Galbaian S.Coop

The invention relates to a support (100) for a working tool of a vehicle and a vehicle comprising said support (100), wherein the support (100) has a fixed portion (110), a first movable portion (120) and a second movable portion (130) which is attachable to the tool, the fixed portion (110) has attachments (111a) for connecting the lifting arms (310) of the vehicle, the first movable portion (120) has a first actuator (121) for moving the first movable portion (120) relative to the fixed portion (110), and the second movable portion (130) has a second actuator (131) for moving the second movable portion (130) with respect to the first movable portion (120), wherein the first movable portion (120) is connected to the fixed portion (110) at a first axis of rotation (x1) so that the first movable portion (120) moves with respect to the fixed portion (110) according to a first rotational movement (R1), and wherein the second movable portion (130) is connected to the first movable portion (120) in a second axis of rotation (x2) so that the second movable portion (130) moves with respect to the first movable portion (120) according to a second rotational movement (R2).

Flexible bag for medical solutions and associated manufacturing method, wherein the bag (100) comprises a main body (1) of thermoplastic polymer (1.1), said main body (1) having a perimeter contour such that an airtight inner enclosure (2) is generated. The inner faces of the main body (1) comprise a plurality of longitudinal protrusions The flexible bag (100) also comprises removable closure means (3) arranged as a clamp on the main body (1) which divide the enclosure (2) into at least two inner chambers (4.1, 4.2) by pressing the main body (1) on a pressing area that extends from a first edge of the perimeter contour to a second edge of the perimeter contour. The main body (1) also comprises a heat-treated dividing zone comprising the pressing area. The heat treatment of the diving zone is such that the protrusions are removed from the inner faces of the main body (1) in said dividing zone without the inner faces of the main body (1) being bonded to each other in the dividing zone.

Computer-implemented method for coordinating a passenger transit vehicle network, wherein the vehicle network comprises a plurality of vehicles operating as part of the passenger transit vehicle network, the passenger transit vehicle network comprising one or more vehicle lines, more than one vehicle transiting on each line, each line having sequentially connected vehicle stops. The method comprises a request receiving step (S10) in which one or more passenger requests are received, each request comprising information associated with an origin location and a desired destination of a respective passenger, an itinerary assigning and grouping step (S11) in which an itinerary based on the vehicle lines is assigned to each passenger and the passengers are grouped in common location passenger groups and common destination passenger groups, an assigning step (S12) in which a common boarding stop, a common exiting stop and at least one vehicle is assigned to passenger groups, an informing step (S13) in which each passenger is informed about the assigned itinerary, and an indication step (S14) in which the assigned vehicle receives an indication of the next vehicle stop.

The invention relates to a packaging machine and a control method. The machine comprises a former member (2) configured to receive a film (300) and to give a tubular shape to said film (300), a film tube (500) with an inner surface being generated. The machine (100) further comprises a cutting device (4) for transversely cutting a continuous absorbent material (400), an absorbent material portion (400.1) on one side of the cut being obtained; and an actuating device configured to cause contact between the absorbent material portion (400.1) and a contact surface (300.1) of the film (300), for attaching said absorbent material portion (400.1) to said contact surface (300.1) of the film (300). Said contact surface (300.1) is the inner surface of the film tube (500) once said film tube (500) has been formed.

The invention relates to a system (100) and to a detection method configured to detect burrs on a longitudinal edge (3.0, 3.1) of a metal strip (3) used for the manufacture of battery electrodes, by means of an assembly (101) comprising a first detector (1) for obtaining a first image of the edge (3.0) of the strip (3), and a second detector (2) which is arranged downstream of the first detector (1) and comprises an optical assembly (2.9) facing the edge (3.0) of the strip (3) and having an optical camera (2.0) configured to obtain a second image of the edge (3.0). The optical assembly (2.9) is movable in an adjustment direction (B) to adjust its distance from the edge (3.0, 3.1), and the system (100) comprises a control unit (4) for determining whether or not there is a burr on the edge (3.0, 3.1) based on the second image.

The invention relates to a packaging machine comprising a cutting assembly (100) configured for longitudinally cutting a film. The cutting assembly (100) comprises a rotary shaft (1), a cutting disc (10) associated with the rotary shaft (1) with the possibility of axial displacement, an auxiliary member (20) configured to cooperate with the cutting disc (10) to cut the film, and a mechanism (3) configured to cause axial displacement of the cutting disc (10). The mechanism (3) comprises a first element (30) attached to the cutting disc (10); a second element (35) attached to the rotary shaft (1); a chamber (32) confined between these two elements (30, 35); and means for causing a pressure change inside the chamber (32) to displace the cutting disc (10).

Anti-impressioning lock cylinder (1) comprising a stator (2), a rotor (3), a plurality of driver pins (6) and a plurality of coding pins (5) comprising a tip configured to cooperate with a cut of a key, and a head facing the driver pin (6). At least one coding pin (5') comprises a sliding zone (53) between its head and its tip whose diameter progressively decreases from the end of said sliding zone closest to the head towards the opposite end. When a key blade (91) without cuts is inserted and an attempt is made to rotate the rotor (3), the sliding zone (53) abuts against the edge of the end of the respective rotor duct (7), resulting in a thrust of said coding pin (5') towards the respective driver pin (6) and towards the bottom of the respective stator duct (8).

Railway signalling system comprising a first trackside (100) having a first controller (110) for controlling a first type of trains (10) of a first train control system in a first line (120), the first type of trains (10) having a first core processing unit (11) of the first train control system for exchanging information with the first controller (110), and a second trackside (200) having a second controller (210) for controlling a second type of trains (20) of a second train control system on a second line (220), the second type of trains (20) having a second core processing unit (21) of the second train control system for exchanging information with the second controller (210), the first train control system and the second train control system are different train control systems, and wherein the first controller (110) is further configured for controlling the second type of trains (20) of the second train control system in the first line (120).

The invention relates to a solar cell strings transport device and a method for operating the device (100). The device (100) comprises a plurality of holding members (2) distributed along a longitudinal direction (LD) and configured to hold at least one solar cell string (200), and a frame (1) to which the holding members (2) are associated. At least one of the holding members (2) is movable with respect to at least one other holding member (2) in an adjustment direction (AD) which is different from the longitudinal direction (LD).

The invention relates to a method and a wrapping machine comprising a first reel support (2.1) configured to support a first film (3.1); a second reel support (2.2) configured to support a second film (3.2); a first winder (4.1) configured to drive the first film (3.1); a second winder (4.2) configured to drive the second film (3.2); an assembly (6) for transversely sealing the films (3.1, 3.2) together and for transversely cutting the films (3.1, 3.2); and a conveying unit (1) comprising a receiving area (1.9) for receiving the product (P). The assembly (6) is arranged in the machine (100) with the possibility of movement in the forward direction (A) and in an opposite backward direction (B), the winders (4.1, 4.2) and the receiving area (1.9) being associated with the assembly (6) in such a way that they move together with the assembly (6).