comprises a perforating needle (32) and a second aseptic chamber (45) defined around the perforating needle (32) between a closed wall (44) which is distal from the cartridge (20) and a second perforable membrane (47) associated with the needle supporting member (42) at an end thereof proximal to the cartridge (20). The dispensing assembly (10) is configured to pass from a first operating configuration in which the perforating needle (32) is distant from the perforable septum (24) and a second operating configuration in which the perforating needle (32) has perforated the perforable septum (24). During this passage, the second perforable membrane (47) is initially perforated by a first perforating member (28) associated with the cartridge (20) and the first perforable membrane (27) is perforated by a second perforating member (48) associated with the needle supporting member (42) and, subsequently, the perforating needle (32) perforates the perforable septum (24).