Abstract: Gripping device for crates having a first abutment and a second abutment in contact with two panels of a crate that are adjacent and perpendicular to one another. A first presser, in the active position, is able to press on the free edge of the first panel, exerting an operating thrust along at least the main direction, and a second presser, in the active position, is able to press on the free edge of the second panel, exerting an operating thrust along at least the main direction. A first cursor, in the operating position, is able to engage with the first panel, to prevent a movement of the first panel along the main direction, and a second cursor, in the operating position, is able to engage with the second panel, to prevent a movement of the second panel along the main direction.

Abstract: A plant for forming pallets, comprising: an entry station (2); a plurality of picking areas (4), one or more autonomous entry vehicles (3), each of which is arranged to withdraw at least one entry pallet (Pi) from the entry station (2) and to lead the withdrawn pallet (Pi) to a given picking area (4); a plurality of release areas (5), at least one manipulator (6), structured to withdraw a package (C) from an entry pallet (Pi) and to position the package (C) on an exit pallet (Pu) positioned in a release area (5); an exit station (7); one or more autonomous exit vehicles (8), each of which is arranged to withdraw at least one exit pallet (Pu) from the release area (5) and to lead the withdrawn pallet (Pu) to the exit station (7) or to a subsequent release area (5). The manipulator (6) is movable along a path (61) parallel to a main direction (X) between at least two extreme positions. The picking areas (4) are distributed on one side of the path (61), in a position reachable by the manipulator (6).

Abstract: A lift for automatic storage systems, comprising: a platform (2), predisposed to support one or more objects on a substantially horizontal rest plane (A); a guide structure (3), predisposed to guide the platform (2) in displacement along a vertical direction; a motor means, predisposed to activate the platform (2) in motion along the guide structure (3). The lift comprises a manipulator (4) associated with the platform (2) and configured to translate an object to be loaded/unloaded from the platform (2), along a horizontal exchange direction (X) in opposed directions.

Abstract: Vehicle (S), provided with a loading space (L), which comprises a movement device (M1), comprising: a support body (F); a barrier (1), associated with the support body (F) and movable between an active position, in which it protrudes from the support body (F) to interact with an object to be displaced, and an inactive position, in which it is not able to interact with an object to be displaced: a first connecting rod (10), associated with the support body (1) rotatably about a first axis of rotation (X1); a second connecting rod (20), associated with the support body (1) rotatably about a second axis of rotation (X2) parallel to the first axis of rotation (X1); an arm (30), rotatably connected to the first connecting rod (10) and the second connecting rod (20) at a third axis of rotation (X3) and at a fourth axis of rotation (X4) rotatably parallel to the first and the second axis of rotation (X1,X2); wherein the distance between the first axis of rotation (X1) and the third axis of rotation (X3) is equal to

Abstract: A system for ordering elements. The system includes i) a source with a plurality of elements that are randomly arranged; ii) a plurality of source output lines associated to the source; iii) a synchronising station with a plurality of synchronising channels; and iv) a processing unit configured for starting up and timing the functions of one or more from among the source with a plurality of elements, the plurality of source output lines and the synchronising station. The processing unit has a synchronising module configured for sending, independently, to each motorising means, one from among a setting signal of a predefined velocity or a stop signal. Also included is a method for ordering elements that describes the functions of the corresponding system.

Abstract: A plant for storing products including at least a pair of vertical stores (40) facing one another, each being provided with opposite flanks (4) which are provided with pluralities of guides (6) located such that a pair of opposite guides which face one another on the same horizontal plane define end rests for single drawers or trays (5). Housings for the drawers or trays are defined between the pairs of guides and the contiguous pairs of guides, each of which is transferable between a load/unload configuration of the products and a storage configuration in which the drawer or tray is inserted with ends thereof on a pair of opposite guides and vice versa. An elevator (9) is provided, mobile along a development direction (A) of the vertical stores such as to move the drawers or trays. The opposite flanks of the stores are provided with profiled uprights (4a).

Abstract: A plant for storing products comprising at least a pair of vertical stores (40) facing one another, each being provided with opposite flanks (4) which are provided with pluralities of guides (6) located such that a pair of opposite guides (6) which face one another on the same horizontal plane define end rests for single drawers or trays (5). Housings for the drawers or trays (5) are defined between the pairs of guides (6) and the contiguous pairs of guides, each of which is transferable between a load/unload configuration of the products and a storage configuration in which the drawer or tray (5) is inserted with ends thereof on a pair of opposite guides (6) and vice versa. An elevator (9) is provided, associated to the frame (2) and mobile along a development direction (A) of the vertical stores (40) such as to move the drawers or trays (5).